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2 | here in particular the shear rate especially but not exclusively in the region of the screw closure the viscosity or shear rate values are determined by way of the detection of the melt front this either takes place with the aid of pressure or temperature sensors or it is equally conceivable to use what are known as digital binary switches for example light guides for detecting the melt front the basic concept is that the flow profile changes fundamentally if only one melt flows through this region instead of two different melts since the injection volume of each individual component or each individual layer does not change while this is happening the shear rate of the individual layers must inevitably change at a lower shear rate there is no barrier layer at a higher u201c optimized u201d shear rate the barrier layer is present with preference of course the shear rate of each layer is monitored so that the actual layer of plastic and the barrier layer are differentiated very precisely in order only to determine the shear rate it would be conceivable to use some combination of pressure and temperature sensors since it is especially the time difference that the melt requires to flow through the flow path between the two sensors that is determined the easiest and lowest cost variant would be that of arranging two temperature sensors since these are on the one hand small and on the other hand also less expensive than pressure sensors instead of monitoring or controlling. |
5 | is in the present example twice the length b of the smaller semi axis minor axis of the ellipse the length of the large semi axis of the ellipse major axis has a dimension a the thread shape of the corresponding threaded bushing is shown in detail in fig4 as can be seen the thread profile including both thread flanks and the thread crest form a segment of a single ellipse the threaded roots of the threaded bushing of fig3 and 4 are also rounded with the radius r commensurate with the thread shape of the threaded plug the major axes of both ellipses of the threaded plug and the threaded bushing are each oriented perpendicular to the envelope defined by the roots of the thread the thread depth t determines the geometric location of the ellipse in relation to the envelope the pitch of the thread depends on the length of the minor axes of the ellipses and is in the present example about 7 mm the threaded plug of fig1 and the threaded bushing of fig3 each have a chamfer the chamfer of the threaded plug is defined by the chamfer dimension x and the chamfer angle y the chamfer of the threaded bushing is defined by the chamfer dimension a of the threaded bushing and by the chamfer angle y which is identical to the chamfer angle x of the threaded plug the chamfer dimension x should be at least. |
4 | rear end can press the cloth strongly thus the cloth can fully be dried and finished without wrinkle at this time since there are a plurality of rows of the dents and they are formed from big to small as mentioned above the amount of steam held in the dents can be decreased gradually also since there are no dents at the rear end part which puts the finishing touches to the cloth in the ironing of the ironing surface 5 the rear end part contributes to making the cloth fully dry and finishing the cloth smoothly as a result the smoothness of the ironing surface and the effect of wrinkle elimination can be improved fig5 and fig6 show the ironing seat of a dry electric iron heater 2 is buried in soleplate 3 whose surface forms ironing surface 5 there are multiple dents on the ironing surface 5 where the heater is embedded and each dent is composed of a group of pits which include four pits 7 each group of pits is radially distributed from the center line of the heater 39 s projection on the ironing surface to both sides of the center line of the heater 39 s projection meanwhile the caliber and depth of the pits change from big to small w1 gt w2 gt w3 the caliber of the pit in the heater 39 s projection center has the biggest caliber and depth there is no any pit in the center and rear end of the ironing surface along the predetermined length in the longitudinal direction of the electric iron also the rear end part has a dent free area where there is no pit across a full width of the ironing surface other effects of this embodiment. |
8 | the sic mf mcce system 800 can be implemented either in an independent or joint arrangement an independent sic mf mcce system 800 is shown in fig8 in this arrangement a frequency shift processor 814 is connected between the respread processor 208 and the atrf 810 in each stage of the system the mode of operation in accordance with the independent sic mf mcce system 800 is shown in fig8 a in this mode steps 605 through 630 are identical to those described for the sic mcce and sic jmcce systems 200 700 however an additional step step 835 is added to shift the frequency of the signal output from the respread processor 208 to take into account doppler spread and un compensated frequency tracking errors the output of the frequency shift processor 814 is then used as input to the mcce weight update processor 64 at step 840 the atrf 810 estimates the channel using either the basic or joint technique previously discussed the following is a more detailed description of the operation of the atrf 810 in accordance with a preferred embodiment of our invention u015d k p n represents a row vector containing q samples of the reconstructed signal for user k from time nt s to n q u2212 1 t s and frequency shifted by p u2212 p 2 qt s hz s k p n s k u2061 nt s u2062 u2147 j2 u03c0 u2061 p p 2 u2062 n q s u2061 n 1 u2062 t s u2062 u2147 j2 u03c0 u2061 p p 2. |
4 | preferably placed 14 to 16 inches below outlet opening 30 in applications where severe dross conditions exist requiring additional suction forces the depth of opening 42 can be increased to obtain the desired results the gas can be delivered either in a continuous or an intermittent form in either case the gas emerges from opening 42 and forms a series of spaced bubbles 44 because of surface tension the bubbles rise in the molten aluminum the rising bubbles entrap sections of molten aluminum between them and carry them upwardly in the direction of arrow 46 by applying an intermittent flow of gas as shown in fig1 the utilization of the gas can be optimized by adjusting the frequency of the bubbles 39 formation and expansion rate to match the particular application the rising bubbles induce a flow of molten metal towards outlet opening 30 generating a suction at inlet opening 28 which causes the dross located on the surface of the bath to move in the direction of arrow 48 into the inlet opening a flow is created into conduit 26 thereby scavenging the dross from inside snout housing 18 to a location outside the housing where it can be skimmed off or removed by conventional means as can be seen from the description the pump apparatus involves no moving parts exposed to the molten metal referring to fig7 and 8 dross dilution pump means 24 is similar in. |
9 | of substrate 14 are secured to a rectangularly shaped frame 22 such that the entire plate 12 and frame 22 can be handled as a unit viewing the substrates 14 from the section it can be seen that each end of substrates 14 have a greater width that the adjacent portion thereof and fits within a complimentary channels of the frame 22 located along the midpoint thereof additionally the frame has a cross sectional width greater than that of substrates 14 such that when the frames 22 and accompanying plates 12 are stacked and alternated with separators 20 slightly under pressure each frame 22 is in a closely abutting relationship with an adjacent frame and encloses the plates 12 within the grid and active material terminates short of each end of the substrate providing a space 23 defined by the interior wall 22a of frame 22 separator 20 and substrate 14 each frame 22 may be formed with a pair of spaced surface grooves 25a 27a in each major surface of frame 22 extending from the top of frame 22 terminating into channels 25b 27b channel 27b as shown in fig2 extends the entire length of frame 22 when frames 22 are stacked the grooves and channels on the abutting frame surfaces mate to form internal passageways extending from the mouth thereof to space 23 as may be seen in fig2 channel 25b communicates with space 23 near the top of frame 22 while channel 27b communicates with space 23 near the bottom thereof there are various ways to fit substrates 14 to frame 22 frame 22 may be formed. |
4 | of the bit clamps described herein may be of any desired cross sections extend downwardly from pistons 92 which serve as bit clamp carriers the pistons 92 are housed within cylinder block 94 above which is located pneumatic pressure chamber 96 cover plates 97 and 98 complete the wall structure for this chamber a lifter bar foot member 100 is secured to the cover plate 98 and a drive bar 102 provides the drive for reciprocating vertically the entire yarn clamping means 230 the yarn clamping structure 230 of fig4 may be utilized by driving the unit into and out of a clamping position by means of one or more drive bars 102 operating from cam 52 fig1 alternately the structure 230 may be mounted to the main frame of the machine and the desired motion of the bit clamps 90 and pistons 92 produced entirely by pneumatic means i e programming of pneumatic pressure including positive and negative in chamber 96 with reference to fig5 another design of yarn clamping means 330 is shown a wedge shaped member 110 constructed of spring steel or other suitable material is positioned between cover plate 112 and a bit clamp body member 114 a bit clamp carrier bar 116 and a retainer plate 118 are secured by means of bolt member 120 bit clamp body 114 has a guide slot 122 through which the bolt member 120 extends with tolerances such as to permit the biasing effect of the wedge shaped member 110 to be effective against bit clamp body member 114 the bit clamps 124 are shown integral with the bit clamp body 114 a lifter plate 126 is secured to the. |
4 | make no difference to casing protection whether the last row of stator teeth are slanted towards or against the rotational direction slanting the outer row of stator teeth in a direction opposite to direction places the teeth in a u201c holdback u201d position and slanting the teeth in the same direction of rotation is a u201c feeding position u201d further the sidewall angle of the teeth 40 may be between 10 0 to 60 0 and preferably in a range of 15 0 to 45 0 with respect to a radial of the plate and disc the angle 44 in fig3 a of the sidewalls of the last row 66 of stator teeth 40 is selected to deflect refiner material moving through the row and to allow the flow without too much obstruction the rear wall 52 in fig3 b extends to the outer periphery 24 of the stator plate the sidewall of the teeth 40 are extended as a result of the rear wall being substantially normal to the substrate 72 of the stator plate 54 extending the sidewalls provides additional sidewall area to deflect the refiner material the length and angle of the sidewall should be sufficient such that a fast moving particle cannot move along a radial through the gap between the teeth without hitting the sidewall of a tooth accordingly the projection of the width of the sidewall along a tangential direction should be at least as wide as the gap between the teeth of the last stator row the sidewalls on both sides of the outer row stator teeth 40 preferably form the same angles with respect to radii the leading sidewall facing the rotational direction of the rotor. |
3 | much lower viscosity when subjected to shear stresses such as those provided by pumping spraying or brushing the lubricant composition this behavior can be brought about by for example including appropriate types and amounts of thixotropic fillers e g treated or untreated fumed silicas or other rheology modifiers in the lubricant composition the lubricant coating can be applied in a constant or intermittent fashion preferably the lubricant coating is applied in an intermittent fashion in order to minimize the amount of applied lubricant composition for example the lubricant composition can be applied for a period of time during which at least one complete revolution of the conveyor takes place application of the lubricant composition can then be halted for a period of time e g minutes or hours and then resumed for a further period of time e g one or more further conveyor revolutions the lubricant coating should be sufficiently thick to provide the desired degree of lubrication and sufficiently thin to permit economical operation and to discourage drip formation the lubricant coating thickness preferably is maintained at at least about 0 0001 mm more preferably about 0 001 to about 2 mm and most preferably about 0 005 to about 0 5 mm prior to application to the conveyor or container the lubricant composition should be mixed sufficiently. |
5 | buoyant particles 106 each have a density slightly greater than fluid 115 such that they tend to fall within fluid 115 prior to expansion of expandable screen 104 and some of the near neutrally buoyant particles 106 each have a density slightly less than fluid 115 such that they will tend to rise within fluid 115 prior to expansion of expandable screen 104 this may improve the placement of particles 106 in annular space 108 around screen 104 in another embodiment near neutrally buoyant particles 106 each have a density equal to fluid 115 such that particles 106 substantially remain in place around expandable screen 104 prior to expansion thereof with no tendency to rise or fall within fluid 115 other methods for moving and or locating particles 106 within fluid 115 are contemplated by the present invention it should be noted that larger near neutrally buoyant particles 106 may tend to sink or float faster than smaller particles thus as near neutrally buoyant particles 106 get larger the difference in density between near neutrally buoyant particles 106 and fluid 115 may be smaller in order to suspend them in fluid 115 system 100 may also include a first barrier 118 coupled near a top of expandable screen 104 and a second barrier 120 coupled near a. |
2 | entrained in the oil and having a particle diameter of at least about 0 1 mm coalesced and formed a coherent mass in the region around the inflow port 3 when the bubbles have coalesced into a large coherent mass in the manner described above the balance between the inverse force toward the inflow port 3 and the fluid force collapses so that the fluid naturally flows toward the downstream side if the fluid outflow pipe 6 is connected to a tank or other receptacle the coherent mass b of bubbles having great buoyancy easily rises of its own accord and is allowed to dissipate however as the bubble mass b bursts out into the tank or other receptable through the outflow port 8 and the fluid outflow pipe 6 it is likely to disintegrate into individual bubbles of smaller diameter due to impingement or other factors it is therefore preferable to remove the coherent mass of bubbles at the point when they coalesce into the coherent mass an air vent pipe 10 equipped with a valve 9 is connected to the center of the cylinder 1 on the lid 2 or the vortex center as shown in fig1 when the valve 9 is opened the bubbles that have coalesced into the coherent mass b at the center of the cylinder 1 near the inflow port 3 are natually discharged through the air vent pipe 10 because the pressure at the center axis of the cylinder. |
3 | added thereto to prepare the aqueous solution of 1 l while being stirred this aqueous solution was reacted at 100 u00b0 c for four hours the resultant precipitate was rinsed by water by decantation filtered further rinsed by water and then dried at 100 u00b0 c for all day long the x ray diffraction pattern of the fine particle powder obtained by the above treatment was substantially the same as that shown in fig1 and it was confirmed that this fine powder was ba 2 3 sr 1 3 tio 3 further according to the transmission electron microscope the fine powder of substantially the same shape as that in fig3 was observed the lattice constant a 0 of the fine powder was 3 981 u00e5 50 g of ticl 4 was dissolved into 50 ml of an iced water while being stirred so as to make a ti aqueous solution then water was added thereto to prepare the aqueous solution of 500 ml then 34 44 g of ba no 3 2 and 27 89 g of sr no 3 2 were added and dissolved into this aqueous solution thereafter the aqueous solution was adjusted to have a ph 14 by adding a koh solution thereto and water was added thereto to prepare the aqueous solution of 1 l while being stirred this aqueous solution was reacted at 100. |
2 | a simplified cross section diagram of components of a monolithically integrated inertial sensing device according to one embodiment of the present invention as depicted the sacrificial organic material is then removed by a dry o2 plasma ashing step the removal of the sacrificial material releases the sensor device and forms the 1 st shell of the encapsulation fig1 is a simplified cross section diagram of components of a monolithically integrated inertial sensing device according to one embodiment of the present invention as depicted the 2 nd layer of the encapsulation is deposited onto the 1 st layer the sealing methods include pvd spin on or spray on techniques the sealing materials include metal such as ti tin amorphous silicon spin on glass spray on glass or a combination of the above the ambient during sealing is optimized and controlled to a desired spec that defines the sensor device ambient after sealing a getter material such as ti can be deposited as the 1 st layer of the encapsulation and activated later to achieve high vacuum and cleanness of the sensor ambient environment after sealing the holes an optional cvd dielectric material such as oxide or nitride can be added onto the encapsulation fig1 is a simplified cross section diagram of components of a monolithically integrated inertial sensing device according to one embodiment of the present invention as shown a bond pad structure is formed the bond pad structure can be formed by pattern and etch techniques known in the art but can also be others depending on the application. |
4 | the rotational driving force of the drive motor 60 is adapted to be transmitted to the lower shafts 54a 54b respectively in the first embodiment whereas the rotational driving force of the motor 60 is adapted to be transmitted to the main shafts 49a 49b respectively in the second embodiment in fig1 a large diameter shaft 74 is supported by bearings 73 fixed on the front surface of an upper frame 42 between the inner ends of the main shafts 49a 49b which locate at the center of the sewing machine and the inner ends of the main shafts 49a 49b are connected to the large diameter shaft 74 via couplings 75 respectively a timing pulley 76 is fitted to the center of the large diameter shaft 74 and another timing pulley 62 is fitted on a motor shaft 61 of the drive motor 60 fixed to the rear surface of the upper frame 42 see fig1 a timing belt 63 penetrating the upper frame 42 through windows 77 see fig5 defined in the front wall and the rear wall of the frame 42 respectively is wrapped around the timing pulley 62 and the timing pulley 76 of the large diameter shaft 74 the lower shafts 54a54b are connected to each other via a coupling 78 in this second embodiment when the drive motor 60 is driven to rotate in a certain direction the main shafts 49a 49b are rotated via the center timing belt 63 since the lower shafts 54a54b are also rotated via the side timing belts 68 the needle bars 12 the thread take up levers 13 and the shuttles. |
5 | comprises re evaluating over time the detection threshold for predetermined sensing positions along the scanning direction to cope for the static target and environment changes at the sensing positions the method includes comparing the measured echo value at each sensing position to a reference echo value corresponding to the same sensing position and to iteratively determine a new reference value whenever the echo value is greater than the reference echo value and that the difference between the measured echo value and the reference echo value is lower than a detection assurance factor the use of the adaptive ultrasound sensing system and method allows locating the sensor at different location without requiring a new calibration thereof since the sensor learns the clutter dynamically and the detection thresholds are being built accordingly without being dependent on the environment in which the sensor is located application_number US 74404703 A description turning now to fig1 of the appended drawings an adaptive ultrasound detecting system 10 according to an illustrative embodiment of the present invention will be described the detecting system 10 comprises a controller 12 a pulse generator 14 coupled to the controller 12 a sensor driver 16 coupled to the pulse generator 14. |
3 | i include the conventional non toxic salts or the quaternary ammonium salts of the compounds of formula i formed e g from non toxic inorganic or organic acids for example such conventional non toxic salts include those derived from inorganic acids such as hydrochloric hydrobromic sulfuric sulfamic phosphoric nitric and the like and the salts prepared from organic acids such as acetic propionic succinic glycolic stearic lactic malic tartaric citric ascorbic pamoic sulfanilic 2 acetoxybenzoic fumaric toluenesulfonic methanesulfonic ethane disulfonic oxalic isethionic and the like the pharmaceutically acceptable salts of the present invention can be synthesized from the compounds of formula i which contain a basic or acidic moiety by conventional chemical methods generally the salts are prepared by reacting the free base or acid with stoichiometric amounts or with an excess of the desired salt forming inorganic or organic acid or base in a suitable solvent or various combinations of solvents the compounds of the present invention may have asymmetric centers and occur as racemates racemic mixtures and as individual diastereomers with all possible isomers including optical isomers being included in the present invention non limiting examples of the novel compounds of this invention are as follows the novel compounds of this invention are prepared by the following non limiting procedures str2 the reaction is carded out at room temperature 20 u00b0 30 u00b0 c at a ph in the range of 2 7 acidic by the addition of glacial acetic acid or hydrochloric acid for. |
2 | measured by the photodetectors 603 and 604 as a result of the measurement an h polarized light beam was observed in the case of the ion in the cavity 1301 and a v polarized light beam was observed in the case of the ion in the cavity 1302 from this it was confirmed that the states of the ions in the cavities 1301 and 1302 were 1 gt and 0 gt respectively similarly if the initial states of the ions are 1 gt and 0 gt 0 gt and 1 gt and 0 gt and 0 gt they have to be changed after the above operation is performed thereon to 1 gt and 1 gt 0 gt and 1 gt and 0 gt and 0 gt respectively it was confirmed that these changes occurred the results of the measurements indicate that cz gate operations were realized between the two atoms ions referring then to fig1 a description will be given of example 4 in which an etalon is used as a switching mirror example 4 differs from example 3 shown in fig1 only in that in the former etalons with a finesse of about 100 is used instead of the ring cavities the other structures are similar to those of example 3 in example 4 an incident light beam enters each etalon at an incident angle of about 5 degrees after cz gate operations were performed on atoms. |
5 | upper edge of the lower track to the true ceiling of the upper track thereby permitting the fixed and the sliding frames to be raised up into the extra deep upper track so that they clear the upper edge of the lower track then the frame can be pulled or pushed out or in clear of its lower track or lowered and cleared of its upper track thus the frame is completely removable for any purpose such as repair replacement or entrance by an intruder these essential features are most commonly overlooked or not realized by occupants but not so by potential intruders the latter may use a strong flat tool such as a screwdriver or tire iron to lift either the screwed in place fixed frame or more easily to lift the sliding frame which is not screwed in place but only has a very small indoor latch and which automatically unlatches when the sliding frame is lifted at the latch end approximately one quarter to one half inch in accordance with one prior art method a small percentage of occupants attempt to keep intruders out by installing a stud bolt or screw vertically in the upper track with its exposed end extending down one quarter. |
5 | a with opposite flats 34 b to receive a wrench 43 which is used to rotate the pressure foot and move it axially and apply the upward vertical face against the ceiling the wrench is used similarly with the bottom pressure feet engaging the floor track after pressure feet adjustment is complete the upper position of panel 14 where the pressure feet are visible is covered by front crown molding 18 c and rear crown molding 18 d each being snapped on via horizontal bead projection 45 and mating horizontal groove 46 in crown molding 18 c as seen in fig4 a similar and essentially the same operation and construction is employed at the bottom of the wall with groove 46 of base molding releasably coupled with projection 45 which extends laterally from floor track 41 fig1 shows door frame 16 with header panel 17 immediately above the door frame fig1 shows channel components 10 a of door frame 16 and inner frame 17 a of header panel 17 fig5 shows the top part 17 t of header panel 17 with front and rear faces 17 a and 17 b junction biscuit 26 for coupling header panel 17 to adjacent basic panel 15 not shown here ceiling track 40 extends above header panel 17 and front and rear crown moldings 18 c and. |
1 | and crank bearing 56 fit within another circular fitting at a second and opposite end of the connecting rod 84 as the motor 70 turns the eccentric cam 82 the first end of the connecting rod 84 is correspondingly moved this movement is translated to the second end of the connecting rod 84 and enables the crank 54 to move the blade 20 in a back and forth saw like oscillating motion as shown by arrow 21 in fig2 b it is this oscillating motion of the blade 20 which enables cutting of casts or other rigid objects the length of the connecting rod 84 provides the present device 10 with an efficient angle to drive the cutting blade 20 as shown in fig2 a and 2c it is actually the crank end 52 which is coupled to the cutting blade 20 the bearings 56 57 86 and 87 all provide support and provide a low friction close fit between the various members this low friction close fit at all points in the drive mechanism enables quieter and cooler operation of the cutting device 10 when compared to the prior yoke arrangement devices fig2 c also shows details of the switching system of the cutting device 10 as shown in fig2 c the buttons 30 32 and 34 are all mechanically coupled to the switch 42 and the turbo button 36 is mechanically coupled to the turbo switch 90. |
5 | tons p max 79 4 tons u03b4 y 1 9 mm u03b4 max u2267 140 mm because the difference between u03b4 y and u03b4 max is very large as compared with the difference between p y and p max it can be noted that the elasto plastic damper of the present invention has a remarkably great degree of plastic deformability at that time the resisting moment at the lower end of the damper body in fig2 is m rmax 22 6 tm fig7 shows the hysteresis curves of a single elasto plastic damper from which it can be noted that the individual damper has a considerable degree of energy absorbability fig8 a 8 b and 8 c show an example in which the elasto plastic dampers 1 of the present invention are employed for the respective joints 15 between two buildings 13 14 having different vibration characteristics this damper is hereinafter referred to as joint damper specifically the elasto plastic dampers 1 are disposed at the joints 15 between two structurally separated buildings 13 14 for absorbing vibration energy by utilizing the difference in motion vibration between the two buildings 13 14 this building comprises an eight story house 13 of l shaped plan and a five story house 14 of rectangular shaped plan at the height of 5th story the two houses 13 14 are joined by three joints 15 two at the opposite ends of the l shape and one at the midportion of the l shape a total of twelve elasto plastic dampers 1 are used four for each joint 15 fig9 shows the analysis results of reducing effect of response shear forces. |
6 | 224 a and optimization routine 224 b errors detected are then used to generate control actions that are then transmitted as outputs 225 to final control elements in the process 221 set points for the regulatory system 223 are derived either from operator input 224 a or from outputs of the optimization routine 224 b note that the optimizer 226 operates directly upon the model 227 in arriving at its optimal set point slate 224 b also note that the model 227 is updated by means of a special routine 228 just prior to use by the optimizer 227 the feedback update feature ensures adequate mathematical process description in spite of minor instrumentation errors and in addition will compensate for discrepancies arising from simplifying assumptions incorporated in the model 227 in this case the controlled variable may be for example compressor speed alone or in addition to refrigerant charge level the input variables are in this case similar to those in example 2 including refrigerant charge level optionally system power consumption kwatt hours as well as thermodynamic parameters including condenser and evaporator water temperature in and out condenser and evaporator water flow rates and pressure in and out compressor rpm suction and discharge. |
6 | also has two raised flaps 82 that are positioned to interlock with the smaller diameter arcs 43 of the face plate the knife edges 45 of arcs 43 will slide under the flaps 82 they are positioned so that one flap 82 is above the point of rotation and one flap 82 is below the point of rotation when the device is in the horizontal orientation to support the device in both directions this design is illustrated in fig1 preferably the slots and flaps are punched and stamped into sheet metal that forms the back cover 80 as the device 50 and back cover 80 rotate the flaps 82 will be moved to the sides of the point of rotation and thus will not interlock with the face plate when the device is in the vertical orientation this movement is shown in fig2 24 in which the wall plate is invisible the device 50 is attached to the wall mount 10 in the vertical orientation by placing the device slightly above the wall mount the user then lowers the device 50 onto the wall mount 10 where the mounting horns 31 will be captured by the corresponding slots 81 on the back cover as the device 50 slides downward the lower blades 45 will also partially engage with the flaps 82 in. |
9 | poles on the inside diameter and common poles on the outside diameter with small gaps between the magnets as shown in fig1 the annular groove 96 which receives the magnets 95 does not extend completely through the annular member 82 and the outer edge faces of the arcuate magnets 95 are slightly recessed from the end surface or face of the annular member 82 the recess is preferably on the order of 0 005 u2033 to 0 007 u2033 the magnetic attraction between the permanent magnet member 82 and the strike member 84 provides for an attraction of substantial force requiring a tension force greater than 100 pounds to separate or pull the body members 12 and 14 apart preferably the attraction force requires over 200 pounds and on the order of about 240 pounds of tension force to separate the body members 12 and 14 after the body members 12 and 14 have been separated as a result of the axial tension force it is apparent that the magnetic coupling system 80 provides for conveniently reconnecting the body members with only a small force to overcome the forces exerted by the springs 59 and the o ring friction when the body member 12 is. |
2 | both sides at the ends of each cross beam 10 and secured to the stand parts 8 via consoles 14 limit the movement of the cross beams in a direction away from the strand surface with the help of these adjustable stops the driving rollers can be adjusted in their position relative to the supporting rollers even if any finishing defects or fabrication inaccuracies should be present so that once the cross beams get in touch with the stops the distance between the driving rollers and their counterpart supporting rollers is equal to the distance defined by opposing supporting rollers 2 and 3 the stops are made resilient by means of pressure medium cylinders 15 these pressure medium cylinders 15 are under an adjustable pre stress so that the stops can yield whenever the driving rollers are unduly loaded by the strand while they do not yield when the driving rollers are solely exposed to the ferrostatic pressure of the strand the stop being under prestress yields as soon as the load on the driving rollers caused by the cast strand exceeds the counteracting prestress force of the stop and the adjusting force applied by the adjusting means and acting upon the driving rollers thus the driving rollers are protected from being overloaded it is also possible to employ instead of the pressure medium cylinders 15 springs that are under an adjustable pre stress such as cup springs on one end of each cross beam a hydraulic motor 16 slipped onto each driving roller is supported via a torque support 17 fig6 movement of the cross beams is effected by pressure medium cylinders 18 whose piston rods are each hinged to a wing 12 elongated in the direction toward the pressure medium cylinder the pressure medium cylinders are articulately. |
1 | stroke is required when ring member 22 is fitted within bore 20 similarly the target area decreases when ring members 24 and 26 are fitted within bore 20 with all three ring members 22 24 and 26 in place the target area within bore 20 is just large enough to permit entry of a golf ball players of different skill levels may accordingly adjust the area of cup opening 20 according to the skill level desired with all three ring members in place the user directly focuses on the center of bore 20 while the preferred embodiment envisions three concentric ring members one could just as easily use any number of ring members of course any number of golf shots may be used with golf device 10 for example golf device 10 is useful to aid chipping techniques and other similar shots because of the circular configuration of golf device 10 any number of users may be positioned relative to golf device 10 at the same time while the invention is primarily used as a teaching aid for practice purposes it could just as easily be used for tournament or other forms of competition for example any number of users could record the number of. |
1 | 63 is formed of plastic material and is clung to threadedly secure to the outer end 61 the provision of enlargement 63 may facilitate user to push or pull connection member 60 further a plurality of hooks 32 a and 32 b are provided on inner wall 31 of inner member 30 furthermore the same number of tabs e g 64 a and 64 b are provided on a side of connection member 60 tabs 64 a and 64 b are received in hooks 32 a and 32 b for mounting connection member 60 on inner member 30 thus connection member 60 may slide on inner wall 31 of inner member 30 back and forth then fixedly attach both ends of elastic member 80 to inner member 30 and connection member 60 respectively for ensuring a sliding secure relationship between connection member 60 and inner member 30 in the embodiment elastic member 80 is formed of flexible metal wire and has one end affixed to inner member 30 and the other end affixed to connection member 60 a slide travel limitation mechanism is provided as shown an elongate opening 34 is provided near the outer end of inner member 30 and a locking pin 65 is provided on connection member 60 locking pin 65 is slidably received in opening 34 as such a uniform elastic force provided by elastic member 80 is exerted on connection member 60 when outer member 20 is pulled outwardly also connection member 60 is prevented from further moving when outer member 30 has reached the use position because the confinement of locking pin 65 in opening 34 this can avoid any potential irregularity a front cam 66. |
3 | 10534 seikagaku corporation the therapeutic polynucleotide and vector according to the present invention may advantageously be administered in the form of a gel that facilitates their transfection into the cells such a gel composition may be a complex of poly l lysine and lactose as described by midoux 1993 nucleic acids research 21 871 878 or also poloxamer 407 as described by pastore 1994 circulation 90 i 517 the therapeutic polynucleotide and vector according to the invention may also be suspended in a buffer solution or be associated with liposomes thus the therapeutic polynucleotide and vector according to the invention are used to make pharmaceutical compositions for delivering the dna genomic dna or cdna coding for the kal protein or one of its biologically active derivatives at the site of the injection the amount of the vector to be injected vary according to the site of injection and also to the kind of disorder to be treated as an indicative dose it will be injected between 0 1 and 100 u03bcg of the vector in a patient in another embodiment of the therapeutic polynucleotide according to the invention this polynucleotide may be introduced in vitro in a host cell preferably in a host cell previously harvested from the patient to be treated and more preferably. |
8 | of the inner electrode 120 a the mounting surface 120 ab further includes first second and third smooth unthreaded blind holes configured to receive alignment pins 530 aa 530 ab and 530 ac respectively or 530 a collectively details shown in fig5 g radially aligned at a radius between 6 0 and 6 1 preferably between 6 02 and 6 03 inches from the center of the inner electrode 120 a u201c radially aligned u201d means the distances to the center are equal the holes 530 a have a diameter between 0 11 and 0 12 inch a depth of at least 0 1 inch a 45 u00b0 chamfer of about 0 02 inch wide on an entrance edge and a fillet with a radius of at most 0 02 inch on a bottom corner the first hole 530 aa is offset by about 10 u00b0 clockwise azimuthally from one of the unthreaded blind holes 540 a the second hole 530 ab is offset by about 92 5 u00b0 counterclockwise azimuthally from the first hole 530 aa the third hole 530 ac is offset by about 190 u00b0 counterclockwise azimuthally from the first hole 530 aa referring to fig1 a the inner electrode 120 a is clamped to the backing plate 140 a by a clamp ring 150 a engaging the outer step 534 a on the lower face and a plurality of bolts 160 a engaging the threaded blind holes 520 a in the mounting surface 120 ab the clamp ring 150 a includes a series of holes which receive fasteners such as bolts screws threaded into threaded openings in an underside of the backing plate 140 a to avoid contact of the clamp ring 150. |
8 | however in the central region the depth of a moderately graded p n junction obtained by implanting be ions is smaller than that of a steeply graded p n junction obtained by implanting cd or zn so that the element characteristics are little affected a feature of this embodiment is as follows that is the overlap margin of the guard ring formed by diffusion of be ions and the light detecting region formed by diffusion of cd or zn is increased to allow a decrease in size of the pattern so that the entire p n junction area is reduced thus decreasing a parasitic capacitance fig8 is a sectional view showing a schematic structure of an apd according to a third embodiment of the present invention in fig8 reference numeral 51 denotes an n inp substrate on the substrate 51 an n inp buffer layer 52 an n gainasp light detecting layer 53 having a composition lattice matched with inp an n gainasp first intermediate layer 54a absorption wavelength 1 3 u03bcm an n gainasp second intermediate layer 54b absorption wavelength 1 1 u03bcm an n inp avalanche multiplication electric field relaxation layer 55 an n inp window layer 56 are grown and formed and an annular semiconductor spacing layer 57 in formed thereon the spacing layer 57 consists of e g inp the spacing layer 57 may be a crystal of gainasp gainas or the like when the composition and thickness of the spacing. |
4 | after approximately one minute valve 160 is reconfigured so that the first set of cleaning nozzles 153 are again utilized valve 160 is cycled in this manner preferably five to seven times for a total period of about ten to twelve minutes the system of fig2 also features a refrigeration circuit indicated generally at 164 this refrigeration circuit features a heat exchanger 167 that allows heat to be removed from the liquid carbon dioxide flowing through pump line 152 a still indicated at 170 contains liquid carbon dioxide that was transferred to it during the cleaning of a previous load of garments as the agitation process is proceeding the head space of still 170 is connected to the suction side of compressor 114 the discharge side of compressor 114 is connected to the head space of storage tank 118 as a result the pressure within still 170 is decreased while the pressure in storage tank 118 is increased alternatively still 170 may be connected to the liquid side of low pressure transfer tank 112 as a result gas from still 170 flows to transfer tank 112 where it is recondensed by the cold liquid therein in either case the pressure difference created between still 170 and storage tank 118 allows the temperature of the liquid carbon dioxide in tank 118 to cause the liquid carbon dioxide in still 170 to boil as boiling occurs the residue of soluble contaminants such as soils and dyes is left behind in still 170 while the carbon dioxide vapor is routed to storage tank 118 as a result this distillation process cools storage tank 118 while simultaneously cleaning the carbon dioxide. |
8 | shown in fig7 and 8 the supporting apparatus 300 includes a first supporting member 310 a second supporting member 320 and at least two buffering device 330 the first supporting member 310 includes a pair of first supporting board 311 and the second supporting member includes at least a pair of second supporting boards 321 the first and second supporting members 310 and 320 have the same configuration of the first and second supporting members 110 and 120 of the first embodiment as a result no detailed description is given the buffering device 330 is arranged between the first and second supporting surfaces the buffering device 330 provides an attenuating effect to the cartridge 500 loaded onto the second supporting surface fig9 is an enlarged view of an encircled portion iii of the supporting apparatus shown in fig7 as shown in fig9 the buffering device 330 in this embodiment includes a cylinder 331 and a connecting board 332 the cylinder 331 includes a body 3311 a piston 3312 and a piston rod 3313 the body 3311 is securely attached to the first supporting member 310 the piston 3312 is moveably disposed within the body 3311 a first end or the piston rod 3313 is attached to the piston 3312 and the other end or second end extends out of the body 3311 and eventually terminated to the second supporting member 320 substantially the connecting board 332 is used to interconnect the second ends of those two piston rods 3313 such that both ends of the piston rods 3313 can move up and down synchronically or simultaneously the second supporting member 320 is. |
7 | field is a set of three vertices for the triangle and the second field is a set of three edges each edge corresponding to one of the three vertices each of the three edges is an identification of a next or subsequent edge that is encountered when performing a traversal about the corresponding vertex according to one aspect three operators are defined to assist in management of the triangular mesh these operators are a make edge operator a splice operator and a swap operator and are selectively invoked to both add triangles to the triangular mesh and remove triangles from the triangular mesh application_number US 27826006 A description fig1 illustrates an exemplary graphics management environment 100 including an application 102 one or more triangular meshes 104 and mesh management modules 106 in one embodiment meshes 104 are each a set of one or more data structures defining the mesh and are stored in volatile and or non volatile memory application 102 represents any of a wide variety of conventional applications such as games computer aided design programs drawing and other graphics programs etc application 102 generates and manipulates meshes 104 with the assistance of mesh management modules 106 mesh management modules 106 include an addtriangle module 108 for adding triangles to a mesh 104 a removetriangle module 110 for removing triangles from a mesh 104 and one or more operator modules 112 that provide various mappings and perform various lower level operations on the triangles in a mesh 104 each of meshes 104 is a triangular mesh which is a set. |
9 | shows cross sections a a u2032 b b u2032 c c u2032 taken at three points along the rotor slot 2 u2032 in a central region as indicated by the cross section a a u2032 the intermediate plate 33 is simply a flat plate at the hub side 13 of the rotor 1 u2032 the rotor slot 2 u2032 is offset and therefore slightly tilted the intermediate plate 33 b for the magnet assembly 3 arranged in this section of the rotor slot 2 u2032 is wedge shaped to compensate for the tilted rotor slot floor at the brake disk side 12 of the rotor 1 u2032 the rotor slot 2 u2032 is offset in the opposite direction and therefore slightly tilted also in the opposite direction the intermediate plate 33 c for the magnet assembly 3 arranged in this section of the rotor slot 2 u2032 has a mirror image wedge shape to compensate for the changing inclination of the rotor slot floor for both wedge shaped intermediate plates 33 b 33 c the u2018 shorter u2019 side can be as thick as the uniform intermediate plate 33 used in the central region of the slot 2 u2032 while the u2018 higher u2019 side can be slightly higher for example 0 9 mm higher than the uniform intermediate plate 33 these thicknesses are shown in an exaggerated manner here to clearly illustrate the differences between the various intermediate plates 33 33 b 33 c using such wedge shaped plates 33 b 33 c the magnet pole pieces 31 lie essentially in the plane of the rotor inner surface. |
5 | be added without sequential staging as present construction practices require further all components of the terraced structured land joint and assembly can be built in factories easily transported to the job site and assembled without training or extensive knowledge of construction trades construction time is greatly reduced weather or seasonal considerations would not dictate construction scheduling with reference to drawing fig1 13b a terraced structured land joint and assembly for structured land is presented an embodiment of he land joint and assembly includes a plurality of ball joints 20 a having outer surfaces each ball joint having a plurality of monolithic mortises 74 of even diameter disposed on the ball joint outer surface 26 at predetermined locations and angles each such monolithic mortise having a monolithic tension member 70 of predetermined diameter centered in each mortise 74 and extending orthogonally therefrom for a predetermined length along a longitudinal axis and having a swelled end portion 72 fig6 9 and 9 a a second embodiment of the land joint and assembly further includes a plurality of ball joints 20 b having outer surfaces each ball joint having a plurality of monolithic tenons 24 disposed on the ball joint outer surface 26 at predetermined locations and angles each such monolithic node having a monolithic tension member 70 of predetermined diameter centered on the tenon 24 and extending orthogonally therefrom for a predetermined length along a longitudinal axis and having a swelled end portion 72 fig7 8 9 and 9 a an embodiment of the land joint and assembly further includes a a plurality of compression members 40 of predetermined length defining a uniform compression member cross sectional area and uniform compression member interior volume 44 for receiving and housing at least one tension member 50 and having two compression ends sized. |
9 | 62 is set so that the absorbances at the wavelengths u03bb 1 and u03bb 2 may become equal i e the difference u03b4d of the absorbances at u03bb 1 and u03bb 2 may become zero in this case it is convenient that the value of lower absorbance is made equal to the value of higher absorbance by the coefficient multiplier in this way the relations of b u03bb 2 b u03bb 1 b 39 u03bb 2 b 39 u03bb 1 k 1 k 2 are obtained after the above setting has been done the mixture c is measured whereby even when the concentrations of the coexistent materials b and b 39 change the material to be measured a can be measured without the influences thereof further the output is converted into the concentration by the coefficient k 3 of the third coefficient multiplier 81 and can therefore be directly read concrete examples of measurements with the apparatus of the embodiment of this invention will be explained hereunder fig5 is a graph showing the spectrum absorbing characteristic of an edible coloring matter pholoxine alone fig6 illustrates the results of measurements in the case of considering the coloring matter pholoxine as the coexistent material and employing two sorts of combinations of the two wavelengths i e the combination of wavelengths 480 nm and 540 nm and the combination of wavelengths 510 nm and 560 nm as understood from. |
6 | fixedly coupled to centerbody 132 in use and in the exemplary embodiment bypass nozzle valve 130 is movable to facilitate regulating and or varying a quantity of airflow channeled through throat area 134 more specifically and in the exemplary embodiment bypass nozzle valve 130 is translated in forward direction 124 to facilitate increasing a quantity of airflow that is channeled through throat area 134 alternatively bypass nozzle valve 130 is translated in aft direction 126 to facilitate decreasing the quantity of airflow channeled through throat area 134 accordingly variable area nozzle assembly 120 facilitates regulating the quantity of airflow that is channeled from outer bypass duct 58 to the exhaust without mixing with the gas turbine exhaust fig2 is schematic illustration of the gas turbine engine shown in fig1 in a first operational configuration in the exemplary embodiment vabi 102 and core nozzle assembly 110 are maintained in a fixed position whereas bypass nozzle assembly 112 is movable to facilitate varying the size of throat area 134 fig3 is schematic illustration of the gas turbine engine shown in fig1 in a second operational configuration in the exemplary embodiment vabi 102 core nozzle assembly 110 and bypass nozzle assembly 112 are all movable to facilitate varying the size of mixer inlet area 160 core throat area 122 and bypass throat area 134 respectively fig4 is schematic illustration of the gas turbine engine shown in fig1 in a third operational configuration in the exemplary embodiment vabi 102 is maintained in a fixed position whereas core nozzle assembly 110 and bypass nozzle assembly 112 are movable to facilitate varying the. |
7 | laptop computer a pda or a palm computer using a communication link 126 communication link 126 may use an internal bus a standard serial or parallel protocol such as universal serial bus usb rs232 general purpose interface bus gpib fiber optical communication link rf communication such as bluetooth preferably usb2 communication link is used when using an external data processing unit optional indicator light 116 indicates the status of the system such as ready busy etc to extract information the user places an identity card or identity document such as a passport against the transparent face 112 of box 110 optionally a frame 114 is used to guide the user in placing the identity card at a predefined position in respect to the front face 112 optionally the frame 114 may be replaceable wherein each of the several replaceable frames is built to accommodate identity card of different dimensions alternatively the frame is substantially as large as the field of view of the camera 120 and the identity card is placed flush against one of the corners of frame 114 alternatively an identity card smaller than front face 112 may be placed anywhere against the front face and image processing program executed in data processing unit 160 is used to determine the location of the identity card in another embodiment of. |
2 | apart from the front transverse member 32 a pair of elongate interior ramp members or rails 36 connect between the upper surface of the upper transverse end member 28 and the rear transverse member 34 as best shown in side detail view in fig2 this disposes the interior ramp members 36 at an oblique angle relative to a plane defined by the lower surfaces of the lower transverse end members 26 the front transverse member 32 and the rear transverse member 34 the interior ramp members 36 have first ends 38 connected to the lower transverse end member 26 and opposing second ends 40 connected to the rear transverse member 34 the first ends 38 are thereby spaced vertically higher than the opposing second ends 40 for a purpose discussed below with continuing reference to fig1 chock members 42 connect between the lower transverse end member 26 and the front transverse member 32 the chock members 42 are disposed intermediate the respective interior ramp member 36 and the interior longitudinal member 22 each chock member 42 and the adjacent interior ramp member 36 define a receiving space generally 44 for receiving a front wheel of the riding lawn mower 19 when seated on the pallet 12 the spacing depends upon the width of the front wheel of the riding lawn mower to be contained within the crate 10 the interior ramp members 36 are spaced from the outside members 20 to align with the rear wheels of the riding lawn mower a rear wheel chock member 46 extends between the outside members 20 and. |
6 | evident from the various design examples the characterizing features of the invention disclosed in the above description and in the patent claims can serve as key elements individually and in any combination in the implementation of the invention in its various configurations assuming for example that the shaft furnace is a blast furnace with an internal pressure of about 2 to 4 bar the process gas may be injected at a continuous pressure of about 10 bar for a pulsed modulation a reservoir with a pressure for instance of 20 bar may be temporarily connected via a valve connecting the reservoir can generate for instance a short pulse increasing the pressure by 1 5 to 2 5 bar meaning that for the duration of that pulse the process gas pressure is about 12 bar within the blast furnace this pulse generates an energy spike that melts caking and slag in the peripheral area of the reaction zone and or punches holes through the layer of caking and slag since that energy spike pumps oxygen into the slag layer in the reaction zone it causes oxidizing reactions with the slag layer the loosening of the slag permits better through gassing throughout the blast furnace at a minimum slag formation can be reduced by adding to. |
7 | the disclosure can be varied by using the parallel electrodes furthermore the control methods of the voltage controlled unit can be tuned with the input at the same time this type of structure also improves the non uniformity of the electrical field in the corner in addition it decreases the operating power consumption because of the reduction of the voltage distributed in the conductive layer touch area please refer to fig6 which shows the specific embodiment of fabrication of resistance r 1 in the disclosure the resistance r 1 can be fabricated by means of a l shaped electrode and formed by the gaps between l shaped electrode and parallel electrodes yu 0 yd 0 xr 0 and xl 0 that is the gaps between l shaped electrode and parallel electrodes constitute the conductive layer which can be resistance r 1 the resistance value can be calculated by the width length and electric conductivity of the conductive layer the fundamental formula is r u03c1l a where r is the resistance value u03c1 is the electric conductivity a is the cross section area and l is the length furthermore the l shaped electrode also can be fabricated in the same manner with parallel electrodes that is using the same material and process for example it may be formed on the conductive layer by means of screen printing using unleaded silver paste at a high temperature the l shaped electrode welded on the transparent conductive layer with silver paste at a temperature above 500 u00b0 results in an extremely. |
2 | and zirconium and aluminum acrylates would be particularly well suited for providing thermal barrier coatings and a surface compressive stress layer additionally layers containing these and other materials may advantageously have different coefficients of thermal expansion than other layers in step 3 appropriate slice data from step 1 is fed to a selective photoexposure device which in turn exposes the layer of build material deposited in step 2 with a suitable actinic radiation according to the corresponding cross sectional pattern derived from the cad model here again it should be cautioned that a perfect correlation between the exposure pattern and the computer generated cross sectional pattern need not be followed hence the term 34 according to the corresponding cross sectional pattern 34 includes both more and less accurate correlations between the exposure pattern and the corresponding cross sectional pattern appropriate intensity and duration of the exposure is contemplated to be established experimentally nevertheless it may be understood that suitable values for these parameters will vary as a function of numerous factors including the nature of the monomers or other polymerizable material the amount and activity of the photoinitiator and the thickness and transparency of each layer to the radiation our experiments have demonstrated that it is desirable for each layer to be cured to a tacky point before adding the next sequential layer this provides a suitable hardness while still permitting adequate bonding between adjacent layers specific exposure parameters are given below but in general it is contemplated that intensity will be about 20 mw per cm 2 in correspondence to the wavelength at which the photoinitiator has maximum absorbance at the surface of the uppermost layer and that intensity will be maintained from about five seconds to about sixty seconds the selective photoexposure device preferably comprises a. |
8 | about 800 u00b0 c and 1000 u00b0 c or by using chemical vapor deposition with a thickness of between about 50 and 300 angstroms the gate electrode trench and the conductor electrode trench are then filled with polysilicon using low pressure chemical vapor deposition and doped to the desired concentration level using pocl 3 doping or ion implantation the polysilicon is then etched back to leave polysilicon only in the gate electrode trench 24 and the conductor electrode trench 23 a thin oxide layer 27 between about 100 and 1000 angstroms thick is then formed over the surface of the substrate as shown in fig5 the source drain regions made up of n or p regions 40 and n or p regions 42 are formed using ion implantation the thin oxide layer 27 is then etched away from the contact end of the conductor electrode trench the top part of the gate oxide 26 formed on the side walls and end wall at the contact end of the conductor electrode trench is then etched away using reactive ion etching with chf 3 o 2 or the like or dipping in hf content solution forming the contact cavity 44 the alignment of the lithography steps required are not critical as shown in fig6 the contact cavity is then filled with a conductive contact material 28 such as doped polysilicon metal or a silicide using chemical vapor deposition or physical vapor deposition the surface of the substrate is then etched back so that the conductive contact material remains only in the contact cavity the surface of the substrate is then covered with a layer of pre metal dielectric 30 the completed device after the patterned metal layer 32 has been formed is shown in. |
1 | battery 60 of course terminals 98 will be covered suitably to prevent injury short circuits and ground faults and other electrical hazards switch 66 provides three switching conditions affording control over the mode of operation of beacons 62 64 in one condition that corresponding to a position of a dial or operating lever shown at 72 power to beacons 62 64 is disconnected from battery 60 a representative operating lever is shown in solid lines in position 72 in the depiction of fig4 the operating lever may also be moved to a second position indicated in broken lines at 74 in this position the switch will connect power from battery 60 to beacons 62 64 so that beacons 62 64 are operating in the third condition indicated in broken lines at 76 power is connected to beacons 62 64 through automatic switch 68 beacons 62 64 thus operate responsively to a condition actuating switch 68 automatic switch 68 responds to a condition which a user may wish to monitor in order to cause beacons 62 64 to operate in the example of fig4 switch 68 is a proximity switch having a plunger 78 switch 68 is physically located in an appropriate place on a bracket 10 30 or 50 so that placement of a fire extinguisher in the intended position for storage causes the fire extinguisher to contact and deflect plunger 78 deflection of plunger 78 closes the circuit and beacons 62 64 operate therefore operation of beacons 62 64 is limited to times when a fire extinguisher is actually placed in and supported by. |
2 | with the seat back and a portion of the seating portion to form pockets of material with closures or slide fasteners on the long edges thereof being zipped to the closed position to orient the seat back in a generally upright position and when unzipped to orient the seat back in a generally reclining position application_number US 8907998 A description referring now to the drawings and particularly to fig1 and 2 there is shown a three wheeled jogging stroller generally designated 20 which includes a wheel support frame assembly generally designated 22 upright tubes 24 26 pneumatic tire wheels 28 30 a two part tubular handlebar assembly generally designated 32 34 and a flexible cloth like seat 50 the wheel support assembly 22 includes a primary structural rear axle assembly 40 and a front wheel 30 fork consisting of first and second generally parallel fork tubes 42 the rear axle assembly has a relatively large diameter 2 5 4 0 34 34 tube 40a with first and second upright tube members 24 26 attached at the lower ends to the axle assembly 40 and at the upper ends to like configured handlebar interconnectors 44 46 the handlebar interconnectors 44 46 are generally saddle shaped and configured for enabling the two components 32 34 of the handlebar assembly to be folded the only requirement for the particular construction of the jogging stroller 20 is that it be constructed to support a seat generally designated 50 in accordance with the invention in the embodiment depicted the handlebar assembly components 32 34 of the stroller 20 when in the erected ready for use position shown in fig1 is constructed so that. |
3 | 121 at the end of the drawing furnace and conveys a signal on to the regulator 133 which after consideration of the temperature gives the setting or adjusting command for the energy supply through burner 112 for the preferably independent regulation of the nozzle and the nozzle orifice heating an energy supply is provided having with large installations apparatus for the use of exhaust heat for example recuperators and preheating of the mixture the object of the energy feed regulation is a constant temperature corresponding to the theoretical value in the portion of the smelting furnace which is located directly in front of the nozzle or in front of the drawing chamber respectively the theoretical value of the temperature at the end of the smelting furnace is adjusted normally in this connection from the point of view of glass technology and only in exceptional cases according to other criteria the exception occurs for example if the production mixture in spite of emptying of the full hydrostatic height in front of the nozzle is too small and the glass temperature for raising of the outflow speed of the glass from the nozzle must be raised the control technology combination of the individual control steps is shown by the main portion of fig6 suggestions for the theoretical value of the nozzle orifice 115 which are determined from the actually measured values 126 1 126 n of. |
7 | lists displayed on the user interface screen 208 configuration and equipment settings that a user might select include user language output type equipment manufacturer and model lookup table install lookup table update and other information incidental to the proper operation of the audible error code detection and identification device 202 in the depicted embodiment the audible error code receiver 206 is a microphone port through which an audible error code 106 generated by the electronic device 102 is received as input to the detection and identification apparatus 202 in response to reception and processing of the audible error code 106 an identified error condition corresponding to the generated error code 106 is output to an operator via an onboard output indicator 210 the output indicators 210 a and 210 b may also serve as a translation device for the generated audible error code 106 by producing a visual communications signal that mimics and identifies the actual generated error code 106 for example an electronic device 102 might produce an audible error code 106 that distinctly consists of one long and two short tones an audible error code detection and identification device 202 placed near the electronic device 102 receives the generated error code 106 via the receiver 206 and internally processes the generated error code 106 subsequently in one embodiment the detection and identification apparatus 202 transmits a visual output signal that consists of one long and two short visual bursts to an operator the visual output signal mimics the generated audible error code 106 in signal quantity and duration an output. |
2 | showing the states in which cooled heated air is ejected in which fig5 is a view showing the state in which double heat exchange is enabled fig6 is a view showing the state in which single heat exchange is enabled and fig7 is a view showing the state in which single and double heat exchange are both enabled as shown in fig2 to 7 the air conditioner of an electric vehicle of various embodiments includes a blower unit 30 a peltier unit 10 a partition 40 and a guide case 20 the blower unit 30 is provided therein with a blower 31 such that it can forcibly blow intake air the peltier unit 10 is connected to the blower unit 30 to receive part of the air that is blown from the blower 31 and is provided with peltier devices 11 on the outer surface thereof the partition 40 divides the space inside the peltier unit 10 into a first space 10 a and a second space 10 b the guide case 20 contains the peltier unit 10 therein and dissipates part of the heat of the peltier unit 10 to the outside by introducing outside air the blower unit 30 includes the blower 31 which is disposed in the inner space thereof and an air inlet door 32 which is disposed in the upper portion thereof the air inlet door 32 serves to determine whether inside air or outside air will be the source of air to be blown a ventilation hole 33 which communicates with the peltier unit 10 is formed in the blower unit 30 the peltier unit 10 is configured as a hollow cubic structure and a plurality of peltier devices 11 is arranged on opposite side sections. |
4 | alone or mixed with non flame resistant non antimicrobial fibers may be formed into antimicrobial yarn which is then woven with flame resistant yarn such as that made with flame resistant fibers to form a flame resistant antimicrobial fabric in an alternative and preferable embodiment the antimicrobial fibers are mixed with flame resistant fibers and the fiber mixture is formed into flame resistant antimicrobial yarn this yarn is then woven or knitted to form the desired flame resistant antimicrobial fabric one embodiment of the fabric of this invention has a weight within the range of 2 20 ounces per square yard and more preferably 3 7 5 ounces per square yard inclusive suitable flame resistant fibers include but are not limited to para aramid fibers meta aramid fibers and other inherently flame resistant fibers including but not limited to fr rayon polybenzoxazole pbo polybenzimidazole pbi melamine polyamide polyimide polyimideamide modacrylic and polypyridobisimidazole pipd examples of suitable para aramid fibers include but are not limited to fibers available under the trademarks kevlar u00ae dupont technora u00ae and twaron u00ae teijin examples of suitable meta aramid fibers include but are not limited to fibers available under the tradenames nomex t 450 u00ae 100 meta aramid nomex 455 u00ae a blend of 95 nomex u00ae and 5 kevlar u00ae and nomex t 4620 a blend of 93 nomex u00ae 5 kevlar u00ae and. |
4 | is greater than the outside diameter of the siphon tube 70 the lower end of the siphon cap 72 includes a leg 74 which spaces the lower end of the cap 72 above the bottom wall 66 of the liquid cup 56 an arm 76 extends upwardly from the cap 72 and then downwardly over the upper edge of the back wall 58 and into a slot 78 fig1 and 2 formed on the back wall 36 of the powder cup 48 so as to retain the siphon cap 72 in position over the siphon tube 70 the siphon tube 70 and cap 72 function in a conventional manner so as to siphon liquid detergent upwardly in the space between the cap 72 and the tube 70 and then downwardly through the tube the tube 70 discharges into the powder cup 48 wherein the liquid detergent flows by gravity out the opening 54 and then into the bottom 26 of the base 16 for drainage out the drain opening 28 it is further understood that powder detergent cup 48 can be molded integrally with dispenser base 16 while still maintaining the prewash compartment 98 the liquid detergent cup 56 would then be selectively mounted within the integral powder detergent area when it is desired to use liquid. |
9 | at the same site or different sites at regular or irregular intervals thereafter with bleedings being taken to assess antibody titer until it is determined that optimal titer has been reached the host animal is bled to yield a suitable volume of specific antiserum where desirable purification steps may be taken to remove undesired material such as nonspecific antibodies before the antiserum is considered suitable for use in performing actual assays the antibodies can also be obtained by somatic cell hydridization techniques such antibodies being commonly referred to as monoclonal antibodies reviews of such monoclonal antibody techniques are found in lymphocyte hybridomas ed melchers et al springer verlag new york 1978 nature 266 495 1977 and science 208 692 1980 a wide variety of synthetic routes are available to one skilled in the art for derivatizing theophylline at its 9 position and coupling the derivative to the carrier following are descriptions of some such synthetic routes 2 6 dioxopurines can exist in two isomeric forms which are known by the trivial names xanthines 3 7 dihydro 1h purine 2 6 dione 1 and iso xanthines 3 9 dihydro 1h pyrine 2 6 dione 2 and are numbered as shown in formula 1 str5 according to this trivial nomenclature the 9 substituted theophylline derivatives and conjugates of the present invention are in fact. |
5 | member 24 such that pivoting movement of the central pivot member in an upward direction brings the rearward edges 31 33 of the outer walls and the forward edges 105 107 of the upper pivot limiting member 102 into abutment with each other thus blocking further pivot movement of the central pivot member the forward edges 105 107 of the pivot limiting member 102 thus present a surface against which the central pivot member 24 abuts when the central pivot member is in an operational dozing position in the most preferred embodiment of the upper pivot limiting member 102 at least one pivot locking tab 108 is provided for locking the central pivot member 24 against pivot movement with respect to the support structure 80 and thereby locking the position of the articulated dozer blade 12 with respect to the vehicle to which the support structure is attached preferably a pair of pivot locking tabs 108 109 are employed and are mounted so as to extend forwardly from the upper pivot limiting member 102 such that the tabs 108 109 embrace a portion of the central pivot member 24 and ideally a tab is mounted to the outer surface of each of the lateral. |
2 | nitride plus graphite material is located at the bottom end of the cylindrical charge both the plugs 106 and 108 cause increased heating at the ends of the charge so that there is a relatively uniform or 34 flat 34 temperature distribution along the length of the charge 102 the plug 108 is of slightly different material in order to facilitate free and easy movement of the plug 108 inwardly as the piston starts its upward compressive movement incidentally although a fifty fifty alloy of nickel and iron was mentioned in connection with fig1 it is preferred to use an alloy of 40 nickel and 60 iron and this would be finely powdered and mixed with graphite as included in the charge 102 of fig5 concerning dimensions it is normally desirable that the salt bushing be approximately 1 8th inch thick accordingly in fig5 if the internal diameter of the pressure chamber 26 is 3 4 of an inch then the outer diameter of the salt bushing 86 is slightly less than 3 4 of an inch and its inner diameter is approximately 1 2 inch the diameter of the stainless steel tube 104 containing the charge 102 will then be approximately 1 2 inch the piston 24 which is employed will be approximately 1 2 inch in diameter and closely fit the inside of the hole in the end load plate 82 as mentioned hereinabove with a pressure chamber diameter of approximately 3 4 of an inch the length of the pressure chamber should be approximately 6 inches similarly using. |
7 | US 2007147575 A1 abstract methods systems and processes for providing efficient image reconstruction using local cone beam tomography which provide a reduced level of artifacts without suppressing the strength of the useful features and in a dynamic case provide reconstruction of objects that are undergoing a change during the scan an embodiment provides a method of reconstructing an image from cone beam data provided by at least one detector the method includes collecting cb projection data of an object storing the cb projection data in a memory and reconstructing the image from the local cb projection data in the reconstructing step a combination of derivatives of the cb projection data that will result in suppressing the artifacts are found the combination of derivatives includes collecting cone beam data that represents a collection of integrals that represent the object application_number US 58116006 A description before explaining the disclosed embodiments of the present invention in detail it is to be understood that the invention is not limited in its application to the details of the particular arrangements shown since the invention is capable of other embodiments also the terminology used herein is for the purpose of description and not of limitation c is a smooth curve defined by i s u2192 y s u2282 r 3 here fix an open set v whose closure v u2282. |
5 | the conventional purpose of bolting the sill to the foundation as well as serving as part of a means of tying the top plate 18 to the foundation 12 in an embodiment described in application 09 166 336 the vertical rod has a threaded region 43 on its lower end the length of the threaded region is selected to be a bit less than half the length of a connecting nut 40 in one embodiment the connecting nut 40 is one and three quarters inches long and has an internal stop 51 formed by punching a portion of the connecting nut 39 s wall inward so as to limit the penetration depth of a screw thread to be no more than three quarters of an inch in this case a threaded region 43 having a length of three quarters of an inch is provided on the rod a worker assembling this tie down apparatus 13 is instructed to initially fully thread the connecting nut 40 to the rod 42 the rod 42 is then placed vertically above the anchor 30 and the connecting nut 40 is threaded onto the upper end 38 of the anchor 30 by turning the rod 42 this assures that the same number of threads on each. |
2 | of the spring 11 and the pin 19 turns until the pin 19 gets in contact with the upper end portion of the long hole 20 then as shown in fig2 the pin 18 a of the first link member 17 comes within a locus of turn of the contact portion 5 a of the rotary member 5 in fig3 the seat device in a walk in operation condition is indicated when the seatback is turned in forward direction for the walk in operation the upper arm 3 turns in counterclockwise direction the contact portion 5 a of the rotary member 5 gets in contact with the pin 18 a the pin 18 a is moved in the same direction with the contact portion 5 a and the pin 18 a also gets in contact with the stopper portion 10 of the base bracket 6 accordingly the movement of the upper arm 3 is stopped by the stopper portion 10 and maintained in the walk in position as shown in fig3 the first link member 17 with the pin 18 a as an intervening member to transfer the movement of the upper arm 3 to the cable 13 is turned in clockwise direction around the pin 16 then the second link member 18 is turned in the same direction with the first link member 17 by the pin 19 consequently the cable 13 is pulled and the lock mechanism not shown is released as a result the front seat position can be moved in. |
3 | 2 4 benzoyl 3 hydroxyphenoxy ethyl chloroformate in 30 ml of methylene chloride were added dropwise over 10 minutes after the reaction mixture was stirred an additional 5 minutes 8 3 ml ca 119 0 mmoles of liquid phosgene and 12 0 g 150 0 mmoles of 50 sodium hydroxide were added dropwise over 20 minutes the reaction mixture was cooled as was necessary in order to hold the temperature between 20 u00b0 and 25 u00b0 c once the addition of phosgene was completed 0 5 ml ca 4 9 mmoles of triethylamine was added the reaction mixture was stirred another 30 minutes at the end of this time the ph of the aqueous phase was 12 14 according to ph paper the phases were separated the methylene chloride phase was washed once with dilute aqueous hcl solution and once with water it was then added dropwise to 1 0 l of vigorously stirred methanol the resultant precipitate was filtered washed with fresh methanol and dried in a vacuum oven to yield 30 1 g theory 38 3 g of white powder analysis by high performance lc indicated the presence of less than 0 1 weight residual 2 hydroxy 4 2 hydroxyethoxy benzophenone in the product analysis by ultraviolet uv spectroscopy showed that the product contained about 4 weight of attached 2 4 benzoyl 3 hydroxyphenoxy ethoxycarbonyloxy uv absorbing groups based on the method of preparation and analyses the product formed in this reaction i 17 was a bis 2 4 benzoyl 3 hydroxyphenoxy ethoxycarbonyloxy endcapped tetrabromobisphenol a polycarbonate pc oligomer endcapping a bisphenol a polycarbonate pc with 2 4 benzoyl 3 hydroxyphenoxy ethyl chloroformate compound i 18 a 2 0 l. |
7 | net to pin relationship each pin record also has a back pointer field called the parent net field 144 for linkage back to the net record 138 one skilled in the art can readily see how relationship information between instances nets and pins can be stored and accessed according to the design file definition fig7 is a diagram illustrating a portion of a design file showing the pin arc relationship note how a pin record 146 links a list of source arc records via the first source arc pointer field 148 and a list of destination arc records via the first destination dest arc pointer field 150 each arc record has a next destination arc for source field 152 for linking additional arc records to a source list each arc record also has a next source arc for destination field 154 for linking additional arc records to a destination list each arc record in a source list has a source pin field 156 pointing back to the pin record 146 each arc record in a destination list has a destination pin field 158 pointing back to the pin record 146 one skilled in the art can readily see how relationship information between pins and arcs can be stored and accessed according to the design file definition a reduced design file has a substantial portion of the internal interconnect information of a lower level design removed from the original design file more precisely it is a design file which contains only paths that are. |
6 | no change occurs synchronously with the fuel tank ventilation valve being activated to open and close as is depicted using a second time t 2 a fuel tank ventilation valve 7 which is not intact i e defective sticking open or closed must be assumed a check of the operational capability of the fuel tank ventilation valve 7 can even then be conducted with the method which basically examines a correlation between the abrupt activation of the fuel tank ventilation valve 7 to open or close and the intake manifold pressure p s which occurs in the process and allows for a conclusion to be drawn herefrom whether the fuel tank ventilation valve is intact if when opening the fuel tank ventilation valve 7 no hydrocarbons are flushed out of the activated charcoal filter 5 which lead to a significant change in the mixture such a change in the mixture is used in the technical field for checking the operational capability of the fuel tank ventilation valve 7 this check fails if a loading of the activated charcoal filter is not present and also to the extent that a change in the mixture does not occur when said fuel tank ventilation valve 7 is properly opened as a result of the previously described method a check of the operational capability of the fuel tank ventilation valve 7 is on the other hand also possible when u201c flushing u201d an unloaded activated charcoal filter 5 by detecting a correlation between the activation of the fuel tank ventilation valve 7 to open or close and the intake manifold pressure the method described above can for example be implemented as a computer program on a computer in particular in a control unit 8 of the internal combustion engine 1 and be run thereupon. |
6 | angle to the axis of the combustion chamber 27 further restricting gas flow out of the combustion chamber unacceptable buzzing was found to occur tests were then conducted to determine the effect of varying degrees of restriction on the aperture of the exhaust stack discharge opening 56 and its relationship to the onset of buzzing in the burner the discharge opening 56 of the exhaust stack was blocked or restricted to varying degrees by placing plates with varying ratios of aperture area to plate area over the discharge opening 56 of the exhaust stack surprisingly it was found that sheet metal plates blocking approximately 50 of the discharge opening of the exhaust stack eliminated the buzzing a solution to the buzzing problem was therefore implemented by attaching a slotted sheet metal plate 60 to the exhaust opening 56 as shown in fig2 the plate 60 defines a grille with a total combined aperture of the openings 62 between the metal strips 64 of approximately 50 of the overall area of the plate enclosed by the four edges of the plate the plate 60 has an outer frame 66 which fits onto the edges of the discharge opening 56 of the exhaust stack 18 the plate 60 was found to suppress the buzzing in the burner 12 the use of such aperture restrictor plates 60 on the exhaust stack was found to be an effective solution to the buzzing problem in a number of different direct fired fluid burner heater units 10 of the type described above in one form of this invention. |
5 | embodiments of the corner hanger 102 wherein the horizontal portion 106 is small compared to the overall size of the corner hanger 102 for example in fig1 the horizontal portion 106 comprises only a hand of a monkey while remaining portions of the body of the monkey hang over the corner of the corner structure 104 similarly in fig1 the dog is hanging by only the lower portions of the back legs of the dog and in fig1 an elf hangs only by the lower legs in embodiments such as those illustrated in fig1 14 the center of gravity is sufficiently close to the vertical surface of the corner structure 104 such that the corner hanger 102 does not rotate off the corner structure 104 for example in an embodiment the center of gravity is within two inches of the vertical surface of the corner structure 104 fig1 17 illustrate an embodiment of a corner hanger including one or more suspended interchangeable elements for example the corner hanger 1600 includes a support portion 1602 and one or more interlocking elements illustrated in fig1 by an interlocking element 1604 the support portion 1602 may exhibit characteristics as discussed above in addition to a first interlocking pattern 1606 the first interlocking pattern 1606 is designed to accept the interlocking element 1604 thereby supporting or suspending the interlocking element 1604 from the support portion 1602 for example as illustrated in fig1. |
7 | allow users to exchange trading information an exemplary trading network environment for implementing trading systems and methods is shown in fig1 an exchange computer system 100 receives orders and transmits market data related to orders and trades to users exchange computer system 100 may be implemented with one or more mainframe desktop or other computers a user database 102 includes information identifying traders and other users of exchange computer system 100 data may include user names and passwords an account data module 104 may process account information that may be used during trades a match engine module 106 is included to match bid and offer prices match engine module 106 may be implemented with software that executes one or more algorithms for matching bids and offers a trade database 108 may be included to store information identifying trades and descriptions of trades in particular a trade database may store information identifying the time that a trade took place and the contract price an order book module 110 may be included to compute or otherwise determine current bid and offer prices a market data module 112 may be included to collect market data and prepare the data for transmission to users a risk management module 134 may be included to compute and determine a user 39 s risk utilization in relation to the user 39 s defined risk thresholds an order processing module 136 may be included to decompose delta based and bulk order types for processing by order book module 110 and match engine module 106 the trading network environment shown in fig1 includes computer devices 114 116 118 120 and 122 each computer device includes a central processor that controls the overall operation. |
6 | vertically toward the floor each louver generally extends below the horizontal plane of the top of the adjacent louver that is located nearer to the center axis 16 see for example fig3 where the bottom of louver 21 partially obscures the top of louver 22 each quadrant is independent of all others so a louver assembly 9 may be used in any combination of the quadrants see fig3 10 for illustrations of various combinations the preferred embodiment uses removable louver assemblies that can be positioned on the outside of any one or more or all quadrants of the lens frame 8 as disclosed above the preferred embodiment comprises a lens 7 that is substantially in the shape of a half globe with louvers mounted on the outside of the lens 7 on a lens frame 8 however the lens 7 and the louvers 9 could be altered and still remain within the scope of this invention the lens 7 could be of cylindrical frustoconical or rectangular shape to name a few shapes the lens 7 could be constructed of different materials furthermore both the location and the method of attachment of the louvers 9 could be varied for example the louvers 9 could be attached directly to the housing 2 the lens 7 or the ceiling also the louvers 9 could be attached to the inside or outside of the lens when the louvers are not present the light rays. |
7 | surface and their end points in space near the surface e g voxels these vectors are hereinafter referred to as shape vectors and the above points in space e g voxels take on the values of the shape vectors the shape vector is a kind of position vector having a range component and a directional component a potential value is used as the range component and a potential direction as the directional component further a lot of voxels are provided in a space including the shape surface each having the value of a shape vector in fig1 as for part of voxels shape vectors v 1 of the partial shape data 10 are indicated by the white arrows and shape vectors v 2 of the partial shape data 20 are indicated by the black arrows as a result of registration the partial shape data 10 and 20 in fig1 have different potential directions i e their vectors have different directional components the details of an overlapping portion x between the partial shape data 10 and 20 in fig1 are illustrated in fig1 as shown the partial shape data 10 and 20 have different surfaces in the stage of registration so their shape vectors v 1 and v 2 are independent of each other while the conventional merging method has a problem of inaccurate merging when the partial shape data have different potential directions since the merging is performed through arithmetic operations such as addition of the potential range values i e scalar quantities. |
5 | 101 may be a bored drill collar in the bottom hole assembly 10 or alternatively a separate housing adapted to fit into a drill collar bore the drilling fluid 31 flows through the stator 102 and rotor 103 and passes through the annulus between the pulser housing 108 and the inner diameter of the tool housing 101 the stator 102 see fig2 a and 2 b is fixed with respect to the tool housing 101 and to the pulser housing 108 and has multiple lengthwise flow passages 120 the rotor 103 see fig2 a and 2 c is disk shaped with notched blades 130 creating flow passages 125 similar in size and shape to the flow passages 120 in the stator 102 alternatively the flow passages 120 and 125 may be holes through the stator 102 and the rotor 103 respectively the rotor passages 125 are adapted such that they can be aligned at one angular position with the stator passages 120 to create a straight through flow path the rotor 103 is positioned in close proximity to the stator 102 and is adapted to rotationally oscillate an angular displacement of the rotor 103 with respect to the stator 102 changes the effective flow area creating pressure fluctuations in the circulated mud column to achieve one pressure cycle it is necessary to open and close the flow channel by changing the angular positioning of the rotor blades 130 with respect to the stator flow passage 120 this can be done with an oscillating movement of the rotor 103 rotor blades 130 are rotated in a first direction until the flow area is. |
5 | bag 58 back into a pool positioned within collar 70 is buoyant flotation material 90 depicted in fig3 5 as an annular piece of foam material 90 need not be so shaped or positioned however and may comprise buoyant elements other than foam if desired preferably however material 90 is fixed within collar 70 so that its position relative to body 14 does not change even if cleaner 10 changes its orientation within a pool such position fixing is especially advantageous when cleaner 10 climbs a side wall of a pool in particular as compared to cleaners in which flotation material is positioned within the filter bag and thus can move as the bag moves or because of its buoyancy can cause the bag to move cleaner 10 reduces the likelihood that bag 58 will undesirably tend to float to the surface of the pool as the cleaner 10 climbs a wall fig6 11 illustrate aspects of disc 26 of the present invention disc 26 includes upper surface 94 and underside 98 as depicted disc 26 is generally annular with generally circular chamfered periphery 102 and defining circular central aperture 106 although applicants presently prefer such annular shape for disc 26 it need not necessarily be so shaped disc 26 is adapted to be received by body 14 see e g fig3 and to abut footpad 22 alternatively disc 26 may be received by the footpad 22 incorporated into disc 26 are series of through holes 110 and multiple curved slits 114 holes 110 function similar to the immediate apertures of the rice 39 995 patent rather than being sized identically however holes 110 preferably are of differing diameters indeed most preferably holes 110 increase in size from periphery 102 toward central aperture 106 holes 110 need not necessarily. |
2 | which means that the fibres of the strands can be arranged in the desired manner in the longitudinal and transverse directions of the beams the material also has a low resilience finally the low resin content of aspen strands means that it will absorb the resin binder which is added before the strands are pressed together fig1 shows a pair of feeder devices 3 containing a relatively large amount of strands from one end of the feeders 3 the strands fall down through the metering devices 5 and the nozzles 7 to a receiving surface 9 all of the devices are carried by a frame 10 the number of feeders 3 can be varied by arranging the desired number side by side the same applies to the metering devices 5 and the nozzles 7 furthermore it is possible to allow different numbers of respective devices 3 5 and 7 for example one feeder 3 can supply a number of metering devices 5 with strands the converse is also possible that a number of feeders 3 can deliver strands to a single metering device 5 the metering devices 5 can distribute the strands to the receiving surface 9 through a number of separate nozzles 7 in this manner the device 1 can be modified and adapted to current requirements fig1 shows as well a press 11 the receiving surface 9 is movable on a rail 12 which is supported by the frame 10. |
4 | air source is placed and pressed in order to achieve pneumatic yarn threading application_number US 91901292 A description in the figures equal parts or parts of equal or equivalent function carry the same reference numerals although the method described hereinafter refers to frusto conical bobbins it is adaptable to bobbins of cylindrical or any other shape for the purpose of overall clarity those parts not necessary for understanding the invention are omitted from the figures in that they are already known and because they are not concerned in the operation of the present invention in the accompanying drawings 1 is the initial yarn portion unwound from the underlying bobbin 4 which has already been positioned on the lower hollow mandrel 40 in the spindle basket 7 the end of said initial yarn portion 1 is brought to the outside of the circular casing 6 of the twisting spindle 10 in order to place it in a transverse position in the slot 47 of the compressed air jet injector 9 this latter being rigidly fixed to the front frame 15 of the aligned spindles 10 of which one follows another 3 is the initial yarn portion unwound from the feed bobbin 2 5 is the upper end of the hollow mandrel 40 i e the lower unwinding head through the central bore 29 of which the yarns unwound from the feed bobbins 4 and 2 enter and slide to form the twisted yarn 8 is a yarn accumulator disc of known type on the spindle 10 12 is the duct through which the yarns. |
1 | this structure the hedge trimmer debris guide 10 can be easily attached to an existing blade structure and utilized to sweep cut debris from a hedge when the trimmer is in use as best illustrated in fig1 and 2 of the drawings the deflector panel 12 includes a lower longitudinal edge 20 to which the attaching means 18 are secured and an upper longitudinal edge 22 extending in a spaced orientation relative to the lower longitudinal edge of the deflector panel 12 inner and outer transverse edge 24 and 26 extend between the lower and upper longitudinal edges 20 and 22 to complete a definition of the outer peripheral shape of the panel 12 preferably a distance between the lower and upper longitudinal edges 20 and 22 is substantially greater than a width of the blade structure 14 of the hedge trimmer 16 to which the device 10 is to be associated as shown in fig2 the panel 12 is preferably shaped so as to define a concave interior surface 28 and a convex exterior surface 30 by this structure the deflector panel 12 can be positioned so that the concave interior surface 28 thereof will face a direction of sweeping during use of the hedge trimmer to allow debris to collect within the panel 12 as shown in fig1 for subsequent depositing of the debris into an adjacent container or simply into the surrounding yard as shown in fig3 and 4 the deflector panel 12 is preferably perforated to allow air currents to pass therethrough so as not to hinder movement of the blade structure 14 of the hedge trimmer 16 across. |
7 | 21 29889 36 844 27 7690 3 00000 styrene 40 465 a 407 8987 4 00000 53 216 74 3345 12 15783 bk7 53 557 42 4453 0 50000 61 028 a 164 4718 26 97190 acrylic 92 869 a 62 3055 135 01787 95 37__________________________________________________________________________symbol description a polynomial asphere focal shift 0 74200__________________________________________________________________________even polynomial aspheressurf no d e f g h i__________________________________________________________________________1 2 1948e 07 3 1161e 09 7 4142e 12 1 0377e 14 2 2299e 17 3 2858e 202 1 5111e 06 5 1899e 09 8 6485e 12 2 3336e 14 2 8430e 17 1 0133e 195 3 9131e 07 6 8333e 10 5 5582e 13 6 5433e 16 1 3386e 20 7 1347e 228 2 9686e 07 3 7064e 12 9 5859e 15 4 9355e 18 1 5459e 21 5 8285e 259 5 6173e 07 1 1183e 10 1 3209e 14 1 5832e 17 1 7718e 20 7 9237e 24__________________________________________________________________________first order dataf number 3 50 overall length 1460 42magnification 0 1083 forward vertex digtance 218 446object height 762 00 barrel length 83 4286object distance 1241 97 entrance pupil distance 14 3855effective focal length 128 370 exit pupil distance 110 515image distance 135 018 stop diameter 35 707stop surface number 3 distance to stop 3 27__________________________________________________________________________first order properties of elementselement surfacenumber numbers power f 39 lpp l 39 pp__________________________________________________________________________1 1. |
1 | the type marketed by buler ag of 9240 uzwil switzerland via said extruder 39 s outlet flange 30 it is similarly connected to a multi channel cooling die 50 whose extrudate flow channels 40 are arranged radially about a circular axis for example as disclosed in patent document no wo 01 49474 via said cooling die 39 s inlet flange 35 this attachment is partially indicated in fig3 wherein the position of the extrudate flow channels 40 is also indicated the cross sectional view shown in fig4 shows the structure of the device 5 and its essential operational features in particular it 39 s internal geometry the device 5 is shown attached to a twin screw extruder having compression screws 38 of approximate diameter d and to a multi channel cooling die 50 the positions of the extrudate flow channels 40 are shown in particular it will be noted that the length of the typical extrudate flow path l relative to the diameter d is greater than about 1 7 1 those skilled in the art and in particular those persons familiar with the flow of extrudate fluids will perceive that the relative length of this flow path will greatly assist in the promotion of laminar flow of the extrudate 42 through the device 5 and on into the channels 40 the device 5 is characterised by three main zones a flow restricting zone 55 of decreasing overall internal diameter in the direction of flow and which also gradually transforms the internal profile of the device 5 from an ovular shape matching the extruder outlet to a substantially circular shape a throat 60 of substantially circular profile at which the minimum overall internal diameter is reached and an expansion. |
5 | second while the other will close first fig8 illustrates a second embodiment of the invention which includes two independent safety valves similar to those disclosed in fig1 each safety valve may include an actuator piston a flow sleeve a flapper valve element and a coil spring in this embodiment the safety valve includes six tubular sections 111 112 113 116 117 and 118 first tubular section 111 has an upper portion which may be threadably connected to production tubing in a known manner the lower portion of first tubular member includes a piston chamber in which piston 136 is received fluid under pressure is introduced into the piston chamber via an inlet 127 piston 112 acts on a flow sleeve 129 to open flapper valve 115 in the manner discussed above the second tubular section 112 is connected to tublar section 111 at a threaded joint 120 a third tubular section 113 is connected to second tubular section 112 at a threaded joint 121 a fourth tubular section 116 also has a piston chamber in which is mounted a piston 126 which is adapted to move flow sleeve 131 which will open flapper valve 125 in the same manner as discussed above a fifth tubular section 117 carries flow sleeve 131 and spring 132 and is connected to the fourth tubular section 116 by a threaded joint as shown it 123 hydraulic lines 127 and 114 are connected to a source of hydraulic fluid under pressure at the well head a sixth tubular member 118 is connected to the fifth tubular section 117 at a threaded joint shown at 124 the lower portion of the sixth tubular member includes a threaded female connector adapted to receive a threaded portion of a production tubular third tubular member 113 and. |
6 | each other via a pivot or support means 13 in the illustrated embodiment pivot means 13 comprises a fastener e g a bolt or support fastener 15 disposed through an aperture 16 formed in both first 10 and second 12 members and secured with an adjustable locking fastener 19 e g a wingnut in such a fashion the first 10 and second 12 members are relatively moveable in at least one plane moreover the relative position of the first 10 and second 12 members may be adjusted by loosening or tightening pivot means 13 in a conventional fashion first stationary member 10 may be affixed to or integrally formed with an attachment assembly 8 which generally comprises a stationary member 31 and a traveling member 21 traveling member 35 is generally u201c l u201d shaped in configuration and defines an upright portion or traveling upright member 43 and a tongue or traveling plate 38 as illustrated stationary member 31 also describes an u201c l u201d shape and includes a stationary upright portion 37 and a stationary base 34 where said stationary base 34 defines a slot 35 sized to receive traveling member 32 the stationary upright portion 37 is joined to and extending orthogonally from the stationary base 34 as shown in fig5 the stationary base 34 has a pair of spaced apart legs 11 as clearly shown in fig2 each leg 11 has a free end 14 and an inner surface 18 with a channel 17 formed therein in such a fashion traveling member 32 is adapted to be slidably received within support member 31 the stationary attachment member 10 is joined to and extending from the stationary. |
9 | shown that the compound has but a slight antiphlogistic effect in the dose of 50 mg kg it suppresses the development of the exudative phase of inflammation possesses an antiphlogistic activity relative to formalin 12 7 p below 0 005 and dextran 16 5 p below 0 05 edema lowers penetration of skin vessels by 15 p below 0 05 on a model of a chronical proliferative inflammation it somewhat suppresses the exudative phase and retards the formation of a granulation fibrous tissue during the proliferative stage of the chronical inflammation the study of the effect of the active principle on certain characteristics of blood coagulation has been carried out on 5 rabbits the compound is administered per os in the dose of 50 mg kg as a suspension in a 2 starch paste blood has been examined prior to the administration and during 4 hours after a single time administration of the suspension determined are blood plasma recalcification thrombin time thrombelastographic characteristics and thrombocyte concentration the analysis of the obtained results show that the active principle in the studied dose does not substantially affect the blood coagulation process to reveal the antidiabetic effect of the active principle its effect on the content of glucose in rabbit 39 s blood under the conditions of alimentary carbohydrate load has been studied the active principle is administered in doses of 50 and 100 mg kg once per os through a tube in a 1 starch paste the experiment scheme is the following the content of glucose in blood is determined in rabbit 39 s blood on an empty stomach and 40 minutes thereafter the content of glucose is again determined in blood afterwards glucose is administered to the rabbits at the rate of 1 5 g kg and the content. |
9 | is bolted to outer side members 32 34 stationary frame 14 further includes front vertical members 38 40 extending upwardly from the ends of front end member 22 rear vertical members 42 44 extending upwardly from the ends of rear end member 24 and a pair of intermediate vertical members 46 48 as shown in fig5 short cross members 50 52 are mounted to the lower ends of intermediate vertical members 46 48 respectively extending inwardly therefrom the lower surface of each of cross members 50 52 rests on and is supported by the upper surface of outer side members 32 34 respectively and the inner ends of cross members 50 52 are mounted to inner side members 26 28 through bolts 54 56 respectively wheels 58 rotatable about a vertical axis are mounted to each of vertical members 38 40 42 44 46 and 48 referring to fig2 and 4 leg assemblies 18 are mounted to movable frame 16 each leg assembly includes a telescoping extendible and retractable lower portion 59 movable frame 16 further includes a pair of end members 60 62 and a pair of spaced side members 64 66 extending between and interconnected at their ends with the ends of end members 60 62 a central frame member 68 extends between and is interconnected with the mid point of each of end members 60 62 a series of cross members 70 extend between and interconnect central frame member 68 with side frame member 66 similarly a series of cross members 72 extend between and interconnect central frame member 68 with side frame member 64 u shaped track members 74 are mounted to the upper surface of each of cross members 70 and. |
9 | path from the external ports to the micro channels at layer 16 the layers are aligned and clamped or otherwise held together to form the extrusion device fig3 shows these layers in more detail the nozzle exit orifice or outlet 42 extrudes a stream of materials the first material flows through the feed channel 40 from which the first material transitions upwards into the inlet channel 32 and then flows toward the outlet 42 a second material flows through an inlet for the second material 30 and joins with the first material one should note that the flows may join without mixing with the final flow exiting the outlet 42 consisting of u2018 stripes u2019 of the first material and the second material the inlet 30 receives the second material through the port 38 in layer 22 an additional layer 24 may also have a port 36 which is fed the second material from the feed channel for the second material 34 in layer 26 when the layers are aligned and stacked the feed channel 34 will align through the ports with the inlet 30 the stack of layers may consist of only two layers one for the inlets and the nozzle and one for the feed channel in this particular embodiment the second material may consist. |
6 | that passes through a plug 152 in the open end of the bore at its outer end stem 150 is fitted with a button 154 the closed end of bore 146 is in fluid communication with the closed end of cylinder 68 through first end port 156 in manifold 36 and passage 158 in housing 12 the end of bore 146 next to plug 152 is in fluid communication with the rod side of piston 70 through second end port 162 in manifold 36 and passage 164 in housing 12 a center port 166 in bore 146 communicates through passage 168 in housing 12 with passage 164 to chamber 160 on the rod side of plunger 70 a vent port 170 connects cavity 187 defined as the annular space between the reduced diameter portion 178 of shuttle 148 and the wall of bore 146 with waste or outlet port 114 a pressure port 172 connects cavity 189 defined as the annular space between the reduced diameter portion 176 of shuttle 148 and the wall of bore 146 with the passage 130 which is in fluid communication with the concentrate side of element 54 by means of passage 132 relief valve 128 is disposed between passage 132 and opening 114 shuttle 148 has a center land 174 the length of which is slightly more than three times the width of center port 166 shuttle 148 has reduced diameter portions 176 and 178 on opposite sides of center land 174 reduced diameter portion 176 extends between center land 174 and a packing land 180 at the bottom end of shuttle 148 reduced diameter portion 178 extends between center land 174 and packing land 182 at the top end of shuttle 148 for internal. |
8 | layers wetting layers and seed layers of conductive materials to the surface of a semiconductor feature requires tailoring of the layer to the shape of the feature if optimum feature performance is to be achieved tailoring of such thin layers using physical vapor deposition pvd techniques has been of particular interest in recent years due to the many desirable properties of materials applied using pvd ion deposition sputtering also known as imp has been used to enable pvd application of material layers in features having small feature size and high aspect ratios however ion deposition sputtering can have adverse side effects in terms of erosion via sputtering of underlying layers which are contacted by the ion deposition sputtered material further the material eroded away from the underlying layer can contaminate adjacent surfaces of the feature the present method for applying an ion deposition sputtered sculptured layer of material on a semiconductor feature surface avoids sputtering of the substrate on which the ion deposition layer is deposited the method is particularly useful in the deposition of barrier layers at the bottom of a via where contamination from adjacent surfaces during deposition of the barrier layer can ultimately increase resistivity of the contact the method is. |
4 | char promoters and hydration water sources the neoprene itself can be a homopolymer of chloroprene or a copolymer or chloroprene with another organic monomer usual monomers are vinyl compounds or olefinic compounds such as for example styrene a vinyltoluene a vinylnaphthalene 1 3 butadiene isoprene 2 3 dimethyl 1 3 butadiene 2 3 dichloro 1 3 butadiene methyl vinyl ether vinyl acetate methyl vinyl ketone ethyl acrylate methyl methacrylate methacrylamide and acrylonitrile the proportion of the organic monomer other than chloroprene can be up to about 60 of the total polymer but usually less than 20 the preferred monomer is acrylonitrile or an u03b1 u03b2 unsaturated carboxylic acid for example acrylic acid or methacrylic acid the preferred proportion of acrylonitrile or the carboxylic acid monomer is such that that proportion of the copolymer weight which is contributed by the nitrile or carboxyl groups cooh is about 2 20 in the case of carboxyl groups the usual proportion would be about 5 or less it has been surprisingly found that copolymers of chloroprene and acrylonitrile or an u03b1 u03b2 unsaturated carboxylic acid form under cigarette test conditions a char having good structural integrity so that other char promoters either are not required or can be used in small amounts only the neoprene polymer is prepared by any well known technique but usually by emulsion polymerization in the presence of a free radical initiator such as an organic peroxide or hydroperoxide a chain transfer agent such as an alkyl mercaptan or a dialkyl xanthogen disulfide also is present chloroprene polymerization techniques are described in detail in the following. |
3 | 25oil sup dpine sawdust 41 sup e 27 2 6 3 26douglas fir bark 0 12 1 15 phenols neutrals solids 2 9 47 8 15 6douglas fir bark 0 nd 19 phenols neutrals solids 4 8 50 8 17______________________________________ sup a phenolics 16 5 neutrals 9 5 sup b phenolics 16 5 neutrals 6 0 sup c water solubles by difference sup d from two condensers sup e etoac insolubles by difference not determined as indicated in table ii the aqueous alkali metal bicarbonate solution utilized to extract strong organic acids and highly polar compounds further purifies the phenol neutral fractions while any suitable alkali metal bicarbonate solution may be utilized the preferred solution is selected from sodium bicarbonate potassium bicarbonate lithium bicarbonate and ammonium bicarbonate with sodium bicarbonate being the preferred and most optimal solution from the aqueous bicarbonate solution it is possible to isolate a fraction rich in organic acids as a by product in this instance the aqueous layer can be neutralized for example with 50 by weight of phosphoric acid although other acids can be used saturated with sodium chloride and extracted with ethyl acetate it is possible to then evaporate the solvents and isolate the remaining fractions as well the phenols neutrals fraction can be further fractionated into isolated phenolics and neutrals if desired this can be accomplished by utilizing a 5 by weight solution of sodium hydroxide in a volume ratio of 5 1 of solution extract the aqueous layer is then acidified to a ph of about 2 utilizing a 50 solution of phosphoric acid although other acids can. |
2 | the sequential polymerization is not added until the monomer employed in the preceding stage has been at least substantially consumed thereby insuring that the concentration of the monomer remaining from that preceding stage is sufficiently low to prevent formation of an excessive proportion of soluble random copolymer the terpolymers ethylene propylene butene preferably butene 1 can be made by any convenient method known to the art e g ziegler natta catalysis and generally have an ethylene content of from about 0 5 to 8 preferably 3 6 wt and a butene content of from about 0 5 6 wt and preferably 1 5 4 5 the terpolymers can have a melt flow rate at 446 u00b0 f of from about 3 to 15 and preferably 5 to 10 layer c consists of highly surface active and high temperature stable polymer groups including polyamide polyethylene terephthalate pet and polycarbonate are prepared in general polycondensation processes pet is the product of a condensation reaction between ethylene glycol and ethylene terephthalic acid polycarbonate may be prepared from aliphatic and cycloaliphatic diols by transesterification with diethyl carbonate the polymer groups however may be prepared in any convenient manner known to the art these groups in particular have high surface tension so they can be coated printed laminated or metallized without corona discharge treatment these added benefits make the present invention more versatile in the flexible packaging applications in preparing the multilayer structure of the present invention the polypropylene. |
1 | for example a greater or lesser responsiveness or a greater or lesser uncontrollable freedom arm 102 is for example 1 meter 0 8 meters 0 5 meters 0 3 meters or any greater smaller or intermediate length in device 100 as illustrated the motion which is controlled is of a single point i e tip 108 by providing various attachments for tip 108 tip 108 may be connected for example to a bone to a joint or to a different part of the body the attachment may be rigid for example using a strap or it may depend on the patient for example as a handle or a rest specific attachment devices for example for a hand arm elbow and or shoulder may be provided further as described below multiple tips 108 optionally with individual arms 102 may be provided for attachment at different points of the body when providing rehabilitation various types of motion may be supported for example one or more of a passive motion tip 108 is moved and the patient moves with it b resisted motion the patient moves tip 108 and encounters resistance the resistance may be of various magnitudes c assisted motion when a patient moves tip 108 a positive feedback on arm 102 increases the force of motion in the direction moved by the patient d force field motion the patient moves tip 108 along a certain trajectory one level of resistance or none is encountered deviation from the trajectory is not allowed or meets with resistance fig3 shows an example of such a force field motion along a u201c correct u201d trajectory 302 can. |
3 | overnight this was then washed with methanol 4 u00d7 10 ml and 1 butanol 2 u00d7 5 ml to be certain of removing any traces of the sodium borohydride 1 butanol 10 ml 1 iodooctane 200 u03bcl 1 38 mmol and 2 2 azobisisobutyronitrile aibn were added and the reaction heated to 80 u00b0 c overnight the polymeric networks were filtered and the liquid collected for gas chromatography analysis samples were also sent for icp analysis to determine the degree of tin contamination percent loss relative to 1 molar equivalent of br 2 in general it can be observed from table 2 that a greater incorporation of the organic phase results in a material that possesses an enhanced resistance to chemical breakdown as a result of bromination the results in table 3 show that the material prepared assuming a 90 yield of digrignard ie 1 0 9 1 11 times excess was found to have the best active tin hydride content method b synthesis of phsn ch 2 n 3 2 11 u2032 type polymeric networks typically about 10 of x ch 2 n x where x u2550 br or i and n 6 8 10 or 12 in diethyl ether was added to the magnesium that. |
1 | the annular flange 48 of the bellows 46 and the valve plate 50 and is connected to these parts in each case in a gas tight manner by welding adhesive bonding or screwing in the drawing for the sake of clarity in each case only the snap disk determining the function is shown in practice it may be expedient to use in each case a plurality of identical snap disks fitted in the same direction the function of the valve arrangement 24 is described below with reference to fig4 to 13 the position of the snap disks which is shown in fig4 and 5 is maintained during heating up to 115 u00b0 at 115 u00b0 c the snap disks 94 and 94 a switch over into their opposite curvature position according to fig1 the overall height and thus the position of the valve ball 90 does not change in the process when the second switch over temperature of 117 u00b0 c is reached the snap disks 96 and 96 a additionally switch over into their opposite curvature position as can be seen from fig1 the overall height of the stack and the position of the valve ball 90 remain unchanged so that the valve ring 26 remains lifted from its valve seat 28 i e the valve remains open so that the media exchange can continue to be effected without hindrance according to the invention measures are taken in order to hold the valve in the open position even when during the sterilization operation a flow pressure loads the valve body formed by the valve plate 50 this flow pressure attempting to close the valve. |
6 | application_number US 201314043906 A description the present invention according to its first inventive aspect is a clutch suitable for powered mirrors whose central element is a shaft 1 this shaft 1 is the reference element that establishes the relative position of other elements of the clutch such as the first body 4 and the second body 2 its longitudinal axis named as axis x is also the reference used to define the particular configurations and orientation of the clutch parts as can be seen in the embodiment shown in fig1 one of the distal ends of the shaft 1 concretely the one located on the left hand side of this figure is an end 1 3 of the shaft 1 adapted to be expanded in the example of fig1 this end has an inner conical cavity 1 3 1 which can be used for said expansion for example by means of the introduction of an ultrasound device which induces a welding process or of a welding tip fig2 on the contrary shows this end 1 3 of the shaft 1 once the expansion has taken place and therefore the axial movement along the axis x is not possible the shaft 1 does also comprise in. |
7 | pump or via other inflation means known by those skilled in the art preferably the bladder 20 is inflated to an internal pressure which is greater than the testing pressure so as to anchor the bladder 20 firmly within the fluid duct 16 during testing the method further includes directing the pressurized test media 14 into the fluid system 12 via the test fluid delivery tube 24 the pressurized test media 14 may be directed into the fluid system 12 by connecting the test fluid delivery tube 24 to testing device when the bladder 20 is inflated and the pressurized media 14 is directed into the fluid system 12 a pressure differential may be created within the fluid duct 16 on opposed sides of the bladder 20 in particular the pressure within the fluid duct 16 on the downstream side of the bladder 20 e g the side to which the pressurized media 14 is emitted is greater than the pressure within the fluid duct 16 on the opposed side of the bladder 20 the fluid tight seal between the bladder 20 and the duct 16 allows the creation of the pressure differential for conducting the fluid integrity testing it is contemplated that the fluid integrity testing. |
7 | the form of an indium tin oxide coating ito of a transparent glass substrate 50 overlying the cell array 28 the glass substrate 50 may be similar to those used in liquid crystal displays the ito top electrode 42 may be evaporated onto the top glass substrate 50 the ito top electrode 42 is transparent and the colored states 18 20 are viewed through the ito top electrode 42 underlying the cell array 28 is a glass bottom substrate 52 alternately the bottom substrate 52 may be a silicon wafer with patterned electrodes or an active matrix backplane to be described hereinafter it will be appreciated that the top and bottom electrodes 40 42 may also be formed from flexible material such as ito coated mylar u2122 mylar u2122 is a registered trademark of e i dupont corporation wilmington del it will also be appreciated that the viewed and the non viewed regions can be arranged laterally not shown so that the non viewed region although observable is significantly smaller in area with respect to the viewed region such as in laterally driven electrophoretic displays the electrodes 40 42 are connected to a pair of voltage sources 60 62 one voltage source 60 provides an ac alternating current field while the other voltage source 62 provides a dc direct current field as discussed the different colored particles 12 14 carry opposite charges 13 15 respectively current electrophoretic. |
6 | the bottom of a reaction vessel it provides all of the functionality of a typical valve system but additionally it allows two probes to be inserted to monitor vessel reactions moreover the probes can be individually installed and removed without need to remove any of the valve system fixtures from the vessel and one or more of the probes can be exposed within the vessel the system 1 comprises the following main components 4 housing for base of the infra red probe 3 5 a probe connecting piece which is flanged to support continuation of the probes upwardly through a passageway to the top of the valve system 1 7 temperature sensor tip such as a pt100 rtd temperature sensor 8 tip of the infra red probe 3 which is exposed in the vessel 9 10 11 o rings and sleeve forming a circumferential seal around the probe tip 8 32 bolt and nuts connecting a top assembly with the valve body to the actuator 48 49 connecting piece and bolts for actuator 15 70 release screws for probes and connecting piece 5 71 temperature sensor conduit for pt100 rtd temperature sensor 7 terminated in connection head 6 the valve system 1 performs the conventional valve operations required for the bottom of a reaction vessel the configuration of the valve disc or u201c plug u201d 20 being sloped to avoid blind spots for vessel draining and flushing however the central stem 26 of the system 1 includes both the temperature sensor probe 7 and the infra red probe 8 they are fitted as illustrated into a confined space so that the system 1 can include the pneumatic actuator 15 of similar overall. |
3 | alkyl c 1 c 5 alkoxy u2014 o u2014 ch 2 1 5 u2014 och 3 or r 2 and r 3 in positions 6 and 7 together form the group if a is thieno r 1 r 2 and r 3 denote hydrogen together with the central atom to which they are bonded form a c 3 c 7 ring r 6 denotes c 1 c 12 alkyl or a phenyl or benzyl group substituted by the groups r 7 and r 8 wherein r 7 and r 8 independently of one another denote hydrogen halogen f cl br i c 1 c 5 alkyl c 1 c 5 alkoxy or c 1 c 5 fluoroalkyl group z denotes o s or an nhco u2014 group or if at least one of the groups r 4 and r 5 is other than hydrogen z may also denote a single bond the invention further relates to the compounds of formula i above with the proviso that the compound of the following formula preferred compounds are the compounds of formula ia and their use as described above wherein r 1 r 2 and r 3 preferably independently of one another denote hydrogen methyl or methoxy particularly wherein r 2 and r 3 denote methoxy and r 1 is methoxy or hydrogen also preferred are compounds of general formula i and their use as specified above wherein r 4. |
4 | edge 62 see fig5 and 6 the cloth strip side slider 80 is connected with a pneumatically operatable displacing module 84 by means of a supporting bar 83 this pneumatically operatable displacing module 84 is movable between two end positions in which the lower arm 82 of the cloth strip side slider 80 either engages under the bearing plate 61 as shown in fig5 and 6 or in which both are free from one another i e have been moved apart in the x direction further a trouser side slider 85 is provided at the bearing plate 68 which slider 85 is slidable between an inner and an outer end position equally by means of a displacing module 86 a supporting bar 87 extending further than the cloth strip side slider 80 is secured to the displacing module 86 the trouser side slider 85 consisting of a flat and substantially rectangular plate is secured to the supporting bar 87 in a vertically slidable manner by means of two vertical guide rods 88 pre tensioned helical coil compression springs 89 which surround the guide rods 88 and by means of which power is exercised in downwards direction on the side slider 85 are provided between the supporting bar 87 and the side slider 85. |
2 | with the desired release properties after the image is transferred a silicone surface with a surface energy that is too low will not allow adhesion with subsequent coating layers consequently the wash layer will either not adhere to or will prematurely release from the cold release layer a silicone surface with a surface energy that is too high will not release the subsequent layers after the transfer is made which results in an unusable product a blend of silicones to achieve the desired release characteristics is also permissible in this invention the use of a matting agent is optional though generally desirable in this invention to give a finished matte appearance if the matting agent is not used the finished product will have a gloss appearance if the material which receives the transfer is matte in appearance users generally want the transfer also to be matte this invention includes both incorporating and not incorporating a matting agent in the cold release layer in this example silicone chemistry is thermally cured an alternative cold release layer was prepared by coating 2 dry gsm of the following coating on a gravure coater using the basesheet from example 2 this coating contains a controlled release additive cra to modify the surface energy and release characteristics the use of a cra is crucial to achieve the desired release characteristics depending upon the silicone chemistry chosen this example was thermally cured the coating in example 3a was coated upon a corona treated polyextruded basesheet from jen coat the release characteristics were good the coating in example 3a was coated upon sck from rhinelander the release characteristics were good a glossy cold release layer was prepared by coating 3 dry gsm of a uv curable silicone coating on a. |
7 | optionally extended spacing between groups 34 in direction 39 allows a much wider swath to be scanned on each successive scan in direction 38 the number of high and low resolution channels that can be fabricated on a light valve is limited only by the substrate size and not by a limit on the number of drivers a specific embodiment of a light valve according to the present invention is shown in fig4 the light valve comprises a plurality of silicon nitride ribbon elements 50 formed on a silicon substrate 52 a plurality of slots are etched into the upper surface 54 of substrate 52 the substrate material is also etched away under the ribbon elements 50 leaving each ribbon element suspended freely across surface 54 each ribbon element 50 has a metallic electrode 56 formed on its upper surface that also serves as a reflective layer electrodes 56 are connected to a driver 58 via wire bonded connections 60 substrate 52 has a common electrode formed on its underside that is connected to a system ground shown at 62 when a voltage is applied to an electrode 56 by driver 58 an electrostatic force causes the associated ribbon element to deform downwardly towards the base of substrate 52 essentially forming a curved mirror the light valve operates in the same manner as described in relation to fig1 and further detailed in u s pat no 6 147 789 on application of a voltage by driver 58 to a high resolution area 33 comprising a group of elements 50 the connected elements all deform towards the substrate a light beam incident on the high resolution area 33 is reflected through the aperture thus generating a. |
9 | made of metallic material and destined for the melting process 1 are brought together as a group components such as instrument panels 8 seats 9 linings 10 floor mats 11 and bumpers 12 are brought together as another group electric equipment 13 audio units 14 and meters 15 that are destined for the renovation process 3 are brought together as yet another group see fig1 in the second step the connecting parts that connect various parts to the vehicle body or to each other are constructed so as to be easily broken apart the easily separable structure designing step for instance the instrument panel 8 may be adapted to retain the audio unit 14 the control unit for the air conditioner and various meters 15 each provided with a lock device using a suitable snap fit arrangement that can be readily released the instrument panel 8 may be adapted to be readily detached from the vehicle body 7 by using a lock mechanism that uses an eccentric cam the floor mat 11 may be provided with a readily breakable part extending through the parts joining the seat 9 to the vehicle body 7 so that the floor mat 11 may be removed from the vehicle body 7 by tearing apart the readily breakable parts without requiring the seats to be removed the electric components are adapted for flat harnesses and quick couplers so that the cables may be detached without any difficulty in the third step various components are given with a modular structure using a common member for supporting a plurality of components so that the various components may be removed. |
4 | warp yarns on the second level which form the second ply web a 2 the next three are the group of warp yarns the group of warp yarns on the third level which form the third ply web a 3 and the uppermost three are the group of warp yarns the group of warp yarns on the fourth level which form the fourth ply web a 4 in addition the various second warp yarns 3 are passed through the second warp yarn passage holes 13b in the leno healds 13 of the second warp yarns 3 the bottom second warp yarn is the second warp yarn 3 1 for joining the first ply web a 1 and the second ply web a 2 the center second warp yarn is the second warp yarn 3 2 for joining the second ply web a 2 and the third ply web a 3 and the top second warp yarn is the second warp yarn 3 3 for joining the third ply web a 3 and the fourth ply web a 4 also for this embodiment the weft yarn guide mechanism 16 is provided with shuttles not shown in the drawings for the insertion of the weft yarns 2 into the shed openings of each ply each level after all of the above preparations are complete weaving begins in other words for the weaving. |
3 | microbe was obtained from the inner bark of a specific mappia species belonging to north western himalayan agro climatic region but may not restrict to this species alone the aerial tissue fragments from a fully grown tree or the seeds thereof of the genus nothapodytes foetida a medicinal plant which grows widely throughout india including in the north western himalayan agro climatic region as well as from southern konkan forests the medicinal plant 39 s best suited habitat of north western agro climatic region is commonly found in north western ghats of india this tissue fragments were placed on agar medium for 2 7 days and isolating the culture u2014 an endophyte from inner stem bark fragments after surface sterilisation of bark fragment with 50 70 ethanol for 1 20 minutes a fungal culture designated as mttc 5124 was isolated from inner bark of mappia tree and grown on peptone dextrose broth pda peptone 10 dextrose 40 gl u2212 1 ph 5 6 and incubated at 28 u00b1 2 u00b0 c in an incubator shaker 200 220 rpm for 6 7 days the fungus grows into a mass of mycelium and sporulates sparsely during incubation the mycelial mat along with the spores was filtered through the whatman filter paper under vacuum till all the broth was removed the pellet was washed with tris hcl ph 6 7 buffer and resuspended in the same buffer in the ratio of 1 4 the mycelial mat was homogenized in a homogenizer and centrifuged at 4 u00b0 c 10 000 12 000 rpm for 15 30 min the supernatant was extracted with chloroform and methanol 4 1 mixture to further confirm the presence of cpt on hplc and was found identical with authentic control the left over residue from centrifuged sample was. |
7 | to the rows of photo detectors in the detector 106 the rows form the second dimension of the array and are arranged along the y axis 142 the spectrometer 105 projects light received from each separate signal path or channel 104 1 104 7 onto separate groups 152 1 152 7 of light sensitive photo detector rows in the detector 106 the y axis 142 corresponds to the signal path channels 104 1 104 7 in this embodiment the detector 106 simultaneously images spectra 154 1 154 n i e light at a particular wavelength received from each of the sample locations 120 1 120 n respectively and thereby simultaneously detects and records the intensity of light as a function of wavelengths for light that is received from all n samples the detector 106 outputs image data representative of the light intensity as a function of wavelength for each imaged spectra 154 1 154 n and hence each separate light signal output from the output optical fibers 161 1 116 n the output data is processed by a data acquisition device which is a device that gathers displays and records the image data fig5 illustrates an example of the output from the detector 106 and the data acquisition device in this example output from the first output optical fiber 116 1 is illustrated as a plot of wavelength versus light intensity for light detected from each signal path or channel. |
5 | is located such that latch 138 is not only top heavy but tends to rotate in a clockwise direction in fig3 supported by top edge 142 of plate 130 lower hinge 128 similarly includes two plates 146 148 and a pin 149 pivotally coupling the two plates together these plates and pin are identically arranged to those of the upper hinge hinge plate 146 is bolted to vertical member 134 plate 148 is fixed to door frame 120 and pivots together with the door frame when the door is opened the door hinges are preferably arranged so that the entire door may be removed from the vehicle by lifting the door upward until the hinge pins of the upper and lower hinges are removed from their corresponding hinge plates the operator can stop the vehicle open the door lift the door upward from the bottom and remove the door from vehicle 100 a spring loaded door latch 150 is fixed to the opposite side of the door as hinges 126 128 it has a catch 152 that grasps a rod 154 extending from striker plate 156 striker plate 156 is bolted to vertical member 158 that in turn is bolted to chassis member 160 the engagement of catch 152 and rod 154 prevents the door both from being opened and from being lifted off its hinges when an upward force is applied to the closed door the catch and rod interengage to prevent the door from moving upward while the catch and rod are sufficiently strong to resist the force of one or two people trying to lift the closed door upward off its hinges they may not be sufficient to. |
6 | directed rib or flange 152b the screen 200 has a doubly folded edge 201 the assembly process is as follows the folded edge 201 is fitted into the groove 113a and then covered with a compressible annular seal 210 when the lens 150 is fitted the rib 152a compresses the seal 210 on to the edge 201 in the groove 113a a number of u shaped clips 220 are then fitted to hold the components together by clipping on the flange 152b of the lens 150 and on the flange containing the groove 113a this manner of assembly gives a hermetically sealed assembly which can be dismantled the screen 200 is preferably made of a transparent thin plastics material such as a methacrylate or a polycarbonate it is preferably rigid but may alternatively be a resiliently deformable film it is transparent or at least translucent and can be coloured although its optical function is not a basic feature of the present invention the basic function of the screen 200 is as follows if the lens 150 should break for example as a result of a blow from a stone or some other impact the screen 200 should nearly always remain intact because of its distance from the central part 151 of the lens 150 the screen 200 prevents any broken glass dust or moisture from entering the space 120 and there is no risk of the optical properties of the reflector 130 being impaired in the absence of a lens the damaged headlamp can be used until the vehicle reaches a repair garage whereupon the clips 220 can be released and the remains of the lens 150 replaced by a new lens without removing the screen 200 so that space 120 is protected throughout against. |
8 | voice commands fig7 is a block diagram of an example processor system 1000 adapted to implement the methods and apparatus disclosed herein the processor system 1000 may be a desktop computer a laptop computer a notebook computer a personal digital assistant pda a server an internet appliance or any other type of computing device the processor system 1000 illustrated in fig7 includes a chipset 1010 which includes a memory controller 1012 and an input output i o controller 1014 as is well known a chipset typically provides memory and i o management functions as well as a plurality of general purpose and or special purpose registers timers etc that are accessible or used by a processor 1020 the processor 1020 is implemented using one or more processors the processor 1020 includes a cache 1022 which may be implemented using a first level unified cache l1 a second level unified cache l2 a third level unified cache l3 and or any other suitable structures to store data as persons of ordinary skill in the art will readily recognize as is conventional the memory controller 1012 performs functions that enable the processor 1020 to access and communicate with a main memory 1030 including a volatile memory 1032 and a non volatile memory 1034 via a bus 1040 the volatile memory 132 may be implemented by synchronous dynamic random access memory sdram dynamic random access memory dram rambus dynamic random access memory rdram and or any other type of random access memory device the non volatile memory 1034 may be implemented using flash memory read only memory rom electrically erasable programmable read only memory eeprom and or any other desired type of memory device the processor system 1000 also includes an interface circuit. |
1 | use fig4 e shows a front view of the outlet opening of the lancet of the analytical device 1 fig4 f shows an enlarged view of the detail labelled x in the front view of fig4 e this view shows especially that four capillary channels 7 which enable sample transport to the test element 9 are present in the elastic material 6 of the lancet body 4 a thickening 8 is provided in the rear of the lancet needle 3 in embodiments of fig1 to 4 which is of major importance for the lancing movement this thickening 8 is designed such that it can be coupled to a lancing drive in this case the drive carries out the forwards and backwards movement of the needle 3 alternatively a drive coupling is also conceivable in which a plunger carries out the forward movement it is then moved back by a spring which is pressed together during the forward movement and then subsequently relaxes the thickening 8 on the needle 3 is important for this as one of the contact points for the spring this spring can either be a component of the disposable or a component of the instrument or of a cassette or a magazine the thickening 8 can for example be an attachable plastic or metal part the needle 3 can also be mechanically deformed squeezing bending to produce a thickening 8 another embodiment of the invention is shown in several detailed drawings 5 a 5 d of fig5 in this embodiment the thickening 11 of the lancet needle 3 is not at the rear end of the lancet needle 3 but rather in the region of the middle of the needle in this case the thickening is located inside the lancet body 4 in this case an appropriate. |
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