label
int64 1
9
| text
stringlengths 113
6.79k
|
|---|---|
6 | teeth of the second end in the connected condition under no tension application_number US 201415021084 A description fig1 shows a perspective view of a timing belt 1 known from the prior art having connecting elements and in the unmounted condition the connecting elements are screws 2 back panels 3 and inserts 4 the timing belt 1 shown in fig1 is a toothed belt with a first end 5 and a second end 6 the first end 5 of timing belt 1 has two tines 7 and three recesses 8 one of the recesses 8 is arranged between the two tines 7 while the other two recesses 8 are arranged to one side of tines 7 in the same way second end 6 of timing belt 1 has three tines 7 and two recesses 8 wherein the two recesses 8 are arranged between the three tines 7 in the manner shown in fig1 first end 5 and second end 6 of timing belt 1 are shaped so as to complement one another this means that tines 7 of first end 5 fit exactly into recesses 8 on second end 6 in the same way tines 7 of second end 6 fit perfectly in recesses 8 on first end 5 when the two ends 5 and 6 are pushed into one another therefore tines 7 and recesses 8 complement each other perfectly to form a smooth unbroken surface see also fig2 b timing belt 1 has a flat rear side 9 and a. |
3 | yields of each chemical can then be integrated into mixing formulations to produce a total char yield and the associated weight loss for any anti oxidant solution for examples source materials from equation 1 equation 2 equation 4 and equation 11 are possible sources of phosphorus oxide char material after the heat treatment process source materials from equation 2 and equation 3 are possible sources of aluminum oxide char material source materials from equations 4 through 8 are possible sources of potassium oxide char material source materials from equations 10 through 14 are possible sources of sodium oxide char material source materials from equation 8 through 10 are possible sources of boron oxide char material source materials from equation 15 and equation 16 are possible sources of calcium oxide char material after heat treatments volatiles are released while only stable oxides remain in the final product and react to form a stable mixture of glass ceramic coating material the theoretical calculations of weight loss and char yields for each could be used to calculate the amount of source materials needed to design the particular anti oxidant the weight percent of each oxide material can be achieved by using many possible source materials as shown in table 2 column one in this table contains many possible raw chemicals that can be used in the making of the anti oxidant material and column two contains the possible ranges of each raw material used in this anti oxidant the last eight columns represent the percent of each oxide material after the raw material has been charred at elevated temperatures to remove all volatile materials the volatile materials given. |
9 | a metallic foil 2 a metallic foil with a reinforcing material or 3 a metallic layer formed by vapor deposition and a resin film or films laminated thereon the laminated layer is preferably formed by spirally winding or longitudinally lapping a tape of a laminated sheet composed of one of the 1 to 3 above and a resin film or films spiral winding is a method in which a tape of a laminated sheet is wound spirally to form a cylindrical layer having no gap between any two adjoining turns longitudinal lapping is a method in which a tape of a laminated sheet having a width large enough to encircle a hose to be made is placed in parallel to the longitudinal axis of the hose and bent into a cylindrical layer having no gap between two longitudinal edges thereof the laminated sheet is usually made by placing the metallic foil or the metallic layer between two resin films and bonding the films to each other with an adhesive or welding them to each other a laminated sheet containing a metallic layer formed by vapor deposition may be made by forming such a layer on one side of a resin film and welding or otherwise. |
4 | by rubber bumpers 35a which are positioned to be contacted by the inner surfaces of the binder leaves 23 and 24 in accordance with the invention a pneumatic or hydraulic cylinder 38 is mounted on front wall member 13 of the shuttle box the cylinder having a piston 39 and a piston rod 40 the piston rod mounting at its distal end a non metallic preferably plastic tip 41 position to contact the binder 22 in the area underlying pivot pin 29 a spring 42 normally biases the piston 39 and piston rod 40 to the retracted position in similar fashion the front wall member 14 mounts a cylinder 43 having a piston 44 and piston rod 45 mounting a non metallic tip 46 the piston and piston rod being normally biased to the retracted position by a spring 47 fluid under pressure is adapted to be introduced into cylinder 38 and relieved therefrom by means of pressure regulating means 48 and a similar pressure regulating means 49 is provided for cylinder 43 the pressure applying cylinders 38 and 43 are preferably of different sizes with the cylinder acting upon the trailing end of the binder being larger thereby permitting a higher degree of loading at the point where the binder pivots however the cylinders may be of the same size and if desired they may be jointly activated and deactivated by a single pressure regulating means however independent control of the cylinders is preferred thereby providing greater flexibility in adjustment in the operation of the shuttle box it is desirable. |
6 | female connector 67 by means of lock rings 60 which are secured in annular lock ring groove 68 about female socket portion 66 and abut internal shoulder 15 of sleeve 62 as sleeve 62 is biased by spring 63 to a forward locking position when in locking position retaining balls or pins 64 are retained in an inwardly biased position by contact with axially flat annular portion 81 of sleeve 62 so as to partially extend into the media channel 71 when sleeve 62 is manually influenced against the bias of spring 63 to a rearward position by engagement between the spring and radially flat annular portion 75 balls or pin 64 are disposed adjacent annular tapered portion 70 or larger diameter annular portion 16 of sleeve 62 which permits balls or pins 64 to move radially outwardly so as to be removed from inside media channel 71 o rings 61 are disposed within respective o ring grooves not shown male and female connectors 31 and 67 removably couple together by forcing sleeve 62 to the rearward position against the bias of spring 63 such that retaining balls or pin 64 can clear the media channel 71 when the male coupling portion 50 which fits closely in media channel 71 is moved into position in media channel 71 when male and female connectors 31 and 67 are rotated relative to one another to the proper position or otherwise interconnected anti rotation ridge or ridges 52 each fit into a region 17 between two adjacent retaining balls or pins 64 the respective surfaces thereof on opposite sides of region 17 being thereby engageble by ridge 52 as shown in fig6 to prevent such relative rotation male coupling portion 50 is moved into the opening in female socket. |
8 | used in the exemplary embodiment of fig5 a layer 4 see the list of materials given above is coated directly on the semiconductor body 1 the semiconductor body 1 and portions of the electrical terminals 2 3 are enclosed by a further transparent housing envelope 10 the latter causes no change in wavelength of the radiation that has passed through the layer 4 and it is made for instance from a transparent epoxy resin that is usable in led technology or from glass such semiconductor bodies 1 provided with a layer 4 and without an envelope can naturally advantageously be used in all the housing constructions known from led technology such as smd housings and radial housings see fig4 in all the components described above in order to optimize the color impression of the light emitted and to adapt the emission characteristics the casting composition 5 optionally the transparent envelope 15 and or optionally the further transparent envelope 10 may have light scattering particles advantageously so called diffusers examples of such diffusers are mineral fillers in particular caf 2 tio 2 sio 2 caco 3 or baso 4 or organic pigments these materials can easily be added to epoxy resins fig6 8 illustrate emissions spectra fig6 refers to a semiconductor body that emits blue light luminescence maximum at u03bb u02dc 430 nm and fig7 and 8 refer to semiconductor components that emit white light in each case the wavelength u03bb is plotted in nm on the abscissa and a relative electroluminescence el intensity is plotted on the ordinate of the. |
4 | illustration of several three dimensional reference zones traced by elements of an apparatus 10 according to one embodiment of the present invention the zones traced are three dimensional a generally cylindrical element for example will trace a three dimensional zone shaped like a cylinder a generally planar body rotating on a lengthwise hinge for example may trace a zone in the shape of a sector of a cylinder somewhat resembling the shape of a pie slice generally as mentioned above the feeder assembly 20 traces an imaginary feeder zone 320 as it moves a feeder zone 320 is illustrated in fig2 the saw assembly 80 traces a sawing zone 380 the saw blade shaft 82 traces a shaft interference zone 382 the topper assembly 70 traces a topper zone 370 in one embodiment the topper assembly 70 is positioned relative to the other elements such that the topper zone 370 nearly intersects tangentially the feeder zone 320 in so doing the topper assembly 70 is positioned so it will not interfere with the moving parts of the feeder assembly 20 also the topper assembly 70 is positioned to remove any material that may tend to extend beyond the imaginary boundary created by the feeder zone 320 keeping material within the feeder zone 320 is a goal for this embodiment because the saw blade shaft 82 may be damaged by excess material the saw assembly 80 in one embodiment is also positioned relative to the feeder zone 320 as shown the shaft interference zone 382 also nearly intersects tangentially the feeder zone 320 also as shown for. |
6 | case where the b side is pressurized which shifts the flushing valve 300 to the left which allows the flushing of fluid from the low pressure a side through the flushing valve 300 and into the pressure relief valve 310 fig3 c shows the neutral case where the a side and b side are at substantially the same pressure leaving the flushing valve 300 in the center position which allows the flushing of fluid from both the a side and b side through the flushing valve 300 and into the pressure relief valve 310 thus in a powered condition when higher pressure on one side shifts the valve both the open center and closed center flushing valves allow flow from the low pressure side of the hydrostatic loop however in an unpowered condition when pressure is substantially equal on both sides of the valve the open center valve enables flushing from both sides of the hydrostatic loop while the closed center valve stops flow in the hydrostatic loop thus there is always flow bleeding through the open center valve whether the hydrostatic circuit is powered or unpowered the downstream valve 210 in fig2 a 2c and 310 in fig3 a 3c can be used to regulate the amount of flow that can be exhausted from the circuit in a powered condition this type of downstream valve can be used in both a closed center and open center configuration to prevent the flushing of an excessive amount of flow from the circuit fig2 and 3 illustrate the downstream valve as relief valve 210 310 respectively but it can be implemented in a number of different ways the relief valve 210 310 requires enough pressure to overcome a spring. |
6 | new concept to elevation gearing the counterbalancing means has been described hereinbefore the elevating mechanism is shown in fig7 essentially it consists of a lead screw 139 pivotally fixed at its right hand end to the trunnion support structure 124 and passing through main elevation gearbox 148 near its lefthand end the main elevation gearbox 148 is fast with the cradle 119 119 a the non moving part of the support for barrel 101 a resetter box 147 is pivotted at 147 a to the trunnion support structure 124 and the arrangement is such that the lead screw 139 is parallel to the axis 101 a of the barrel 101 and preferably vertically below it the lead screw 139 passes through a planetary roller screw 149 in the gearbox 148 so that as roller screw 149 rotates the gearbox 148 moves along lead screw 139 in the direction shown by arrows 155 however as both the main elevation gearbox 148 and the resetter gearbox 147 are positively located the result is to cause the barrel 101 and cradle 119 119 a to be elevated or depressed i e angular motion occurs about the horizontal axis through the trunnion bearing 113 and about the pivot 147 a to maintain the axis of barrel 101 a parallel to that of lead screw 139 the means of. |
5 | the second embodiment of the present invention when the dozer blade is moved downwardly or descends in the floating mode the hydraulic fluid from the hydraulic tank 7 is replenished to the large chamber of the dozer cylinder 4 through the pilot check valve 11 installed in the flow path 12 for floating so that the downward movement speed or the descending speed of the dozer blade can be increased in addition when the dozer blade is moved upwardly or ascends in the floating mode the hydraulic fluid discharged from the dozer cylinder 4 is promptly returned to the hydraulic tank 7 via the pilot check valve 11 so that the generation of the back pressure in the flow path along which the hydraulic fluid discharged from the dozer cylinder 4 is returned can be minimized to increase the ascending speed of the dozer blade fig4 is a hydraulic circuit diagram of a construction machine having a floating function in accordance with a third preferred embodiment of the present invention the construction machine having a floating function includes a normal mode in which a dozer blade is moved vertically by the manipulation of a manipulation lever and a floating mode in which the dozer blade is moved vertically along a rugged ground surface by its own weight or an external force during the traveling. |
8 | gas for example a coating based on aluminium or nickel may be used to cover the walls of the acceleration chamber 2 and or the walls of the ionisation chamber 3 the acceleration chamber 2 and the ionisation chamber 3 are connected via a passage 7 in the form of a through hole formed in the inner wall 6 the passage 7 may be provided with a grid 8 generally made of metal an exit 9 is provided in an outer wall of the ionisation chamber 3 opposite the inner wall 6 the exit 9 may be open or fitted with a grid especially if a gas of a similar nature and at a similar pressure is present in the enclosure 4 and around the enclosure 4 if the conditions of pressure and or the nature of the gas are different the exit 9 is generally provided with a seal not shown for example in the form of a part made of synthetic material which is impermeable to gas and at least partly permeable to electrons so as to allow the electron flux generated in the source 1 to escape the seal may also be covered with a layer of metal notably based on metal with a high atomic mass of for example more than 50 with a view to generating x rays under the effect of the electron. |
6 | be a second intermediate stage economizer may be a shell and tube or a shell and coil heat exchanger in which the cooled compressed discharge stream 07 is passed through one or more tubes or coils 195 fig2 shows a coil in which it is cooled against the expanded cooled discharge side stream 19 injected into the shell side of the first heat exchanger the cooled compressed discharge side stream 09 can be expanded to a pressure close to the pressure of the discharge of the second stage of the multi stage compressor as is discussed in more detail below in a further embodiment not shown in fig2 the discharge stream splitting device 110 can be provided downstream of the first further heat exchanger 190 such that the fluid providing the cooling duty is obtained by the expansion of a portion of the further cooled compressed discharge stream 108 rather than the expansion of a portion of the cooled compressed discharge stream 07 the further cooled compressed discharge stream 108 can then be passed to a second further heat exchanger 180 such as first intermediate stage economizer typically of the shell and tube or shell and coil type for instance the further cooled compressed discharge stream 108 can be cooled against an expanded portion of the further cooled compressed discharge stream in the embodiment shown in fig2 a further cooled discharge stream splitting device 210 divides the further cooled compressed discharge stream 108 into a continuing further cooled compressed discharge stream 108 a and a further. |
3 | a quarter of an hour bringing the temperature of the mixture to 90 u00b0 c the final humidity was then 8 the mixture was then subjected to an agglomeration treatment by pressure compacting under the same conditions as in example 1 in this way coal dust nuts are obtained having sufficient cohesion when fresh to be able to undergo transportion the latter are then subjected to stoving for a period of two hours at a temperature of 220 u00b0 c the strength of these nuts measured as in example 1 shows the following values these nuts are then immersed in cold water no disagregation was observed even after several hours of immersion the mechanical strength of the nuts remained unchanged after their dwell in water and no degradation of their surface condition was observed during their handling after immersion this example shows that the addition of 5 of native starch and 0 05 of ammonium persulfate by dry weight with respect to the weight of fuel dust enables agglomerates to be obtained satisfying the requirements of the technique from the point of view of mechanical strength and behaviour to water to a mixture of coal dust and starch identical with that of example 2 and this under the same conditions 50 g of. |
7 | clamps or aimers each including a tip and base aimers are attached to the first and second skeletal bodies and are connected to an articulated linkage the angular motion of the articulated linkages determines and correlates the movement between first and second aimers attached to the skeletal bodies the signal produced by the articulated linkage is translated into a measurement of distance between the tips of the first and second skeletal bodies application_number US 46118090 A description various aspects of the present invention will evolve from the following detailed description of the preferred embodiments thereof which must be compared to the prior described drawings the invention as a whole as shown in the drawings by reference character 10 the apparatus 10 is employed to measure the distance between fixation points on skeletal structures such as femur 12 and tibia 14 shown in fig7 apparatus 10 includes aimers clamps or fixation bodies 16 and 18 as elements thereof aimers 16 and 18 include means 20 and 22 for attaching the same to skeletal bodies 12 and 14 it should be noted that means 20 and 22 may take many forms including simple manual holding in addition fixation bodies 16 and 18 may also be formed differently than the embodiments. |
5 | for i joist u201d i joist support 50 may be additionally employed in cases where either the web hole 14 is inadvertently fabricated with dimensions exceeding the corresponding safety standard and or in cases where gravitational loads received by the insert 20 f may require an intermediate load transfer and broader load distribution onto the 1 joist 10 via the i joist support 50 the i joist support 50 may feature attachment holes and a chord rest 54 for a rigid interconnection between i joist support 50 and i joist 10 such that load carrying capacity and or buckling resistance of the i joist 10 is improved gravitational load transfer may be provided from a load rest 27 of the insert 20 f onto a correspondingly shaped central contour 51 of the i joist support 50 in case of a u shaped support 50 the load rest 27 may correspond to a central arc of the central contour 51 as illustrated in fig1 gravitational load transfer may also be provided via attachment pins simultaneously engaging in attachment holes 22 and correspondingly positioned insert alignment holes 53 regardless the exemplary illustration of fig1 and as may be well appreciated by anyone skilled in the art. |
6 | the first position by the high pressure refrigerant and lubricating oil passing through the valve 156 in the illustrated embodiment the valve 156 is a reed valve and the movable member 160 is a reed however other types of valves can also be used when the reed 160 is in the first position the bleed line 152 is closed so that the high pressure refrigerant and lubricating oil travel through the valve 156 and to the oil separator 128 lubricating oil flows through the oil supply line 136 to lubricate the rotors 108 and the other components not shown in the compression chamber 112 i e the bearings the gears and the shaft seals when the compressor 104 is shut down fig5 the reed 160 is moved to the second position by the high pressure refrigerant and lubricating oil that is trying to pass back through the valve 156 toward the lower pressure at the suction end 116 as will be described in more detail below a biasing spring can also be used to move the reed 160 to the second position when the compressor 104 is shut down when the reed 160 is in the second position the discharge line 124 is blocked and the bleed line 152 is opened to provide a pathway for the high and low. |
9 | wheel drive 4wd position in its 2wd position mode sleeve 62 is disengaged from clutch gear 58 and transfer mechanism 26 is uncoupled from rear output shaft 18 such that transfer case 10 is operating in a two wheel drive mode when mode sleeve 62 is slid axially to its 4wd position synchronizer 60 is energized to synchronize the speed of first sprocket 50 to that of rear output shaft 18 once the synchronization process is complete mode sleeve 62 is permitted to move into coupled engagement with clutch gear 58 for coupling transfer mechanism 26 to rear output shaft 18 and establishing the four wheel drive mode to provide means for coordinating the axial movement of range sleeve 40 between its three distinct range positions and mode sleeve 62 between its two distinct mode positions shift system 12 includes a shift rail 70 mounted to housing 14 a spring loaded range fork assembly 72 supported on shift rail 70 a mode fork assembly 74 supported on shift rail 70 a sector plate 76 operably coupled to range fork assembly 72 and mode fork assembly 74 and a shift actuator 78 for causing controlled rotary movement of sector plate 76 as seen best from fig1 mode fork assembly. |
8 | client 110 with directed actions indicating the steps followed for the u2018 display u2019 u2018 choose u2019 and u2018 prompt u2019 queries it is assumed that when the network resident application 106 makes a request and the pseudodevice 104 passes the request to the user the request is also held by the pseudodevice 104 until the pseudodevice 104 has received the user 39 s response this synchronous form of interaction between the network resident application and the pseudodevice is indicated by the thick vertical line on the pseudodevice 39 s sequence diagrams for fig3 and 4 note that asynchronous interaction could be used between the network resident application and the pseudodevice in lieu of synchronous interaction without loss of generality however synchronous interaction has been chosen to simplify the presentation and better focus on the inventive aspects of the invention fig2 shows the display query sequence diagram 200 for a scenario where a network resident application 202 makes a request 204 that a simple message u2018 hello world u2019 206 be displayed 208 as a result of a display query to a user with instant messaging name u2018 tom u2019 210 the network resident application 202 also specifies that the message should appear to come from a user with instant messaging name u2018 network service u2019 212 the pseudodevice 214 formats the message and sends the message 216 to tom 39 s instant messaging client 218 since no response is associated with a u2018 display u2019 query the pseudodevice immediately releases the network resident application fig3 shows a choose. |
3 | number 5 has two driver means 5a and 5b acting on the outer sides of the belt sections 18a and 19a with the piece 1 and carrying the latter with them in the direction of arrow v this motion is introduced by means of a drive s having a crank shaft gear in order to enable the relative motion of neighbouring tools the belts have a greater elastic deformation capacity being sheared in parallel to the 34 plane of the piece 34 than in case of being extended elastic deformation capacity may be especially great for shearing transversely to the direction of transport within the tool 5 driver means 5a and 5b are arranged movable transversely to the 34 plane of the piece 34 by means of guides 9 in relation to each other and they are pressed together and against the belt sections 18a 19a by pressure springs 20 the pressure has to be adjusted so as not to impede the transport motion too much it is possible to use a periodically variable pressure acting on the tools then the transportation being concentrated more or less in the time intervals of reduced pressure and friction between the tools and the belts fig3 shows such periodically variable pressurizing device for the tool 5 and its driver means in dependence on the oscillating tool motion pressurizing means 21 are acting through rollers 12 on wedge shaped guides or cams 11 at the driver means 5a 5b oppositely. |
7 | can also be introduced by rotational torques generated by a motorised probe head one example is the reaction torque generated by a motorised servo positioning probe head which is itself in motion and taking measurements at the same instance in such a situation the probe head can be dynamically distorted from its nominal position due to the torsional bending of the cmm since torque generated by a motorised head is taken back to earth through the cmm structure the process described under the heading u201c correcting translational and rotational errors u201d will measure the amount of angular displacement at the probe head and so correct the measurements obtained from a motorised probe head 39 s rotary encoder system currently available accelerometers measure acceleration in either one two or three axes there are many different permutations for placing these sensors depending on their type and measurement axis the simplest method of measuring acceleration on the probe head in three orthogonal axes is with a 3 axis accelerometer or 3 single axis accelerometers shown in fig2 a rotation about each of the three orthogonal axes can either be measured using gyroscopes or additional accelerometers fig2 b shows a configuration using 3 gyroscopes and a 3 axis accelerometer configurations using single dual and three axes accelerometers to measure both translation and rotation are shown in fig2 c 2 d amp 2 e six degrees of movement 3 translation and 3 rotation is derived by combining the measurements from different sensors equations for a six single axis accelerometers configuration fig2 c are a x u2062 a z1 a z2 2 a y. |
5 | be changed whenever the drill string is tripped out of the wellbore which occurs several times during drilling of extended reach wellbores fig3 illustrates a cross sectional view of a portion of the lower section 70 of the drill string 30 which comprises an inner drive train 260 the inner drive train 260 comprising a drive sub 200 a flex shaft 220 and the power unit 57 is connected to the upper section 40 of the drill string 30 fig1 adjacent the inner drive train 260 is the outer housing 210 which rotates in response to the fluid flow through the power unit 57 when the power unit comprises either a mud motor or turbine fig4 illustrates the fluid path which originates from the surface into the drive sub 200 through the flow ports 200 and through the chamber of the power unit 57 which comprises a stator housing 230 and a rotor 240 utilization of this fluid path allows for rotation of the outer housing 210 of the lower section 70 of the drill string 30 the fluid path continues through the lower section 70 of the drill string 30 to the bottom hole assembly 80 fig5 illustrates an alternative fluid path this fluid. |
7 | u x u03c9 r u03c9 cos k e x s u03c9 sin k e x 8 where r and s are wave propagation constants applying boundary conditions 6 and 7 to equation 8 and writing the solution as a transfer function in the form of a ratio between the displacement at both ends produces u ue8a0 l u03c9 u 0 1 cos ue8a0 k e ue89e l u03bc ue8a0 k e ue89e l ue89e sin ue8a0 k e ue89e l 9 where u03bc is the ratio of the mass of the mass 14 to the rod 10 mass and is equal to the transfer function in equation 9 represents data and is a function of unknown wavenumber k e the inversion of two of these transfer functions using different attached masses will allow the experimental data to be combined and yield a closed form solution of k e and then e as a function of u03c9 the theoretical form of these transfer functions is u ue8a0 l u03c9 u 0 t 1 ue8a0 u03c9 1 cos ue8a0 k e ue89e l u03bc 1 ue8a0 k e ue89e l ue89e sin ue8a0 k e ue89e l ue89e and 12 u ue8a0 l u03c9 u 0 t 2 ue8a0 u03c9 1 cos ue8a0 k e ue89e l u03bc 2 ue8a0 k e ue89e l ue89e sin ue8a0 k e ue89e l 13 where the subscript 1 denotes the first attached mass and the subscript 2 denotes the second attached mass writing equations 12 and 13 as a function of k e l sin k e l and then equating them yields cos ue8a0 k e ue89e l t 2 ue89e u03bc 2 t 1 ue89e u03bc 1 t 1 ue89e t 2 ue8a0 u03bc 2. |
2 | be forced into place between the side panels if necessary fasteners can be placed through the panel and secured in the bulkhead also adhesives such as epoxy glue or the like can be used to secure the side front panels to the pickup walls if a more permanent installation is desired as previously noted panel 60 may be rigid or may comprise a fabric covered foam cushion another important aspect of the present interior assembly is the provision of five cushions 64a e which may be selectively arranged either as a couch as shown in fig5 or as a bed as shown in fig6 and 7 when cushions 64a e are arranged as a couch cushion 64a forms a couch back while similarly shaped cushions 64b and 64c are stacked upon one another to form the couch seat cushions 64d and 64e are dimensioned to fit between the wheel well covers 26 and 28 and the front bulkhead of the pickup in order to serve as couch arm rests or ends the cushion 64a in fig5 rests against the front panel 60 or the bulkhead of the pickup in a manner to provide the back cushion of the couch fig6 shows arrangements of the cushions 64a e as a bed cushions 64d e remain in an upright position between the wheel wells and the front bulkhead of the pickup cushions 64a 64c. |
2 | path passes through a first shield 11 located within the intake end of electrostatic coating machine 3 as shown in the figure first shield 11 takes the shape of a hollow cylinder and is slidable back and forth parallel to wire path 18 within bearing 16 in a similar fashion second shield 12 also shaped in the form of a hollow cylinder is located within the outlet end of electrostatic coating machine 3 and can be slid back and forth parallel to wire path 18 within bearing 17 first shield 11 and second shield 12 serve to shield the surface of wire passing through electrostatic coating machine 3 the ac field which is used to attract the insulator introduced into electrostatic coating machine 3 from reservoir 8 only causes insulator to be attracted to an exposed section of the wire this exposed section exists between the two innermost ends of shields 11 and 12 in the event that the exposed section of the wire is to be increased which will cause more insulator to be electrostatically attracted to the wire during a given unit of time shields 11 and 12 can be moved away from each other so as to expose more. |
5 | flush with and above lowermost surface 46 0024 fig4 and 5 show gripper body assembly 20 is also an open right circular cylinder gripper body assembly 20 comprises a gripper element 54 and upper and lower support or reinforcing rings 56 58 gripper element 54 forms the cylindrical wall 60 of gripper body assembly 20 has upper and lower ends 62 64 respectively and is preferably made from a flexible durable elastomer such as urethane or treated natural rubber the elastomer used to form gripper element 54 is generally harder than the elastomer used to form bladder 22 rigid support rings 56 58 are molded into ends 62 64 respectively of gripper element 54 upper support ring 56 is embedded in but its upper surface is preferably flush with uppermost part of end 62 upper support ring 56 has internally threaded holes 66 similar to holes 38 of reinforcement rings 24 26 lower support ring 58 is preferably completely embedded in lower end 64 similar to reinforcement rings 24 26 support rings 56 58 provide structural rigidity to ends 62 64 of gripper element 54 thus the nominal diameter of gripper element 54 remains essentially constant in the vicinity of support rings 56 58 the diameter may vary however along the more central portion of gripper element 54 cylindrical wall 60 of gripper element 54 has a radially inner surface 68 and a radially outer surface 70 in its natural state outer surface 70 has a constant diameter just less than the nominal inner diameter of bladder 22 inner surface 68 of gripper element 54 is cylindrically symmetric but has a variable diameter even when wall 60 is in its natural state tracing the profile of inner surface. |
1 | head and puts his or her head through the head opening 24 and puts his or her arms through the sleeves 14 because of the back slit 30 and the teardrop head opening 24 the gown is much easier to put on than a conventional poncho style gown because of the teardrop shape of the head opening 24 higher at the front than at the back the wearer 39 s front is well protected against contamination without the wearer having to manually fasten a neck tie the teardrop head opening 24 allows a larger aperture than a conventional poncho gown with the same frontal neck coverage the frontal coverage of the gown is more critical than the back both by function and regulation so the larger exposure at the back of the neck form the triangular part 28 of the opening 24 is acceptable the wearer then stretches the ends of the waist tie 16 bonded to the back panel of the gown round the waist and ties them at the front in order to remove the gown 10 the wearer unties the waist tie 16 breaks the tab 38 and removes the gown to the front like a conventional step in style gown as an example of suitable dimensions for an u201c. |
8 | circuit pairs each rf pre correction circuit 56 is set or adjusted to compensate for distortion caused by its associated high powered amplifier circuit 52 thus the rf pre correction circuit 56a is set adjusted for distortion caused by the high powered amplifier circuit 52a the result of such an arrangement is a uniformity among the plurality of high powered amplifier circuits and lower intermodulation products result at the output 54 an example of components of the high power amplifier circuits 52 that are associated with distortion are shown in fig3 such distortion causing components are in addition to the actual amplifying device 60 specifically each high power amplifier circuit 52 includes linear distortion causing component s 62 typically the components 62 include input matching components circuits typically the matching components circuits consist of a matching network for a solid state device or input cavities for a tube type device the linear distortion caused by the components 62 include frequency response errors and phase errors from an ideal amplifier straight line transfer characteristic the actual amplifying device 60 has a non linear distortion effect this is true whether the amplifying device 60 is solid state type or tube type the non linear distortion is due to its mode of operation i e class a a b etc and its saturation characteristics post amplification components 64 of the high power amplifier circuit 52 also cause linear distortion the components 64 comprise the high power amplifier circuitry output network turning now to the rf pre correction circuit 56 each circuit 56 consists of a non linear am to pm pre correction circuit 66 a non linear. |
4 | machine a signal must be received from the shift register 44 through line 54 and a signal must be directed from switch 60 along the line 62 to the and circuit 64 the switch 60 senses when the machine 10 is running whenever signals appear at the same time along lines 54 and 62 the and circuit 64 produces an output signal which through triac 52 in line 66 activates the electric stop motion 50 either directly or indirectly to stop operation of the machine the stop motion when activated deactivates the main motor not shown which drives the knitting machine when a signal from the shift register 44 is directed to the and circuit 64 the latch 68 provided to store information also activates the rundown indicator light 70 which signals to an operator the particular reason for the machine shutdown the main warning light 72 also will be on indicating to an operator that the machine needs attention if the machine is stopped by an operator no indicator lights will be on after the operator has corrected the problem and the machine restarted rundown indicator light 70 will go off however the main warning light will remain on until the rundown detector 18 has 34 seen 34 a predetermined number of revolutions of. |
2 | sliding member 6 many other systems for latching the trigger may be envisaged without departing from the scope of the invention fig5 and 6 show an alternative embodiment of the resilient system of fig1 through 3 in which the tang 17 which may be molded at the same time as the trigger 13 from an appropriate plastics material for example is replaced by a curved leaf spring 20 fastened at one end to the trigger and having its curved free end 20a cooperating with a recess 18 analogous to that of fig1 through 3 fig7 schematically represents another embodiment of a knife in accordance with the invention in which the member controlling displacement of the blade 1 consists of a plunger 21 partially engaged in the handle 22 and movable in translation perpendicular to the longitudinal axis of the handle the plane in which the plunger 21 moves is parallel to the plane of the blade and to that in which the trigger 13 of the previous embodiments moves the plunger 21 comprises an outside part 21a and a part 21b adapted to enter the handle 22 in the form of a trapezoidal wedge of which the inclined rear flank 21c cooperates with a corresponding inclined surface 23 formed on a member 24 fixed to the inside of the handle the front inclined flank 21d of the wedge 21b cooperates with an inclined surface 25 of a blade carrier 26 analogous to the blade carrier 6 of the preceding embodiments a return spring 27 is disposed between the member. |
7 | the retainer portion 112 such as one or more of the plurality of walls 118 can be made of a material e g a polymer or a silicone that is sufficiently flexible to permit deformation e g compression bending or stretching of one or more walls 118 so that the channel 116 can be temporarily widened while sliding the lens component 110 onto a communication device but at least a portion of one or more of the walls 118 can be sufficiently stiff rigid or resilient to urge one or more of the plurality of walls 118 to return to its original position and thereby exert a gripping force against a portion of the communication device the material of the retainer portion 112 especially the region on the inner side of the walls 118 within the channel 116 can also be tacky or somewhat slide resistant to enhance the gripping of the retainer portion 112 to the communication device in some embodiments the gripping force and or slide resistance can reduce or eliminate the need to attach a permanent or temporary mounting component to the communication device for example the lens component 110 can be repeatedly attached to and removed from a communication device without requiring though not prohibiting installation on the communication device of a separate permanently or semi permanently attached mounting component such as a bracket magnet adhesive or other fastening component thereby providing ease of installation while preserving the original overall shape appearance functionality compatibility e g with other communication devices or cases and or feel of the communication device when the lens component is removed the retainer portion 112 can also comprise an upper wall 120 that. |
8 | by a protective cover 14 which at least partially encloses the protective chamber 32 the protective cover 14 is arranged on the side of the housing outer wall 12 facing the internal space 34 the protective cover 14 is preferably firmly connected to the housing outer wall 12 by a cohesive material joint the housing outer wall 12 likewise preferably encloses at least a part of the protective chamber 32 the protective chamber 32 is thus divided off from the surroundings 36 by the housing outer wall 12 in the first design variant according to fig1 and 2 there is scope for providing the protective chamber 32 at an edge of the housing 40 according to the disclosure the protective chamber 32 and the internal space 34 preferably have a gas conducting connection to one another by way of a pressure equalizing element 24 in particular a pressure equalizing element 24 which comprises a watertight and breathable diaphragm in the first design variant the pressure equalizing element 24 is arranged in the protective cover 14 pressure equalizing elements are known they serve for ventilating and venting sealed housings 40 in order to avoid pressure differentials between the internal space 34 enclosed by the housing 40. |
9 | rearwardly the use operation and function of the connector of fig8 10 is similar that of the connector of fig1 7 the prepared end of the cable is inserted into the bushing and pushed forwardly until cable the central conductor 14 fits into the pin 112 at this point the outer jacket bottoms on the rear radial face 72 a of the collar 66 a the non opaque retainer 24 a allows the user to visually confirm that the braided sleeve of the shield 18 and the jacket 20 have been fully inserted into the cavity between the retainer and the mandrel when the user has confirmed that the cable is fully inserted into the connector 10 a the bushing 26 a is compressed axially along the retainer 24 a until the position of fig1 is reached this is typically done with the aid of a tool as the bushing reaches the second closed position the back seal 100 of the bushing will engage the jacket 20 of the cable and pinch the jacket between the bushing and the barb 36 of the mandrel this prevents retraction of the cable from the connector also when the bushing moves to the second. |
4 | measurement device 50 can be arranged as a filament that includes the measurement device 50 and any associated electronics as either the inner or outer portion of a coaxially formed bi component filament or any other type of high performance cable in this manner one of skill in the art will recognize that any number of measurement devices 50 can be woven into and incorporated as part of reinforcing structure 33 at any location or in any number of locations within the confines of reinforcing structure 33 yet still if measurement device 50 is provided as a mems or nems discussed supra it is believed that one of skill in the art could incorporate such a mems or nems sensor s into the resin used to form the framework 32 in this way a significant number of measurement devices 50 can be incorporated across the papermaking belt 10 in the cd over its length in the md and combinations thereof measurement devices 50 can be disposed collinearly sinusoidally randomly or in any fashion across the cd md and combinations thereof the use of such mems and or nems sensors can significantly reduce any effects and or impact of disposing a measurement device 50 into a papermaking belt 10 by reducing the amount of physical effort necessary to incorporate a measurement device 50 into the reinforcing structure 33 or the framework 32. |
4 | condenser type dryer will be explained as a preferred embodiment referring to fig1 the dryer 10 according to the preferred embodiments of the present invention includes a cabinet 11 forming an exterior a front frame 22 and a front cover 23 which are connected to a front of the cabinet 11 a cylindrical drum 12 formed inside the cabinet 11 a door 13 opening closing an inlet of the drum 12 as it is mounted on a front portion of the drum 12 a belt 21 rotating the drum 12 as it is surrounded around an outer circumference of the drum 12 and a drum support 24 allowing a rear of the drum 12 to be supported on the cabinet 11 here the front portion of the drum 12 is supported by the front cover 23 in addition the dryer 10 further includes a motor shaft 171 connected with the belt 21 a motor 17 applying a rotational force to the belt 21 as it is connected with the motor shaft 171 and a cooling fan 16 inhaling indoor air as it is rotated by receiving the rotational force in addition the dryer 10 further includes a drying fan 18 circulating the air inside the drum as it is connected with the motor shaft 171 at an opposite side of the cooling fan 16 and a drying duct 19 transporting the air inhaled by the drying fan 18 to the drum 12 in which a heater. |
9 | substrate being treated or converted during startup of the contactor reactor the reactor would be treated as a single stage batch system that is to say the reactor would be filled with substrate feedstock and a mixed population of bacteria from another process sewage sludge digestion for example would be used to seed the reactor in the conventional manner as soon as the consortia had established itself and methanogenesis was occurring fresh substrate would be introduced at the input end of the reactor at the same time zonal sludge recycling would commence in this way different classes of consortia would develop in different zones along the length of the reactor naturally the rate of zonal sludge recycling and the length of the zone may be varied to establish optimal conditions for the type of substrate to be treated or converted the reactor substrate is by no means limited to wastes substrates may be complex organic material s feedstock which requires converting to simpler or specific compounds liquid is transferred from compartment to compartment in the classical graesser manner the same holds for solids transfer of liquids from the end to the beginning of the zones would be carried out by pumps or similar variable mass transfer devices not shown the end product of the effluent will be dependent on the substrate with some substrates further treatment may be necessary further downstream processes may. |
2 | to date signal qk if at instant t4 the drive slip control 70 once again recognizes that the drive wheels are spinning it decreases the quantity of fuel to be injected the drive slip control 70 starts at the up to date control signal qka of the drive slip control 70 or at the up to date signal qk at instant t4 the drive slip control 70 again determines the up to date signal qk if there is a priority signal ps from the automatic transmission control 60 the automatic transmission control 60 determines the quantity of fuel to be injected if there is no priority signal ps from the automatic transmission control 60 the signal qka from the drive slip control 70 the driver request qkfb or the signal qkg from the automatic transmission control 60 determines the quantity of fuel qk to be injected if it is recognized that the drive wheels are spinning an advantage of the system according to the present invention is that when the priority signal ps is present the drive slip control 70 has an effect until the control signal qka from the drive slip control 70 is greater than the control signal qkg from the automatic transmission control 60 if this condition is satisfied the drive slip control 70 is switched off i e it is set in its initial state and does not. |
6 | a connecting tube 18 to the inlet tube 14 thence through the manifold 10 and the apertures 12 the manifold 10 forms the rear member of a generally rectangular frame comprised additionally of connected side members 20 and 22 and a front cross member 24 the frame is supported above the hearth of the fireplace by legs 42 positioned at the four corners of the rectangular frame the front cross member 24 includes a series of keyed apertures 26 which are aligned with respective apertures 12 of manifold 10 air flow conduits 28 connect between respective manifold apertures 12 and keyed apertures 26 conduits 28 are hollow tubes having a restricted outlet orifice 30 as defined by a reduced forward cross section of the conduit 28 the reduced forward cross section of the conduit 28 also includes upwardly and downwardly extending key members 32 and 34 which cooperate respectively with the keyed aperture 26 to maintain alignment or conduits 28 a retaining bar 36 attached by fasteners 38 to the front frame member 24 cooperates with slots 40 in the key member 32 of each conduit 28 to retain the conduits 28 aligned and generally immovable within the frame andirons 44 are also retained on the frame by means of the fasteners 38 which retain the retaining bar 36 the andirons 44 prevent material such as the synthetic logs from accidentally falling from the frame and out of the front of the fireplace andirons 44 are also a decorative. |
5 | fig1 and 13 and where the two edges 110 are bent towards each other arranging four blades at 90 degrees to each other would result in uneven soil displacement working areas for example where angles 160 and 162 are 90 degrees the distance 166 that could exert pressure on surrounding ground would be less than the distance 168 and will be much less than the distance 170 distance 166 forms the shortest footprint distance of the ground spike depending upon which direction external forces pressure the ground spike when it is bearing a load in the ground it may be desirable to maximize the shortest footprint distance such as by making distance 166 approximately equivalent to distance 168 this can be done by varying the angles 160 and 162 as necessary for example an angle of about 95 degrees for 160 and a resulting angle of about 85 degrees for 162 may result in distance 166 approximately equaling distance 168 embodiment 40 further comprises a post receiving socket portion 50 the post supporting socket portion 50 comprises four side walls 51 that are in a substantially perpendicular arrangement to each other reinforcement lines 55 may be stamped or otherwise marked in each side wall 51 the reinforcement lines 55 may be concentrated on the lower portion of the socket portion 50 or may extend further up the side walls 51 one two three or more reinforcement lines 55 may be applied to each side wall 51 clamping. |
8 | in individual power supplies the master control is periodically coupled to individual power supplies by multiplexing means to provide compensation signals to counter drifts and errors due to varying circuit parameters therein application_number US 6925979 A description a digitally controlled regulator disclosed in fig1 is suitable for operation in conjunction with a multiplexed central digital control system switch 10 periodically conducts to couple a dc voltage source 11 via a filter 12 to an output load 13 the duty cycle of the switch 10 determines the magnitude of the output voltage a periodic cycle of operation is determined by a clock circuit 14 which resets a counter 15 at the beginning of each switching cycle and also enables a voltage controlled oscillator 16 to respond to the output voltage of the regulator the frequency of the voltage controlled oscillator 16 is determined by the magnitude of the output voltage sensed via lead 17 counter 15 counts the output pulses of the voltage controlled oscillator 16 and applies the accumulating count to a comparator circuit 18 also connected to the comparator circuit 18 is a reference count source 19 which is preset to a reference count the increasing count of the counter 15 is continuously applied to the comparator 18 which responds when the continuously increasing generated count equals the reference count an output 20 of the comparator 18 is applied to control the switch 10 in a conducting condition as long as the reference count a exceeds the accumulating count b i e a gt b generated in response to the voltage controlled oscillator 16 and in a nonconducting condition when the accumulating count b equals and exceeds the reference count a i e a u2266 b as soon as. |
2 | is lowered the curved bottom 4 of the ashtray pushes it away from the window 9 and causes the velcro to disconnect this happens because the curved bottom 4 is pushed outward by the shape of the vehicle door 11 the rubber door waterproofing 10 is also shown in fig3 at the time the velcro separates the magnetic field from the magnet 8 causes an attractive force with the metal of the vehicle door 11 causing the cavity 1 to now attach to the door 11 when the window 9 is rolled back up the velcro re attaches and pulls the magnet 8 away from the metal door 11 causing the cavity 1 to again attach to the glass window for this reason it is important that the magnet 8 not be too large so that the velcro can pull the cavity away 0032 fig4 shows an alternate way of attaching the cavity 1 to a vehicle window 9 with a semi rigid hook 5 this hook can be metal or plastic with this embodiment of the invention the window normally is not opened all the way the hook 5 can be made thin enough to allow the window to totally close the hook 5 can be of a fixed shape as shown in fig4 or it can be in the form of a spring that provides tension against the window another alternate embodiment of the present invention can be a variation where the cavity is mounted to a sun screen or window sun visor it will be appreciated that the shape of the ashtray does not have to be rectangular but can assume any convenient shape in addition an embodiment. |
5 | u201d beam constructed side rails herein base rail 130 and fly rail 140 are so constructed as to receive center u201c i u201d beam rail tongue 152 and center rail groove 154 of center rail 150 respectively fig4 c illustrates the manner in which base u201c i u201d beam rail 130 center u201c i u201d beam rail 150 and fly u201c i u201d beam rail 140 are assembled again it can be appreciated that the arrangement of tongues and grooves may be varied without affecting the basic concept of interlocking tongues and grooves fig5 a illustrates a tongue and groove assembly that incorporates additional tongues added to the outer edges of each side rail and an abrasion resistant strip attached to one of the outer tongues although only tongues are herein added it will be appreciated that the substitution of grooved sections in place of the illustrated outer tongues is equivalent in both function and purpose the configuration of tongue 32 creates baffle 36 that functions as a shock absorber when the ladder is dropped upon a localized area such as a curb or large rock as a force is directed against tongue 32 tongue recesses 38 enable tongue 32 to flex inward toward the main body of fly rail 30 thereby employing the flexural properties of the glass and matrix binder as the force is released the flexural properties of the glass and matrix binder return the tongue to its relaxed position in similar fashion the ridged. |
4 | shaft 25 1 and thus the common single drive motor 32 would be obtained the belts can have various marketable profiles and could be made either as endless belts or belt portions connected to each other at their ends the blowers can be also arranged differently for example on the horizontal holding bar which would be rotationally supported at one of its ends about the vertical axis whereby the shafts of the blowers would extend parallel to the axis of rotation of the holding bar fig4 to 6 illustrate the embodiments with differently arranged or formed drive motors in the embodiment of fig4 the drive motor 32 39 is secured to the radial arm 20 of the holding bar 19 and also is rotated with the holding bar 19 the lower belt pulley 26 1 is coupled directly with the output shaft of the electric motor 32 39 whereas the drive of the radial arm 20 is carried out via transmission or gearing 33 39 and a bevel gearing 36 which is supported on shaft 38 supported in a bearing box 37 and connected to the radial arm 20 contact tracks are provided on the bearing box 37 rotating brushes 39 transfer current from contact tracks on bearing box 37 for the electric motor 32 39 in the embodiment of fig5 blowers 24 are driven by a common motor 40 which is secured to the radial arm 20 and which drives the lower belt pulley 26 1 a separate. |
7 | detected by water level subsystem 64 to provide a third enabling signal 66 to controller 52 finally if brew button 56 is depressed and all other enabling signals are present scr diode 3 phase rectifying bridge 96 is activated to send electrical power to a single heating element 84 thus beginning the heating cycle for the water in boiler 57 the water is heated to a point just below its boiling point taking into account the expected cabin pressures system 50 also includes a warmer pad 86 located in base 67 of the brewer pocket fig3 warming pad 86 is a low power device compared to boiler heater 84 and because of this is typically connected to a single phase of the three phase aircraft power system without the risk of an electrical unbalance in the system consequently warming pad 86 is conveniently controlled by a semiconductor triac which is able to conduct both the positive and negative regions of the ac wave when triggered to the on state upon the detection of a sufficient amount of water in carafe 65 as indicated by level 66 in fig3 warming pad 86 will turn on and provide heat to the coffee collected in carafe 65 warmer pad 86 is employed to maintain a constant temperature once the brewing cycle has started thus maintaining the brewed coffee in carafe 65 at the same constant temperature both during and after the brew cycle is completed system 50 further includes a brew counter maintenance indicator 88 maintenance indicator 88 includes a memory feature so that the user may. |
8 | made to the electrodes of the device 18 in the embodiment shown the lead 30 is electrically coupled to the electrode s on the upper surface of the device 18 through bond pads 56 on the upper substrate 12 and also bonded to the lower substrate 14 through electrically isolated bond pads 50 on the lower substrate 14 and the lead 32 is electrically coupled to the electrode s on the lower surface of the device 18 through bond pads 52 on the lower substrate 14 and also bonded to the upper substrate 12 through electrically isolated bond pads 54 on the upper substrate 12 the pads 50 52 54 and 56 can be patterned from the same conductive layers as the areas 36 and 40 on the substrates 12 and 14 the leads 30 and 32 are preferably soldered to their bond pads 50 52 54 and 56 in view of the above construction the component 10 conducts current and uniformly extracts current across its entire face instead of wire bond connection sites and therefore has the ability to carry higher currents with less temperature rise than conventional wire bonded and ribbon bonded devices also by avoiding wire and ribbon bonding techniques the component 10 can be readily adapted to enclose various types and configurations of devices the component 10 also has the advantage of being able to dissipate heat in two directions namely up through the upper substrate 12 and or down through the lower substrate 14 if both substrates 12 and 14 are used to. |
2 | domed cutting teeth 2 b are formed from a blank of metal such as steel through a standard forming process in a well known manner to create a raised dome 6 b integrally projecting in a raised orientation above base 8 b and generally surrounding an internal cutter chamber 6 c except for a open leading opening in cutter 6 b the thickness of the dome formed is less than the thickness of base 8 b as best seen in fig6 the top of the open end 6 b u2032 is formed with v shaped cut out area 10 b which impacts the food or other items being moved past the tooth 2 b the chamber 6 c is situated above holes 8 b u2032 in base 8 b below teeth 2 b to capture material which is cut after passing edge 10 b the top surface of a tooth 2 b can be flat or taper away from the cutting surface a thin forward cutting edge is provided on substantially the entire extent of the v shaped front edge portion 12 b of the v shaped cutout area 10 b of the tooth 2 b the cutting edge 12 b is thinner than the base blade and is formed out of dome 6 b by etching grinding or other. |
9 | the catalytically active components are also applied to the support material in highly disperse form in close proximity to the storage components the process assumes a modern internal combustion engine the operation of which is regulated by so called engine electronics engine electronics of this type have electronic data memories in which data tables also called engine mappings are filed or stored relating to the operating states of the internal combustion engine the term u201c filed u201d is used here for the data electronically stored in the engine electronics to create a clear distinction from the chemical and physical storage processes occurring in the exhaust gas system the data needed to carry out the process on the storage behaviour of the fresh storage catalyst as a function of the temperature and on the exhaust gas composition depending on the corresponding operating state of the engine are determined in advance and also filed in the engine electronics in the form of data tables for the catalyst so called catalyst mapping for this purpose the adsorbtion capacity of the fresh nitrogen oxides storage catalyst over all temperature ranges occurring in the operation of the engine is precisely determined the amount of nitrogen oxides stored on the catalyst depending on torque engine speed exhaust gas mass flow exhaust gas temperature and nitrogen oxides concentration in the exhaust gas. |
7 | necessary also if the telemicroscope does not prove to be suitable for a particular patient then the telemicroscope can be easily removed from the spectacles as indicated in fig2 the angle a between optical axis 30c and the central axis 32 of spectacles 12 is approximately fifteen degrees angle a will of course vary for any particular implementation of telemicroscope 10 depending upon such factors as the size of lens 16 and the position of telemicroscope 10 with respect to that lens to utilize telemicroscope 10 to view an object located along the wearer 39 s normal viewing axis i e central axis 32 in fig2 all that is required is a downward head tilt and corresponding upwards eyeball rotation through an angle equal to that of the angle a e g fifteen degrees this position is shown in fig3 referring now to fig2 and 4 focusing mechanism 28 will now be described it comprises a lever 62 a guide pin 64 a self tapping screw 66 and a support boss 68 which is a unitary cylindrical extension of outer sleeve 34c of upper housing 34 lever 62 includes a lever arm 62a and a base 62b base 62b includes a hole 62c therein which fits over boss 68 to permit pivotal movement of lever 62 about boss 68 screw 66 threads into the center of boss 68 to retain lever. |
2 | in a triangular manner the wing 101 may be moved and tilted in every desired direction in the position depicted in fig1 i e the first position the wing 101 and the fuselage 102 are separated from each other therefore pre drilled holes may be burred and the wing may be cleaned before performing a final alignment and mounting of the wing to the fuselage furthermore a central calculation unit 104 is provided which is adapted to communicate with the mobile calculation unit 108 for example via a wireless communication link or other means of communication such as a standard wire based communication link the central calculation unit 104 is connected to a control unit 105 which is adapted for receiving user input for example a user may define the alignment or movement speed of the mounting unit 103 or a user may interfere with the positioning procedure for example in case of an emergency fig2 shows a schematic representation of the positioning system in a second position 107 according to an exemplary embodiment of the present invention in the second position 107 the mounting unit 103 has been moved towards the fuselage 102 thereby providing an alignment of the wing 101 with respect to the fuselage 102 in the second position 107 a final mounting of the wing 101 to the fuselage 102 can be performed the movement from the first position 106 to the second position 107 is guided by the calculation unit 108 with or without interaction from the central calculation unit 104 and or the user a manual alignment may not be necessary. |
8 | rods 201 u02dc 203 are disposed in a housing 401 having an arcuate shape with a radius of curvature that is substantially identical to the radius of curvature r it is emphasized that the arcuate shape of the collision cell 400 is merely illustrative and that other over shapes for the collision cell 400 are contemplated notably the collision cell 400 may comprise substantially u2018 straight u2019 rods disposed in a converging arrangement and as described for example in the referenced patent application to j l bertsch et al in accordance with the present teachings rod heating is reduced by reducing the reactive currents flowing in the rods 201 u02dc 303 caused by the rf drive voltages in a representative embodiment reduction of reactive current flow in the rods 201 u02dc 303 is effected by electrically connecting an inductor 402 at substantially the mid length of the rods 201 u02dc 203 and 301 u02dc 303 but not shown in fig4 as described more fully below the inductor 402 creates a parallel l c circuit with the stray capacitance of the rods 201 u02dc 303 an electrical loss effect is due to the series resistance of respective rods 201 u02dc 303 and the reactive current due to the stray capacitance the reactive current without the inductor is approximately i vpp xc assuming the reactance xc is much greater than the resistance of the rods xc gt gt r the rods 201 u02dc 303 can be approximated by a series of lumped element resistors and a capacitor in. |
1 | mechanical and structural properties of the breast tissue that are indicative of breast cancer detection of nodules is achieved by placing the breast into a mechanical scanning unit comprising of a two dimensional pressure sensor array and a mobile linear pressure sensor array located opposite to the two dimensional pressure sensor array and analyzing the signals from the pressure sensors the device is able to objectively detect presence of lesions suspicious for cancer or other breast pathologies in the breast and provide means for computerized three dimensional mechanical imaging of the breast application_number US 84305601 A description references will be made in detail to a preferred embodiment of the invention an example of which is illustrated in the accompanying drawings wherever possible the same reference numerals will be used throughout the drawings and the description will refer to the same or similar parts an embodiment of the invention shown in fig1 4 is a clinical device for imaging the mechanical structure of the examined breast and diagnosing diseases accompanied by changes in the elasticity of the breast tissue a perspective of the use of a device for mechanical imaging of the breast 10 of the present invention during breast examination is shown in fig1 the patient sits in a chair so. |
8 | gain and sensitivity of photodetector 1 current gain is defined as a ratio of the number of charge carriers crossing a particular cross section of photodetector 1 to the number of primary photons photon 6 absorbed by photodetector 1 simplification of this ratio using a standard technique allows the gain factor to be calculated as where r is the reflectance of reflector 16 n a is the photon absorption efficiency of n layer 10 and p layer 11 and n e is the photon emission efficiency of p layer 12 and n layer 13 for the photodetectors shown in fig1 and 4 both n e and n a are substantially equal to unity it is appreciated that by properly selecting materials which exhibit very high values for n e n a and r a gain factor of 100 or more is easily obtained photodetector devices of the type shown in fig1 have been fabricated using epitaxial growth techniques liquid phase epitaxy has been predominantly used but molecular beam epitaxy is also applicable these techniques yield devices which are about 100 microns square the thickness of photodetector 1 is substantially equal to the number of pn and pn junctions times approximately 5 microns plus the substrate thickness typical substrate thicknesses are on the order of 75 microns hence the thickness of photodetector 1 is slightly greater than 87 microns during epitaxial growth of the devices impurities are introduced into each layer the type of impurity and the concentration of the impurity affect the conductivity of each layer impurity types and impurity concentrations for the various layers of an exemplary embodiment of photodetector 1 are tabulated. |
7 | best candidate a step 116 checks to see if the rover has resolved the ambiguities if not a search failed step 118 logs the time the rms the ratio the satellite geometry and the location of the correct candidate in the list control then passes back to the step 104 to repeat the loop otherwise an initialization complete step 120 logs the time the rms the ratio and the baseline vector and increments the initialization counter the baseline computed is compared with the known baseline in a step 122 if the baseline is within a tolerance level e g u00b1 5 centimeters an initialized baseline quality step 124 logs the success the baseline vector the solution rms and the satellite geometry a step 126 checks to see if the logging is complete if not control returns back to the step 124 if complete control passes back up to the step 104 if the baseline was out of tolerance in the step 122 control passes to a bad initialization step 128 that logs the time the rms the ratio and the baseline vector a step 130 checks to see if a bad initialization was detected if not the step 128 is repeated if so a bad initialization step 132 logs the time the rms and the baseline vector control then passes back. |
1 | generate functional designs that are visually displayed for use by a textile designer or engineer application_number US 84044401 A description referring to the drawings in fig1 a textile designer or engineer u201c user u201d selects his requirements and inputs to a computer represented in this figure as programmed to carry out data format conversion and mechanical functional design and analysis the computer is also programmed to control an apparel pattern cad function that can be said to represent in effect a visual display monitor that is controlled by the computer to create modules of functional designs in use databases representing structural and mechanical characteristics of a human body and structural and mechanical characteristics of textile materials are called up for supply to the computer data is logically matched or manipulated to create the required modules such characteristics and properties have been already amassed and established in databases known in the art an example is set forth in li y advanced computing technology for integrated design of textiles and apparel ergonomics of protective clothing proceedings of nokobetef 6 and 1 st european conference on protective clothing stockholm sweden may 7 10 2000 which is herein incorporated by reference in its entirety such databases relate to human models including human geometrical models bio mechanical models mechanical properties of different fabrics textile materials and mechanical comfort knowledge advanced computing technologies developed on the basis of advanced mathematical modelling of the bio mechanical behaviour of the human. |
2 | 62 communicates with a passage 64 in the core rod support 12 there is a circumferential groove 66 around the outside of the flange 18 within the socket 30 this circumferential groove cummunicates through a passage 68 which communicates with another passage 70 formed by a groove in the outside surface of the core rod 26 this groove passage 70 leads to another circumferential groove 72 in the outside surface of the core rod 26 there are angularly spaced openings through the sleeve 20 leading from the annular groove 72 through a part of the outside surface of the sleeve 20 over which the parison 48 extends small poppet valves 76 in the openings 74 prevent plastic material from being injected into the openings 74 when the core rod structure is extending into an injection mold when pressure is supplied from the tube 62 through the passages 64 66 and connecting passages to the radial passages 72 at the end of a blowing operation this pressure moves the poppet valves 76 outwardly far enough to permit air to enter between the blown parison and the balloon channels 78 in the outside surface 60 of the sleeve 20 can be provided leading axially from the openings 72 however these channels are not essential because the air pressure expands the mouth portion of the parison when the blow mold opens and permits free flow of air axially to the outside surface of the balloon 50 the inner end of the core rod 26 is in axial alignment with a tube 82 that forms a continuation of the center passage through the. |
8 | or atomic layer deposition ald oxygen scavenging layer 400 may include but is not limited to lanthanide metal rare earth metal tin u2014 particularly ti rich tin group 2 elements or group 3 elements oxygen vacancies within the high k dielectric layer 300 created by the deposition of the oxygen scavenging layer 400 consume the top surface of the underlying oxide nitride oxynitride or nitrided oxide interfacial layer 200 an anneal is then performed an o2 or n2 ambient or sequence of each may be performed the anneal temperature may be above 900 u00b0 c optionally the process can include gate formation before the anneal optionally a first anneal can occur before gate formation and a second anneal occurs after gate formation referring to fig2 in an alternate embodiment of the invention a base oxide layer 110 may be formed on substrate 100 prior to the plasma or thermal nitridation base oxide layer 110 may have a thickness of approximately 3 u00e5 to 20 u00e5 base oxide layer 110 may be deposited or grown by any known or later developed processes the remaining steps are the same as described in the first embodiment the method as described above is used in the fabrication of integrated circuit chips the resulting integrated circuit chips can be distributed by the fabricator in raw wafer form that is. |
5 | the next largest medium cable unit is formed by the component cable 12 and the next largest cable unit in turn is finally formed by the entire induction cable 2 the different refinements of the coupling device 3 described here selectively relate to the smallest cable unit core bundle 14 the medium cable unit component cable 12 or the overall cable unit inductor cable 2 the described construction of the coupling device 3 therefore serves selectively to connect the core bundle 14 the component cable 12 or else the entire induction cable 1 a dedicated coupling device 3 is expediently provided for each component cable 12 so that each component cable 12 can be independently separated as an alternative an overall coupling device 3 is also provided it being possible for the induction cable 1 to be separated overall at a separation point by the overall coupling device a special variant embodiment of the coupling device 3 is illustrated in fig6 according to fig6 the coupling device 3 has two coupling parts 34 a 34 b which each receive a carrier 24 and comprise housing parts 36 a 36 b which can be connected to one another to form the coupling and therefore hold the carrier 24 and therefore also the individual coupling ends 20 a 20 b in a defined relative position in relation to one another the housing parts 36 a 36 b are configured in a manner not illustrated in detail here as plug parts or else as parts which can be screwed for example so that the two coupling parts 34 a 34 b are therefore fastened to one another by screw connection in the manner of screw couplings or for. |
8 | user identity secure network 160 includes an identity server 570 identity server 570 includes access session record 164 of access session 162 during which user 120 accesses application session 182 security gateway 150 queries identity server 570 security gateway 150 sends host identity 134 and application session time 186 to identity server 570 identity server 570 receives host identity 134 and application session time 186 identity server 570 matches host identity 134 and application session time 186 against access session record 164 identity server 570 determines that host identity 134 matches host identity of access session record 164 identity server 570 further determines that application session time 186 matches access session time 166 of access session record 164 as application session time 186 is between the starting time and the ending time of access session record 164 identity server 570 sends private user identity 124 of access session record 164 to security gateway 150 as a response to the query security gateway 150 receives private user identity 124 from identity server 570 and stores private user identity 124 in application session record 184 in one embodiment security gateway 150 stores public user identity 127 in application session record 184 after recognizing a log on approval indication for the public user identity 127 from public application 180 in one embodiment security gateway 150 queries identity server 570 immediately after determining public user identity 127 in one embodiment security gateway 150 queries identity server 570 after application session 182 ends in one embodiment security gateway 150 queries identity server 570 by sending a plurality of host identities in a bulk request and receives a plurality of private user identities in a bulk response in one embodiment application session record 184 includes. |
7 | jump control as to temporarily release a focus servo on one layer of a loaded multilayer optical recording medium shift the focus position of read light on another target layer and then restart the focus servo on the another target layer detects an ambient temperature sets a drive signal condition according to the temperature detection output and moves the focus position of the read light under the set drive signal condition specifically this apparatus generates an acceleration signal to start moving the focus position of read light and a deceleration signal to decelerate movement of the focus position of the read light as drive signals for a focus actuator in order to execute a focus jump operation detects an ambient temperature of the focus actuator and sets signal conditions for the acceleration signal and the deceleration signal according to the detected temperature application_number US 11200498 A description a preferred embodiment of the present invention will now be described in detail referring to the accompanying drawings fig2 shows the schematic constitution of a double layer optical disk player which uses a focus control apparatus according to one embodiment of this invention referring to fig2 a disk 1 loaded in the player. |
8 | is illustrated in fig2 with the solid line 14 1 is the sum of the output voltages of the rectifiers 13 and 13a according to fig2 it has a small ripple component in fig3 the high voltage circuit of the x ray generator according to fig1 is illustrated in a variation the secondary winding parts 11 and 12 or 11a and 12a respectively lie in two circuits each consisting of a diode and a capacitor 15 16 17 18 19 20 21 22 each of the capacitors 16 18 20 22 is charged to the peak voltage at the secondary winding parts 11 12 so that the four fold peak voltage lies at the x ray tube 14 for example if the peak voltage at one of the series circuits 11 12 or 11a 12a respectively amounts to 20 kv then the x ray tube voltage amounts to 80 kv in the example according to fig1 the x ray tube voltage in this case amounts to the doubled peak voltage namely for example 40 kv the example according to fig4 also represents a voltage doubling circuit in this case the secondary winding parts 11 12 and 11a 12a are illustrated as a single winding these winding parts feed a circuit consisting of a capacitor 23 and a diode 24 or a capacitor 25 and a diode 26 respectively thereby the doubled voltage of the voltage at the secondary winding parts 11 12 or 11a 12a respectively lies at the diodes 24 and 26 so that in this case too the x ray tube voltage has the four fold value of the voltage at the series circuit of two secondary winding parts 11 12 or 11a 12a respectively in the examples according to fig3 and 4 too the. |
4 | can appreciate that fig3 is presented for illustrative purposes only and that a variety of washing machine configurations and other rotating devices not illustrated herein may be utilized to implement varying embodiments of the present invention washing machine 81 is thus described herein for illustrative purposes only and is not considered a limiting feature of the present invention 0040 fig5 illustrates a three dimensional schematic representation of the forces and critical lengths along the axis of rotation which has been extended along the length of the shaft and through the length of the drum force sensors may be mounted to measure the force transmitted between housing mount 64 and bearing housing 58 as illustrated in fig2 the basic concept of dynamic balancing stipulates that vector forces at the front and back cups may represent an out of balance condition referring to fig5 the system may be provided with a mechanism for sensing a first force f backsensor at a first location 100 of the axis of rotation and a second mechanism for measuring a second force f frontsensor at a second location 102 of the axis of rotation it should be understood that both the first and second forces shown in fig5 are likely to be determined from a plurality of force sensors arranged so that the resultant force vectors along multiple axes of the system can be determined at each of the first and second locations 100 and 102 of the axis of rotation if a washing machine or similar apparatus with a rotating member is rigidly attached to a stationary object such as a concrete floor a mere force and moment analysis based. |
8 | distance between the lens 3 and the aperture 2 and the focal length of the lens 3 according to the invention the lens 3 is omitted to achieve a more compact camera design in this case the camera 1 corresponds essentially to a pinhole camera for such a camera a spherical sensor would be desirable for optimum image quality however spherical sensors are rather expensive and difficult to manufacture in order to nevertheless enable a satisfactory image quality the flat sensor chip 4 of fig1 is replaced by a volumetric sensor chip 4 the volumetric sensor chip 4 achieves a better image quality than a flat sensor chip with only a slightly more complex production process the principle of the camera 1 according to the present invention is schematically depicted in fig2 optionally a light diverting element 6 is arranged at the edge 7 between neighbouring sensor elements e g a concave cylindrical lens 6 u2032 or an u2018 inverted biprism u2019 6 u2033 this element 6 directs the incoming light away from the edge 7 towards the sensor areas of the sensor chip 4 exemplary designs of the volumetric sensor chip 4 are illustrated in fig3 to 5 a first exemplary design of a volumetric sensor chip 4 is depicted in fig3 the volumetric sensor chip. |
4 | gear 82 of a spiroid gearing 83 whose pinion 84 is eccentrically in engagement with the ring gear 82 received in the tubular piece 75 is a tubular support 85 which is fixed in its position by screws 86 inserted in tubular piece 75 the support 85 consists of a tube 87 a hollow cylinder 88 directly above it and an annular end flange 89 mounted in tube 87 is a shaft 90 which carries at its lower end the pinion 84 and is firmly connected to an annular shoulder 91 which abuts against the lower end of tube 87 in the region of its upper end shaft 90 is embraced by the inner race of a ball bearing 93 pressed into the hollow cylinder 88 the upper end of shaft 90 is coupled rigidly with an output shaft 95 of a step motor 96 whose housing is screwed tight on the end flange 89 a strobe disk 100 is mounted on the main shaft 6 fig1 of the sewing machine which has two pulse tracks each cooperating with a pulse generator 101 102 one track comprises a plurality of pulse markers 103 uniformly distributed on its circumference fig6 while the other track has only two pulse markers 104 one of which passes by the pulse generator 101 as needle 13 emerges from the workpiece while the other does so when needle 13 enters the workpiece the pulse generator 101 is connected to a control unit 105 control unit 105 is connected via a control line 106a to a reversing arrangement 106 and. |
1 | the balloon openings allowing it to be filled by inflation fluid and subsequently solidifying fluid the balloon 10 includes a plurality of pores 20 through which an aqueous inflation fluid can be perfused fig1 b shows the balloon of fig1 a after retraction of the guidewire in an inflated configuration the stiffening member 18 floats freely within the inflated balloon in an alternative embodiment not shown the stiffening member 18 may project inwardly into the balloon from the distal end 21 of the inflation lumen instead of balloon distal end 15 a guidewire exit valve may be mounted in the balloon wall at end 15 and exit valve 19 may optionally be removed in yet a further alternative embodiment member 18 is shortened and a second stiffening member is provided projecting inwardly from lumen end 21 is provided to contact the shortened member 18 when the guidewire is present to effect compressive stiffening in other alternative embodiments exit valve 19 may be moved to the distal end of the balloon or an intermediate location on member 18 fig2 6 illustrate various stages of a preferred process for filling and installation of a balloon 22 similar to balloon 10 except that the stiffening member is not present and a guidewire exit valve 23 is located on the distal end of the balloon to allow passage of the guidewire therethrough balloon 22 is shown in various stages after the balloon and catheter assembly has been delivered to an aneurysm 25 and the guidewire withdrawn the filling and installation process begins as shown in fig2 by filling the balloon with. |
1 | wires and or contrast media that may be inserted through the lumen of the transseptal needle shaft 610 to allow the physician to confirm left atrial cannulation after septum puncture in another aspect of the puncture tip 622 as best seen in fig1 the distal tip portion 625 of the needle 622 comprises a solid construct proximal of the solid tip portion 625 a flush hole channel 632 is continuous with the lumen 700 of first cannula 624 and co extensive with the lumen 620 of shaft 610 and includes an exit hole 634 positioned to the side of the puncture tip 622 flush hole with its channel 632 serve as an exit conduit for contrast media or a guidewire the contrast media or guidewire allow the physician to confirm left atrial cannulation after septum puncture in yet other aspects of the puncture tip 622 in accordance with the invention and as best seen in fig1 through 17 the distal portion 625 of puncture tip 622 is completely solid and has a conical shape those of skill in the art will appreciate however that distal tip 625 can be of any shape such as fluted triangular trocar shaped chiseled without departing from the invention so long as the tip is capable of piercing through tissue proximal of the puncture tip 622 are one or more flush holes that penetrate both the first and second cannulas 624 626 to access their lumens such that contrast media can be injected into the needle and exit at these locations the flush hole locations may be drilled in a variety of patterns and configurations including 90 degree staggered fig1 180 degree opposed fig1 180 degree staggered fig1 and like configurations those of skill in the art will also appreciate that any. |
1 | chamber may be changed by simply turning the dial to a different setting electronic comparator 30 compares the selected pressure with the actual pressure within chamber 10 as transmitted through amplifier 28 comparator 30 produces an output signal that is forwarded to control electronics 34 that controls an air pump 36 and a selectively open vent valve 38 the control electronics 34 in response to the comparator signal either turns on electric air pump 36 or opens electric vent valve 38 to add or remove air from chamber 10 in a preferred embodiment pump 36 is a diaphragm pump control electronics 34 are conventional as are air pump 36 and vent valve 38 in typical operation a user selects a desired air pressure within chamber 10 by adjusting the dial on the pressure select control 32 assuming an initially deflated chamber electric air pump 36 is activated to pump air into chamber 10 until pressure sensor 26 senses the pressure within the chamber is substantially equal to the desired selected pressure if the air pressure within chamber 10 should increase or decrease due for example to a change in temperature or atmospheric pressure of the ambient air within the room where the mattress is placed the change in pressure will be sensed and either air pump 36 turned on to force air into chamber 10 or vent valve 38 opened to bleed air from the chamber in this manner the preselected pressure is maintained when a person lies upon the mattress the pressure within chamber 10 is increased substantially this increase in pressure is sensed by. |
9 | a gate drive element 152 154 156 158 160 or 162 hereinafter collectively referred to as gate drive elements 152 162 these gate drive elements 152 162 may provide a signal to the gates of the respective thyristor elements 140 150 associated therewith to activate the thyristor elements 140 150 thus when the thyristor elements 140 150 are activated by the gate drive elements 152 162 current may flow through voltage lines 164 166 and 168 in one embodiment the activation of the gate drive elements 152 162 is controlled by a controller 170 this controller 170 may include one or more microprocessors such as one or more u201c general purpose u201d microprocessors one or more special purpose microprocessors and or asics or some combination thereof furthermore the controller 170 may execute one or more algorithms which may be stored on a tangible non transitory machine readable medium such as volatile memory e g random access memory and or non volatile memory e g read only memory this memory may be internal to or directly coupled to the controller 170 moreover the controller 170 may be coupled to various elements via signal lines 172 174 and 176 for example signal line 172 allows the controller 170 to receive signals from a sensor 178 these signals received from the sensor 178 may indicate for example that power has been measured passing from the grid 104 towards the crowbar circuit 120 accordingly one step of an algorithm that may be executed by the controller 170 is. |
7 | the preferred embodiment of the control device 200 of the invention sides 212 are symmetrical and convex it is possible to create alternate embodiments having asymmetrical sides concave sides or other more complex curvilinear shapes the invention is not therefore considered limited to one of the specific shapes chosen for purposes of disclosure housing 202 has an upper region 204 and a actuation device 206 i e a trackball joystick touch pad or other device adapted to translate the movement of thumb 102 into an electrical signal representative of the movement of thumb 102 such activation devices are known to those of skill in the art and are not further described herein actuation device 206 is shown for purposes of disclosure as a track ball in fig2 and 3 but it will be recognized that other actuation devices either known or yet to be invented may readily be substituted therefore as the actual actuation device forms no part of the instant invention the invention is not considered limited to the particular activation devices chosen for purposes of disclosure but is seen to encompass any actuation device capable of translating either movement or position of a user 39 s thumb 102 to an electrical signal switches 208 a 208 b 208 c and disposed on a front region i e a region substantially diametrically opposed to the location of actuation device 206 of housing 202 and are adapted for. |
8 | is a circuit arrangement for the above mentioned comparator 22 25 26 are npn transistors 21 23 24 28 are resistances and 27 is a capacitor the output terminal a of the above mentioned comparison wave circuit is connected with the base of the transistor 22 both emitters of the transistors 22 25 are connected together and at a same time these emitters are connected to the collector of the transistor 26 forming a differential type amplification circuit the part 7 distinguished by the two dot broken line is a circuit arrangement for the above mentioned differential amplifier 42 43 44 48 49 are resistances and 45 46 47 are npn transistors the base of the transistor 45 is connected with the generation circuit of a reference voltage source 8 which is to be described later and its collector is connected with the base of the transistor 25 of the above mentioned comparator 5 through the resistance 34 the emitters of the transistors 45 46 are connected to each other and at a same time they are connected with the collector of the transistor 47 the transistor 47 and the resistance 49 form so called constant current circuit this differential amplifier 7 can be composed as an ic unit which can provide space wise advantage the part 8 distinguished by the two dot broken line shows a generation circuit for the above mentioned reference voltage source 8 36 is a resistance and 37 to 40 are diodes for temperature compensation of the reference voltage source 8 f. |
8 | comprises a communicating section not shown which receives and transmits image data and the like via network with an external equipment the communicating section can receive facsimile data via network such as lan internet and the like as well as through public telephone wires the following is to explain structure of the system fig2 is a system structural diagram of an image data transmitting system as shown by fig2 the image reading apparatus 1 is communicatively connected by data receiving devices 4 a 4 b and 4 c via communication network 5 such as lan internet and public telephone wires fig3 is a block diagram for showing function of an image reading apparatus in embodiment 1 and embodiment 2 as shown by fig3 the image reading apparatus 1 comprises the operating section 11 the displayer 12 the reading section 13 the printing section 14 a communicating section 16 the electronic file memorizer 23 a cpu 30 an image data generating section 32 a file making section 34 a header information obtaining section 35 and the memorizer 42 the operating section 11 is an operating panel and has the various input keys 11 a further the operating section 11 is a part that receives input of various instructions and data of word and number based on operation of user and that performs display of instruction menu with respect to user and information relative to the obtained image and the like in the various input keys 11 a as keys used in the embodiment there are a start key 11 c for instructing to start operation a stop key 11 d for instructing to stop operation an address book. |
2 | assembly comprises side beams articulated to the opposing ends of a telescoping axle the side beams are coupled to each other by at least one connecting rod device comprised of at least one broken rod hinged at a breaking point to a lever relay carried by the axle so as to entrain the breaking point in an angular displacement of an arc of a circle in a direction opposite to that of the beams in order to compensate for the width loss of the axle when taking curves application_number US 6405993 A description the axle assembly according to fig1 to 4 is intended to carry a body or part of a body 2 of a railway vehicle or railway car with a lowered floor 3 as shown in fig1 to 4 this axle assembly comprises two side bars 5 5 39 which each extend from an articulation means 6 6 39 securing the said side bars to outer member 4 of a telescopic axle and sliding axle member 28 as illustrated in fig1 on straight tracks 10 the side bars are oriented parallel to the track towards the front and or towards the rear and are arranged symmetrically on each side of a longitudinal vertical plane containing the longitudinal axis x x 39 of the body 2 of the railway car as shown in fig1 to 4 each side bar 5 5 39 comprises a double steering lever articulated to the axle member 4 by articulation. |
5 | the tubing 180 e g a threaded connection and the hanging shoulder 112 are sufficient to bear the weight of the hanger string along which the hanger is placed the weight of such hanger string imposes shear and bearing forces on latches 132 and collet 130 may be designed and manufactured to withstand such shear and bearing forces however the fingers of collet 130 generally do not bear any such load in some embodiments it may be possible to include latches 132 of one material and attach them to a collet of another weaker material because in such embodiments the fingers may only function to connect the piston 160 to latches 132 and to push the latches 132 up the angular surface 122 cone 120 when the piston 160 is actuated the embodiment of fig1 a is shown as having a collet 130 with latches 132 having a smaller outer radius in the relaxed state than in the set state illustrated in fig2 a embodiments having a collet with latches 132 at a larger radius in the relaxed state than in the set state are also within the scope of the present disclosure in some wells host tubing 210 may extend from the well surface in a single diameter to the engagement section 220 in such wells retracting the collet 130 for insertion into the well may permit the inner surface 214 of the host tubing 210. |
2 | prepared by dissolving 0 8 g of tzpim polymer synthesized in example 1 in a solvent mixture consisting of 19 6 g of 1 2 3 trichloropropane and 19 6 g of dichloromethane the solution was filtered using a 1 micron sized filter to remove any insoluble impurities and debubbled overnight one drop of tzpim polymer solution was introduced to the surface of a pure water bath the tzpim solution spread on the surface of water with simultaneous solvent evaporation to form a thin tzpim film on the surface of water the thin tzpim film on the surface of water was then laminated onto the surface of a low selectivity high permeance porous polymeric support membrane the resulting tfc tzpim membrane was dried at 70 u00b0 c for 1 hour in a conventional oven the surface of the tzpim layer of the tfc tzpim membrane was dip coated with a rtv615a 615b silicone rubber solution the coated membrane was dried inside a hood at room temperature for 30 minutes and then dried at 70 u00b0 c for 1 hour in a conventional oven the uv cross linked tfc tzpim polymer membranes were prepared by further uv cross linking the tfc tzpim membranes containing uv cross linkable nitrile groups using a uv. |
6 | that can rise and lower such as a parking deck structure the pressure signals also allow the level control system to act as a safety system to isolate a specific chamber upon significant decrease in pressure level by fully closing the associated chamber automated valve likewise the system can isolate all the cylinders or chambers 18 by closing their respective automatic chamber valves 24 upon any sudden decrease or low pressure indication from a supply discharge header pressure sensor 102 a plan view of a schematic of an alternative embodiment of the hydraulic power system 110 is shown in fig5 similar to the embodiment shown in fig2 the system 110 has a plurality of hydraulic chambers or cylinders 118 a reversible pump turbine generator 22 and a reservoir 26 in contrast to the first embodiment the system 110 has a plurality of distinct supply and discharge headers 122 and 124 each header 122 and 124 has a main valve 126 and a main automatic flow control valve 128 there is at least one header 122 or 124 for each side of the building structure 12 the hydraulic fluid 20 such as hydraulic oil fluid or water discharges from each of the hydraulic chambers or cylinders 118 through an automated chamber. |
1 | 22 is shown with gamma cameras 14 and 16 at a variable angle all other elements are similar to the embodiment of fig2 the gamma ray detectors fpdxd and x ray tubes described are mounted to the gantry above fig4 shows yet another embodiment of the present invention the multimodality imaging system 24 is shown with a common gantry 26 a single gamma camera 28 and a single bar x ray detector 30 are both mounted on the gantry 26 x ray tube 32 is opposite bar x ray detector 30 the multimodality systems shown in the above embodiments are capable of many modes of operation the fpxpd is capable of performing simple planar x rays at a potentially high resolution if the fpdxd system is rotated about the patient axis it capable of performing a ct scan thus making it flat panel computerized tomography system or fpct system further such a system is capable of taking planner gamma camera images further such a system is capable of performing spect studies in isolation performing the above functions is well known to those skilled in the art however the various embodiments are capable of performing simultaneous spect fpct studies on a common gantry such studies not only yield the advantages of image fusion seen in conventional ct spect studies but also extend the fusion to the time domain and therefore realize the ct spect image fusion to the 4 th or temporal dimension performing a spect scan using gamma cameras involves acquiring data with the gamma camera advancing the camera by an angle of rotation acquiring another set of data repeated until enough data has been. |
3 | this information can be employed herein if needed to exclude specific embodiments that are in the prior art whenever a range is given in the specification for example a time range frequency range intensity range or a composition range all intermediate ranges and subranges as well as all individual values included in the ranges given are intended to be included in the disclosure as used herein u201c comprising u201d is synonymous with u201c including u201d u201c containing u201d or u201c characterized by u201d and is inclusive or open ended and does not exclude additional unrecited elements or method steps as used herein u201c consisting of u201d excludes any element step or ingredient not specified in the claim element as used herein u201c consisting essentially of u201d does not exclude materials or steps that do not materially affect the basic and novel characteristics of the claim in each instance herein any of the terms u201c comprising u201d u201c consisting essentially of u201d and u201c consisting of u201d may be replaced with either of the other two terms the invention illustratively described herein may be practiced in the absence of any element or elements limitation or limitations which is not specifically disclosed herein one of ordinary skill. |
7 | can be used for compare circuit 128 many such compare circuits 128 are known in the art and could be used so the details are not shown in a schematic for example in one embodiment the compare circuit is composed of a first stage of exclusive or logic circuits each xor circuit receives a bit of the expectant and a bit of the resultant signature word the first xor cell can receive the least significant bits of the expectant signature word and the resultant signature word successive xor cells are connected in a like manner until the final xor receives the most significant bits of the expectant signature word and the resultant signature word a second stage xor cell receives the results of the first stage of xor cells the second stage xor cell provides a verification status at an output pin the output pin of the second stage xor cell is connected to a first input pin of a multiplexer cell having a second input pin connected to the second supply gnd other compare schemes can be used as noted above the test control logic on the chip allows the rom 10 to be placed in test mode the output pin of the compare circuit 128 can be connected to an input pin of an i o pad cell 130 if desired the i o pad cell 130 provides a connection to the external test equipment such as confirm circuit 131 thus the compare circuit 128 structured in the above manner generates the verification status at combinational logic speed of an xor circuit the combinational logic speed of the compare circuit 128 is faster than the equivalent compare operation on standard external. |
5 | floor panel in this figure to cover five props may of course be varied to cover three or four props depending upon the floor loading type of panel and amount of access which may be required fig9 shows a side view of a corner clamp 65 the clamp includes an upper plate 66 which in use is mounted flush with the floor panel surface and a downwardly depending leg 67 supported by webs 68 the webs 68 also act as dividers between floor panels to prevent them from rubbing against each other when dynamic loads foot or trolley traffic are applied across the upper panel surfaces this permanent panel separating device provided by the webs 68 is a feature of this invention it enables easy initial and subsequent location of floor panels plus it prevents squeaking between adjacent panels a central aperture 69 is countersunk at 70 to enable a screw threaded fastener 71 to hold down the corners of four adjoining panels fig1 shows a single prop 22 of a floor support module having a central aperture 25 into which the screw threaded fastener 71 is received the floor panels 61 have a corner rebate 72 machined in them to receive the corner clamp 65 in use an adhesive bed 73 is placed under the bottom pad of the prop 22 and when the panels 61 are placed on the floor support module and the fastener 71 screwed down the thick adhesive bed 73 may be expanded or mostly expelled from under the prop or alternatively contracted or minimally sucked upwards thereby affecting its thickness before curing this action of the adhesive during the clamping down of four adjoining panels is a feature of this invention it enables the finite. |
4 | so the method will complete its execution as indicated in block 802 otherwise block 803 evaluates all designs within the queue associated with the machine whose estimated production time is longest more specifically block 803 finds a referenced design that when moved to a machine with a significantly shorter production time i e re annotated and scheduled to occur there causes the smallest increase within that different machine 39 s u201c necessary colors u201d set note that this is synonymous with the color difference between the design 39 s color set and the u201c necessary colors u201d set for the related machine being comparatively minimal once such a design is found block 804 moves the reference to the design to the new machine 39 s queue the one with the shorter production time re annotating the design appropriately and adding colors to that machine 39 s u201c necessary colors u201d set as needed as well as increasing that machine 39 s production time by an amount equal to the estimated production time for the design block 805 then rolls back the annotation of all designs that were referenced after the moved design in the longest production time machine 39 s queue here the roll back process for each design includes removal of the annotation i e machine assignment removal of the reference to the design in the machine 39 s related queue and removal of any entries within the u201c necessary colors u201d set that were resultant from the design 39 s original annotation after the. |
8 | case the focal plane processor needs the capability of running multiple operations per elementary readout clock in still another embodiment the interpolation may be done between neighboring pixels in such a case there should be adequate storage within each pixel processing unit to implement this method while linear interpolation is described herein higher order interpolation such as square cubic trigonometric exponential or other functions may be used rather than linear interpolation these techniques may require a different number of values from the pixel sensors one application for the embodiment described herein involves a large number of cameras 48 connected to one computer 56 as shown in fig4 in this case a relatively powerful computer may not be able to scale images from each camera in real time pushing the scaling into focal plane processors 50 on each camera 48 gives the computer enough bandwidth to process the images in a sophisticated way each of the cameras could for example capture a portion of an overall depiction using sensors 52 which is stitched together from the images received from each of the cameras the image portions produced by the cameras 48 are then passed over a bus 54 to the computer 56 the computer 56 stitches the images from the. |
4 | is applied to one surface of the web 56 as the roller 53 rotates in another example configuration of fig2 b the bottom roller 54 laps up biocide from a pan or reservoir 58 which is situated beneath bottom roller 54 with the biocide being applied to an underside of web 56 as roller 54 rotates in yet another example configuration of fig2 c a nozzle or fountain sprays biocide on a surface of the web 56 proximate the nip 55 the nip 55 is accurately set so that the biocide application is uniform over the applied surface of web 56 it will be appreciate by those skilled in the art that further apparatus and structures can be employed in conjunction with one or more of these example configurations such as a blade or scraper positioned downstream of the rollers 53 54 to remove excess biocide for example as mentioned above the example apparatus of fig1 and any suitable biocide can be used for treating a nonwoven mat such biocides include but are not limited to those mentioned and evaluated e g zpt zinc pyrithione opp ortho phenyl phenol and microbe shield one particular set of trials for producing a biocide treated nonwoven felt product which utilized the example apparatus of fig1 and the procedures and inputs described in conjunction therewith were conducted at the. |
6 | motion will be slightly delayed by the flow through the orifice b 2 the orifice leading into bore 32 the operation of the master slave fuze system is now evident from the foregoing description briefly the dispenser or master fuze 16 senses the environment discriminates between proper and improper velocity and then initiates the signal generator 18 activation of the generator 18 produces a pressure signal inside the dispenser within a short time interval e g a pressure of approximately 40 psig within 0 6 second after initiation when the pressure signal reaches the bomblet fuze signal receiver 28 the aforesaid functions occur depending upon whether the embodiment of fig3 a and 3b or fig4 a and 4b is employed in either case the signal receiver is charged with energy and the arming slider is in the enabled position the dispenser fuze 16 now opens the dispenser 12 approximately one second after the signal generator 18 has been initiated opening of the dispenser removes the high pressure holding the arming slider 38 or 38 39 allowing the slider to be forced to its armed position to align the explosive primer 40 and the explosive lead 50 detent 48 will hold the slider in the armed position the explosive 52 in bomblet 14 is now ready to be appropriately initiated by the bomblet fuze the bomblet fuze signal receivers 28 shown in fig3 and 4 are intended only to illustrate the operation of the receivers the basic components may be arranged and oriented other than as shown depending upon packaging requirements such other arrangements and embodiments are fully comprehended within the scope of the present disclosure obviously numerous modifications and variations of the present invention are possible in light of the above teachings for example an alternative. |
7 | will verify the identity of the patient by taking the patient 39 s bioid at that location 310 this information will be entered into the system at a computer terminal together with the prescribing information on the prescription and any relevant comments will be entered in a text box the software will encode the biometric data and then encrypt that data along with the prescribing information any text comments and the identity of the provider or pharmacy entering the data into the system of note is that neither the patient 39 s name nor other identifying information such as social security number is transmitted to the server the prescription the patient 39 s bioid and the name of the pharmacy are then sent to the central server 320 where a series of checks will be made to verify the accuracy and propriety of the prescription as noted in connection with the initial entry of a prescription into the central server the order of steps taken by the central server is not critical and the sequence depicted in fig3 is exemplary rather than mandatory the central server will check the patient 39 s bioid for a match 330 even if the patient has not previously filled a prescription there should be a matching bioid that was furnished by the prescribing physician if there is no matching bioid an anomaly is noted 340 and a new patient record is created and cross referenced with an a n code 350 under these circumstances the most likely cause of there being no match is that the physician 39 s office has not yet submitted the prescription information to the central server or the prescribing physician is not. |
6 | head 26 in contrast to the exemplary embodiment shown in fig3 the distance of the most remote part of the superconducting winding 50 c from the liquid helium is further removed meaning that heat must be transported over a greater distance to the liquid helium which is indicated by arrows 170 this can be achieved by an enlargement of the groove 102 of the winding 50 c or by the use of materials with higher heat conductivity fig9 shows a further alternative embodiment of the invention here no conduit is provided in the circumferential direction of the winding 50 d of the magnet 2 c instead the superconducting winding 50 d is directly thermally coupled to the reservoir 14 the reservoir 15 appropriately extends over the complete length of the magnet perpendicular to the plane of the drawing this can be seen in fig1 which shows a side view of a magnetic resonance apparatus here an even higher heat conductivity is required in comparison with the embodiments shown in fig3 and 8 alternatively a larger cross section of the coil body 4 can contribute to the heat transport fig1 shows a section through a magnetic resonance apparatus 40 a with a magnet 2 c according to the embodiment shown in fig9 the vacuum vessel 43 of the magnetic resonance apparatus 40 a is shown sectioned the radiation shield 42 likewise shown in section that surrounds the coil body 3 on which a number of superconducting windings 50 d of different diameter are. |
2 | element 10 may have a first face 22 a second face 24 an outer edge 26 an inner edge 28 and may form a continuous path along the periphery of the first vacuum membrane 12 the inner edge 28 of the intermediate sealing element 10 may at least partially overlap the vacuum membranes 12 14 so that the vacuum membranes 12 14 can be sealed to the intermediate sealing element 10 the continuous path may be any shape required by a given application for instance the intermediate sealing element 10 may form a continuous square as illustrated in fig1 however the intermediate sealing element 10 may form a continuous path of any shape or size required to make contact with the entire periphery of the first vacuum membrane 12 vacuum membranes may also vary in size and shape depending on the application the intermediate sealing element 10 may be sealed to the tool surfaces 16 18 and the vacuum membranes 12 14 by any sealing compound lip seal rubber vacuum seal or mechanical seal known in the art for creating an airtight seal between two surfaces for example as illustrated in fig2 rubber vacuum seals 30 32 may be attached. |
3 | this way the hardness of the final product can be easily controlled the admixed polybutadiene preferably has a molecular weight between 1 000 to 4 000 and a viscosity of 700 to 3 000 mpa s furthermore it is advantageous when the polybutadiene has 70 to 80 1 4 cis double bonds 15 to 30 1 4 trans double bonds and 1 to 5 vinyl double bonds it has also been found advantageous to add 0 5 to 5 polynorbornene a polymer of di cyclopentadiene to the composition this improves and increases the abrasion which is particularly important for satisfactory functioning of the eraser this polynorbornene can be added in addition to the conventional inorganic fillers since polynorbornene has an especially great specific surface and therefore an extremely good capability to absorb fats and oils this makes it possible to achieve an especially fine and absorptive abrasion it is also possible to add alternatively or as a supplement relatively small amounts of factice chlorinated and or sulfurized plant oil to achieve further improvements in the abrasion and in turn the erasing properties moreover it has been found that in place of polybutadiene or in conjunction with the polybutadiene it is advantageous to add relatively small amounts of naphthenic. |
4 | needle 1 with the yarn 5 passing through the needle eye 6 thereof is punched through a backing fabric beneath which a corresponding looper 7 catches and holds a loop of yarn as the needle 1 is withdrawn the shaped passage in the needle 1 as it is withdrawn upwards ensures free movement of the yarn 5 as it passes along the channel or recess 4 to the needle eye 6 as the yarn 5 is allowed to move so as to be deviated or unimpeded as little as possible as it passes through the needle eye 6 in the regions a and b of the needle 1 the yarn 5 runs more smoothly therethrough particularly when joints and lumps occur as a straighter flow of yarn occurs when the yarn 5 is caught and held by the looper 7 when and if unintentional increases in tension occur the rounded off portion 8 which is engaged with the loop in the yarn 5 reduces the tendency of the looper 7 to cut or break the yarn 5 thus by the replacement of conventional needles and or looper with needles and loopers according to the present invention a substantial reduction in the breakage of yarns due to the jamming sticking or breaking associated with. |
9 | be interpreted as being limited in the following embodiments actually the following embodiments are intended to demonstrate and illustrate the present invention in a more detailed and completed way and to fully convey the scope of the present invention to those of ordinary skill in the art in the accompanying drawings in order to be specific the size and relative size of each layer and each region may be exaggeratedly depicted it should be known that although u201c first u201d u201c second u201d and the like are used in the present invention to describe each element region layer and or part such words are not intended to restrict the element the region the layer and or the part but shall be considered to distinguish one element region layer or part from another therefore under the circumstance of without departing from the teaching of the present invention the first element region layer or part can also be called the second element region layer or part in addition u201c under u201d u201c on u201d and similar words for indicating the relative space position are used in the present invention to illustrate the relationship between a certain element or feature and another element or feature in the drawings it should be known that. |
1 | it will be understood that body members 18 and 18 u2032 are also interconnected by such a bridge however this is best shown in fig1 fig1 illustrates a side view of the embodiment of fig9 illustrating the releasable lock means 20 according to the embodiment in fig9 et seq in this embodiment the lock means 20 comprises a slotted arm 84 shown best in fig1 having spaced apart slots 86 and spaced laterally therefrom a second arm 88 having a groove 90 therein referring now to fig1 and 11 shown is the arrangement of the releasable locking means 20 as discussed with respect to fig9 body members 16 and 16 u2032 include slotted arm 84 and second arm 88 with groove 90 in a similar manner the body members 18 and 18 u2032 include similar structures for releasable cooperative engagement between corresponding parts to this end body member 18 includes arm 92 having grove 94 therein body member 18 u2032 includes slotted arm 96 having slots 98 therein this is best shown in fig1 as will be appreciated in the embodiment shown in fig9 through 12 the terminal end portions in this embodiment comprise terminal end sections 100 and 102 this is due to the fact that the body portions 16 and 16 u2032 as well as 18 and 18 u2032 are connected to provide continuous loops as an option the area within the loops may be filled in as shown with the diagonal lines in fig9 this would allow an area for indicia in terms of the additional details for purposes of the use of the device although only one device is shown as positioned about the foot wear shown in fig6 through 8 it will be appreciated that a plurality of such devices may be positioned about each. |
7 | initially to fig1 a system is shown generally designated 10 that illustrates one non limiting environment in which the present invention can be used in general the present invention is a system for managing a data cache that caches data from a slower memory for instance the present invention may be implemented in database systems such as db2 and oracle as well as raid based systems such as the present assignee 39 s u201c shark u201d system as well as other systems such as individual hard disk drives etc accordingly it is to be understood that while fig1 illustrates one non limiting implementation that has a u201c shark u201d architecture it is but representative of the environments that the present invention finds use thus the present invention may be implemented in a file system database system or other system that must allocate space for variable sized data objects in one intended embodiment the processor or processors computers of the present invention may be personal computers made by international business machines corporation ibm of armonk n y or any computers including computers sold under trademarks such as as400 with accompanying ibm network stations as shown one or more processors 12 may communicate with one or more host computers 14 through an array 16 of host adapters with associated connectors 18 also the processor or processors 12 may communicate with slower storage such as a raid configured disk storage system 20 through respective device adapters 22 the processors 12 may have respective non volatile storages nvs 24 for receiving communication from the other processor as well as a respective preferably solid state implemented data cache 26 one or both processors are programmed to execute the logic herein with respect to this logic the flow charts and pseudo code herein. |
4 | that can be combined with a hydrocolloid and emulsified to produce a water based colloidal emulsion the solid components of which produce a dried film that is redispersible in water is a vinyl acetate acrylate copolymer available from national starch corporation as latex no 4441 or latex no 4442 which have a molecular weight of about 2 000 000 a glass transition temperature of about 40 u00b0 c and a sward rocker hardness of about 3 water redispersible latexes as exemplified above should be a water based emulsion of a non cross linking polymer combined with a hydrocolloid so that a film of the solids in the emulsion non water components is water redispersible sufficiently soft to have a glass transition temperature lower than about 10 u00b0 and preferably from about 20 u00b0 c to about 50 u00b0 c and have a sward rocker hardness between about 1 and about 4 such polymers usually have a molecular weight of about 2 000 000 sward rocker hardness values and the test procedure are described in 34 paint testing manual 34 g g sward editor astm special technical publication 500 and also described in 34 surface coatings and finishes 34 gordon amp dolgin chemical publishing co 1954 there are particular advantages associated with employing the water redispersible latex adhesive described above as the first adhesive in practicing the present invention such latexes produce a particularly suitable film in which the creping doctor blade tends to ride and shear the film for creping the web from the creping surface and in addition any residue of the first creping adhesive which becomes deposited upon the papermaking felt or. |
3 | were chlorinated by soaking them in a 10 solution of clorox buffered to ph 7 at ambient temperature for 45 minutes rinsed with water and dried for 1 hour at 45 u00b0 c to remove any occluded free chlorine an iodometric thiosulfate titration was used to measure the weight percent of cl bound to each swatch of cotton unchlorinated cotton swatches and unchlorinated coated cotton swatches served as controls in the biocidal tests to be described below biocidal efficacy tests were performed on the cotton swatches each swatch was inoculated with a 25 microliter drop of staphylococcus aureus atcc 6538 containing 9 47 u00d7 10 6 colony forming units cfu a second identical swatch was placed on top of the inoculated swatch as in a sandwich and was held in place by a steel weight following a specific contact time 5 10 and 30 minutes the bacterial cells were washed off the cotton with distilled deionized water while vortexing quenched with dilute sodium thiosulfate 0 02 n and plated onto trypticase agar colony counts were performed after incubation at 37 u00b0 c for 24 and 48 hours the results are shown in table 4 as can be seen from the results in table 4 all of the chlorinated coatings provided complete inactivation of s. |
9 | hour culture and then diluted at a 1 100 ratio this diluted culture was then grown for an additional two hours after which the silver diphenyl hydantoin was added evaluation of the culture took place 18 hours after the addition of the silver ammonium phenytoin the results are summarized in accompanying table 1 table 1______________________________________effect of silver ammonium phenytoin on variousmicroorganisms minimal inhibitory concentrationmicrograms of silver ammonium diphenyl hydantoinper millilterorganism 1 10 20 40______________________________________enterococcus group d strepcandida albicans klebsiella seratia pseudomonas aeruginosastaphloccoccus aereus______________________________________ inhibition organisms grown in millerhinton broth a 24 hour culture was diluted 1 100 and compound was added to a two hour culture of this dilution and evaluated at 18 hours antibacterial action was also demonstrated in pure cultures of organisms on blood agar plates experiments designed to compare the effect of sodium sulfadiazine silver sutfadiazine and silver ammonium phenytoin were performed the parameters of the experiments were identical to those set forth in example i and the results are set forth in table 2 table 2__________________________________________________________________________minimal inhibitory concentrationsenterococcus candida a klebsiella serratia m pseudomonas a strep as ss sp s ss sp s ss sp s ss sp s ss sp s ss sp__________________________________________________________________________micro gram ofagent 1 10 20 u00b1 40 u00b1 __________________________________________________________________________ organisms were grown in millerhinton broth a twentyfour hour culture was diluted 1 100 compounds were added to two hour cultures and examined for inhibition at 18 hours the magnitude of inhibition is estimated and indicated by s sodium sulfadimene ss silver sulfadiazine sp silver ammonium diphenyl hydantoin. |
1 | point automatically as the injection is given application_number US 30154194 A description referring to fig1 a sectional view of safety syringe 100 is shown with the sleeve in the exposed position safety syringe 100 would probably be shipped and packaged with a removable cover not shown the principle components of safety syringe 100 are barrel 101 plunger 105 needle 108 sleeve 111 and connector 114 barrel 101 is an elongated hollow cylindrical member made of a rigid or semi rigid material such as molded plastic barrel 101 is transparent or translucent so that the operator can see the medication in barrel 101 barrel 101 has plunger end 102 which is open for receipt of plunger 105 and needle end 103 needle end 103 is like the needle end on conventional syringes known in the art except it has connector aperture 104 connector aperture 104 can be of any shape so long as its shape matches with the cross sectional shape of connector 114 so that when connector 114 is inserted into connector aperture 104 a fluid tight seal is formed in the embodiment shown connector aperture 104 is a cylindrical shaped hole whose long axis is parallel with the long axis of barrel 101 plunger 105 has thumb end 106 and washer end 107 plunger 105 is an elongated rigid or semi rigid member whose length is adapted so that the operator can fully insert plunger 105 into barrel 101 by pushing on thumb end 106 plunger 105 will typically be constructed of molded plastic washer end 107 is adapted so that when washer end. |
9 | be treated can be maintained as further means for maintaining the temperature for operation when the operation of the apparatus is interrupted there is adopted a method in which the hot secondary dross from which molten zinc has been squeezed out is not discharged but left in the container and it is first discharged when the subsequent dross treatment is initiated according to a preferred example of the manner for attaching scraper plates 9 four arms 8 are fixed to the rotary shaft 7 so that they are spaced from one another by an angle of 90 u00b0 and two each 8 in total of the plates 9 are fitted to respective arms 8 by means of set boards 10 in order to enhance the squeezing effect it is preferred that each scraper plate 9 be inclined with respect to the arm by an angle of 45 u00b0 so that when the rotary shaft 7 is rotated in the clockwise direction in the direction indicated by an arrow in fig2 the scraper plate 9 functions to scrape up the dross along the inclined face of the conical bottom portion of the container and thus squeezes out metallic zinc further in order to collect the squeezed zinc conveniently it is preferred that the lower side of the scraper plate 9 be substantially in parallel to the inclined face of the bottom portion of the container as shown in fig1 the number of arms and the size and number of scraper plates attached to each arm are appropriately determined and. |
4 | 18 according to fig3 three weft threads 30 31 and 32 are introduced through a respective tooth gap of the reed into the shed acting as weft thread introducing organs are two hooks 33 and 34 which form the weft thread loops 36 and 37 by pulling out of the weft threads 30 and 31 as well as a push rod 35 which forms the weft thread loop 38 in this manner the weft threads 30 and 32 are looped into the loop connection 19 within the tape fabric and the weft threads 31 and 32 are connected into the cross connection 23 for the formation of the fabric edges the weft thread loops 36 and 37 respectively are looped together by means of not illustrated weaving tools with the weft threads 30 and 31 forming the fabric edges as shown in fig2 when the thread guide 39 is now for example constructed as part of an equipment which for example consists of three thread guides controllable according to pattern the weft thread 32 can be selected from three threads of different colour or appearance while the unselected threads are guided into the fabric with a respective warp thread in this manner the middle part of the fabric can be structured as fabric pattern through changing of the weft thread as a further possibility the patterned middle part can be extended up to the fabric edges so that the weft threads. |
7 | on the other hand the transistor tr2 has its base connected to the collector of the transistor tr1 thus the moment a voltage across the terminals of the condenser c1 reaches a predetermined level the transistor tr2 is rendered conductive thereby blocking the transistors tr3 tr4 the solenoid 11 is connected to the collector of the transistor tr4 and is maintained excited only while the transistors tr3 tr4 are in conductive condition and is de energized simultaneously when the transistors tr3 tr4 are blocked the resistors r2 r3 are used for stabilizing the operation of the schmitt circuit the double exposure preventive circuit 21 consists of switches s1 s3 s4 s5 a condenser c2 a discharge circuit consisting of resistors r4 r5 for dividing the voltage of a battery or cell e and a semi conductor control circuit consisting of a thyrister or scr 22 the condenser c2 is connected by way of parallel connected switches s3 s4 across the resistor r 6 and constitutes a self discharging circuit with resistor r4 and switches s1 s5 thus by closing either one of switches s3 and s4 the condenser c2 is charged and by closing both switches s1 s5 the condensor c2 is discharged on the other hand the scr 22 is connected by way of the solenoid 11 to the base of the transistor tr4 and its gate is connected by way of switches s1 s5 to the positive terminal of the condensor c2 the switch s1 is adapted to be closed by the depression of the release plate 9 while the switch s4 is a manually operable switch for use in multi exposure picture taking and adapted to be freely opened and closed from the exterior of a camera the winding. |
1 | less than about 0 04 g cm 3 a tap density less than about 0 03 g cm 3 tap density can be measured by using instruments known to those skilled in the art such as the dual platform microprocessor controlled tap density tester vankel n c or a geopyc u2122 instrument micrometrics instrument corp norcross ga 30093 tap density is a standard measure of the envelope mass density tap density can be determined using the method of usp bulk density and tapped density united states pharmacopia convention rockville md 10 th supplement 4950 4951 1999 features which can contribute to low tap density include irregular surface texture and porous structure the envelope mass density of an isotropic particle is defined as the mass of the particle divided by the minimum sphere envelope volume within which it can be enclosed in one embodiment of the invention the particles have an envelope mass density of less than about 0 4 g cm 3 the inhalable powder of the invention has a preferred particle size e g a volume median geometric diameter vmgd of at least about 1 micron u03bcm in one embodiment the vmgd is greater than 5 u03bcm in other embodiments the vmgd is between about. |
1 | diode led representatively shown and identified by reference numeral 16 diffusely illuminates the region of the front of the eye about ten percent 10 of the light is transmitted through beam splitter bs 3 which light passes through lens l 5 lens l 5 forms an image of the pupil and the front of the eye in the plane of a video sensor c 1 the video output from video sensor c 1 is displayed on an operator 39 s monitor on computer screen shown in fig3 to provide a view of the eye and of the pupil if the patient 39 s eye is focused at infinity the light reflected from each point on fundus 14 will be collimated as it is incident on lens l 4 therefore 90 of the light reflected from beam splitter bs 3 will form an aerial image of the fundus in the focal plane of lens l 4 which focal plane is represented by a dashed line identified as fi fundus image the light passes through lens l 6 which lens is at its focal distance from fundus image fi thus lens l 6 will collimate light from each point on the fundus further because the light considered as originating in the plane of pupil p is collimated by lens l 4 lens l. |
9 | behavior of the neural networks 450 480 converges acceptably closely to the behavior of the actual furnace 120 and prior art regulator 130 the networks are said to be sufficiently 34 trained 34 to be installed in the operational configuration because each network 39 s behavior is completely defined by the weights in the neurons once the networks have been trained the weights may be stored then when the regulator 100 is installed in its operational configuration to control furnace 120 the weights may be reloaded into the networks so that they will initially behave in a known and acceptable manner the training configuration 500 of the regulator 100 is shown in greater detail in fig1 since fig1 is similar to fig5 and since fig5 has been previously described in detail only those aspects of the training configuration 500 of fig1 which are different from fig5 will be described in order to obtain information on the behavior of the prior art regulator 130 the output of the regulator is provided to a data acquisition system 510 on lead 518 this data acquisition system 510 performs the essentially same functions as the data acquisition system 410 used to collect furnace operating state information and may be implemented using the same resources the data acquisition system 510 presents its output as a regulator state vector on lead 512 the regulator state 512 produced by the data acquisition system 510 is stored in a buffer 514 and made available to other regulator components as the present regulator state r3 on lead 516 each time a new regulator state vector r3 on lead 516 becomes available the previous regulator state is provided to a buffer 520 via lead 518 and is made available as vector r2 on. |
8 | like corresponding to the transmitted force and a pressure generated in the combustion chamber or the like is measured based on the detection signal to measure a pressure generated in the inside of the combustion chamber with high accuracy it is necessary to ensure a state where the ceramic heater element 2 and the power transmission sleeve 28 are freely movable in the axial direction without being constrained by the housing 3 on the other hand to prevent a temperature of a brazing material used for bonding constitutional members and a temperature of the conductor portion 9 from being extremely elevated and exceeding a heat resistant temperature it is necessary to radiate heat generated by the ceramic heater element 2 by efficiently transmitting the heat to the housing 3 the glow plug 1 according to this embodiment is configured such that heat generated in the ceramic heater 7 is released to the housing 3 through the metal made flexible member 15 the glow plug 1 according to this embodiment adopts the seal structure which prevents the intrusion of an exhaust gas generated in the combustion chamber into a rear end side of the glow plug 1 outside the ceramic heater element 2 the flexible member 15 is bonded to the metal made outer sleeve 8 and the housing 3 thus ensuring airtightness of the glow plug 1 with respect to the combustion chamber on the other hand inside the metal made outer. |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.