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5 | and 313 respectively clean water line 320 and displacement pump 335 brings clean water to each of tanks 311 312 and 313 via branches 321 322 and 323 the clean water line 320 also has an optional branch past valve 324 through dilution pump 330 thus adding diluent to high concentration proppant carrier fluid line 340 if needed clean water mixes in tanks 311 312 and 313 with proppant from hoppers 301 302 and 303 and proppant slurry exits through a slurry line 344 via branches 341 342 and 343 from the respective tanks to the proppant carrier fluid line 340 and from there the final fracturing fluid labeled u201c final slurry u201d is delivered to the well off to the right overflow line 350 allows clean fluid in an upstream tank to feed into a downstream tank thus allowing space in the upstream tank for proppant to be added thereto thus branches 351 352 and 353 allow used fluid to combine with the clean water to fill or displace a given tank recycle line 360 allows for excess clean fluid to be emptied from a tank before proppant has been added and recycled as makeup water in e g slurry stream fluid injection stream and the like thus branches 361 362 and 363 allow for clean fluid to be displaced from each tank and pumped into. |
3 | a significant savings in capital investment chemical usage catalyst and hydrogen and energy usage solvents that are used in the claimed invention are chosen based upon whether they extrac sulfur and rejecting olefins in the fcc gasoline also the boiling point of the ed solvents should be high enough to be recovered in the solvent stripper and not to contaminate the extracted products the non limiting solvent examples include sulfolane 3 methylsulfolane 2 4 dimethylsulfolane 3 ethylsulfolane n methyl pyrrolidone 2 pyrrolidone n ethyl pyrrolidone n propyl pyrrolidone n formyl morpholine dimethylsulfone diethylsulfone methylethylsulfone dipropylsulfone dibutylsulfone tetraethylene glycol triethylene glycol dimethylene glycol ethylene glycol ethylene carbonate propylene carbonate and mixtures thereof the presently preferred solvents are sulfolane 3 methylsulfolane n formyl morpholine 2 pyrrolidone dipropylsulfone tetraethylene glycol and mixtures thereof in the process according to an embodiment of the invention the extractive solvent includes a co solvent for example a preferred solvent comprises sulfolane with 3 methylsulfolane n formyl morpholine 2 pyrrolidone dipropylsulfone tetraethylene glycol water heavy sulfur residuals from fcc gasoline or mixtures thereof as a co solvent feedstocks fcc gasoline contains many different types of sulfur species including without limitation mercaptans sulfides disulfides thiophenes and benzothiophenes table 1 illustrates the commonly observed sulfur compounds that are extracted from hydrocarbon feedstocks using processes of the invention along with their normal boiling points in an alternate embodiment of the claimed invention impurity and sulfur removal is carried out by using divided wall distillation in the solvent recovery process this is shown in. |
5 | drive is positioned to accept the marginal end of a cable about a drawworks drum a dog house houses control panels and electronic circuitry for controlling the operation of the drilling rig a fast line extends from drum of the draw works and is rove between the crown block and traveling block the system of fig1 includes an auxiliary hole or holes adjacent a main wellbore which was not drilled with the drill string and drill bit e g a rathole or mousehole used in the drilling operations optionally a typical rotary apparatus not shown is used to drill the main wellbore fig2 a and 2b show a rig r according to the present invention with an auger drive unit 10 according to the present invention secured to a drill floor 8 of a substructure 5 the drill floor 8 supports a mast 6 which has a racking board 4 secured thereto cables 11 and 12 extend from the auger drive unit 10 up to a crown block structure 9 of the rig r and down to winches 2 a 2 b on a rig carrier frame 1 e g a trailer or drilling unit that supports equipment e g a drawworks engines winches etc an extension 14 with an auger 16 attached thereto project down from the auger drive unit 10 in certain aspects with a rig floor that is about 20 feet high about eight plus or minus one extensions 14 are used each about 4 feet long with an auger that is about 9 feet long for a 15 foot deep mousehole or a 15 foot deep rathole as shown in fig2 b the auger 16 of the auger drive. |
5 | let u03b1 denote the complex value obtained when the switch 90 is open and u03b2 the complex value obtained when the switch 90 is closed u03b1 is obtained by calculating u03b1 u03b1 1 j u03b1 2 where u03b1 1 is the voltage measured at microcontroller input 70 when the phase of the multiplexer 48 with respect to the guard sine wave is u03c6 u03c6 need not be known but it must be constant and u03b1 2 is the voltage measured at microcontroller input 70 when the phase of the multiplexer 48 with respect to the guard sine wave is u03c6 90 u00b0 for the measurements of both u03b1 1 and u03b1 2 the switch 90 is open u03b2 is obtained by calculating u03b2 u03b2 1 j u03b2 2 where u03b2 1 is the voltage measured at microcontroller input 70 when the phase of the multiplexer 48 with respect to the guard sine wave is u03c6 same value as for the determination of u03b1 and u03b2 2 is the voltage measured at microcontroller input 70 when the phase of the multiplexer 48 with respect to the guard sine wave is u03c6 90 u00b0 for the measurements of both u03b2 1 and u03b2 2 the switch 90 is closed the difference u03b2 u2212 u03b1 between these two measured complex values corresponds to the complex impedance of the reference impedance 88 because the reference impedance 88 is in parallel with the unknown impedance 16 which will be denoted z x in the following since the complex impedance z ref of reference impedance 88 is known the ratio between the difference u03b2 u2212 u03b1. |
6 | the occurrence of reaction forces the principle of action is shown in fig2 the second flywheel ring 2 is provided in the area of its inner circumference with axial projections engaging the intervals between the fingers 10 these projections transmit the rotary movement to the fingers 10 whereby the damping system formed by the parts 5 7 8 9 and 11 after exceeding a certain minimum rotation of the first flywheel ring 1 with respect to the second flywheel ring 2 becomes increasingly ineffective until the elevations 20 of the pressure ring 7 and angle ring 11 finally slide only on the pads 19 of lower coefficient of friction the heat shield 12 affixed to the second flywheel ring serves for the isolation of the spring 6 consisting of rubber elastic material against undesired heating the configuration shown in fig3 is similar to the one described above in this case too the spring 6 consisting of rubber elastic material is of annular shape and is affixed to bonding surfaces of the first flywheel ring 1 and second flywheel ring 2 encompassing one another radially the spring 6 is at an axial distance on both sides from the confronting walls of the first flywheel ring 1 and the chambers thus formed are sealed dynamically from the second flywheel ring 2 and filled with silicone oil of a viscosity of 100 to 200 000 centistokes the latter at the same time wets both sides of the toothed disks 27 reaching into the chambers which are affixed to. |
5 | the central tubular portion 322 at a position midway between the forward and rearward sides of the central tubular portion 322 in this illustrated embodiment opposing wing members 354 and 355 comprise a third material specifically an outer layer 340 substantially surrounds an inner core 230 and wing members 354 and 355 attach to outer layer 340 the wing members 354 and 355 may have a different color than outer layer 340 so as to provide stripes or a shading effect running along the length of the fence insert advantageously the illustrated fence insert can be formed by coextruding three separate materials so as to form the inner core the outer layer and the wing members in one step fig7 shows still yet another preferred embodiment of the present invention for a fence insert which includes four wing members 424a 424b 425a and 425b in this illustrated embodiment wing members 424a and 424b extend from one side of a central tubular portion 422 and wing members 425a and 425b extend from the opposite side of the central tubular portion 422 although the wing members are shown to be in line and parallel it is appreciated that other configurations would be equally suitable e g the wing members on each side can be angled toward or away from each other while the wing members of illustrated embodiments of the present invention extend away. |
9 | oriented transport mechanism are then combined to determine the traffic necessary to cause a cost effective cutover from the routing system transport mechanism to the connection oriented transport mechanism block 625 this is done by solving the two cost functions for the traffic variable the drain rate function is then set up using the planning horizon h p and the maximum traffic function block 630 the drain rate function is also a function of time such that the drain rate function varies as time progresses specifically the drain rate will increase as time progresses through the planning window h p for example at the start of the planning window the drain rate function is low because not much time has elapsed in the planning window but as time proceeds the drain rate function increases such that at a time near the close of the planning window the drain rate function is very large this has the effect of requiring a data transport to transport large amounts of data near the end of the window to justify a cost effective cutover once the necessary functions have been established the leaky bucket 410 then begins to monitor the data flow as data arrives block 635 it is monitored by the leaky bucket 410 when data does arrive the temporary bucket contents are determined by adding the arriving data to the existing bucket contents block 640 the amount of data that has leaked from the bucket since the time that data last arrived is then determined block 645 this is done by integrating the drain rate function over the time interval for which data has arrived this yields an amount of the bucket contents which should be drained according to the drain rate function this. |
6 | as methanol at over two times the rate that gasoline is drawn by using fuel bowl assemblies 14a and 14b in accordance with the invention carburetor assembly 10 can accommodate different types of fuel having different volatility such as gasoline and alcohol without altering the basic operation of carburetor assembly 10 in particular carburetor assembly 10 can operate at its normal fuel pressure levels e g 8 psig fuel bowl assemblies 14a and 14b include a pair spacers 16a and 16b used in combination with a pair of conventional float bowls 18a and 18b as shown in fig1 or in the alternative with a second pair of spacers 100a and 100b and pair of end plates 102a and 102b as shown in fig7 fuel bowls 14a and 14b have fuel inlets 46a 46b 44a and 44b as will be discussed in detail later in accordance with the embodiment shown in fig1 carburetor assembly 10 includes the following main components carburetor main body 12 metering plates 20a and 20b spacers 16a and 16b and float bowls 18a and 18b the components of the carburetor assembly 10 are secured respectively on each side of carburetor main body 12 by threaded mounting rods 17 which pass through correspondingly threaded mounting holes in carburetor main body 12 metering blocks 20a and 20b spacers 16a and 16b and float bowls 18a and 18b disposed between adjacent components of carburetor assembly 10 is a conventional gasket not shown of resilient material such as rubber the gaskets form a liquid tight seal between adjacent components of carburetor assembly 10 referring now to fig2 a discussion of one half of carburetor assembly 10 will now be provided for purposes of this embodiment of the invention. |
4 | from 1 to 50 by weight of the coating titanium oxide is the most preferred pigment but other inorganic oxides and even carbonates can be used it is desirable that the paper not exhibit a variation in optical density between the marked or unmarked areas on the backside when there is backlighting on the paper base there should be an optical density variation of less than 0 2 when viewed in the transmission mode with high intensity room lighting preferably there should be an optical density variation of less than 0 1 when so viewed the temperature of the resin during extrusion is usually between 90 and 200 u00b0 c the temperature of the chill roll is usually between 0 and 40 u00b0 c the speed of the paper through the operation is usually between 100 and 500 ft min 30 to 150 m min the polymer used in the coating operation may be substantially any transparent preferably colorless thermoplastic resin such as polyolefins nylons polyesters polyvinyl resin and the like polyolefins such as polyethylene polypropylene and mixtures blends and copolymers thereof are most preferred these and other aspects of the invention will be understood from a reading of the following non limiting example a roll of commercially available white primed paper stock is fed by rollers towards an extrusion head at about 91 meters per minute a composition comprising 85 percent by weight polyethylene and 15 percent by weight titania is extruded at 120 u00b0 c onto the paper at a coating. |
3 | washing the stirring is stopped to separate two phases the lower phase aqueous u2014 63 8 g is removed via the bottom valve while resuming the stirring the upper phase organic is washed at 40 u00b0 c with 62 4 g of aqueous sodium hydroxide solution 15 wt after 5 minutes of washing the stirring is stopped to separate two phases the lower phase aqueous u2014 64 2 g is removed via the bottom valve the process is completed with a final wash at 40 u00b0 c of the upper phase organic with 60 7 g of water after 5 min of washing the stirring is stopped to separate two phases a lower phase aqueous 61 2 g and an upper phase organic 77 3 g are recovered after analysis the organic solution contains 41 2 g of u03b1 u03b1 u2032 bis tert butylperoxy diisopropylbenzene c 20 h 34 o 4 0 35 g of u03b1 tert butylperoxy u03b1 u2032 hydroxyisopropylbenzene c 16 h 26 o 3 and 0 43 g of u03b1 tert butylperoxy u03b1 u2032 isopropenylbenzene c 16 h 24 o 2 corresponding respectively to the sum of the meta and para isomers of each of the compounds this represents a yield of u03b1 u03b1. |
1 | for rotation about a vertical axis and positioned laterally with respect to one another disks 44 have a plurality of bats 46 that act like vanes to positively direct crop residue in a lateral direction a cone 48 extends vertically upward from each disk 44 and provides a cover for a motor 50 for each disk the motor output shafts not shown cause the disks 44 to rotate as needed motor 50 may be in any one of a number of forms including hydraulic air electrical and a mechanical interconnection to a remotely positioned motor rotation of disks 44 is set up so that when viewed from above and looking towards the front of the agricultural harvester 20 as illustrated in fig2 the right side disk rotates counterclockwise and the left disk rotates clockwise so that they propel crop residue between them aft and around and laterally a left deflector 52 pivotally connected to the agricultural harvester 20 at point 56 and a right deflector 54 pivotally connected to the agricultural harvester 20 at 58 are positioned adjacent the spreader devices 42 the deflectors 52 and 54 are shown as pivoting around an axis that is generally parallel to the rotational axis of the disk 44 and pivotal between limits 52 a and 54 a and the solid representation of deflector 52 and dashed line 54 b the deflectors 52 and 54 are pivoted by the control system shown in fig3 to provide directional control of the. |
8 | tries cooperation between sectors when the channel quality information of the destination terminal is below a first threshold and performs cooperation when a cooperation destination sector does not overlap with resources to be used when the resources overlap the base station gives a preference to the cooperation destination sector fig9 shows a sequence diagram of the first embodiment operations of 701 to 707 are the same as those in fig7 except that the base station performs cooperation processing 901 between sectors after the data transmission target decision operation 705 fig1 details processing operations of the inter sector cooperation processing 901 the base station determines whether the sectors newly start data transmission 1001 and compares for sectors found to be true channel quality information of a destination terminal with a predetermined threshold first threshold 1002 this operation 1002 for example can be realized by referring to downstream channel quality information 701 sent by the terminal and a decided transmission data rate when the channel quality information is below the first threshold the base station searches for a subordinate sector that it can cooperate with 1003 a sector of a cooperation destination can be decided by referring to an active set of the terminal and a terminal managed by the base station next the base station checks the use status of time and frequency resources by existing communication of the destination sector 1004 and determines the presence of time and frequency resources that might duplicate during communication by use of hopping patterns of a cooperation source 1005 when they do not duplicate inter sector cooperation is performed when a duplication exists the resources of the cooperation destination take. |
7 | would cause an error to be raised error notification may be as simple as recognizing a visual difference or it may involve an error message being issued during programmatic testing the correct value u201c sun u201d would be required in place of u201c dim u201d during operation 260 locale information changes are provided by testers or knowledgeable users involved with the validation and applied to the extracted information previously obtained during operation 254 making updated extracted information available for formatting again starting with operation 256 this process is continued until the formatted output is correctly validated fig3 illustrates a flow diagram of an overall process for a preferred embodiment of the invention the process is performed on a computer system storing the locale source file using an extractor and making use of appropriate associated rules patterns and substitution information including logic and knowledge of how to interpret a locale source file temporary data of the intermediate output of the extractor and final results of the process text strings for testing the set of keyboard rules patterns and substitutions are referred to as keyword directives a sample portion of a locale source file conforming to posix locale source conventions is depicted in example a a description of which follows posix locale source convention is iso iec 9945 1 1900 ieee standard 1003 2 1990 information technology portable operating system interface posix u2122 shell utilities ieee standards 1003 2 and 1003 2a the. |
1 | lucky number using four dice where the number of marked fields is four or more are less likely since the chance of winning is higher than 50 a payout on a probability higher than 50 is more difficult to work out furthermore having two or more dices representing the same probabilities would make the game less interesting variations on the colors used for visually distinguishing between dice instead of color another property may be used in fact it is not strictly necessary enhance the difference of the three dice since each of the three dice holds a different number of marks resulting in different dice nevertheless for the understanding of the game it is practical to enhance this difference and to use this difference to mark for instance the betting fields instead of using differently colored dice this is possible when a different mark is used for each dice this however will result in dice which cannot be distinguished right away only by studying the game result or the marks would be possible to differentiate between the dice it is obvious that changing the color is easier than other alternatives for example it would also be possible to change the size of the dice instead of its color however changing the size is less attractive that changing its color players may argue that the randomness of. |
4 | load is made smaller than that during no load running and that changing over between running under a load and no load running is automatically effected in response to a detection signal from the rotational angle detector and controls rotation of said agitating wheel to an angle equal to or less than 360 degrees including rotation by energization of the motor and rotation by inertia whether during running under a load or no load application_number US 58115584 A description an embodiment of the present invention will now be described with reference to the accompanying drawings referring to fig1 and 2 a washing tank 2 is secured within the outer housing 1 of a washing machine and articles are washed in the washing tank 2 a main shaft 3 is mounted water tight at the center of a bottom of the washing tank 2 and is supported for rotation by means of a main shaft bearing 4 an agitating wheel 5 is mounted on the main shaft 3 within the washing tank 2 and a pulley 6 is mounted at a bottom end of the main shaft 3 and has a plurality of detection holes 7 for detection of a rotational angle of the agitating wheel 5 perforated in a predetermined spaced relationship along a circular line therein fig2 a rotational angle detector 8 includes a light emitter 9 and a light receiver 10 light receiver 10 receives at a position of a detection hole 7 of the. |
3 | body 162 an actuating body 164 and a central stud 166 respectively replace the chamber 14 main body 16 the actuating body 18 and the central stud 24 of the first embodiment shown in fig1 and 2 in fig6 an alternative connecting means to that of the first embodiment shown in fig1 and 2 for connecting the main body 162 to the chamber 160 is shown which uses a plurality of screws 168 to attach the main body 162 to the chamber 160 the main body 162 comprises a lower part 170 with a smooth surface which fits in the chamber opening 172 which also have a smooth surface there is a flange 174 on the main body 162 with a plurality of openings 176 where the screws 168 can pass on the top edge surface of the chamber 160 there are plurality of threaded holes 178 matching the treads of screws 168 the screws 168 can pass through the openings 176 of the flange 174 and be screwed in the threaded holes 178 in the chamber 160 connecting the main body 162 into chamber 160 pushing the lower surface of the main body 162 against the step 40 and the sealing member 36 sealing the connection still referring to fig6 in case of using a material such as teflon which may. |
7 | ahead for additional sectors this limit can be set to accept any request falling within a specified range of sectors to pass the sequential test if the request does not meet the sequential test of step 530 the algorithm proceeds to step 550 where the designated disk is changed and the counter is reset to zero otherwise an additional step is performed in step 540 step 540 checks to see if the counter is equal to the threshold as before if the answer is yes step 550 is performed to toggle the designated disk and to reset the counter to zero otherwise step 550 is skipped step 560 sends the read request to the designated disk and increments the counter by 1 step 570 determines from the average size of data blocks requested in the most recent reads if the threshold value needs to be changed this derives from the fact that during testing of this algorithm it was realized that when small blocks of data were being read e g 0 5k the threshold value needed to be larger than if relatively large blocks of information e g 32k were being read it is anticipated that the threshold value would not be changed rapidly but if a general shift in the size of the blocks read does occur this provides a means of further optimizing performance if it is determined that a change in the threshold value would be beneficial the process goes to step 580 where the threshold value is set to a more efficient value otherwise this step is skipped finally in step 590 it is determined if further requests are being received if they are the algorithm continues from step 520 otherwise the process is complete using this enhanced algorithm adds some complexity and requires the. |
9 | in the regulating organ facing the inlet conduit 4 if the regulating organ 6 is rotated further an intermediate flow u201c qint u201d will be supplied by way of an ensuing flow opening 17 in the form of a groove which has a decreasing area being substantially lower than the qmax the u201c qint u201d flow is diminishing in accordance with the angle a rotated until a through hole 18 for a u201c qmin u201d flow is facing the inlet conduit 4 at an correspondent angular position a2 210 degrees the diameter d1 of this hole 18 is calibrated for the supply of a qmin of ng on the ng type cooking appliance the knob class provided with the appendix 14 cannot turn through an angle larger than a2 the external control panel 2 fig4 has a circular groove 20 travelled by said appendix 14 of the knob 9 its angular extension a2 210 degrees imposes the limit of angular travel governing the regulating organ 6 from the off position to the outlet of the ng qmin flow by way of hole 18 once installed on the panel 2 the knob unit 9 chosen for the supply of lpg lacks in having said appendix 14 or any other element limiting the angle u201c a u201d of rotation thus the regulating organ 6 may rotate as far as an angular position a3 270 degrees located farther away from the initial off position than the prior position u201c a2 u201d until a second through hole 19 lines up with the inlet conduit 4 the diameter d2. |
7 | asset 100 being moved from one location to another or the motion could be the removal of the tag 60 from the asset 100 at block 206 an activation signal is transmitted from the processor 101 to the tag removal sensor 106 which is an optical sensor 106 the activation signal activates the optical sensor 106 from a low power or resting mode to a high power or activation mode in this manner the limited power supply 104 of the tag 60 is not quickly exhausted by having the optical sensor 106 in a constant high power activation mode at decision 208 a determination is made concerning the attachment status of the tag 60 this determination is performed by the reflected light 109 b of the emitter 107 being received by the photodiode 108 if the reflected light 109 b is received by the photodiode 108 then at block 210 a signal is sent that the tag 60 is attached to the asset 100 and the tag 60 continues to broadcast location readings to the sensors 55 if the reflected light 109 b is not received by the photodiode 108 then at block 212 a signal is sent from the optical sensor 106 to the processor 101 that the tag 60 has been removed from. |
6 | main bearing is extended by relieving the main bearing by reducing the mean bending moment on the bearing by means of individual pitch control of the blades of the rotor so as to create an aerodynamic mean tilt moment on the rotor by means of aerodynamic forces on the blades the tilt moment at least partly counteracting the bending moment caused by the overhang load forces on the main bearing from the gravitational pull on the rotor mass application_number US 57084609 A description in the following is disclosed an example of implementation of the present invention for reducing the mean bending moment on the main bearing of a wind turbine having a pitch control arrangement of the cyclic pitch type which uses a higher order simulation of the blade loads to reduce fatigue of the blades fig1 illustrates a modern wind turbine 1 with a tower 2 and a wind turbine nacelle 3 positioned on top of the tower the wind turbine rotor comprising at least one blade such as three wind turbine blades 5 as illustrated is connected to the hub 4 through pitch mechanisms 16 each pitch mechanism includes a blade bearing and pitch actuating means which allows the blade to pitch in relation to the wind the pitching of the blades is controlled for each blade of the rotor by a pitch controller operating with a higher order cyclic pitch control as will be further explained below the blades 5 of the wind turbine rotor are connected to the nacelle through the low speed shaft 4 which extends out of the nacelle front as illustrated in the figure wind. |
8 | of an input stage of an operational amplifier the phase delay which the active load current mirror introduces into the single path is utilized in a way such that the phase delay of the overall stage is less than the delay of the primary differential pair it is a mathematical fact that when two sinusoidal signals of the same frequency are added together the result is also sinusoidal considering two such signals the second of which has a phase lag with respect to the first if the two signals are combined by the addition of ordinates the resulting sinusoid also has a phase lag however if the second signal is instead subtracted from the first then the resulting sinusoid has a phase lead with resect to the first signal the present invention makes use of this phenomenon by causing the delayed mirror signal to be subtracted from rather than added to the primary signal this produces a differential transconductance stage with less negative phase shift than that of the prior art in fact less than that of the primary differential pair alone application_number US 66205196 A description fig1 shows the differential stage of an operational amplifier in accordance with the present invention as shown in the fig1 schematic the differential pnp transistors q1 and q2 have their collectors split in an asymmetric fashion with the area of the cross coupled collector larger than the area of the primary collector specifically for pnp. |
5 | of the garbage disposal create a slight vacuum that helps suck and thus facilitate entry of the waste it is particularly desirable that the slope of the convexly sloped region 33 continuously increases as the waste approaches the drain opening 45 this helps maintain and or increase the speed of the water flow and move the waste towards the drain floor 35 with sufficient force to stop the waste from getting hung up near the shoulder portion 41 also the shoulder portion 41 allows water flowing down the bottom wall 12 to be launched off the convexly sloped region 33 and carry waste toward the drain opening 45 referring next to fig4 and 5 the first end wall 17 includes an upper portion 18 and a lower portion 19 with a rectangular water inlet 20 the food preparation sink 10 has a first nozzle 51 for delivering water in a first flow path f 1 along the bottom wall 12 of the food preparation sink 10 the food preparation sink 10 also has a second nozzle 57 for delivering water in a second flow path f 2 along the bottom wall 12 of the food preparation sink 10 water delivery to the first nozzle 51 and the second nozzle 57 is controlled by a valve system 70 having a manifold 74 the manifold 74 is in fluid communication with a first port 76 a second port 78 and an inlet port. |
8 | the signal to identify the mood or temperament of the individual associated with presentity if the mood of the individual associated with the presentity is detected as being bad the subscriber may then decide to delay calling the individual associated with the presentity 3 such mood related data can be further processed by the presence service system 2 in a processing module 18 to determine the interest level of the individual associated with the presentity during a conversation since it has been found that such information can be determined by analysing a person 39 s speech patterns a noise level analyser can be used to determine for example the environment in which the presentity 3 is located further a background noise level analyser determines where the presentity is located for example if the presentity is located in a car outside in a meeting etc the location can be determined by analysis of the background noise if it is determined that the presentity 3 is in a meeting the subscriber may wish to delay calling the individual associated with the presentity 3 until the meeting is over depending on the analysis to be carried out a bandwidth limiter may be provided the analysis may include a simple over all loudness detection analysis to determine the loudness of background noise a single spectral analysis and correlation check of the recorded spectrum and some reference spectra may be carried out to identify the type of background noise for example a car train etc further several spectral analyses may be combined over a short period of time to identify more presence information with respect. |
5 | to extend over the anchor plate 6 so as to capture the anchor plate 6 between the segments 17 and 18 and the foundation 2 referring again to fig2 and 3 after the cable assemblies 3 are anchored to the top and bottom of the wall 1 wire mesh 21 is placed across the face of the wall 1 and attached thereto as by a plurality of dowels 22 which are rigidly attached as by epoxy or the like in holes provided therefor in the wall 1 after the cable assemblies 3 and wire mesh 21 are mounted to the wall 1 and foundation 2 the adjacent surface of the wall 1 is sandblasted and coated with an adhesive such as an epoxy thereafter a concrete like material typically known under the trade name gunnite or shotcrete is applied over the wall between the lower surface of the concrete block 15 and the upper surface of the foundation 2 for embedding the exposed portion of the cable assemblies 3 and the wire mesh 21 as is well known gunnite or the like has substantially the same or greater compressive strength as does the brick typically used in the wall 1 after the gunnite is cured a jack 25 is coupled to the upper end of the tendon 11 for applying tensile force to the tendon 11 after a desired amount of tensile force is applied to the tendon 11 e g 6 000 pounds a relaxation of the tensile force will. |
4 | checks u201d or u201c checking u201d as used herein refer to lengthwise separation and opening between fibers in a wood particle u201c surface checking u201d may occur on the lengthwise surfaces a particle that is on the l u00d7 w surfaces and u201c end checking u201d occurs on the cross grain ends w u00d7 h of a particle the term u201c skeletal surface area u201d as used herein refers to the total surface area of a wood particle including the surface area within open pores formed by checking between plant fibers in contrast u201c envelope surface area u201d refers to the surface area of a virtual envelope encompassing the outer dimensions the particle which for discussion purposes can be roughly approximated to encompass the particle 39 s extent volume dimensions the term u201c field moisture content u201d refers to veneer that retains a harvested moisture content above the approximately 30 fiber saturation point below which the physical and mechanical properties of wood begin to change as a function of moisture content such a veneer has not been dried below its fiber saturation point and then rehydrated e g by soaking in water the adjectives u201c green u201d and u201c seasoned u201d indicate veneers having moisture contents of more than or less than 19 respectively the term. |
5 | 1b and 1c the tubular bottom wedge 46 is fully retracted within the annular pocket 48 and consequently as the top wedge assembly 40 is driven into engagement with the slip anchor 32 the anchor slip 32 is displaced radially outwardly as the spreader cones engage and slip along the sloping cam surfaces 32c 32d respectively the lower cone 44 is blocked against further downward movement relative to the slip carrier by the stop ring 20 referring now in particular to fig1 b the hydraulic actuator assembly 30 includes an annular force transmitting setting piston 50 connected to a tubular link portion 52 by a threaded union t the inner piston bore 50a is sealed against the external cylindrical surface 12e of the mandrel by an internal o ring seal s the piston 50 is mounted for slideable movement along the packer mandrel surface 12e and is also disposed in slideable sealing engagement against the internal cylindrical bore 54 of a force transmitting setting cylinder 56 the setting cylinder 56 has an annular head portion 56h which rides in sealing engagement against the external mandrel surface 12e with the interface being sealed by an internal o ring seal s the annulus 58 between the setting cylinder bore 54 and external mandrel. |
7 | if the thread has ownership of the current state otherwise the thread goes back to sleep and wakes up at a later period to check if the current state has been changed once the finite state machine state sequence is started step 300 the finite state machine state sequence cycles through the states and goes to the next state step 302 those skilled in the art will appreciate that upon beginning the finite state machine state sequence the first state may be one of many start states of the finite state machine and that subsequent states will be determined by both the structure of the finite state machine e g as shown in fig1 and by the actions of the threads operating within the finite state machine for example if the initial state is an ownership transfer state that is co owned by all threads the first thread to wake will transition the current state to one of its control states which are different for each thread once the finite state machine has transitioned to the next state step 302 a check is made to determine whether the next state is a producer ownership state step 304 or a consumer ownership state step 306 if the next state is a producer ownership state a producer control operation is executed step 308 if the next state is a consumer ownership state a consumer control operation is executed step 310 those skilled in the art will appreciate that control operations relevant to sharing resources between multiple threads do not have to be performed in every producer ownership state or consumer ownership state and that other. |
7 | points that may be removed from a glyph definition while causing minimal or no distortions to the shape of the given glyph for segment removal a maxim length and or angle for a redundant segment is defined the specified value for the maxim length and or angle may be user defined or determined automatically based on simplification criteria typically a larger maxim length and or angle results in additional simplification but may also result in additional visible distortion the maxim length is typically determined by the desired quality of the result stroke font desired a straight segment whose length and or angle is less than or equal to the specified values is simplified or removed by removing one or more of the points from the outline of the glyph the removal process may be implemented by an iteration through the points of all the contours and determining the length of each segment defined by a pair of n i n i 1 vertices and removing the segments that satisfy the condition length and or angle conditions each contour is processed repetitively until the number of removed segments is zero this iteration process is repeated for each of the contours of the outlines of the glyph during the bezier arc degree reduction process 2104 bezier arcs are simplified bezier arcs are defined by polynomials of 2nd quadratic bezier or 3rd cubic bezier degree. |
5 | could be added directly to the brine stream however if the pure article of commerce is added the addition rate must be slow to obtain the correct concentrations of crystal structure modifier in the brine stream the slow addition rate results in the crystal structure modifier having a long residence times in areas of high temperature leading in turn to thermal decomposition of the crystal structure modifier before it is even added to the brine stream therefore it is important to dilute the crystal structure to increase the rate of liquid addition at the crystal structure modifier addition points to prevent thermal decomposition of the crystal structure modifier before addition and prevent no more than 33 percent of the norms contained in the geothermal brine stream from precipitating during handling the water used to dilute the crystal structure modifier must have a low concentration of sulfate so 4 2 ion or the sulfate ion will combine with the crystal structure modifier before it contacts the brine stream in the figure the steam condensate is shown leading to each dilution point individually however if the first scale inhibitor step 92 the second scale inhibitor step 74 and third scale inhibitor step 80 all result in the same dilution of the same inhibitor then clearly the steam condensate could lead to one central dilution point and the diluted inhibitor would be distributed as shown in the flow scheme the flocculent must be. |
9 | each case a total weight of the ionic liquid and the aluminum chloride in at least one embodiment of the invention a parameter of the galvanic deposition process may include temperature which influences reactivity and viscosity of the electrolyte in one or more embodiments the viscosity of the electrolyte may be reduced by the addition of an organic solvent to the aluminum electrolyte for example toluene in at least one embodiment the temperature may be in a range of 20 u00b0 c to 100 u00b0 c such as a range of 20 u00b0 c to 60 u00b0 c in one or more embodiments the galvanic deposition may occur in a galvanic cell under potentiostatic or galvanostatic control fig1 shows a simplified electrochemical test set up for a method of producing the anode electrode of the aluminum electrolytic capacitor according to at least one embodiment of the invention as shown in fig1 in one or more embodiments the ionic liquid with the dissolved aluminum chloride and optional organic solvent is located in a glass flask 20 closed by a stopper 24 and may be moved by a stirrer 26 using a magnetic stirring bar 22 in at least one embodiment the temperature may be controlled by an external heater 28 in one or more embodiments the substrate to be coated may be connected cathodically as a working electrode 30 to an external potentiostat not illustrated in at least one embodiment a sheet metal or a wire formed from pure aluminium may be used as a counter electrode 32 during the deposition process. |
6 | to the figures of the drawings in detail and first particularly to fig1 thereof there is shown a perspective external view of a refrigerator 1 with a dispenser 2 according to the present invention the refrigerator 1 shown here is a combination appliance with double doors 3 4 which together close a contiguous storage area or which each close their own storage area and a storage area formed below the double doors as a drawer 5 the dispenser 2 is flush mounted into the door 3 in a manner that is known per se for this purpose an opening 7 behind which a dispenser housing 8 is installed is cut into a metallic outer shell 6 of the door 3 the dispenser housing 8 surrounds a dispenser recess in which a receptacle to be filled with ice or water can be placed an upper area of the opening 7 is occupied by an operating component 9 which in the usual way has buttons or other control elements not shown in fig1 for controlling the output of ice and or water by the dispenser 2 and or an operating status indicator the operating component 9 conceals outlets for ice and water in an upper area of the dispenser recess a filler tube 47 which is partially visible below the operating component 9 marks the position in which a receptacle can be placed for filling outlets for ice and. |
2 | alkoxides will react and polymerize to form a gel as polymerization and crosslinking proceeds viscosity increases and the material can eventually set to a rigid u201c gel u201d the u201c gel u201d consists of a crosslinked network of the desired material which incorporates the original solvent within its open porous structure the u201c gel u201d may then be dried typically by either simple heating in a flow of dry air to produce an aerogel or the entrapped solvent may be removed by displacement with a supercritical fluid such as liquid co 2 to produce an aerogel as described below final calcination of these dried materials to elevated temperatures gt 200 u00b0 c results in products which typically have very porous structures and concomitantly high surface areas depending on the alkoxide system and the water alkoxide ratios used a discernible gel point can be reached immediately or hours later the molar ratio of the total water added including water present in aqueous solutions can vary according to the specific inorganic alkoxide being reacted generally a molar ratio of water to alkoxide within the broad range of 3 to 150 is within the scope of this invention it is understood that the order of addition of the various solutions can be reversed the addition of acidic or basic reagents to the gellation reaction can have an effect on the kinetics of the hydrolysis and condensation reactions and the microstructure of the oxide hydroxide matrices derived from the alkoxide precursor which entraps or incorporates the soluble metal reagents generally a ph range of 1 12 can be used with a ph range of 1 6 preferred for these experiments after reaction the catalytic. |
3 | 1450 u00b0 c for 1 hour the molten glass was pressed between a pair of rollers to form a thin plate having a thickness of about 0 5 mm the thin plate glass was crushed for more than 24 hours in a pot mill made of alumina so as to form a glass powder having maximum diameter less than 20 u03bc and average diameter 3 5 u03bc the electrically insulating coating glass of the invention is applied as follows a vehicle consisting of 92 percent by weight of u03b2 terpineol and 8 by weight of ethylcellulose was mixed with the glass powder prepared above in a ratio of 25 75 by weight to form a paste the paste was printed through a 200 mesh screen after a paste of electroconductive powder was printed and dried on an alumina substrate the insulating paste was dried at 150 u00b0 c for 1 hour the printed alumina substrate was heated at a rate of 50 u00b0 c min to 750 u00b0 850 u00b0 c was kept at the same temperature for about 10 minutes and was cooled at a rate of 50 u00b0 c min the properties of the electrically insulating coating glass which thus crystallized are shown in table 2 table 1__________________________________________________________________________sample no component 1 2 3 4 5 6 7 8 9 10 11 12 13__________________________________________________________________________sio sub 2 34 1 28 6 44 1 29 3 31 3 38 6 31 5 38 6 31 1 38 6 39 5 41 5 41 5al sub 2 o sub 3 19 3 19. |
1 | telescope 10 as indicated previously the telescope shaft 96 is isolated electrically from all other conductive material at the ground or patient plate potential accordingly even if it should be touched by the electrode the resulting effect would be minimal and no harm should be done to the telescope referring now to fig1 of the drawings a second embodiment of the working element stem portion 26a of the resectoscope according to the invention will be described the use of alphabetical letters in connection with numbers for certain parts in this specification and in the drawings is to identify the parts which are the same in each of the various different embodiments the stem 26a includes a telescope channel member 44a and electrode guide channel members 46a as in the preferred embodiment but instead of having these guide channel members seal directly against the sheath 16a as in the preferred embodiment a cover 138 is provided which seals against the guide channel members 46a on one side and nests snugly against the sheath 16a on the other this cover 138 extends the length of the stem 26 including the portion of it forming the roof 50a this cover includes at least one slot or other opening not shown adjacent the drainage openings 57 in the sheath see fig2 amp 8 to facilitate the passage of irrigation fluid into the drainage conduit in all other respects this second stem embodiment is like that of the preferred embodiment referring to fig1 a third embodiment of a working element stem 26b according to the invention includes telescope channel and electrode guide channel members 44b and 46b respectively but instead of a cover as in. |
2 | causing considerable loss of head when the powder passes from the powder depositing chamber b to the filter chambers a or c these obstacles oblige the powder which takes part in this transfer to move towards the central axis of the booth and thus towards the parts which move through the booth the fraction of powder which is still charged if electrostatic spray guns are used is redeposited on the parts the ionization compartments e and f further include ionization units 21 23 25 and 27 constituted by insulating tubes extending vertically up the entire height of the booth pins 29 pass through holes in these tubes leaving a space around the pins where they pass through the holes the pins are fixed on the tube along the generatrix that is furthest from the holes by a fixing means such as nailing or the like the pins 29 point towards the centre of the booth perpendicularly to the path followed by the parts and pass through an electrically conductive member which is disposed inside the tube and is connected to the high tension supply the high tension supply is an electrostatic generator which can be the same as that used for the spray guns in module b the pins 29 are thus in contact with the conductive member which brings them to high. |
8 | data source the second generator and the first and second dividers produce a phase slip rate signal to select the appropriate one of the first and second division factors for the first divider and to select the appropriate one of the third and fourth division factors for the second divider application_number US 70280376 A description referring to fig1 the pll arrangement shown combines the low frequency slip rate s with the high reference frequency f r generated by reference crystal oscillator 1 and pulse generator 2 to produce the output rate f o generated by the voltage controlled oscillator 3 and pulse generator 4 the output frequency f o is varied by varying the slip rate s the reference frequency is divided by a j or k counter 5 and the output frequency f o is divided by an l or m counter 6 the output of counters 5 and 6 have their phase compared in phase comparator 7 which may be in the form of an exclusive or gate or the comparator of fig9 described hereinbelow the phase error signal from comparator 7 is coupled through a loop low pass filter 8 to voltage controlled oscillator 3 to appropriately lock the output frequency f o a requirement for the division integers j k l and m is that the difference jm kl is small typically equal to 1 when there is no phase slipping counters 5 and 6 divide by j and l respectively so that f 0 l j f r during a phase slip counters 5 and 6 divide by k and m respectively so that f 0 39 m k. |
5 | standard form panel dimensions therefore some means is required to form remaining openings that are smaller than standard panel dimensions the telescopic beam 80 as shown in fig8 is used for this purpose sliding members 11 are simply pulled apart or pushed together axially until the required length is achieved and the telescopic beam 80 is placed onto its intended supports the telescopic beam 80 will automatically have some positive camber that will be beneficial in keeping the underside soffit of the slab flat workmen can then custom cut plywood to the exact size required and attach it to the telescopic beams methods of attachment are well known in the art in a preferred embodiment both assemblies sliding member 11 with connector 12 attached are identical however as indicated in the foregoing description other configurations are possible the operating principal of the telescopic beam 80 in regard to the automatic generation of positive camber and elimination of the effects of operating clearance can be explained using fig9 fig9 shows the relative position of components when the beam 80 is under load vertical gaps 20 21 and 22 are key to the proper functioning of the telescopic beam gap 20 is the clearance provided to facilitate assembly of connector 12 into position at one end of sliding member 11 before the two are permanently fastened together with screw 13 note that connector 12 is pushed up tight to contact the upper lip on sliding member 11 before screw 13 is driven and tightened gap 21 is the total operating clearance that allows connector 12 to easily slide by the sliding member 11 on the left side of. |
8 | fig7 is a flow chart illustrating a method for enabling optimized si transmission to request the network to enhance the serving grant according to an embodiment of the present disclosure at step 702 current buffer occupancy bocurrent can be computed at step 704 a number of ttis n tti required to transmit the current bo with the existing serving grant can be computed at step 706 it is checked whether rf has resumed from pause whether throughput is not limited by remaining power of the ue and whether n tti is greater than a number of ul harq processes per tti if yes at step 708 the ue can send si forcefully if no at step 710 the standard defining procedure can be followed for si transmission during rf pause the network would transmit packets for 1 dl harq cycle i e n harq dl ttis and resort to harq retransmissions due to no response from ue depending on rf pause gap duration two cases can be analyzed with respect to window operation at tcp and rlc case 1 if t rf gap u2266 t harq dl u00d7 n retx ue mac would receive and acknowledge further transmissions on rf resumption and if status pdu and tcp ack pdus are sent within one ul harq cycle i e n harq ul ttis normal window operation resumes at rlc and tcp layers case 2 on the other hand if t rf gap gt t harq dl u00d7 n retx rlc and tcp windows stall due to non reception of. |
6 | ignition rod 49 together provide an ignition means many different methods of igniting fuel sources are known in the art and may be used interchangeably herein for example the igniting means may be a piezoelectric ignition device or a simple flint and steel ignition mechanisms the present invention is not limited to any particular ignition means rather any ignition that occurs due to the contact of two substances may be used interchangeably herein a slot 52 is extends through the interior trigger wall 44 and the interior plate 48 a latch 54 is disposed within the trigger housing 33 aligned with the slot 52 in a locked position a first portion 56 of the latch 54 extends through the slot into a pocket 58 of the ignition cavity while a second portion of the latch remains in the trigger housing thereby preventing advancement of the interior trigger wall along the interior plate 48 a spring 57 within the trigger housing urges the latch to the locked position in one embodiment the spring 57 is a torsion spring having a first end extending into the latch and a spring body secured in the trigger housing 33 although other alternative spring designs may. |
6 | joined to cellular module 1 at an opening 6 in solid skin 5 gasar scs with parallel cellular module 1 is shown in fig4 this scs has solid skin 5 one collector 3 one stop module 4 made of thin rubber membrane each gas cell 2 has cylindrical shape and different sectional size gasar scs with spherical radial cellular module 1 is shown in fig5 this scs has solid skin 5 one collector 3 one stop module 4 made of thin rubber tube with one open end each gas cell 2 has conical shape there is a refueling module 7 which is joined to the cellular module 1 at extra opening 8 the extra opening 8 has no stop module stop module 4 represents fig6 a special design element which we have named u201c smart u201d rubber it is a thin about 1 mm thick rubber film or tube which covers the internal gas cells 39 apertures in a case where outer wall 5 destruction causes gas to escape from one or several cells 2 this u201c smart u201d rubber 4 will nestle tightly into these open ended apertures and block release of gas from the undamaged cells gasar scs with spherical radial cellular module 1 is shown in fig7 this scs has solid skin 5 two collectors 3 one stop module 4 made of thin rubber tube each gas cell 2 has conical shape there is a refueling module 7 which is joined to the cellular module 1 at extra opening 8 the extra opening. |
8 | mirror circuit 14 is connected between the v cc rail and the current flow path of the npn transistor 24 of the translinear circuit 11 additionally the second pnp transistor 49 is connected in series with the third pnp transistor 50 which has its base connected to the collector of the npn transistor 24 of the translinear circuit 11 thus the current that flows in the pnp transistor 50 mirrors the current that flows through the pnp transistor 48 and the npn transistor 24 when the circuit 10 is selected in dependence upon the state of the bias voltage appearing on line 17 the third output mirror circuit 15 is a cross coupled collector current source type with the current supplied to each leg via the pnp transistors 47 and 50 of the current mirrors 13 and 14 the current mirror 15 includes three npn transistors 52 53 and 54 the npn transistors 52 and 53 are connected from the collectors of the pnp transistors 47 and 50 respectively to the reference potential rail 22 an n channel mos transistor 60 which may be a linear mos device is connected between the input stage 61 of the video preamplifier and the reference potential rail 22 with its gate connected to the collector of the mirror transistor 52 one of the advantages derived from the use of a mos device of the type described is that such mos device has essentially zero current leakage from its base therefore the charge on the capacitor 64 used to establish the control voltage. |
7 | a known manner the operation of this sensor and target assembly is described below when the target 14 is rotated arrow f fig1 by the camshaft 16 the sensor 10 senses a sequence of variations of the magnetic field representing the length l of the teeth passing in front of it and their spacing s the curve obtained in this way is shown in fig2 in this figure the horizontal axis shows the angles u03b1 of the engine cycle varying from 0 u00b0 to 360 u00b0 and the vertical axis shows the value b of the sensed magnetic field the field being normalized as a function of the gap in the case shown in fig2 all the teeth have the same height and the target has no geometrical defect consequently the maximum field b max dent sensed by the sensor during the passage of each of the teeth is the same for all three teeth in the illustrated example the value of this field is 1 fig2 shows three passages of teeth the first two being relatively close together with the first wider than the second while the passage of a third tooth is narrower and farther from the second tooth this corresponds to the geometry of the target shown in fig1 if the geometry of the target is perfect as in the case of fig2 there is a. |
8 | the incoming input control information from the plurality of input ports and compresses the information in a form which allows an easy association with a respective output port to which an individual input port is temporarily mapped application_number US 42513303 A description with general reference to the figures and with special reference now to fig1 a prior art switch chip 10 comprises an actual switching core 12 having some memory and control logic in order to switch data packets from a number of m input ports to a number of n output ports each packet 14 comprises a section 16 for the payload i e the use data and a header section 18 which comprises any control data in order to enable correct routing of a packet a shell 19 comprises some application based logic and links in order to embed the core according to the specific requirements in a particular location of the switching network or according to a particular application for which the switching network is actually in use this switching network may now be improved by the inventive principles illustrated in more detail with reference to fig1 a and 2 to fig5 with additional reference to fig1 a a possible implementation of the switching core 12 is represented introducing the present invention and comprises a buffer crossbar for which the present invention is particularly applicable in this. |
6 | as illustrated in fig4 and 5 this ledge provides strength for the sides of the pan as well as a support for the expanded metal screen for supporting the pan rollers 32 and 33 at one side of the pan roll on the flange 14 of one i beam and rollers 30 and 31 at the other side of the pan roll on the horizontal surfaces of the flange 16 of the other i beam it is essential that these rollers not be permitted to slip off this horizontal surface and that the pan be maintained in its orientation so that the sides 23 and 24 maintain generally parallel to the i beam the rollers 30 31 32 and 33 are rotatable on bolts shown generally at 42 in fig3 and 6 and inasmuch as each of the rollers is similarly supported only one need be described in detail the rollers are preferably plastic although other materials can be used and rotate on a sleeve supported on a bolt 42 and drawn tight against a vertical plate 41 the vertical plate 41 is welded at the end of a bracket 34 the bracket includes a flat plate 40 which lays flat against the end wall of the pan as shown in fig1 a bracket is provided for each of the rollers with the brackets being shown at 34 35 36 and 37. |
7 | the y coordinate ay at the maximum point a denotes the intensity of the edge in this embodiment in order to distinguish the edge from noises it is assumed that the edge has an intensity which is equal to or greater than a predetermined value as shown in fig6 e the x coordinate ax at the maximum point a denotes the x coordinate of an edge point of the pattern to be evaluated in order to exactly detect the position of the edge point an offset is added on the basis of the edge point defined by the pattern edge model by the above described processing the coordinates of the position corresponding to the position defined by the edge point ep of the pattern edge model are obtained as the coordinates of the edge point of the line pattern p 2 step s 4 the image matching processing may include positive negative reversal of the reference image intensity adjustment to the edge of the reference image and rotation enlargement and or reduction of the reference image as an alternative reference image scanning method other than the above described method the center of the line pattern p 2 is first detected a horizontal direction outward from the center of the line pattern p 2 and a horizontal direction inward to the center of the line pattern p 2 are set as scanning directions and the image for measurement is scanned with a reference image according to each of outward and inward direction arrows ds 5 ds 6 as shown in fig5 b thus the time required to carry out the image matching can be shortened referring to fig2 again after the edge. |
1 | pump the soft tissue aspiration cannula 12 cannula tip 18 handle 22 distal handle end cap 24 proximal handle end cap 26 aspirated soft tissue outlet port 28 fluid and laser fiber large guide tube 32 guide transition coupler 34 fluid and laser fiber small guide tube and retaining screw 42 are all preferably of stainless steel the soft tissue aspiration cannula 12 can be of appropriate sizes such as all of variable length as will be apparent to those of skill in this art a shorter and thinner diameter aspiration cannula will be useful in more restricted areas of the body as around small appendages and a longer and larger diameter cannula will be useful in areas such as the thighs and buttocks where the cannula may be extended into fatty tissue over a more extensive area the cannula tip 18 is in sizes of the same diameter as the aspiration cannula o d machined to a blunt tip and to fit the cannula inside diameter the handle 22 is preferably of tubing of 1 125 34 o d u00d7 0 125 34 wall 1 0 34 i d about 3 25 34 long the distal handle end cap 24 is preferably of 1 125 34 diameter machined to fit the handle inside diameter and drilled to accommodate the aspiration cannula outside diameter the proximal handle. |
6 | the proper temperature in the chilled fuel reservoir 7 via cooling ports 10 pre flight during aircraft fuel loading intake valve 15 is maintained in the open position at all other times it is closed during flight chilled fuel reservoir outlet valve 17 is open unless a threat of crash or accident exists in which case it may be closed the position of each of valves 15 and 17 is monitored and controlled by fuel monitoring and control system 22 chilled but not frozen fuel leaves the reservoir 7 and passes through valve 17 into fuel supply line 25 it then is pumped by fuel pump 45 after which it passes through another segment of fuel supply line 25 pressure and flow may be monitored within each of supply lines 25 and this information is supplied to fuel monitor and control system 22 fuel then passes through warming chamber intake valve 33 and enters the warming chamber it leaves this chamber through warming chamber outlet valve 36 if necessary this chamber may be sealed by closing valves 33 and 36 the position of valves 33 and 36 is monitored and controlled by fuel monitoring and control system 22 after passing through fuel line 42 fuel pump 44 fuel line 49 fuel filter 50 and intake valve 60 the warmed fuel enters warmed fuel reservoir 61 all other components and operations of fig3 are the same as those shown in fig1 whereas fig3 shows two fuel pumps and one filter clearly a greater or lower number of pumps and or a greater number of filters may be provided fig4 shows an embodiment of the invention in which a first composition is added to the fuel in order to decrease its combustibility and thereafter a second. |
8 | the first geolocation estimate corresponds to at least one area depicted in the imagery the method further includes determining a second geolocation estimate the second geolocation estimate comprising a more precise geolocation estimate relative to the first geolocation estimate for the at least one area depicted in the imagery and steganographically embedding the second geolocation estimate in the imagery application_number US 77876204 A description for expository convenience the following specification focuses on satellite u201c imagery u201d to illustrate the principles of the invention the principles of the invention however are equally applicable to other forms of aerial surveillance data and other topographic mapping information accordingly the term u201c image u201d should be used to encompass all such other data sets and the term u201c pixel u201d should be construed to encompass component data from such other data sets when new aerial imagery is received it is generally necessary to identify the precise piece of earth to which it corresponds this operation termed u201c georeferencing u201d or u201c geocoding u201d can be a convoluted art and science in many systems the georeferencing begins with a master reference system e g latitude and longitude that takes into account the earth 39 s known deformities from a sphere onto this reference system the position of the depicted region is inferred e g by consideration of the satellite 39 s position and orientation ephemeris data optical attributes of the satellite 39 s imaging system and models of the dispersion refraction introduced by the earth 39 s atmosphere in applications where precise accuracy is required the foregoing u201c ephemeris u201d position determination is refined by comparing features in the image with the placement of known features on the earth 39 s surface e. |
6 | amount of an injection gas and laterally extending from a hole 82 bored in a lower end of the cover 8 the lever 32 is in association with the valve 3 when the lever 32 is laterally swung the valve 3 is rotated to control the amount of the gas injected from the nozzle 4 in operation when the rotary file 7 is rotated with a finger in a counterclockwise direction as viewed in the figure and the base end 51 of the operation lever is pushed downward sparklets are emitted by frictional contact between the rotary file 7 and the flint 6 toward the nozzle 4 at this time the injection nozzle 4 rises slightly upwardly to open the valve 3 whereupon the gas injected from the nozzle 4 is lit spontaneously before the lighting the perfume in the liquefied gas a is issued with the gas from the injection nozzle 4 and scattered in the air permitting the fragrance to float thereabout thus one can enjoy the fragrance to further enjoy the fragrance the operation lever 5 alone is pushed without contact of the rotary file 7 during the course of pushing the operation lever 5 the fragrance is invariably given out along with the gas from the nozzle the perfume to be mixed with the liquefied gas a may be arbitrarily selected from various perfumes giving out ordinarily favored fragrances for instance a lemon perfume may be prepared by. |
1 | bed 12 one foot locker 20 is slidably disposed under the bed accessories pouch 21 is velcro u00ae attached to the flexible cover 22 portion surrounding tubular frame assembly 14 referring to fig3 there is shown upper bed or cot 11 in the single bed disposition bed 11 has four assembly discs 13 two tubular assemblies 15 two tubular frame assemblies 14 with canvas support piece 22 to in general form the assembled single upper bed 11 tubular assemblies 15 include lock cylindrical tubular members 15 a and conjoined rectilinear tubular members 17 and 97 one foot locker 20 is slidably disposed under the bed foot pads 210 cap the rectilinear ends of vertically disposed tubular members 97 referring again to fig1 lower support member 197 inter fittingly engages depending tubular frame member 97 as at 199 lower support members also include depending semicircular tubular end piece 198 which slidably inter fits within the annular circumferential recess or track of lower disc 13 integrating or locking strap 18 surrounds bottom tubular frame member 78 and upper tubular frame member 15 a and the tighten strap 18 provides a locking tension force between lower assembly 16 and upper assembly 15 the tubular frame members 14 fig1 18 are inter fitted and then passed through canvas support opening 221 and then forced filled into the circular hub 222 of discs 13 fig1 12 13 similarly the tubular inter fitting of lower support member 97 with and between upper assembly 15 and lower assembly 16 is likewise readily accomplished stabilizer bars 19 are also readily clipped onto stabilizer pin 19 a to stabilize the assembled double. |
9 | 17 with turbine blades 16 coupled thereto allows the abrasive components 21 to abrade the abradable component 23 when there is no clearance between the respective components a particular aspect of the abrasive component 21 is the ability to withstand repeated and severe encounters with the abradable component 23 with only minimal loss of material from the abrasive component 21 and preferential wear of the abradable component 23 thus instead of a rubbing interface between the components 21 and 23 when the radial clearance therebetween has disappeared the abrasive component 21 cuts the abradable component 23 to maintain a minimum clearance therebetween the abrasion of the abradable component 23 by the rotating abrasive component 21 forms a fluid passageway between the rotating components the turbine blade 16 can be of a wrought or cast structure in the preferred embodiment the gas turbine blade 16 is a unitary cast single crystal alloy structure produced by a precision casting operation utilizing various super alloy compositions various types of nickel super alloy compositions and manufacturers of such compositions are known to those skilled in the art most super alloy compositions of interest are complicated mixtures of either titanium tin vanadium aluminum molybdenum silicon neodymium and other select materials or nickel cobalt chromium aluminum titanium iron tungsten tantalum rhenium and other select elements a preferred group of materials are generally known by the following tradenames cmsx 3 cmsx 4 and marm 247 and are readily available and known to people of ordinary skill in the art however the application of the. |
5 | one side wall portion 29b being secured to an inner side wall of the box 2 on the other hand the upper roller 25 comprises a roller shaft portion 25a connected coaxially to the fore end of the long pin 19 and a roller portion 25b connected integrally with the roller shaft portion 25a the outer peripheral surface of the roller portion 25b is engaged with the upper surface of the bottom portion 29a of the support rail 29 in the state of face contact by such face contact of the roller portion 25b with the bottom portion 29a there is obtained a sufficient strength even when the upper roller 25 is integrally formed of a synthetic resin not a metal consequently there are attained reduction of the wear between the roller portion 25b and the bottom portion 29a improvement of durability decrease of noise and reduction of the cost the fore end of the chain 20 is loosely fitted movably on the chain fore end guide bar 30 allowing the chain 20 to move following the slat 5 further on both sides of the upper portion in the box 2 a pair of left and right chain driving sprockets 31 and 32 are journalled rotatably in the vicinity of the chain sprocket disengaging means 28 the sprockets 31 and 32 are integrally connected coaxially by a rotative shaft 33 as shown in fig8 to 10 the rotative shaft 33 comprises rotative shaft portions 33a and 33b of a small diameter attached to both side walls of the box 2 each rotatably through a bearing 34 and with the sprockets 31 and 32 integrally mounted thereon and a cylindrical shaft portion 33c of a large. |
6 | upper port 29 is uncovered and as the lower port 32 is covered with flow being directed from the cylinder 12 into the crankcase 20 crankcase pressure is nearing its maximum value at this time and the cylinder blowdown will tend to increase this value either the lower port should be covered before the cylinder pressure falls below that in the crankcase or the check valve 33 should be inserted in the bypass port which will prevent flow out of the crankcase both intake and exhaust ports 22 24 should be timed to open at about the same crank angle and at a crank angle for which the crankcase pressure exceeds cylinder pressure continued piston motion then permits cylinder scavenging in the normal manner piston motion during compression depending upon operating conditions may cause the crankcase pressure to fall below that in the cylinder if so reverse flow through both transfer and bypass passages 23 28 will occur in the conventionally scavenged engine gas will be forced from the cylinder into the exhaust system this can result in significant cooling of the exhaust gas and reduce the effectiveness of the catalytic converter especially during a cold start an important function of the bypass flow passage 28 is to direct this flow of cold gas into the crankcase 14 after closure. |
6 | control valve 21 the chamber 19 is confined to the end wall of the housing 3 and the base plate 11 the pressure side of the pump 1 extends to a chamber 20 which contains the electromotor 2 and communicates with the check valve 7 the connections from the pump 1 to the chambers 19 and 20 are controlled by the pump rotor but are preferably open channels the electomotor 2 comprises a motor armature 23 a collector 24 and a magnetic part 25 the motor armature 23 is supported on a rigid tubular member 28 that telescopes the shaft 12 and is provided at opposite ends thereof with journal bearings 27 as shown this tubular member provides support for the motor armature and its requisite components including the commutator bushing 31 to assemble these elements they are attached partly by pressure and partly by means of plastic filler means which after spraying of the individual elements ensure a good rotation locking axial connection a bushing 32 or sleeve of this invention is disposed on the telescoping tubular member 28 on the side that confronts the pump and engages in the manner of a rotating coupling comprising at least one axially extending tang 33 which is received in a corresponding recess 34 in the rotor 17 the commutator brushes 35 which are disposed in cage elements 36 are arranged to slide on the commutator bush 31 the cage elements 36 are connected with connection clamps not shown that are disposed outside the housing 3 the magnetic parts 25 of the electromotor 2 includes a permanent magnet 38 which is disposed in a tubular sheet 39 made of a magnetically conducting material. |
9 | the compositions to prevent their exposure to permanent or long term property changing effects due to temperature in practice however sometimes manufactures do not know if in fact the composition has in fact never been exposed to a property changing temperature in at least one embodiment the invention allows a user to determine the concentration of hf and or other properties to determine the etch rate of an etching composition even if the composition was exposed to a property changing temperature or if such exposure cannot be otherwise determined as it gets diluted the buffering capacity of a boe solution degrades and the effect changes in temperature have on the etch rate can be enormous for example a well buffered boe solution could react to a 2 u00b0 c increase in temperature with a 10 nm minute increase in etch rate but less buffered solution could respond to that same temperature increase with a 150 nm minute increase in etch rate in at least one embodiment the method uses the amount or changes in the amount of hf concentration to determine and or change the buffering effectiveness of the boe and the result that temperature and changes in temperature will have on etch rate in at least one embodiment the manufacturing method utilizes the measurements of free hf and or surfactant to address undercutting. |
7 | a computer 12 which may be a server a control device or a data processing apparatus that is either directly attached to a printing device 14 or through a local area network lan 16 which can be either wired or wireless or through other suitable communication devices such as a serial bus or cable the universal jdf printer driver software program has a computer readable program code embedded and or stored in a computer usable non transitory storage medium such as a read only memory rom 18 or a hard disk drive hdd 20 of the computer 12 that can be accessed by the central processing unit cpu 22 of the computer 12 alternatively the universal jdf printer driver software program code may be stored in a computer usable transitory storage medium such as a universal serial bus usb storage medium or a compact disc read only memory cdrom which can be inserted into a computer so that the cpu 22 can access the program code stored therein when the universal jdf printer driver software program is executed the cpu reads out the program code of the universal jdf printer driver software program from the storage medium to a random access memory ram 24 of the computer causing the computer to carry out various steps and functions of the universal jdf printer driver software program the computer has an input output i o port 26 for connection with the lan 16 to control the function and operation of the printer 14 via lan 16 the universal jdf printer. |
8 | current and switch pulses as they change with a lapse of time are shown in fig1 in fig1 a reference letter a represents a waveform illustrating a time series of change in value of voltage induced in the primary coil 322 of the transformer 321 taken at a point u201c o u201d in the power supply circuit of fig1 a letter b a waveform illustrating a time series of change in amount of current in the point u201c o u201d of the power supply circuit and a letter c a waveform illustrating a time series of change in shape of an output wave of the control circuit 327 fed to the first switching element 324 during a period of a to b when a pulse wave the output wave of a predetermined duration shown by the waveform c is input from the control circuit 327 to the first switching element 324 making the first switching element 324 into an on state amount of electric current in the point u201c o u201d increases with time in proportion to a duration of the on state of the first switching element 324 as shown by the waveform b and thereby energy is charged into the primary coil 322 during a period of b to c. |
7 | skill in the art the reference voltages v 1 through v 4 are adjustable by means of potentiometers 83 85 87 and 81 respectively calibration of the comparators may be most easily accomplished by connecting resistors of the selected threshold values desired between lead 32 and 71 and operating test button 90 the appropriate potentiometer 83 85 or 87 is then adjusted to just obtain a high output from the associated comparator as may be noted comparator 78 utilizes an opto iosolator 82 to operate relay 79 push buttons 90 92 may be used for manual testing of motor 50 and 60 when neither motor is running power supply 10 utilizes a conventional low voltage transformer 11 a bridge rectifier 12 and a voltage regulator 14 to produce 12 volts regulated power to the switching and comparator circuits power supply 10 also supplies power to high voltage supply 20 which is preferably an oscillator type having oscillator transformer 21 with a high voltage secondary feeding a voltage doubler rectifier circuit generally this type of high voltage circuit is desired for safety purposes since any attempt to draw excessive current from the supply will produce loading and cessation of oscillation it is anticipated that the leakage resistance monitoring system of the invention can be mounted integral with motor control panels such as. |
4 | arm 19 and has a free end extending toward the upper thread wiper 18 the free end of the elastic portion 313 extends out of the second inserting portion 310 and is formed with a positioning groove 314 for holding one end of a spiral spring 34 and another end of the spiral spring 34 is pushed against the key 32 at the opening end of the second inserting portion 310 of the positioning sleeve 31 is formed a u shaped second stop portion 315 which is located above the free end of the elastic portion 313 to restrict the key 32 the elastic portion 313 is provided at a bottom surface thereof with a triangle protruding engaging portion 316 to be elastically engaged with the first stop portion 194 of the wiper arm 19 as shown in fig9 the key 32 is a rectangular block which is formed with a first chamber 320 which opens toward the positioning sleeve 31 for accommodation of the spiral spring 34 and the free end of the elastic portion 313 the spiral spring 34 pushes against the bottom of the first chamber 320 to provide an elastic force for separating the key 32 and the positioning sleeve 31 from each other at an upper edge of an opening end of the first chamber 320 is formed an extending portion 321 which extends toward the second stop portion 315 and at a distal end of the extending portion 321 is formed a stop flange 322 perpendicular to the extending portion 321 at the corner defined. |
6 | device wherein said igniter device receives said oscillatory high voltage from said transformer device the present invention also provides a method of reducing the amount of carbon monoxide provided by an internal combustion device comprising providing an oscillatory voltage with a voltage generating device igniting fuel with an igniting device wherein said igniting device receives said oscillatory voltage provided by the amount of carbon monoxide whereby said internal combustion device is less than an internal combustion device lacking said providing and said igniting the present invention also provides a method of increasing the power output provided by an internal combustion device comprising providing an oscillatory voltage with a voltage generating device igniting fuel with an igniting device wherein said igniting device receives said oscillatory voltage provided by the amount of power output whereby said internal combustion device is more than an internal combustion device lacking said proving and said igniting the present invention also provides an apparatus capable of performing any of the abovementioned methods a preferred embodiment of an electrical ignition system for an internal combustion engine is illustrated in a schematic diagram in fig1 the ignition system includes a storage battery 104 an electrical signal generator 106 a high voltage generator 108 an electrical distributor 110 four fuel injectors 112. |
4 | filament 14 is twisted relatively loosely around the elastic performance filament 12 such relative loose twisting of the inelastic control filament 14 about the elastic performance filament 12 thus allows the elastic filament 12 to be extensible under tension until a point is reached whereby the inelastic control filament 14 reaches its extension limit i e a point whereby the relative looseness of the inelastic filament has been removed along with any extensibility permitted by filament texturing crimping that may be present such that any further tensioning would result in permanent deformation or breakage such a tensioned state is depicted schematically in accompanying fig3 it will be understood that since the fibrous sheath 10 2 is comprised of an incoherent mass of entangled randomly oriented spun staple fibers it will permit the extension of the elastic performance filament 12 to occur up to the limit of the inelastic control filament 14 without physical separation furthermore the fibrous sheath itself serves to limit the extensibility of the elastic performance filament 12 albeit to a much lesser extent as compared to the inelastic control filament 14 thus throughout repeated tensioning and relaxation cycles the fibrous sheath 10 2 will continue to visibly hide the filamentary core 10. |
7 | at 906 in the current example the set of hypotheses 526 532 536 540 and 548 may be augmented with hypothesis 544 at 910 an augmented navigation solution is computed from the augmented hypotheses set at 912 if the grid selected at 904 has multiple identified hypotheses another hypothesis is selected at 914 and processing returns 908 in fig8 hypothesis 546 may be selected at 914 when all identified hypotheses of the selected grid have been processed processing proceeds from 912 to 916 at 916 the augmented navigation solution computed at 910 and any additional augmented navigation solutions computed in subsequent iterations of 914 through 910 are evaluated at 918 evaluation results of the one or more augmented navigation solutions for grid selected at 904 are compared with evaluation results of the plausible navigation solution selected at 902 at 920 one navigation solution is retained from amongst the one or more augmented navigation solutions evaluated at 916 and the plausible navigation solution selected at 902 based on the comparison at 918 at 922 if multiple of the j grids are not represented in the k hypotheses plausible navigation solution selected at 902 another grid is selected at 924 and processing returns to 906 when all unrepresented grids of the navigation solution selected at 902 have been processed processing proceeds from 922 to 926 at 926 where there are multiple k hypotheses based navigation solutions another plausible k hypotheses based navigation solution is selected at 928 and processing returns to 904 when all k hypotheses based navigation solutions have been processed processing proceeds from 926 to 930 at 930 a most plausible navigation may. |
7 | focus the light provided from the leds through a gauge body and onto a viewing screen application_number US 70493507 A description the system of the present invention comprises two main components an illuminator and a level display these two main components interact with a conventional water level gauge 22 as can be seen in fig1 a a conventional water level gauge 22 is made up of a series of ports 3 arranged vertically along a column 2 each comprising an opening 4 protected by glass though which light may pass when installed on a water boiler or similar device water or steam or a combination of the two will pass from the boiler through the pipe 1 and into the column 2 an operator who wishes to inspect the column 2 may peer through the series of ports 3 and determine the level of water within the gauge and correspondingly the boiler as can be seen in fig2 a 2 b and 2 c an illuminator 14 and level display 23 interact with a level gauge 22 by an interface that is formed between hooks 18 on the outer housings of the illuminator and the level display and a bolt 17 on the column 2 of the level gauge referring to fig3 a 3 e the illuminator may comprise an electronic printed circuit board pcb 10 containing an array of red and green light emitting diodes leds 19 an array of piano convex lenses 13 equal. |
8 | the ion cloud with the intention to mitigate the effects of coulomb repulsion in typical operation the trapped ions are cooled by collisions with a buffer gas such as helium towards the centre of the ion trap 6 as the trapped ions get closer together their individual charges repel other trapped ions keeping them apart by coulomb repulsion this is the so called space charge effect eventually the trapped ions will cool through collisions with buffer gas towards the centre of the ion trap 6 and approach the limits imposed on the size of the ion cloud by the space charge effect coulomb repulsion is a prime factor in determining the size of the ion cloud in the ion trap and the size of the ion cloud can give rise to deleterious effects in respect of mass linearity and resolution in a mass scan or ion isolation reducing the size of the ion cloud by mitigating the effects of coulomb repulsion by means of charge compensation reduces the resulting energy spread of the ejected ions and produces either a a corresponding improvement in mass resolution for the same ion density or b an improvement in signal intensity for the same mass resolution depending on the number of compensating charges introduced to the trap in a preferred embodiment the ion trap 6 is coupled to a time of flight tof analyser not shown such as described by kawatoh in u s pat no 6 380 666 april 2002 a known limitation in achieving the highest mass resolution combined with high signal intensity in this type of configuration is the spatial distribution and velocity of the ions at the time of fast ejection from the ion trap 6 into. |
6 | are formed integrally with each of the upstanding fingers 50 and 50a and are located adjacent the bottom thereof such as depicted in fig1 3 and 5 as illustrated ribs 58 serve to support the bottom of the pocket lighter 12 in a firm manner such ribs 58 are dimensioned to ensure that the operative components 16 of lighter 12 will whenever the latter is in the inserted position be exposed for normal operation thereof by a user now referring to the weighted member or means 20 the illustrated embodiment depicts it as a generally elliptically shaped member having mounting opening 60 which also has a generally elliptical shape opening 60 has a pair of diametrically opposed cut outs 62 the opening 60 with cut outs 62 are suitably formed to permit weighted means 20 being peripherally mounted about the upstanding fingers 50 and 50a as above mentioned the weight 20 assumes a horizontal position adjacent the bottom of such upstanding retaining and supporting fingers 50 and 50a it is being kept in mind of course that the retaining ribs 28 tend to secure the weight 20 in the depicted position instead of weight 20 being retained by ribs 28 of the type mentioned it may also cooperate with crushable ribs as to retain its position accordingly this particular structural relation of components serves to advantageously enhance stability of the lighter housing 10 by reason of the latter having a low center of gravity moreover. |
6 | US 5257506 A abstract a defrost cycle for a heat pump system which optimizes the efficiency of the heat pump by initiating defrost depending upon the relationship of both the outdoor coil ambient temperature and the outdoor coil refrigerant temperature with a predetermined temperature reference level application_number US 67344891 A description referring now to fig1 there is shown a heat pump system 10 comprising an indoor coil 11 and outdoor coil 12 a compressor 13 and a reversing valve 14 installed in the line 15 between the indoor and outdoor coils 11 and 12 are expansion valves 16 and 17 with each having provision for bypassing refrigerant when it is not acting as an expansion device all of these components operate in a rather conventional heat pump manner to provide cooling to the indoor space while operating in the air conditioning mode and heating to the indoor space while operating in a heating mode although the present invention is equally applicable to either constant speed or variable speed systems it will presently be described with reference to a constant speed system such a system contemplates the use of multi speed motors such as for example a two speed compressor motor the motor 33 drives the compressor 13 which is normally located in the outdoor section near the outdoor coil 12 the motor 37 drives the fan 27 for the indoor coil 11 and the motor 34 drives the outdoor fan 24 a compressor controller 18 is therefore provided to communicate with and to coordinate the operation of the compressor and its associated equipment the. |
9 | an amount proportional to the final diameter divided by the diameter of the tire preform prior to expansion this stretch is responsible for the reduction in the gauge of the plies 24 25 typically during expansion of preform tire 10 there is no substantial meridional i e bead to bead stretch of the plies it is preferred that the amount of overlap x u2032 after expansion of the preform extends across crown 20 and to the breaker or shoulder regions 14 and 15 as illustrated in fig1 referring now to fig4 and 6 an alternate embodiment of the present invention is illustrated a typical automotive tire preform 40 in cross section is again shown as it exists after expansion of the tire preform but prior to complete vulcanization tire preform 40 generally comprises beads 42 and 43 side walls 46 and 47 a tread or crown region 50 and an inner liner having three distinct plies 54 55 and 56 for improved clarity of the present invention the typical carcass reinforcement extending between the beads 42 and 43 i e the belt structure in the crown area under the tread and the bead ring structure are not shown the preform 40 has an inner meridional width m extending about the inner width of surface 49 from the outer edge of bead area 42 to the outer edge of bead area 43 as illustrated in fig5 and 6 and in accord with the present invention the tire inner liner in the uncured stage comprises three separate and distinct plies 54 55 and 56 which are shown with a reduced width as compared with fig4 ply 54 has a width w which is less than inner meridional width m. |
9 | increasing distance from shoulder 216 the pitch of the rotor blade also varies with increasing distance from shoulder 216 with the absolute value of the pitch being set by the angular position of the shoulder 216 on its pivot axis preferably the blade is curved helically through an angle of about 15 u00b0 20 u00b0 and the blade is set by rotation of shoulder 216 so that the angle of attack of the leading edge 230 is optimum for the prevailing wind velocity with reference to fig5 the angle of attack is defined as the angle between one line running from leading edge 230 to the pivot axis of the blade and a second line running from the pivot axis at a right angle to the support ring 202 the length of the rotor blades is such that the outer ends of the rotor blades lie close enough to the stator casing ring 18 so that substantially all of the air which passes between the inlet stator blades must pass between the rotor blades but far enough from the stator casing ring that the rotor blades may be removed from the rotor assembly while the assembly is mounted in the turbine flange 234 is attached to support ring 204 preferably via bolts 236 and is provided with a hub 237 surrounding a tapered center bore 238 flange 234 is sized so that its center bore is somewhat larger than the diameter of shaft 102 and the outer diameter of its bore shoulders form a tight fit with the inner wall of support ring 204 the rotor assembly is normally preassembled as a unit and then mounted in the turbine the rotor assembly is mounted to shaft 102 by means of a wedge type bushing arrangement first shaft. |
4 | a plating for the second kind knitting yarn 12 are used as the knitting yarn having a lower stretch force to put it concretely as shown in fig6 the first set up part 2 a of the set up area 2 consists of two courses and knit by repeating 1 wale knit and 3 wale miss the second set up part 2 b consists of three courses and knit by repeating 1 wale tuck and 3 wale miss in the welt knitting area 3 the courses c 6 c 8 c 9 c 11 c 12 c 14 and c 15 are knit only by the above mentioned knitting yarn 14 as described above after knitting the course c 6 of knit only by the knitting yarn 14 knitting one course of repeating 1 wale tuck and 1 wale miss with the first kind knitting yarn 11 having a higher stretch force then the pattern of knitting two continuous courses of knit only and one course of repeating 1 wale tuck and 1 wale miss is repeated also in the fourth embodiment the moderate tightening force is applied so that wearing comfortability is obtained the feel of the texture improves and the texture is effectively prevented from curling outward the fifth embodiment shows underpants 20 formed by the two tubular knit fabrics 1 of fig1 the two tubular fabrics 2 are arranged side by side and the upper adjacent portions of the two tubular fabrics 2 to be a rise are cut and sew to form the underpants 20 as for this underpants 20 the both leg hems are formed single welt with the set up area 2 being. |
3 | and if the applied voltage is reversed the color changes back to dark blue the results are shown in fig6 wherein curves 61 67 are obtained by applying the voltage 0 v 0 2 v 0 4 v 0 6 v 1 0 v 0 1 v and 0 3 v respectively these results also show that when a positive voltage is applied the intensity of u03c0 u03c0 absorption peak at 810 nm decreases and that of the generated broad peak at 1400 nm with increasing the applied voltage when a reversed voltage is applied the absorption spectrum is restored to its original therefore the obtained electrochromic pitn film can be applied for smart windows ecds and observing windows of instruments testing on the electrochromic property of a composite film derived from a pitn derivative dissolve 20 mg poly 1 3 dihydro 5 6 dimethylisothianaphthene and 180 mg pbma in 18 ml anhydride dichloromethane with agitation using an ultrasonic oscillator for about 10 minutes the obtained solution is subject to a dehydrogenation reaction by introducing 2 ml dichloromethane containing 7 5 u03bcl so 2 cl 2 as a dehydrogenation agent and allowing the reaction to proceed for 3 minutes and then terminating the reaction by introducing 0 5 ml pyridine as an inhibitor to obtain a solution of poly 1 3 dihydro 5 6 dimethylisothianaphthene and pbma with the weight ration 1 9 the resulting solution can remain stable for. |
4 | batt was prepared as in example 1 except the fiber content was staple fill fibers 55 weight percent trevira u2122 type 121 polyethylene terephthalate 1 2 denier 3 8 cm long available from hoechst celanese corp and staple bonding fibers 45 weight percent of the core sheath fiber used in example 1 and the web was crosslapped to form a 20 layer batt in example 6 a batt was prepared as in example 1 except the fiber content was staple fill fibers 55 weight percent fortrel u2122 type 69460 polyethylene terephthalate 0 5 denier 3 8 cm long available from wellman fiber industries florence s c and staple bonding fibers 45 weight percent of the core sheath fiber used in example 1 in example 7 a batt was prepared as in example 1 except the fiber content was staple fill fibers 55 weight percent trevira u2122 type 121 polyethylene terephthalate 0 85 denier 3 8 cm long available from hoechst celanese corp and staple bonding fibers 45 weight percent of the core sheath fiber used in example 1 samples were tested for basis weight bulk density thickness thermal resistance thermal weight efficiency and hand the test results are set forth in table i table i__________________________________________________________________________example 1 2 3 4 5 6 7__________________________________________________________________________fill fiber 75 55 25 55 55 55 55 bonding 25 45 75 45 45 45 45fiber basis 233 240 255 101 383 221 250weight g m sup 2 thickness 10 6 9 5 9 8 3 7 14 4 8 2 14 9 cm bulk 2 2 2 5 2 6 2 7 2 7 2 8 1 7density kg m sup 3 thermal 7 4 7 0 6 9 3 1 10 4 7 6 8 8resistance clo thermal. |
8 | video and symbol information and send it to one or more receive processors 22 the receiver processor 22 functions as a video decompressor if desired the receiver processor 22 can also decompress symbols if they were compressed during transmission or the symbols can be decompressed by a separate symbol processor 23 as shown a stream combiner 24 then combines the symbols with the image stream in accordance with the logic of fig3 discussed below the decompressed multimedia with symbols can be displayed on an output device 25 such as a video display printer speaker etc now referring to fig2 the compression and transmission logic can be seen at block 26 video images in the stream are scanned by an appropriate scanning device 14 any appropriate scanner 14 may be used preferably the images are scanned at a relatively high sampling rate that is sufficient to reduce or eliminate distortion of symbols in the video images a digitized representation of the images with symbols is generated by the scanner 14 if desired not all video frames in a stream need be scanned for example every tenth frame might be scanned until a symbol is detected then every succeeding frame can be scanned for the symbol when a frame is encountered having no symbols the scanning frequency can revert to every n th frame in this way scanning speed is increased proceeding to block 28 symbols in the image are recognized by character recognition software executed on the transmit processor 16 or if desired the symbol processor 17 any appropriate character recognition algorithms can be used the transmit processor 16 or symbol processor 17 generates symbol information i e binary representations of the symbols that indicate not only the identification type of symbol scanned but also preferably the position of the. |
9 | first routing wires 212 the second routing wires 214 the lower patterns 216 a of the first pads and the lower patterns 218 a of the second pads is formed here as a material forming the first conductive pattern group al alnd mo moti cu cuox cr and so on are used the first connection pattern 210 formed in the electrode forming part a see fig1 is formed to have a thickness of about 2 000 u00e5 to about 3 000 u00e5 and a width of about 3 u03bcm to about 10 u03bcm in another embodiment the first conductive pattern group including the first connection patterns 210 the first routing wires 212 the second routing wires 214 the lower patterns 216 a of the first pads and the lower patterns 218 a of the second pads may be formed by being printed on the substrate 200 subsequent drying and or heating process may be performed in such a case the photolithography process and the etching process using the first mask may be omitted in other embodiments other pattern forming processes may be used fig1 a to 13d are a top plan view and cross sectional views illustrating a second mask process in a method of manufacturing the touch screen panel according to the second embodiment of this invention the first and second routing wires 212 and 214 are indicated by dotted lines in fig1 a the first and second routing wires. |
9 | said drive shaft carrying eccentric means to be rotated by the shaft bearing means carried by and within said first tubular part said bearing means receiving said eccentric means to oscillate said first tubular part said head and said blade as said eccentric means is rotated by the shaft and counterbalance means located on said drive shaft to rotate therewith and reduce vibration created by said oscillation application_number US 47369583 A description referring now to the drawings and initially to fig1 and 2 inclusive for this purpose it will be seen that one type of machine in which the invention may be incorporated has been designated in its entirety by reference number 10 mounted on the machine 10 are a pair of rubber tires 12 which permit the machine 10 to be easily transported and maneuvered the wheels 12 are carried by an axle 14 which in turn passes through the rear portions of the base frame 16 mounted on the frame 16 is an electrical motor 18 the machine 10 may alternately be powered by an internal combustion engine the motor 18 is held in place by four mounting bolts 19 which pass through slots 20 in the frame 16 when the bolts 19 are loosened the motor can be moved forward or backward on the frame 16 by reason of the slots 20 to adjust the tension in the drive belt 21 covering the motor 18 and attached to the frame 16 is a cover shroud 22 the shroud 22 slides over the side walls 23 of the frame and is held in place by bolts 24 as can be seen in fig1 positioned. |
7 | f 4 permitting front to back positional adjustment of the snare drum but restricting vertical motion by tangency to the slots undercut surfaces a desired front to back position can be fixed by driving a flexure 2 gi 3 against the underside of the planar member 2 f 1 by tightening a thumb screw 2 gi 4 beneath the bracket ii lateral adjustment of bracket 2 gi 2 position is enabled by a slot 2 gii 1 permitting left to right positional adjustment of the snare drum roll tilt about a front to rear axis orientation adjustment is enabled by rotating the bracket about a fastener 2 gii 2 passing through the slot a desired roll orientation can be fixed by securing a cam closure 2 gii 3 that binds the bracket between one narrow plate 2 gii 4 and another 2 gii 5 which is longer and is attached to a tube clamp 2 gii 6 which supports the clamp mechanism 2 g by connection to the rear column of the bass drum assembly part 1 qiii 1 iii tube clamp 2 gii 6 position can be adjusted vertically along the rear column part 1 qiii 1 allowing height and pitch tilt about a left to right axis adjustment of the drum position and orientation a desired position and orientation can be fixed by securing a cam closure 2 giii h planar member 2 d 1 is supported at the front by a ball and post 2 h 1 held in a clamp mechanism 2 h from part 1 r attached to the bass drum ball mates and engages slot 2 f 4 permitting front. |
2 | feeding of web 13 to turret winder 1 wrinkles are removed from web 13 by bowed roll 96 as in conventional practice bowed roll 96 is curved slightly along its longitudinal axis so that the center of this roll is not concentric with its ends in conventional practice bowed roll 96 is driven by web 13 as it passes over bowed roll 96 this results in tension variations in web 13 especially when there is a change in the velocity of web 13 as it responds to change in the speed of chuck drive motor 23a or 23b due to the fact that bowed roll 96 must be sped up or slowed down by forces exerted through web 13 in the present invention bowed roll 96 is driven through an adjustable bowed roll clutch 97 to which it is connected b bowed roll clutch belt 98 the inclusion of bowed roll clutch 97 permits bowed roll 96 to be adjusted to rotate at a speed that matches the speed of web 13 and also follows variations in the speed of chuck drive motor 23a or 23b as the speed of feed rolls 95 and 95 39 respond to core chuck speed control 100 this ability to drive bowed roll 96 substantially improves the. |
8 | 112 a hard mask layer 114 and a photoresist film not shown are formed over a semiconductor substrate next a pillar patterning process is performed with a photolithography process using an exposure maskdefining a first contact hole region to form a photoresist film pattern 116 that is the photoresist film pattern 116 includes pillar patterns formed in a pillar shape over the first contact hole region the pillar pattern can be formed with a single patterning process using a single exposure mask or a double exposure process using line space masks in addition if a critical dimension cd of the pillar is too small the pillar may collapse during the pillar pattern formation thus in order to prevent this the pillar pattern is formed having a cd larger than a target cd and then the pillar pattern having the target cd may be formed by reducing the cd with a trimming process the hard mask layer 114 can be formed with a stack structure of an amorphous carbon layer and a silicon oxynitride film in addition a bottom anti reflection coating barc can be formed under the photoresist film not shown next referring to fig2 a spacer layer 118 is formed on the entire surface including the photoresist film pattern 116 e g by using an atomic layer deposition ald process the ald process is preferably formed at a low temperature not more than 200 u00b0 c the spacer layer 118 can be formed of a nitride film an oxide film or a combination thereof if the barc is formed under the photoresist film the barc. |
7 | p q r of the first memory 41 is as shown in formula 35 the controller generates addresses p q r of the first memory 41 so that the first outer parity generated in the first outer error correction encoder 43 may be stored in the first memory 41 according to formula 35 for second outer error correction coding the second data block stored in the first memory 41 is delivered into the second outer error correction encoder 44 there are n1 u00d7 l codewords for second outer error correction coding and information elements of one codeword are composed of d1 symbols herein the codeword for second outer error correction coding is supposed to be f8 s8 s8 0 1 n1 u00d7 l 1 besides the information element of codeword f8 s8 is supposed to be g8 s8 t8 t8 0 1 d1 1 the relation between addresses s8 t8 of information element g8 s8 t8 of codeword f8 s8 and addresses p q r of data e2 p q r stored in the memory is shown in formula 36 the first controller 45 generates addresses p q r of the first memory 41 so as to deliver the information elements g8 s8 t8 of codeword f8 s8 sequentially into the second outer error correction encoder 44 the second outer error correction encoder 44 encodes the entered information element g8 s8 t8 and generates a second outer parity the parity element generated when the information element g8 s8 t8 of codeword f8 s8 is processed by second outer error correction coding is supposed to be g8p s8 u8 u8 0 1 d2 1 at this time the codeword is. |
7 | inspection of a sample by a beam of nir radiation that also passes through an object or medium such as a conveyor belt before or after passing through the sample and before being received by a detector it is to be understood that this is possible because certain materials from which a conveyor belt may be fabricated are sufficiently transparent to allow passage of nir radiation therethrough thus embodiments of the invention may be integrated into industrial facilities such as an industrial production line in a more convenient and less intrusive manner furthermore an advantage of nir imaging over x ray imaging is that there is a reduced risk of damage or other unwanted effects on a sample such as a chemical change to an active ingredient of a pharmaceutical it is to be understood that where a detector is located on an opposite side of a conveyor to the article the conveyor belt or other conveyor employed in or with embodiments of the present invention must be formed from a material that allows nir radiation to be transmitted therethrough for example a material that is transparent to nir radiation or a material that is translucent to nir radiation it is to be understood that some embodiments of the invention may employ a fan type. |
3 | acid followed by neutralization and filtration the third step of the sequence is the resolution of iii to provide the r and s enantiomers iv and v respectively this can be accomplished by a number of methods known to those skilled in the art including diasteriomeric salt formation with an acid such as l tartaric acid conversion to diasteriomeric amides followed by chemical or chromatographic separation and hydrolysis or chiral chromatography the preferred method is by use of a chiralcel of column such as that described in okamoto et al j chromatogr 363 173 1986 and a mixed solvent system consisting of hexane and isopropanol preferably in the ratio of 2 to 1 the fourth and fifth steps of the synthesis are carried out on enantiomer iv or v depending on which enantiomer of the spirofluorenehydantoin is desired proceeding with iv provides the r enantiomer viii while the s enantiomer ix is obtained from v in either case in the fourth step of the synthesis the r or s amino acid ester iv or v respectively is reacted with cyanate sodium or potassium salts are preferred in a suitable organic acid preferably acetic acid at 45 u00b0 c to 1oo u00b0 c for 15 minutes to 1 hour at a temperature of 6020 c a reaction time of 30 minutes should be sufficient the product is conveniently isolated by diluting the reaction mixture with ice water and collecting the product by filtration at least a 1 1 ratio of the cyanate to the amino acid ester is required for high yields a two to three fold excess of cyanate is not detrimental in the fifth and final step of the synthesis a mixture of the r or s. |
5 | illustrated in fig3 debris 50 has collected in debris basket 20 and is preventing the flow of fluid to suction pump 10 this situation can result in damage to suction pump 10 especially if allowed to continue for an extended period of time e g because the maintainer is away or because the collected debris is obscured by a cover the skimmer bypass method and system can prevent this damage however as fluid will flow into skimmer basket bypass inlet 70 and continue as the arrows indicate to suction pump 10 maintaining flow and preventing damage in the example embodiment illustrated in fig4 skimmer basket bypass 40 is connected to debris basket 20 at connector 60 although skimmer basket bypass 40 has been shown previously as a single constructed piece this shows that it can be constructed in multiple pieces in order to support additional advantages such as allowing for ease of installation maintenance and allowing for adjustability to keep the system close to the pool wall to minimize disruption of use of the pool multiple piece construction can also allow skimmer basket bypass 40 to be retracted or removed when not in use while various aspects and embodiments have been disclosed herein other aspects and embodiments will be apparent to those skilled in the art the various aspects and embodiments disclosed herein are for purposes of illustration and are not intended to be limiting with the true scope and spirit being indicated by the following claims other embodiments may be utilized and other changes may be made without departing from. |
8 | been patterned to produce gates 201 and 205 together with runner 203 which extends over field oxide 113 thus it will be noted that fig1 15 depict the formation of two adjacent transistors separated by field oxide 113 furthermore gate level runner 203 extends along field oxide 113 gate level runner 203 may be connected although not shown in the particular cross section of fig1 to gate 201 or 205 or to the gate source or drain of some other transistor not shown in fig1 layer 119 which may be silicon dioxide is formed on substrate 111 next layer 121 is deposited layer 121 may be silicon nitride or silicon oxynitride layer 123 is deposited upon layer 121 layer 123 may be formed from teos or bpteos or any of a variety of other deposited dielectrics typical thicknesses for layers 119 121 and 123 are similar to the thicknesses for aforementioned layers 19 21 and 23 in fig1 7 next in a manner analogous to that depicted in fig4 10 layers 123 121 and optionally 119 are anisotropically etched to create spacer layers 119 121 and 123 illustrated in fig1 some drain regions 300 301 and 302 may be formed in a manner similar to that discussed before although fig1 shows the shapes of junctions 300 301 and 302 to have standard profiles lightly doped drain ldd profiles may be created. |
2 | and stationary knives is too wide the uncured compound sheet will not be cut efficiently then the cut pieces of uncured compound will be too big and will tumble into the chopper potentially clogging the screen holes because of friction generated by the rotating knives one skilled in the art will recognize that the spacing between the various components and the rotational velocity of the non stationary blades may be adjusted for uncured polymer sheets of different compositions or thicknesses in one embodiment the particles range in size from about 6 mesh to about 24 mesh the cut particles may be sieved to remove fines and larger size particles particles of different colors can then be blended in pre set proportions to provide a desired design for the final product for example a mixture of different colored particles can be used to form a speckled design in the final product because the particles are uncured they may stick together during mixing if they are compressed a double cone blender or other blender with no internal moving parts can be employed to combine the particles about 0 1 to about 1 by weight of calcium carbonate a clay talc zinc stearate etc can be added to the blend to facilitate blending and avoidance of clogging a rotocure press may. |
4 | the yarns 2 and the concentration c of the sizing liquid by using a formula where ws is the weight of the sizing liquid carried away by the yarns 2 and ww is the weight of the yarns 2 processed for sizing in the description of the first and second embodiments of the present invention it is supposed for simplicity that the concentration c of the sizing liquid 9 contained in the cavity box 11 remains constant after steam is supplied into the cavity box 11 the weight ws of the sizing liquid taken up by the yarn 2 is a function of the sizing liquid consumption q the specific gravity u03c1 of the sizing liquid and the concentration c of the sizing liquid and the weight ww of the processed yarns 2 is a function of the length yards of the processed yarns 2 the number n of the yarns 2 the count cotton count e of the yarns 2 and constants 840 and 2 2 therefore a sizing machine in a second embodiment employs a flowmeter for measuring the flow rate of steam 18 as shown in fig4 a flowmeter 32 such as a piezoelectric digital flowmeter or an electromagnetic flowmeter and a pressure sensor 33 are provided after an operating device 16 with respect to the direction of flow of steam an integrator 27 calculates the total quantity u03c3q. |
8 | values x k the conventional lms adaptive channel equalizer processes the arriving signal z k to compensate for the time variable frequency response of the channel but does not compensate for the channel additive noise v k the impulse response of the channel equalizer at the time k is represented by the vector equ2 the vector c k is an estimate of the inverse channel impulse response the values c 1 k c n k may be viewed as the filter coefficients of an adaptive digital filter comprising the channel equalizer 18 the conventional adaptive channel equalizer utilizes the following lms algorithm to estimate c k 1 where z k is a received signal vector made up of the current and previous n 1 received signal values i e equ3 normally the values x k are not available to the channel equalizer which executes the algorithm of eq 3 to the contrary in normal operation it is the role of the channel equalizer to provide as an output the values x k based on the received signal values z k during a training period the vector c k is set up using known training x k 39 s after the channel equalizer converges to. |
4 | for changing the cans is arranged only for changing the can to one side in this case to the left the connection 29 between the carriage 22 and the toothed belt 24 is mounted on the right hand side of the carriage 22 the carriage 22 carries one deflection roller 30 and 31 on its right and left ends respectively a toothed belt 32 is wrapped around these two deflection rollers 30 and 31 viewed in the outward thrust direction 33 of the carriage 22 a fastening 34 of the toothed belt 32 to the undercarriage 38 is located just before the deflection roller 28 the toothed belt 32 is part of the apparatus 23 for displacing a can on the carriage 22 to that end the apparatus 23 further includes a means 35 for manipulating a can it is supported slidingly on the carriage 22 and as identified by reference numeral 36 is firmly joined to the toothed belt 32 in the present exemplary embodiment the means 35 for manipulating the cans is a magnet that can be turned on it enters into operative connection with a magnetizable metal plate 37 mounted on the face end of the cans for instance if an empty can under the spinning station 2 is to be pulled away onto the transport vehicle 7 when a can is pushed underneath from the transport vehicle the magnet need not be turned on the exemplary embodiment of fig2 shows the terminal position of the apparatus 23 for displacing the can on the left end of the extended carriage 22 which is likewise in its farthest extended position the travel paths of the carriage 22 and apparatus 23 are. |
5 | bit and with a portion of the side wall being removed from the cylindrical body portion of the cutting head all of the embodiments utilize a short coupling mounted directly to the support member extending across the top of the cutting head reinforcement members may be bolted or welded to the sides of the coupling and the support plate as well this embodiment is especially adaptable for use with pressure drilling rigs finally it is contemplated that a number of smaller openings formed by holes slots or slits may be formed in the upper section of the drilling head as an alternate means to provide additional access to the substrate hole and provide drainage for water during the drilling process the method of using the flightless rock auger is as follows the method of removing a plug of hard substrate from a posthole using a flightless rock auger with a drilling rig comprising the steps of a attaching the flightless rock auger to the drive shaft of a power unit of the drilling rig the flightless rock auger comprising a cylindrical hollow cutting head comprising a hollow cylindrical body defining side walls connecting a top end defining an upper peripheral edge and a lower open end defining a lower peripheral cutting edge including a plurality of. |
8 | a telescopic cascode operational amplifier fig9 illustrates another embodiment of the operational amplifiers 310 410 and 510 the circuit of fig9 is referred to as a folded cascode operational amplifier the right half of the operational amplifier 900 includes 4 stacked transistor groups the 4 transistor groups from top to bottom includes a pmos 930 and a pmos 935 a pmos 940 and a pmos 945 a nmos 950 and a nmos 955 as well as a nmos 960 and a nmos 965 respectively the gates of the 4 transistor groups are respectively biased by voltages v b1 v b2 v b3 and v m the left half of the operational amplifier 900 includes another transistor group made up of an nmos 920 and an nmos 925 the drains of the nmos 920 and the nmos 925 are respectively coupled to the drain of the pmos 930 and the drain of the pmos 935 their sources are both coupled to a current source 910 and their gates serve as the inputs of the operational amplifier 900 the pmoss in the operational amplifiers 600 700 800 and 900 can be substituted by nmoss and vice versa and the same function can be obtained with correspondingly adjusted polarities and biases such modifications are well known to people having ordinary skill in the art and therefore are omitted for brevity fig1 illustrates a flowchart of a sampling method according to. |
2 | vertical wall 36 a extend in parallel with a peripheral wall 38 of the lower cover 14 and is coupled to a vertical wall 36 b that extends along one edge of the starter cut out portion 34 b a vertical wall 36 c that extends along the other edge of the starter cut out portion 34 b extend in parallel with the vertical wall 36 b and is coupled to the peripheral wall 38 of the lower cover 14 protruding end surfaces of the vertical walls 36 a to 36 c are disposed at the same level in height as a protruding end surface of the peripheral wall 38 of the lower cover 14 and shaft portions of the battery connecting bolt 28 a and starter connecting bolt 28 b protrude upward by a large amount the other bolt receiving section 24 b is provided near the alternator connecting bolt 28 c with an alternator cut out portion 34 c whose protruding side end edge portion is cut out the other bolt receiving section 24 b is also provided with a vertical wall 40 a that extends along one edge of the alternator cut out portion 34 c and with a vertical wall 40 b that extends along the other edge of the alternator cut out portion 34 c and along the vertical wall 40 a the vertical wall 40 a is coupled to the peripheral wall 38 of the lower cover 14 but the vertical wall 40 b is not coupled to the peripheral wall 38 of the lower cover 14 a clearance having a size sufficient to receive a fitting wall 44 discussed below is defined between the vertical wall 40 b and the peripheral wall 38 of the lower cover 14 protruding end surfaces of. |
5 | roll 52 removed the front portion and the strap 44 are omitted from the figure for the sake of clarity and the take up roll 52 is shown with a portion of the wall removed to expose a torsion spring 70 the take up roll 52 includes a central shaft 72 that is rotatable with respect to the take up roll 52 one end of the torsion spring 70 is connected to the take up roll 52 and the other end is connected to the shaft 72 such that the tension in the torsion spring 70 increases as the strap 44 is unrolled clockwise rotation of the roll 52 and decreases as the strap 44 is rolled up counter clockwise rotation of the roll 52 in order for the take up roll 52 to rotate relative to the shaft 72 the shaft 72 is held stationary within the housing 48 the shaft 72 includes a pair grooves 74 at each end disposed on opposite sides of the shaft 72 and the housing 48 includes internal channels 76 that receive the ends of the shaft 72 when the strap recoiler 46 is assembled the shaft 72 is oriented so that grooves 74 align with the channels 76 of the housing 48 when the take up roll 52 is inserted when the ends of the shaft 72 are disposed in the channels 76 the walls of the channels 76 retain bear upon the grooves 74 to retain the shaft 72 as the take up roll 52 rotates to roll and unroll the strap 44 when the take up roll 52 is disposed within the housing 48 the tension in the torsion spring 70 may be adjusted either by rotating the take up roll 52 or by varying the. |
8 | share their loads r19 and r20 are protection resistors for jacks j3 and j4 through jacks j3 and j4 measurements can be made however if an accidental short is placed on these tip jacks no harm will be caused diodes cr3 and cr4 are backlash diodes preventing any reverse voltages from being put on the transistors as well as providing input polarity protection so that if someone inadvertently puts a reverse battery on the input the transistors will not be destroyed these diodes will then forward bias and consequently trip the input circuit breaker cb1 as can be seen either q1 and q2 are on or q3 and q4 are on alternately driving the two halves of the primary winding of the power transformer t2 the control board j2 controls the time that these transistors are on and consequently the output from the power transformer t2 which is rectified by br1 will have a varying pulse width as the pulse gets wider naturally the voltage will go up or more power can be provided to the load resistor r9 and capacitor c5 provide an rc circuit which suppresses inductive switching spikes that could cause the rectifier bridge br1 to be destroyed l3 provides input filtering the current limit monitoring circuit that exists in this device will now be explained the control circuit monitors the voltage across r10 and r11 and the closed contacts of switch s1 in normal operation however the switch s1 is provided for calibration or testing. |
5 | element 19 is slid onto clamping sleeve 17 the washer compresses the clamping sleeve 17 to such an extent that its external diameter is equal to or smaller than the diameter of bore 21 in bit holder 20 longitudinal slot 18 is wide enough so that clamping sleeve 17 can be pressed together far enough that its internal wall lies on bit shank 14 since bore 21 of bit holder 20 is provided with diverging frustoconical opening 22 the bit shank 14 of cutter bit 10 can be easily inserted into bore 21 this insertion process can be carried out manually until holding element 19 strikes the frontal side of the bit holder 20 then with increased application of force for example by means of a blow from a hammer the cutter bit 10 can be driven far enough into bore 21 so that collar 12 of bit head 11 by means of the holding element 19 is driven to face against the frontal side of bit holder 20 as illustrated in fig2 second embodiment in this manner holding element 19 formed as a holding washer is moved from clamping sleeve 17 down onto the free area 13 of the bit shank 14 between clamping sleeve 17 and the bit head 11 so that it releases clamping sleeve 17 clamping sleeve 17 can now be tensed with the tensing force specific to it in the bore 21 of bit holder 20 since it would accommodate in the. |
4 | includes upper and lower bodies 60 and 70 that are joined to each other the upper body 60 has a plurality of grooves 61 formed concentric with the axis spaced radially from each other on the lower surface the innermost space between the grooves 61c and 61d is the smallest narrowest of all and the outermost space between the grooves 61a and 61b is the largest widest the lower body 70 has on the upper surface a plurality of upwardly projecting ribs 71 that are axially formed to correspond to the grooves 61a 61b 61c and 61d seals 50 are respectively interposed between the grooves 61 and the ribs 71 for forming a seal a plurality of screw holes 65 and 75 are respectively formed along the sides of the outermost groove 61a and the outermost rib 71a the ribs 71a 71b 71c and 71d of the lower body 70 are fitted into the corresponding grooves 61a 61b and 61c of the upper body 60 together with the seals 50 and screws are tightened to easily and firmly couple the upper and lower bodies 60 and 70 together as shown in fig9 b according to the third preferred embodiment of the present invention employ a plurality of balls 74 and liquid are provided in the respective tracks 72a 72b and 72c formed to be different in size by the ribs 71a 71b 71c and 71d the balls are designed to be of different sizes corresponding to each track in which the balls are contained the smallest ball size 74c is located in the innermost track 72c and the biggest ball size 74a is in the outermost. |
3 | can be made of mild steel or any material suitable for transporting fly ash entrained in air or exhaust gas the plate 16 is made of hardened or mild steel and the spikes or wires are made of hardened steel to resist abrasion the metal structure could be placed directly in the gas flow as illustrated in fig1 or it could be located behind a baffle protected flow zone to reduce abrasion by ash particles fig7 the baffle would be made of an abrasion resistant material such as a ceramic a number of variations to this basic concept are possible first the insulated metal structures do not have to be plates any shape with a large surface area will do however there must be a sharp spike somewhere on the insulated metal structure in addition the sharp spikes can take many different forms they can for example be fine wires finally if the charge on the fly ash particles is not high enough to produce an electric field at the tip of the spikes which is high enough to produce a corona discharge the field can be increased by connecting the metal structure to an external voltage supply that will raise the electric field on the metal structure the inventor also envisions his ozone generating device to be mounted in a non metallic non conducting pipe or tube in such an installation the metallic sharp tipped component mounted on the metal plate or surface does not in turn have to be mounted on an insulator since the non metallic pipe is non conducting accordingly the metallic sharp tipped component mounted on a metal surface is placed in the non metallic pipe to produce the corona effect to produce ozone to. |
4 | 72 a drive miter gear 78 is carried by the lower end of drive shaft 74 drive miter gear 78 meshes with the driven miter gear 70 and transmits rotary motion to roller shaft 52 as seen in fig1 a front cover 73 and a rear cover 75 are provided for the miter gears 70 and 78 the covers 73 and 75 are secured to the main bracket 34 by screws 77 that are threaded into threaded bores 79 in the main bracket 34 the preferred embodiment includes a one piece plastic cover for the miter gears 70 and 78 the front roller bracket 60 see fig6 and 6a includes a pair of hubs 82 and 84 at its forward end in which is journaled a front roller shaft 80 the hubs 82 and 84 have sets of needle bearings to minimize friction in these journals a front roller 86 and a front pulley 88 are secured to front roller shaft 80 for rotation therewith the front pulley 88 is aligned with rear pulley 66 and a drive belt 90 extends over the aligned pulleys 88 and 66 such that the rotary motion of rear roller shaft 52 is transferred to the front roller shaft 80 in the preferred embodiment the pulleys 66 88 and the belt 90 are of the sprocket type that have grooves and ridges on their engaging surfaces this sprocket type drive not only provides a more positive drive connection between the pulleys and the belt but also ensures that the front roller 86 and rear roller 50 are synchronized the front roller bracket 60 has an inclined u shaped portion 92 that includes a hub 94 at its forward. |
5 | seat 140 closing the pilot seat orifice 145 lifting the flow throttling device 26150 into the flow throttling device orifice 150 thereby generating a pressure pulse a pilot valve 26225 is comprised of the pilot 26220 the pilot seat 140 and the pilot seat orifice 145 further rotation of the motor 130 drive shaft 26910 and outer magnets 26510 move the pilot actuator assembly 135 and pilot 26220 away from the pilot seat 140 causing the flow throttling device 26150 to move away from the flow throttling orifice 150 thereby generating a negative pressure pulse the inner magnets 26410 are isolated from the drilling mud 115 via a double rolling bellows 26310 which is described further in fig4 a pulse in the drilling mud 115 is sensed by the uphole system comprised of a pressure transducer and or other sound wave receivers and communicated optionally with wireless devices to a computer 165 not shown for interpretation and data reception and storage additionally further description of fig2 b shows the turbine 110 which resides within the lower annular flow channel 120 of the flow guide 23480 the lower annular flow channel 120 may have special diverting vanes 38013 that direct the flow of the drilling mud 115 through and around the surface of the turbine 110 the diverter vanes 38013 project from. |
9 | bulb 18 on the reagent cap 16 is pressed pressurizing the liquid intake and breaking seal 22 so that a measured quantity of solvent 26 such as but not limited to methanol d4 flows up the delivery tube 24 into the main chamber 2 and into contact with the fish tissue d the dart 1 is first shaken to mix the contents and is then left lying with the long dimension horizontal for a period of time so that the solvent 26 can leach toxin from the tissue e the dart 1 is stood vertically on a flat surface so that the solvent 26 can percolate through a filtering medium such as glass wool 6 filtering out large particles of tissue and down into the sealed assay tube 8 f the protective cap 11 is removed exposing the thin walled assay tube 8 spectroscopic analysis can then be performed on the contents of the exposed assay tube 8 the steps to perform a test for ciguatoxins are not however limited to the above preferred steps the basic elements of a detection system for fluorescence spectral analysis for ciguatoxin preferably include a laser power blue line to illuminate the samples a spectrometer a ccd charged coupled device detector which may be attached to a simple electronic device that triggers a visible or audible signal if toxic fish tissue is detected in a preferred embodiment an approximately 30 mw laser power blue line at 488 nm a spex 0 34 m spectrometer and a thermoelectrically cooled icd are used fluorescence spectroscopy is used effectively to screen large quantities of fish for ciguatoxins while raman spectral analysis and sers is used to confirm the presence of as well as to quantify ciguatoxins in suspect fish both techniques may. |
5 | of furniture in a public area the security locker 10 includes a housing having a back wall 14 a top wall 16 a bottom wall 18 side walls 20 and 22 and a front wall 24 an opening 26 in the front wall 24 provides access to the interior of the housing a door 28 which is pivotally mounted by hinge 30 to the front wall 24 includes a base portion 32 with a rim 34 extending around the periphery thereof also mounted to the base portion 32 of the door 28 is a flange 36 to which is mounted a plate 38 the combination of base 32 and plate 38 forms a double panel door for increased security as illustrated in fig3 the flange 36 is spaced from the rim 34 to define a channel therebetween which receives the flanged end portions 17 21 and 23 of top and side walls 16 20 and 22 respectively when the door is in the closed position this also increases the security of the security locker by reducing the ability of the door to be pried open mounted to door 28 adjacent the top thereof is a combination lock 40 having a. |
6 | 10 000 ohms and resistor r12 is about 1 600 ohms the second current source comprises an npn transistor q1 whose collector is coupled to the positive side of capacitor c3 whose base is coupled via resistor r8 to the output q of flip flop ff1 and to ground via resistor r9 and whose emitter is coupled via resistor r13 to ground by way of example transistor q1 is a pn 2222a transistor resistor r8 is about 18 000 ohms resistor r9 is about 10 000 ohms and resistor r13 is about 390 ohms transistors q1 and q2 are selected so that their characteristics are complementary and along with resistors r9 through r13 cause the circuit to operate with a constant duty cycle during operation the circuit is in its first or stable state when flip flop ff1 is in its reset position and its output signal is approximately six tenths of a volt or less with the output q of flip flop thus low transistor q2 is conducting a positive bias voltage from supply voltage vcc via resistor r11 applied to the base of transistor q2 keeps it turned on so that current flows from the emitter to the collector of transistor q2 and. |
5 | embodiment the generally upward facing shoulder 55 inclines slightly upward at an angle relative to the axis of the bore 30 of the inner wellhead member 29 as illustrated in fig3 in this embodiment the centralizer overpull ring 45 is a split ring having an annular band 57 with a plurality of resilient finger members 59 extending upward and outwardly from the annular band 57 at an angle u03b8 fig1 from the axis of the bore 30 of the inner wellhead member 29 to form a collet like member in this embodiment there are six finger members 59 positioned around the diameter of the annular band 57 each finger 59 being separated from another by a slot 60 the diameter of the centralizer overpull ring 45 decreases from the annular band 57 to the finger members 59 thereby forming a generally upward facing shoulder 61 the upward facing shoulder 61 is substantially geometrically complimentary to the downward facing shoulder 53 on the inner wellhead 29 fig1 as illustrated in fig1 in this embodiment the centralizer overpull ring 45 is connected to the inner wellhead member 29 by a plurality of fasteners 63 that extend through a plurality of apertures 64 in the annular band 57 portion. |
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