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5 | in the art will recognize the piston 24 has moved toward the slips and element causing those components to take on a set position upon the temperature falling to a level below the phase change point of the pcm and assuming that the particular embodiment does not contain slips that permanently bite into a surface against which they set then the retraction of the piston 24 will cause the other components of the tool to revert to the run in position whereby retrieval of the tool is facilitated increasing the temperature of the pcm may occur in any of the processes noted above or may be effected by a heating element 26 see fig2 in thermally communicative position relative to the pcm in another embodiment the pcm is employed as a part of an actuation operation rather than to independently cause the actuation operation more specifically referring to fig4 it will be appreciated that the components 10 12 14 16 and 24 are essentially the same and are not redescribed but that the balance of the tool has changed directing attention to the left side of the drawing the piston 24 is seen to be in contact with a pcm 30 similar to the foregoing embodiment but it is also in contact with a stop 32 the stop 32 will prevent the pcm 30 when in solid form from exerting any force on the piston 30 regardless of the position of a. |
7 | the email box registered by the business client so as to obtain the correct password confirm company name 46 after entering correctly the aforementioned account and password the system will open a company name confirmation window for selection by the business client if the business client has resigned from original company or original company has changed its name select u201c no u201d button then the window is switched to the webpage of modify change company name 47 and provides the business client with u201c modification u201d and u201c change u201d options meanwhile the window provides a field for entering new company name by the business client who may select u201c submission u201d button after completion of entry and then log into the window generated by the next step if the business client is still at original company select u201c yes u201d button and then log into the window generated by the next step partner 48 activity 49 log into this window after completion of aforementioned steps the partner module 12 of system in the window manages the u201c partner u201d and provides the window interface whilst the activity module 13 manages u201c activity u201d and provides the window interface the window provides the switching function for the business client to select freely the u201c partner u201d or u201c activity u201d interface referring to fig5 the interface of partner 48 includes but not limited to invite 481 uninvited 482 message 483 logout 484 search 485 event and message 486 information 487 partner view 488 and or company view 489 buttons which are functionally described below invite 481 if selecting this button the system will open a new window by the partner. |
8 | series of concentric loops 24 26 respectively as illustrated positive coil 12 has outer loop 24 a middle loop 24 b and inner loop 24 c likewise negative coil 14 has outer loop 26 a middle loop 26 b and inner loop 26 c as is well understood outer loops 24 a 26 a are electrically distant from common ground 20 and thus have a relatively large voltage swing thereon especially in comparison to inner loops 24 c 26 c which are electrically close to common ground 20 as seen by the location generally marked by circle 28 loops 24 a 26 a are positioned in a horizontal plane in very close proximity because loops 24 a 26 a are electrically distant from common ground 20 and have large voltage swings thereon a large effective capacitance is created therebetween this effective capacitance lowers the self resonance frequency of the differential inductor 10 which in turn lowers the effective operating frequency range of the differential inductor 10 the present invention spaces the conductive strips that have large oppositely charged voltage swings from one another and through this spacing reduces the effective capacitance of the differential inductor a first embodiment of this is seen in fig2 specifically a differential inductor 30 is illustrated the differential inductor 30 includes a positive coil 32 and a negative coil 34 coils 32 34 travel in loops 36 38 respectively to a common ground 40 in a non conventional arrangement positive coil 32 has a first loop 36 a and a partial second loop 36 b likewise. |
6 | with high thrust capacity and self alignment properties is mounted on a stub shaft integral with the head piece and enclosed by a shell body associated with the tail piece a gap between the head piece and shell body is sealed with a metal face seal assembly a juncture between the shaft and main part of the head piece is shaped to avoid a stress riser condition and a thrust washer has a configuration complimentary to the juncture to transmit forces between the head piece and bearing assembly a joint between the tail piece and shell body is locked with a weld bead technique that enables the unit to be refurbished with reduced labor application_number US 94356701 A description referring now to the figures there is shown a swivel assembly 10 for coupling a drill or pipe string to a product such as a communications cable power cable or conduit for the same typically a pipe string will be positioned in a bore or hole with horizontal directional drilling techniques at the down hole end of the drill string the swivel can be connected between the drill string and the lead end of a product to enable it to pull the product back through the bore the swivel 10 includes a head piece 11 a shell body 12 and a tail piece 13 which are primarily round bodies that in assembly are all concentric with a common axis 14 disposed within these bodies are a seal assembly 16 a thrust. |
8 | cam plunger 48 is attached to handle 49 by means of a threaded fastener 51 handle 49 moves cam plunger 48 in a vertical direction against a spring pressure provided by spring 52 and spring plate 53 cam plunger 48 is controlled by handle 49 moving in a cam slot cut in a cam tube 54 which is held to motor mount 41 by means of a threaded fastener 55 lock bar 47 cooperates with a notch 56 cut in selector disc collar 26 thus by moving handle 49 a lock is provided to secure disc 25 against rotation by either motor 46 or speed selector ring 24 a variety of locking mechanism may be used to actually lock bar 47 and selection among them depends on trade offs which would be well within the skill of a person versed in the precision instrument and camera design arts referring to fig2 the details of the first shutter disc 21 are illustrated shutter disc 21 has a plurality of apertures spaced circumferentially about the surface thereof these apertures are in two diametrically opposed sets indicated with primed and unprimed numbers apertures 61 and 61 39 are the largest apertures and provide the longest exposure while apertures 65 and 65 39 are the narrowest apertures and provide the shortest exposure aperture 61 and 61 39 have an angular dimension of 21 u00b0 36 39 apertures 62 and 62 39 have an angular extent of 10 u00b0 48 39 apertures 63 have an angular extent of 4 u00b0 10 39 apertures 64 and 64 39 have an angular extent of 2 u00b0 10 39 while apertures 65 and 65 39 have an angular extent of 1 u00b0 52 39 thus in the illustrated embodiment each successive. |
8 | p channel mosfet 25 and output reference mirror section 24 is biased to reference bias voltage source 71 via the source terminal of first output p channel mosfet 27 source current 51 is mirrored as a reference current 53 at the drain terminal of second output p channel mosfet 29 when a reference signal mosfet switch 61 is closed direct output current mirror 30 comprises a first output signal p channel mosfet 31 and a second output signal p channel mosfet 33 incoming current is provided to both the drain and the gate terminals of first output signal p channel mosfet 31 and also to the gate terminal of second output signal p channel mosfet 33 when an output signal mosfet switch 63 is closed direct output current mirror 30 is biased by means of an output signal bias voltage 73 v dd which is applied to both the source terminal of first output signal p channel mosfet 31 and the source terminal of second output signal p channel mosfet 33 an output signal load 67 receives output current signal 57 from image sensing device 100 so as to provide an output voltage signal 77 v out relative to a ground rail voltage 81 v ss as shown in a preferred embodiment v dd is approximately 5 0 volt. |
7 | shows the inclination sensor 1 tilted to the left by the angle u03b1 so that the bubble 12 moves to the right and the radiation from the radiating element d 1 arrives at the sensor element substantially without being attenuated the bubble now lies in the light path from the radiating element d 1 to the second reference element d 3 u2032 the first reference element d 3 still receives the non attenuated level of radiation the reverse conditions apply if the inclination sensor 1 is tilted to the right by the same angle u03b1 in which case the second reference element d 3 u2032 receives the radiation from the radiating element d 1 substantially without attenuation thus the intensity of the radiation received can be monitored by means of the reference elements d 3 d 3 u2032 by comparing the output signals of the reference elements d 3 d 3 u2032 to the two threshold values u e21 u e31 shown as input voltages to the comparators cmp 2 cmp 3 in fig6 it can be verified whether the intensity of the radiation is within a permissible range if one of the output signals of the reference elements d 3 d 3 u2032 exceeds the higher threshold value u e31 the radiation intensity is too high if the output signals of both of the reference elements d 3 d 3 u2032 fall short of the lower threshold then the radiation intensity is too low based on this evaluation of the radiation intensity it is possible to make a correction if necessary as a means for correcting the radiation intensity the sender module 100 in the circuit arrangement of fig6 includes a controllable current source 111 which supplies the radiating element d 1 with an operating current i. |
1 | the intermediate fig8 position in this position it will be observed that the lift conveyor extends laterally at substantially a 90 u00b0 angle relative to the longitudinal axis of tender 20 moreover it will be seen that the lift conveyor inlet 74 is laterally offset from the lower conveyor outlet 65 in the next sequence the sub frame assembly 80 frame assembly 68 and lift conveyor 34 are translated laterally to a central position where the lower conveyor outlet 65 comes into mating relationship with the lift conveyor inlet 74 to this end the piston and cylinder assembly 102 is actuated to shift the transition box 104 rightwardly as viewed in fig8 and 9 between the limit switches 98 100 this serves to center the lift conveyor 34 with saddle 113 coming into mating engagement with pin 137 in order to stabilize the lower end of sub frame 80 at this point the conveyor 34 may be swung laterally through an arc of substantially 180 u00b0 this is accomplished by appropriate operation of piston and cylinder assembly 112 thereby causing corresponding shifting of chain 108 and rotation of sub frame 80 and the lift conveyor in order to elevate the lift conveyor the piston and cylinder assembly 140. |
4 | a separation equal to two needle spaces additional strikers and are at choice made operative by the setting members of a stop control when one of the additional strikers is in an operative position that striker holds the guide in a central position in particular needle control and stop controls may operate with piezoelectric transducers in this manner it is possible to obtain an extremely large number of patterning possibilities application_number US 98568997 A description fig1 and 2 illustrate a jacquard guide bar 1 having a carrier 2 a first transducer unit 3 comprises an angled segment 4 which is connected to carrier 2 via a connection piece 5 the segment 4 carries sixteen first piezoelectric transducers 6 which each carry a guide 7 at their free end a second transducer entity 8 likewise comprises an angled segment 9 which is attached to carrier 2 via screw 10 the segment carries sixteen second piezoelectric transducers 11 which each have an abutment 12 at the free end thereof second transducer 11 is referred to as a setting means of a striker control means cable bundles 13 and 14 serve to connect the transducer units 3 and 8 with the appropriate control arrangements after their mounting on segments 4 and 9 left stops 13 and right stops 14 are part of a stop means provided to carrier 2 against which the guides 7 may rest under the influence of the appropriate transducer 6 as is shown in fig2 additional stops 15 and 16 also part of a stop means are provided at the lower end of a dual armed lever 17 which is swingable about a fulcrum 18 attached to the bar and whose upper end 19 extends into the region of the. |
6 | 28 which open neck portion 21 may have any desirable dimensions including but not limited to an extremely narrow slot it is also preferable that the origin sections 28 are substantially perpendicular to the head 12 as they initiate from the lower side 16 of the head 12 and then lean toward each other at a later point as they progress to reach the respective front portions 26 each origin section 26 has an inner surface s 1 and an outer surface s 2 which outer surface s 2 may preferably have anti sliding elements 32 examples of such anti sliding elements 32 are ripples bent teeth general roughness bumps and any other configuration which will resist extraction of the fastener 10 from a slot 34 of a substrate or first object 36 see fig4 when said fastener 10 is pulled away from the slot 34 especially after insertion of the expanding member 20 see fig6 substrates or first objects are usually panels such as metal sheets for example having a thickness t and slots 34 with a width w see fig4 the slot 34 has preferably an oblong shape with a round hole in the middle as better illustrated in fig4 a the round hole allows the expanding member to move through the slot freely without interference from the walls of the slot especially if the substrate or first object 36 is too thick and or too hard examples of anti sliding configurations and more details regarding their structure as well as other types of spring fasteners having snapping segments are disclosed in. |
5 | projections 1b referring to fig2 there is seen an exploded view of the embodiment casement window frame shown in fig1 the locking tenon 3a is engageable with a mating member 6a which secured to a casement 5 by a screw 4 the slider bar 3 and locking tenon 3a are movable along the length of reinforcement piece 2 in the direction indicated by the arrow the slider bar 3 and locking tenon 3a thereby cause tilting and turning of casement 5 as is well known in the art the slider bar 3 of the tilt turn mechanism runs below the cross leg 2a of the reinforcement section 2 but within the h shaped support section 1c the locking tenon 3a of the tilt turn mechanism projects from the slider bar 3 into a mortise 2b or lengthwise recess of the reinforcement section 2 a fastening device 4 which may be for example a screw fastens reinforcement section 2 and casement section 1 if sliding bar 3 moves below the cross leg 2a of the reinforcement section 2 the locking tenon 3a attached to the sliding bar 3 and the tilt turn mechanism of the window frame are shifted either into the active or the rest position the window frame of the present invention has the necessary strength and is assembled in a simple manner with all of the desirable and required features of such a window naturally the invention is not limited to the embodiment casement window frame consisting of plastic hollow sections as described above the invention may also be successfully used in window frames. |
7 | object such as for example an aircraft structure if a given coordinate on an object can be precisely located in space using the moving fringe concept then its motion in time can also be measured as described above the contour coordinate of an object point is determined by measuring the d c value of the phase if the object point is moving or vibrating then its interaction with the moving fringes acts like a carrier frequency which is phase modulated because this is a non contacting technique where the use of high fringe frequencies are possible both vibrational amplitudes and frequencies can be accurately measured over a wide frequency range one embodiment of a vibrational measurement system is shown in fig1 the laser acousto optic modulators and transmitter optics represents any of the transmitter configurations described above in general the transmitter is designed so as to have a minimal number of fringes across the beam one or two so that the total phase variation of the vibrating object would be less than 2 u03c4 radians as shown in fig1 a sighting telescope can be used to direct the transmitted beam onto a particular point on the vibrating specimen the reflected radiation from the vibrating specimen is picked up by a receiver which may be a simple lens followed by a detector and amplifier the detector may be a single silicon photo diode or other form of optical detector or an array of detectors the amplifier output will be a signal which oscillates at the transmitted fringe frequency and which has a phase modulated by the vibrational information the phase demodulator will. |
1 | length of the ureter this results in movement of the anatomy that can then be visualized by the surgeon even if the ureter is obscured by other tissues e g scar tissue in this way the location of the ureter can be identified or confirmed so that it may be avoided during the surgical procedure note that the electrical stimulator does not need to be positioned directly on the ureter in order to achieve ureter stimulation it simply needs to be placed close enough to the ureter that the low level electrical current reaches the ureter in one form of the present invention the electrical stimulator comprises a probe component comprising electrodes and a power supply component housed in a base unit with the probe component being connected to the power supply component with an external cable i e a u201c modular construction u201d in another form of the present invention the power supply component is carried by the probe component and the external cabling can be omitted i e an u201c integrated construction u201d more particularly in one preferred form of the present invention and looking now at fig1 and 2 there is provided a novel electrical stimulator 5 which. |
3 | herein various reinforcements such as woven nonconducting fibers such as glass cloth such circuit boards may be single sided as well as double sided or multilayer films or coatings of the polymeric compositions described herein can be formed by solution techniques such as spraying spin coating or casting with spin coating being preferred preferred solvents are 2 ethoxyethyl ether cyclohexanone cyclopentanone toluene xylene chlorobenzene n methylpyrrolidinone n n dimethylformamide n n dimethylacetamide methyl isobutyl ketone 2 methoxyethyl ether 5 methyl 2 hexanone u03b3 butyrolactone and mixtures thereof typically the coating thickness is between about 0 1 to about 200 microns as a dielectric interlayer adhesion promoters can also be used to adhere the polymeric compositions described herein to the appropriate substrates such promoters are typified by hexamethyldisilazane which can be used to interact with available hydroxyl functionality that may be present on a surface such as silicon dioxide which has been exposed to moisture or humidity that creates such hydroxyl functionality the following examples illustrate the polymeric compositions described herein are not intended to limit it in any way in the following examples unless otherwise specified area percent gas chromatography gc analysis was conducted using a 25 m long with a 0 17 micron film thickness hp 5 column with the exception of tear strength the test results in tables 1 and 2 for the physical properties of the polymeric coatings were obtained using the astm d 412 standard at a pull rate of 2 inches minute the tear strength was obtained using the astm d 624 standard the glass transition temperature for the various polymeric compositions was measured by differential scanning calorimetry dsc using astm. |
6 | position the rifle will fire as soon as trigger 20 is depressed the term u201c mechanical firing position u201d is used to indicate that the weapon can be fired by simply squeezing the trigger for the specific embodiment described an electrical circuit is obviously involved selector lever 36 can be used as a conventional safety by moving it rearward to safe position 42 0023 fig4 shows a rifle according to the present invention with a cutaway through the stock to reveal internal features two cylindrical cavities are included in the butt portion of stock 12 these cavities are accessed from the rear by removing recoil pad 48 upper bay 50 contains electronics module 56 lower bay 52 contains power supply 54 which is electrically connected to electronics module 56 through a conduit just beneath recoil pad 48 not shown power supply 54 can assume many forms but is generally a set of storage batteries with voltage and current regulating features electronics module 56 includes a radio frequency u201c r f u201d transmitter and receiver a global position system u201c gps u201d receiver an electronic compass indicating the precise heading of the weapon and a microcomputer for processing data transmitted by and to the rifle these devices are preferably housed within a sturdy and shock resistant cylinder sized to fit within upper bay 50 returning briefly to fig1 gps antenna 22 is preferably provided on an external surface of stock 12 it is connected via an internal passage to electronics module 56 the use of such an antenna enhances the accuracy of the gps receiver returning now to fig4 the reader will observe that upper bay 50 is connected to receiver 14 via conduit 58 fig5 shows this feature in more detail conduit 58 houses multi lead cable. |
4 | rpm value the lower output roll i and the calender rolls 8 and 9 are driven by a principal motor 32 the regulating motor 31 and the principal motor 32 have a respective regulator 33 and 34 the rpm regulation is effected by means of a closed regulating circuit in which the regulating motor 31 and the principal motor 32 are provided with a respective tachogenerator 35 and 36 at the drafting unit inlet 24 a mass proportional magnitude for example the sliver cross section of the slivers 2 are measured by the inlet measuring member 28 at the drafting unit outlet 25 the cross section of the exiting sliver 11 is sensed by an outlet measuring organ 37 associated with the sliver trumpet 10 the central computer unit control and regulating device 38 for example a microcomputer with a microprocessor transfers the setting of the desired magnitude for the regulating motor 31 to the regulator 33 the measured magnitudes sensed by the measuring member 28 are applied to the central unit 38 during the drafting process from the measured magnitudes sensed by the measuring member 28 and the desired value for the cross section of the exiting sliver 11 in the central unit 38 the setting magnitude for the regulating motor 31 is determined the measured magnitudes sensed by the outlet measuring organ 37 serve for monitoring the exiting sliver 11 by means of such a regulating system fluctuations in the cross section of the inputted sliver 2 may be compensated for by a suitable regulation of the preliminary drafting process that is an evening of the outputted sliver 11 may be achieved in the system illustrated in fig4 designates an inputting device. |
9 | the package could be carried out by alternative means as in the case of the pleating operation the cutting and folding stations could be of different form and alternative arrangements could be used to dispense the composite tape due consideration being given to the difficulties involved in handling self adhesive tape these problems are considerably facilitated by the present invention in which a non adhesive tape is used in conjunction with the adhesive tape since the composite tape will have non adhesive areas on both sides thus facilitating handling and permitting the use of such expedients as the co acting drive belts 76 and 78 acting on opposite sides of the tape the vacuum rollers 94 and 108 also permit advance of an adhesive tape with contact only being made with its non adhesive surface an alternative mode of advancing such adhesive tape into engagement with a package involves advancing the tape along a trough so that it assumes a laterally curved configuration in which it is to a degree self supporting the drive force being applied to the adhesive side of the tape by adhesive drive rollers although in the preferred embodiment of the invention the neck of the bag is folded once a similar tape seal may be applied to multiple folded bag necks although in this case the top edges of the bag will not be directly engaged by the tape the non adhesive tape could also be overlapped beneath the top edge rather than the bottom edge of the adhesive tape although this arrangement will usually be less satisfactory since on opening the tape will remain adhered to the main portion of the bag neck and will not assist in unfolding of. |
6 | numeric a symbol a licensed design etc as shown by way of example in fig2 a through 2c yet another preferred embodiment is a multi component design that enables the user to position the illuminated components i e the projection lenses independently from the circuit housing via a flexible conduit as shown by way of example in fig3 a through 3d in addition multiple units of the same or different designs may be mixed and matched to make a larger picture or design for example without limitation a spider may be created as a halloween window night light decoration by taking one encompassed inclusive design for the body and adding multiple multi component designs for legs etc preferred embodiments are typically used by affixing the nightlight to a window via suction cups where the light captures sunlight during the day charging the internal batteries and reflecting light through translucent lenses once it becomes dark the nightlight automatically activates the lighting source illuminating the desired area fig1 a 1 b 1 c and 1 d illustrate an exemplary solar window nightlight in accordance with an embodiment of the present invention fig1 a is a front perspective view fig1 b is a rear perspective view fig1 c is a side view and fig1. |
6 | as fig3 shows the cylindrical chamber 4 is separated from the interior cylindrical volume of the spigot 3 by a toroidal rib 5 defining a cylindrical passage having an inside diameter adapted to have the distal end 21 of the male end fitting 20 pass through it the cylindrical chamber 4 is able to receive two o rings 22 separated by an o ring spacer ring 23 and a locking ring 24 notched axially at its periphery so as to be engaged forcibly in the chamber 4 and fixed therein flush with the opening of the chamber 4 to facilitate reading of the drawing the components 22 23 22 24 are shown separately but it is to be understood that once assembled they bear one on another the male end fitting 20 passes through the toroidal members 22 24 as its flange 25 bears in the vicinity of the locking ring 24 or even bear on it a shoulder not shown may be formed in the cylindrical cavity for fixing an abutment for locating the locking ring 24 the body 2 includes externally and toward its front portion an enlargement in the form of a square platform 30 with upstanding opposite low walls 31 a pillar 40 rises toward the front of the body 2 from the two opposite sides of the platform 30. |
5 | reducing the part count reduces the chance of losing a part in the snow it may also reduce manufacturing costs fig3 shows back off mechanism 195 this embodiment comprises two cylindrical parallel non concentric bearing surfaces and a handle 200 for rotating the mechanism the smaller cylindrical bearing surface 202 is the corresponding bearing surface for anchor 130 fig1 the larger cylindrical bearing surface 205 is the corresponding surface for cylindrical bearing surface 160 a fig3 of snow support assembly 125 c fig3 fig3 shows an exploded view of how the back off mechanism is assembled to one embodiment of a shelter maker snow support assembly 125 c is the same as snow support assembly 125 fig8 except that cylindrical bearing surface 160 a in this embodiment is larger in diameter to accommodate larger cylindrical bearing surface 205 anchor 130 passes through back off mechanism 195 and through snow support assembly 125 c fig3 shows back off mechanism 195 assembled to snow support assembly 125 c and anchor 130 it also shows the motion of the snow support assembly when back off mechanism 195 is rotated 180 degrees when anchor 130 is fixed by snow rotating the back off mechanism by 180 degrees translates the snow support assembly a distance equal to twice the offset of the two cylindrical bearing surfaces 202 and 205 fig3 this causes apex 167 see. |
6 | to the mounting element with a threaded fastener the mounting element and the closure plate each have two corresponding half cylindrical grooves that form two independent whip receptacles the engaging tongue and groove combined with the threaded fastener serve to clamp one or two whips into the whip mount application_number US 201313917234 A description atv 10 of fig1 includes offroad whip mount 12 for securing whip 13 to the atv whip 13 is generally cylindrical and formed of any suitable material such as metal wood fiberglass graphite or any suitable combination butt end 13 b is secured in whip mount 12 which is secured to any suitable component of an offroad vehicle such as mounting tab 10 a offroad whip mount 12 of fig2 and 3 includes mounting element 15 and closure plate 16 secured together by fastener 17 and the engagement between tab tang or tongue 16 a and slot or groove 15 s mounting element 15 is generally l shaped as shown in the side view of fig2 mounting element 15 includes base portion 15 b as the foot of the l and engagement portion 15 a as the vertical portion of the l lower surface 15 l of base 15 b. |
9 | the vertical columns of drums in the preferred embodiment the retaining rings comprise bevelled shoulders for easy placement of the drums on the rings application_number US 40535995 A description with reference to the drawings the invention will now be described in detail with attention to the best mode and preferred embodiment as seen in fig1 and 2 the invention is a stabilizing device comprising in general a web member 10 extending relatively extensively in length and depth with a small thickness dimension the web member 10 having a top side 11 a bottom side 12 and a number of circular retaining rings 13 preferably defining openings 14 in web member 10 the device is shown with six retaining rings 13 in the figures although it is to be understood that the device can be adapted for other numbers as well preferably the retaining rings 13 are equally spaced in sets in a linear manner as shown but other placements may also be suitable as shown in fig5 the invention is used to stabilize plural numbers of vertical columns of drums 90 interspersing a stabilizing device between each layer of drums 90 insures that the vertical columns are properly aligned properly spaced and securely retained in position even if external vibrations are encountered the web member 10 may be generally rectangular in outer configuration or excess material may be removed to better conform to the outer perimeter of the drum stack as shown in the drawings without sacrificing strength the stabilizer is composed. |
5 | of fig1 and the base profile member 4 of fig2 in the fitted condition in this embodiment the thinnest possible stair covering 12 is used so that the abutment 20 comes to bear against the surface of the base profile member 4 the base profile member 4 and the tread angle member 1 may if necessary be produced in different sizes so that the assembly offers the optimum adjustment range for any stair covering 12 in this embodiment the stair edge assembly is used in conjunction with an inclined riser portion 32 reference will now be made to fig5 showing a further embodiment in which the guide support surfaces 6 and 7 referred to above and the corresponding co operating surfaces 8 and 9 are of a detent or retaining configuration in this embodiment the base profile member 4 has only one leg portion as indicated at 11 in this embodiment also no bore holes 15 are provided in the tread angle member 1 fig5 shows the fitting condition when the stair covering 12 used is of minimum thickness it will be appreciated that this construction can also be used when dealing with thicker stair coverings 12 fig6 is a view in cross section through an alternative form of the tread angle member 1 for the purposes of fixing the tread angle member 1. |
8 | extensive filtering to allow adhoc queries and printing of centrally stored event logs it is used to roll up and monitor all event logs in the data center this allows the isa to identify any security issue or other areas of concern that may arise according to an embodiment of the present invention the eventlog manager 360 runs on a dedicated server such as a windows nt server to roll up all event logs and an agent will reside on all machines that need their event logs monitored the rest of the host application system 300 is now explained once the access requests get through the firewalls 325 326 and their intrusion detectors 351 352 they are sent to application level load balancers 371 for distribution to the individual application servers 381 for processing of the access requests as mentioned earlier the load balancing servers 371 one primary scheduler and one backup scheduler provide load balancing and failover services for the plurality of application servers 381 in order to distribute processing and maintain optimum application performance one example of the implementation of the site load balancers 371 is the use of a load balancing software nt resonate central dispatch scheduler running on a dedicated hewlett packard lh4r server in front of the application servers 381 alternatively the load balancers 371 may comprise multiple pairs of f5 39 s high availability bigip bigip is. |
6 | ultimately falling away from the trajectory of the electrode 342 343 each electrode 342 and 343 is connected to a respective wire tether stored in wire stores 346 and 347 each wire store 346 347 is connected to a terminal 348 349 in proximity to a terminal 324 325 of launch device 302 when propellant 340 is activated cover 306 is removed electrodes are propelled away from cartridge 304 on wire tethers and a circuit is ready for conducting the stimulus signal this circuit includes stimulator 316 terminal 324 terminal 348 wire of store 346 electrode 342 tissue of the target presuming electrodes are successfully delivered proximate the target 39 s tissue electrode 343 wire of store 347 terminal 349 terminal 325 and back to stimulator 316 this circuit performs the remote stun function at a distance up to the length of the wire in stores 346 and 347 wire may be about 9 feet to about 40 feet 3 m to 13 m and consist of conventional materials e g copper filament insulated with a suitable polymer for high voltage insulation a ram communicates a propulsion force against a cover to remove the cover for example ram 344 345 is pushed by electrode 342 and or gas from propellant 340 to impact cover 306 so as to push cover 306 away from cartridge 304 preferably ram 344 345 is assembled into abutting contact between electrode 342 343 and cover 306 ram 344 345 improves the effectiveness of an electrode 342 343 to remove cover 306 in a repeatable. |
7 | compensate for the properties of the physical connection between the test device and the dut application_number US 49028109 A description in the following referring to fig1 a test array 100 will be described the test array 100 comprises a workstation 101 and a test device 102 the workstation 101 is connected to the test device 102 via a connection 103 further an integrated circuit 104 as a device under test dut is provided the integrated circuit 104 comprises a plurality of pins 105 which are connected via connection elements 106 to the test device 102 in the case of the test array 100 the all active test functions and corresponding test data are stored centrally on the workstation 101 and are provided to the test device 102 using a bus architecture according to a test sequence which is provided solely by the workstation 101 the pins 105 of the integrated circuit 104 are accessed or activated sequentially that is to say one after the other so that the processing time for testing the integrated circuit 104 is relatively long the test device 102 acts simply as a slave and passively carries out the test commands provided by the workstation 101 without influencing or actively controlling the test no test data or test sequences are stored in the test device and all the test intelligence is included in the workstation in the following referring to fig2 a test array 200 according to an exemplary embodiment of the invention will be described the test array 200 comprises a workstation 201 a test device 202 and an integrated circuit 104 as a device under test dut the test device 202 comprises a first interface 203 connected. |
4 | to form a loop on the surface of the second laminated structure 2b in the manner as described reinforcing base material for the intended i shaped spar 3 is formed the invention will now be described in more detail first the first textile filament y1 is laminated in the region where said first filament guide tubes g1 are disposed in the order of layout shown in fig3 a and b that is the first textile filament y1 is disposed in a substantially horizontally disposed zigzag pattern in a first layout plane sa1 defined by the x and y axes thereby forming a first layout layer la1 of the first textile filament y1 shown in solid line in fig3 a then the layout arrangement is shifted to a second layout plane sa2 overlying the first layout layer la1 a second layout layer la2 of the first textile filament y1 is formed as shown by the dotted line in fig3 a thereafter the first textile filament y1 has its layout layer position shifted to a third layout plane sa3 overlying said second layout layer la2 the first textile filament y1 is then positioned along the y direction as a y axis oriented filament in the. |
9 | component of the support frame 108 that is generally parallel to the floor table legs not illustrated may be coupled to the illustrated support frame 108 component to support the tabletop 112 as is known in the art as mentioned above the tabletop mechanism 104 permits the tabletop 112 to be secured in two positions relative the support frame 108 often one position secures the tabletop 112 in a generally horizontal orientation and the other position secures the tabletop 112 in a generally vertical orientation in other embodiments however the mechanism 104 may secure the tabletop 112 in an inclined position and a vertical position for instance in the inclined position the mechanism 104 may secure the tabletop 112 at an approximately forty five degree angle relative a plane parallel to the floor as is commonly done with drafting tables and the like for simplicity the mechanism 104 is described herein as securing a tabletop 112 in a horizontal and a vertical position although it is understood that the mechanism 104 may secure the tabletop 112 in two positions of an angular orientation it is noted that the tabletop mechanism 104 is shown secured to the bottom surface of the tabletop 112 in fig1 3 the bracket 116 may be connected to the tabletop 112 as shown in fig1 3 however in other embodiments the bracket 116 may be connected to the support frame 108 the bracket 116 includes a pair of flanges 124 and a base region 128 as shown in fig4 and 5 the flanges 124 may extend from the base region 128 at an angle approximately perpendicular to the base region 128 at least a portion of the first and second lock elements are coupled to the bracket 116 a top. |
5 | tubular member 152 to advance in the direction of axial force 166 to regulate thrust force or differential pressure between the upstream chamber 162 and the downstream chamber 164 for example thruster 150 may include a pressure switch 172 which may be in fluid communication with the downstream fluid chamber 164 pressure switch 172 in some embodiments may be a pressure limit switch activating at a pressure set point when the fluid in chamber 164 reaches a pre determined set point pressure the pressure switch 172 may actuate upon actuation pressure switch 172 may send an electronic signal to a control mechanism not shown for regulating the flow of fluid into or out of downstream fluid chamber 164 through downstream inlet 174 and outlet 170 thruster 150 may also include a pressure switch 173 which may be in fluid communication with the upstream fluid chamber 162 when the fluid in chamber 162 reaches a pre determined set point pressure the pressure switch 173 may actuate sending an electronic signal to a control mechanism not shown for regulating the flow of fluid into or out of upstream fluid chamber 162 through upstream inlet 168 and upstream outlet 175 by sending a signal to regulate the flow of fluid into and out of upstream fluid chamber 162. |
4 | the same during operation the calender or rolling device of fig1 to 4 can have infed thereto the material m which is to be processed for instancd cocoa powder or paint pigment having a suitable binder in a doughy consistency or form the material m during rotation of the controlled deflection rolls 1 2 3 and 4 moves in the direction of the illustrated components in succession through the pressure gaps or nips x y and z and finally is scraped off by a scraper or doctor blade d or equivalent structure into a container 40 when the rotational speed of coacting rolls is the same then there is produced a simple rolling action if such rotational speed of the coacting rolls is different then the material m can be ground or comminuted between such rolls as a rule the material m between the rolls 1 and 2 is only applied at a central region of such rolls and thereafter progressively spreads out between the rolls 3 and 4 so that the last mentioned rolls 3 and 4 are contacted over a greater part of their lengths by the material by appropriately adjusting the pistons 25 shown in fig3 it is beneficially possible to regulate the pressure force such that it only is effective at the region of the controlled deflection rolls which is contacted by the material m however it should be understood that the region between the pistons 25 also can be adjusted to be the same at. |
1 | aligned edges of the layered fabrics 56 58 62 64 and 66 are bound together by a sonic bonded edge 68 a bonded or heat sealed seam 70 is formed intermediate the side edges of the liner diaper extending along the length of the liner diaper from one enlarged end portion 54 the seam evenly distributes the loose absorbent particles 60 on each side of the bonded seam the seam 70 creates a space in the liner diaper for fluids to flow toward the center locking in moisture away from the edge this assures that the moisture being pulled toward the center seam 70 will automatically be evenly distributed over the crotch area 50 to avoid becoming u201c bunched u201d into one portion of the liner diaper 14 as illustrated in fig4 and 6 liquid impermeable wings 72 and 74 are bonded to the crotch portion 50 of the liner diaper 14 by bonded edge 68 the wings include an elastic border 76 so that the wings tend to form a trough for the collection of excrement emitted by the toddler as illustrated in fig6 the liquid impermeable layer 56 of the liner diaper is coated with a band of adhesive 77 from end to end of the liner diaper and a protective strip 78 is applied to the band to cover the adhesive when the liner 14 is to be placed in the toddler 39 s garment 12 the strip 78 is removed from the adhesive 77 and the liner is place so that the adhesive faces the back segment 30 and the releasable panel 18 causing the liner diaper to cling to the back segment and panel the panel 18 is then attached to the interior of. |
8 | with a non doped epitaxy where the maximum and minimum values fluctuate about twice as much concentration fluctuations are noticeably minimized owing to the homogeneous pre doping of the epitaxial layers in the range of 20 to 80 atomic the homogeneously distributed proportion of doping material in the epitaxial growth phases can be limited to a third of the total concentration of doping material for the first conduction type while two thirds subsequently have to be introduced near the surface by ion implantation in this embodiment of the invention it is on the other hand desirable that the proportion of doping material introduced by ion implantation is significantly larger than the proportion introduced into the semiconductor crystal by homogeneous doping in the epitaxial growth phase fluctuations in the concentration of doping material for the drift zones can be reduced further by using a technology and a manufacturing process described below with reference to fig1 to 18 and resulting in a semiconductor device illustrated in fig1 this method is likewise based on a semiconductor wafer 16 as illustrated in fig1 which is highly doped with an n type doping material fig1 illustrates a diagrammatic cross section through the semiconductor wafer 16 according to fig1 following the completion of a first epitaxial growth phase in this epitaxial growth phase however the doping material is not introduced homogeneously but rather inhomogeneously i e the addition of doping material is reduced or stopped completely during the epitaxial growth process resulting in a maximum of doping material approximately in the middle of the epitaxial growth phase the boundaries of the region with a maximum doping n max are indicated by dot dash lines in the epitaxial layer 18 of fig1. |
4 | description when in use as long as the adjusting element of the adjusting apparatus 50 is adjusted by rotation the locking element 52 screwed on the adjusting element 51 will rotate along the thread on the adjusting element 51 to push the positioning portion 44 of the positioning holder 40 to move further changing the distance between the fixing portion 33 of the fixed holder 30 and the positioning portion 44 of the positioning holder 40 as shown in fig5 the positioning holder 40 is made to pivot around the pivot sleeve 430 of the pivot element 43 referring to fig6 since the positioning portion 44 pivots around the pivot sleeve 430 by an adjusting angle u03b8 the motor 60 on the positioning holder 40 will also rotate the angle u03b8 since the rotating element 62 of the motor 60 is engaged with the control element 22 the control shaft 20 on the control element 22 will also rotate the adjusting angle u03b8 and so will the swing arm 21 on the first end of the control shaft 20 moving the distal end of the swing arm 21 which was originally at a middle point o 1 of the travel to a secondary middle point o 2 so that the beginning point a 1 and the end point a 2 of the travel a 1 a 2 which were originally formed around the middle point o 1 will be changed to the travel beginning point b 1 and the travel end point b 2 of the travel b 1 b 2 immediately making the beginning and end points of the travel of the swing arm rotate. |
3 | and 3 ml 28 ammonium hydroxide after filtration the reaction mixture is washed with water and extracted with 10 hcl the extract is washed with ether and then basified with 28 nh 4 oh the basic solution is extracted with ether the ether extract is washed with saturated nacl solution dried over na 2 so 4 and evaporated to dryness the resulting oil is purified by chromatography to give a yellow solid m p 132 u00b0 134 u00b0 c analysis calcd for c 22 h 25 n 4 c 69 37 h 6 62 n 14 71 found c 69 09 h 6 62 n 14 53 in a 3 liter three necked round bottom flask provided with a mechanical stirrer reflux condenser and thermometer to 200 u00b0 c was placed 300 g 1 25 m 1 bromo 4 chloronitrobenzene 140 g 1 02 m anthranilic acid and 130 ml n amyl alcohol the mixture was heated in an oil bath after most of the chemicals were dissolved 80 u00b0 90 u00b0 c the stirrer was started then 1 3 gm copper powder and 140 gm 1 02 m potassium carbonate were added all at once a yellow voluminous froth formed but no heat of reaction as the reaction temperature rose from 180 u00b0 to 120 u00b0 a red reaction mixture became more solid and hindered further stirring the reflux condenser was replaced to distill off the formed water and amyl alcohol meanwhile the temperature of the oil bath was steadily increased and finally kept at 200 u00b0 210 u00b0 for 3 hours the oil bath was replaced by a steam bath and the excess bromochloronitrobenzene was removed by steam distillation after removal of bromochloronitrobenzene was completed the solution was filtered and water. |
5 | do not delimit the scope of the invention referring to fig1 an offshore oil and gas production platform having a wireline retrievable safety valve lowered into a tubing retrievable safety valve is schematically illustrated and generally designated 10 a semi submersible platform 12 is centered over a submerged oil and gas formation 14 located below sea floor 16 wellhead 18 is located on deck 20 of platform 12 well 22 extends through the sea 24 and penetrates the various earth strata including formation 14 to form wellbore 26 disposed within wellbore 26 is casing 28 disposed within casing 28 and extending from wellhead 18 is production tubing 30 a pair of seal assemblies 32 34 provide a seal between tubing 30 and casing 28 to prevent the flow of production fluids therebetween during production formation fluids enter wellbore 26 through perforations 36 in casing 28 and travel into tubing 30 to wellhead 18 coupled within tubing 30 is a tubing retrievable safety valve 38 as is well known in the art multiple tubing retrievable safety valves are commonly installed as part of tubing string 30 to shut in production from formation 14 in response to a variety of abnormal and potentially dangerous conditions for convenience of illustration however only tubing retrievable safety valve 38. |
3 | chlorinated hydrocarbons ethers aliphatic hydrocarbons or mixtures thereof preferred solvents include toluene methylene chloride tetrahydrofuran methyl t butyl ether isopar gasoline and mixtures thereof reaction temperatures are in the range of about 25 u00b0 c to about 300 u00b0 c the total polymerization reaction time will generally although again not necessarily be in the range of about 1 to 24 hours in some embodiments the reactions are carried out by first combining the monomer with the nucleophilic reagent and the catalyst in a solvent after allowing sufficient time for the monomer to react with the nucleophilic reagent to form a prepolymer the reaction conditions are changed to encourage polymerization of the prepolymer for example elevated temperature and or reduced pressure may be applied in order to force the condensation of prepolymer molecules in some embodiments the temperature of the reaction after formation of the prepolymer is raised to between 100 u00b0 c and 200 u00b0 c or greater than about 150 u00b0 c or greater than about 170 u00b0 c the amount of time required to form the prepolymer from the monomer and the nucleophilic reagent will vary depending upon the reactants and conditions but may be estimated or determined by the usual analytical methods the temperature during formation of the prepolymer may be room temperature or higher for example between 30 u00b0 c and 100 u00b0 c the polymerization product from reactions according to the invention contains product polymer and the guanidine containing catalyst which may be removed from the polymer product in the usual manner because the polymerization catalysts disclosed herein do not contain metals the methods of the disclosure allow for the polymerization of a monomer starting material to provide a polymerization product that is substantially free of. |
6 | other shapes are contemplated as previously described and wherein the longitudinal axis of the bore is arranged transverse to the longitudinal axis of the threaded opening 134 in boss 128 a rib 166 is formed extending outwardly from a central portion of one end 168 of the lower bracket member 124 the rib 166 is adapted to be rotationally received within the opening 170 formed between the spaced apart ribs 136 on the upper bracket member 122 as best shown in fig5 rib 166 includes a through bore 172 which aligns with bore 138 within ribs 136 so as to receive an axle 174 for pivotably attaching the upper and lower bracket members 122 124 together a boss 176 is provided extending outwardly from the other end 178 of the arcuate shaped member 160 the boss 176 has a through opening 180 which may be threaded or unthreaded in assembled relationship the openings 152 180 are aligned with each other so as to accommodate a bolt screw or other attachment means for securing the upper and lower bracket members 122 124 together in fixed assembled relationship it is to be understood that other locking assemblies may be used such as clamps hooks or other fasteners both threaded and non threaded. |
4 | support member 69 is provided opposite the backing layer l from the clamps 70 to provide support for the backing layer the support member 69 is controlled by cam member 73 and is cleared from its support position as the backing layer l is advanced the yarn bit clamp 70 is shown having hollow shields 71 into which extend the needle 30 of each needle pair which is closest to the yarn adjuster 62 the shield serves to prevent impalement of the yarn by the shielded needle 30 as it descends in close proximity to the yarn adjuster 62 the yarn adjuster carrier bar 66 is shown having channels 68 through which the bit clamps 70 are permitted to reciprocate as does yarn adjuster carrier bar 66 although independent of each other the bit clamps 70 are secured to bit clamp carrier bar 72 which is shown housing spring means 74 supported by flange support 148 for each of the individual bit clamps 70 as shown in fig1 cam 75 provides the vertical reciprocation for carrier bar 72 a laser 76 is shown which will be positioned on one extreme side of the machine while a photo detector 78 will be positioned at the opposite side of the laser aligned therewith so that the laser beam may be used to. |
8 | extends from socket 32 each of the conductors 34 a b c has a free end which carries an insulator such as 34 a 1 each insulator covers a respective pin 34 a 2 which is compatible with a respective socket element in a socket such as socket 14 a the conductors 34 a b c of adapter 30 are inserted into socket elements in socket 14 a those pins thus engage the respective socket elements safely and conveniently the plug 16 2 of replacement detector 16 can be coupled to adapter socket 32 so as to receive power and signals off of cable 14 fig4 a illustrates an alternate adapter system 40 adapter system 40 has a socket 42 which is compatible with plug 16 2 conductors 44 extend from socket 42 a positioning or locating element such as 44 a 1 is carried adjacent a free end of each conductor each conductor carries at the free end a respective pin such as pin 44 a 2 fig4 b illustrates a configurable shell or housing 46 housing 46 includes a holder 46 a and a spacer 46 b positioning elements 44 a 1 b 1 c 1 can be inserted into and locked in holder 46 a along with spacer 46 b with an arrangement which is compatible with a respective socket such as socket 14 a as illustrated in fig4 c the pins 44 a 2 b 2 and c 2 extend from holder 46 a forming a plug 48 the plug 48 is compatible with socket 14 a. |
2 | a is a cross section of a blade similar to the blade of fig1 having a different distribution along the periphery of the parts with pultrusion strips fig2 b shows a plane view of a blade similar to the blade shown in cross section in fig2 a thus having a similar distribution along the periphery of the parts with pultrusion strips fig2 c is a photograph of the surface of the blade of fig2 a with the outer shell of composite material removed and the blade shown in cross section in fig1 has a layer comprised of 40 u00d7 40 millimetre strips of birch plywood 1 in alternating sequence with 6 u00d7 40 millimetre strips of a carbon fibre pultrusion 2 the layer 1 2 stretches along the central part of the blade between two c beams 3 4 of glass fibre web and synthetic resin composite denoted the le leading edge web 3 and the te travelling edge web 4 and replacing the central inner beam discussed previously the layer 1 2 is sandwiched between an inner layer and an outer layer 6 of glass epoxy skins that carry shear stress and promote the transverse stiffness of the blade the space defined between the upper and lower shell thus constituted by the birch plywood 1 and the carbon fibre pultrusion 2 and the le web 3 and the te web 4 is filled with a balsa wood core 7 the blade shown in fig2 a 2 b and 2 c are similar to the one shown in fig1 with the exception that the reinforcement of carbon fibre pultrusions 2 are situated near. |
8 | user data or a control element which supplies control data for example these control data may contain a provision message about a signalized rach channel to be used for a terminal which terminal has previously requested a signalized rach channel by means of a signaling sequence the switching block u201c sb u201d 26 following the control block 24 carries out the switching functions of for example channel coding interleaving channel multiplexing and when a cdma system is used also spreading the output signal of the block 26 is applied to an antenna 31 via a modulator u201c mod u201d 27 a digital analog converter u201c d a u201d 28 an intermediate frequency block u201c if u201d 29 and a high frequency block u201c hf u201d 30 all the elements 25 to 31 may be elements known from existing mobile radio systems a block circuit diagram of a receiver of a terminal is shown in fig5 this receiver includes as elements known from for example a gsm mobile radio system or a cdma system an antenna 32 a high frequency block u201c hf u201d 33 an intermediate frequency block u201c i f u201d 34 an analog digital converter u201c a d u201d 35 a demodulator u201c demod u201d 36 a switching block u201c sb u201d 37 having several functions and a channel access control block u201c cac u201d 38 which supplies control and user data to various sinks for example low frequency circuit for converting user data into speech data the block 37 is charged with. |
7 | beginning with the first phase at 20 a in other embodiments sensor system 20 has a different number of phases such as two or eight or more phases sensor system 20 includes a spinning current hall sensor 22 a chopping circuit 24 a digital low pass filter 26 an oscillator 28 a clock divider 30 and control logic 32 hall sensor 22 is electrically coupled to chopping circuit 24 via input signal paths 34 and 36 chopping circuit 24 is electrically coupled to digital low pass filter 26 via chopped signal path 38 oscillator 28 is electrically coupled to digital low pass filter 26 and clock divider 30 via clock path 40 clock divider 30 is electrically coupled to spinning current hall sensor 22 via spinning clock path 42 and to chopping circuit 24 via chopping clock path 44 control logic 32 is electrically coupled to digital low pass filter 26 and clock divider 30 via control path 46 in operating phases of sensor system 20 the spinning current hall sensor 22 spins through each of the four phases at 20 a 20 d a bias current flows through spinning current hall sensor 22 at a different angle in each of the four phases at 20 a 20 d chopping circuit 24 is electrically coupled to different points on spinning current hall sensor 22 in each of the four phases at 20 a 20 d and spinning current. |
2 | threadably engageable in a block 26 on the left hand end of the support platform 18 for selectively retaining the clamping assembly 20 in a closed position as shown the system 16 is shown clamping the nozzle guide vane 10 with the plates 14 extending behind and in front of the system 16 as shown in fig2 the system 16 is engageable with the two aerofoils 12 two shallow n shaped beams 28 are mounted in a parallel alignment on top of the assembly 20 each beam 28 is mounted by a bolt 30 which engages with a hemispherical section block 32 and through which block 32 the bolt 30 extends the block 32 locates in a correspondingly shaped recess 34 in the top of the respective beam 28 to permit limited pivotal movement of the beams 28 relative to the bolts 24 a clamping arrangement 36 is pivotally mounted to each of the side limbs of the beams 28 towards the lower end thereof each arrangement 36 includes a bar 38 which extends through a recess in the lower end of the respective side limb of the beam 28 and is pivotally mounted thereto about a generally mid point of the bar 38 an engagement member 40 extends downwardly from each end of each bar 38 through an opening in the clamping assembly 20 a trapped ball bearing 41 is provided at the free end of each engagement member 40 and the ball bearing 41 may have one or more flattened faces engageable with the respective aerofoil 12 as can be seen in fig2 a shorter. |
6 | is opened purging the primary inner manifold 102 and primary inner port 101 with inert gas 123 fig8 illustrates an example of the alignment of the system 100 when the primary inner port 101 is receiving a blend of fuel from the first and second gas supplies 120 and 122 the va 13 15 valve is closed pressurizing the inert gas buffer 116 with inert gas 123 the vah 1 2 valve is closed the vgc 4 valve is opened allowing fuel from the first gas supply 120 to flow to the primary inner manifold 102 the vs 4 12 and vgc 12 valves are opened allowing fuel from the second gas supply 122 to flow to the primary inner manifold 102 and mix with the fuel from the first gas supply 120 the mixed or blended fuel flows to the primary inner port 101 fig9 illustrates an example of the alignment of the system 100 when the system is in a u201c tripped u201d or secured mode in the illustrated example the vent valves including the vent valves va 13 31 and va 13 27 are opened the valves controlling the flow of the inert gas 123 including the valve vah 1 4 are opened allowing inert gas 123 to purge and vent through ports 101 and 103 and to purge and vent from the inert gas buffers 116 and 118 the valves controlling the flow of fuel and cpd air 113 are closed while the invention has been described in detail in connection with only. |
2 | magnetic portion 16 at the end of the wand 10 while the three portions 12 14 16 of the wand 10 are explicitly illustrated in fig1 the extended portion 14 and the magnetic portion 16 may appear to be a single integral portion without the line 18 the magnetic portion 16 may be as large e g 50 of the length of the wand or small only at the end of the wand 10 as the user would like in fig1 the wand 10 has an oval cross section but it could have any appropriate cross section including for example round square or simply elongated with a number of discrete sides e g hexagonal pentagonal etc the building blocks 20 illustrated in cross section in fig2 2 a and 2 b could be of any style size shape configuration or from any maker e g legos mega bloks etc with a ferromagnetic material 22 that is attracted to the wand 10 the ferromagnetic material 22 may be of any appropriate materials for the purpose of inclusion in the building blocks 20 the ferromagnetic material 22 may be molded in the building blocks in a number of ways the ferromagnetic material may be included as a single piece as ferromagnetic material 22 u2032 as in fig2 a or multiple pieces as ferromagnetic material 22 u2033 as in fig2 b the ferromagnetic material 22 is depicted as a powder or smaller particles particulates in fig2 the ferromagnetic materials 22 22 u2032 and 22 u2033 should be sufficiently encapsulated in the building blocks 20 so as prevent. |
4 | made of conventional plastic like materials or conventional metallic materials or made by the hardening of thread 12 by lamination fusion or bonding wherein the material added to the thread forms it into a needle implement in the embodiment where needle 14 whether it be made of plastic or metal is fixedly connected to the second end 24 of thread 12 this is accomplished in a permanent manner by such means as glue 26 or other suitable bonding materials such as epoxy cement epoxy paint etc and or bonding methods the glue 26 can be applied automatically in droplet form to the second end 24 of thread 12 and inner end 28 of needle 14 and then allowed to dry this forms a permanent bond between the needle 14 and the second end 24 of thread 12 of course the glue 26 or other bonding materials can be applied to the needle 14 and thread 12 in any other suitable manner that would provide a permanent attachment alternate methods of fixedly connecting needle 14 to thread 12 are also encompassed within the scope of this present invention for example thread 12 can be heat sealed at 26 to the inner end 28 of needle 14 since thread 12 is made of plastic like materials such as nylon dacron polyester etc which are capable of. |
5 | an ell shaped pipe 38 with one end of the ell disposed within the respective inlet port 36 and its other end 40 turned upwardly and disposed substantially concentric with the longitudinal axis of the tube obviously a portion of the pipe end 40 may be flared not shown to increase suction at its other end the depending end portion of the tubing string 26 is provided with a conventional pump hold down shoe 42 releasably engaging a pump hold down 44 threadedly connected with the upper end portion 30 of the tube 24 a conventional packer 46 surrounds the tube depending end portion 32 between the uppermost one of the perforations 34 and the depending limit of the reduced portion 28 the packer is preferably 34 set 34 to seal with the inner wall surface of the casing 20 at a point below the oil producing sand 16 obviously another packer not shown may be used to form a seal between the tubing string 26 and the inner wall surface of the casing at a selected position above the pump hold down in operation the pump not shown contained by the tubing string 26 draws salt water and or oil from the formation 18 which when flowing upwardly through the tube reduced diameter portion 28 and entering the larger end portion 30 of the tube 24 reduces the pressure in the annulus between the reduced diameter portion 28 and the inner wall surface of the casing adjacent the oil producing sand 16 to. |
6 | through holes per square centimeter a total perimeter length of all the straight through holes of the device 1900 per square centimeter is preferably at least two centimeters fig7 shows an embodiment of an nmset or related device 700 with a parabolic geometry in this embodiment alternating hot layers 702 and cold layers 701 are stacked in the illustration each hot layer 702 and cold layer 701 has a straight through hole all the holes are aligned the hole in each hot layer 702 has the similar size as the hole in the cold layer 701 immediately above and is smaller than the hole in the cold layer 701 immediately below each cold layer 701 is colder than its immediate adjacent hot layers 702 and each hot layer 702 is hotter than its immediate adjacent cold layers 701 a surface 702 a of each hot layer 702 which has a surface normal in the u2212 y direction is exposed all the holes collectively form a nozzle with a contour of a parabolic surface this geometry minimizes shared bases between the hot and cold layers however because nmset or related device may not substantially increase the energy of the gas the increasing hole diameter may result in a drop in gas pressure at the edges this can create strong vortexes near the lower aperture which reduce total efficiency nmset with the parabolic geometry can be adiabatic or isobaric but not both an approximation of gas flow in nmset or related device with the parabolic geometry is shown in. |
6 | primary tube 20 would be covered by a solid fin collar turning to fig4 an alternate embodiment of the fin collar of the present invention is shown fin collar 40 has a rectangular shaped slit 42 the slit 42 is defined by a bottom wall 44 and opposed side walls 46 and 48 the bottom wall 44 may extend to a point approximately 0 02 u2033 from the underside of the fin 12 the collars 40 may have a curvature such that they have a convex shape on the side that faces the tubes 20 in fig5 another alternate embodiment of the fin collar of the present invention is shown fin collar 60 is elongated in the longitudinal tube axis direction the collar 60 has a plurality of slits 62 defined therein the slits 62 also have a rectangular shape and are defined by a bottom wall 64 and a pair of opposed side walls 66 68 the bottom wall 64 may extend to a point approximately 0 02 u2033 from the underside of the fin 12 in fig6 and 7 the fin collar 30 of the present invention is shown with arrows 70 representing air flow around the collar 30 during use the shape of the fin collar 30 provides interruptions around the circumference of the fin collar 30 perpendicular to air flow the interruptions will provide turbulence which is indicated by curved lines 80 in the boundary layer of air along the fin collar 30 which will increase the rate of heat transfer between the air and the tube 20 the increased turbulence will also occur around the area near the base. |
6 | the narrow neck portion 48 fig7 and integral load tab 50 formed on the end of narrow neck portion 52 fig7 shows the lock links 34 in more detail in that the fasteners 32 have been removed to reveal the manner in which a center pedestal portion 54 of the of the lock link 34 engages the vane stem 52 specifically in the exemplary embodiment the vane stem is formed with an eccentric d shaped key 56 which in the exemplary embodiment is generally rectangular in shape with one rounded side 58 and an opposite flat side 60 the round pedestal portion 54 of the lock link 34 is provided with a cut out 62 that mates with the key 56 thereby preventing any relative rotation between the lock link 34 and the vane stem 30 and hence the vane 26 an undercut 64 is formed at the base of the stem 30 where it is joined to the key 56 and the undercut lies above the pedestal portion 54 of the lock link when the lock link is located over the key as best seen in fig8 the undercut provides a required amount of clearance or u201c play u201d to facilitate assembly and alignment of the vanes at the opposite end. |
2 | nanoparticles according to the embodiment of the present invention is shown the apparatus 200 includes a stirrer 1 a tubal reactor 2 a micro membrane tube unit 3 which can be made of ceramic or polymer or other suitable materials an ultrasonic generator 4 a container 5 and a measuring pump 6 the tubal reactor 2 is connected with the ultrasonic generator 4 and has one outlet 11 at one end and two inlets 10 at the other end of the tubal reactor 2 one inlet 10 is connected to the measuring pump 6 the micro membrane tube unit 3 with a stirrer 1 is installed inside of the tubal reactor 2 the micro membrane tubes 3 are fixed for example by epoxy resin on two seal caps 13 that are used to seal the reactor 2 one end of the micro membrane tube is also sealed by the seal cap 13 and the other is open as an inlet 7 that is linked to inlet 10 of the tubal reactor 2 via a cavity 12 and to the measuring pump 6 via the inlet 10 the measuring pump 6 is connected with container 5 by a tube line referring to fig5 and fig6 an apparatus 300 for producing inorganic oxide nanopowder and metal nanoparticles according to the embodiment of the present invention is shown the apparatus 300 includes a tubal reactor 2 a micro membrane tube unit 3 an ultrasonic generator 4 two containers 5 a measuring pump 6 and a peristaltic pump 14 the tubal reactor 2 has two inlets 10 and one outlet 11 one of the inlets 10 is connected with the first container 5 and the other inlet 10 is connected to the measuring pump 6 that is linked to. |
6 | particularly adapted to disarming bombs and therefore a liquid disruptive material 18 is preferrable water is effective in disrupting bomb internal mechanisms and is therefore a preferred material however other materials including gelatinous or solid materials such as plastics having low melting points that will liquidify or gasify when subjected to the heat and shock pressure due to the detonation of the explosive are also applicable water latex paints and gelatins have been demonstrated to be effective in practice whatever the material used the principal requirement is that it should flow like a liquid when subjected to the detonation heat and pressure and have the desired disruptive effects on the target as shown in fig1 a case 12 has an outer covering layer of a second explosive material 20 that completely encircles the case circumferential surface and extends longitudinally along the case from the end housing the internal explosive to the point of attachment of the liner the exposed surface of internal explosive 14 is also covered with a layer 22 of the same explosive as that covering the case fig a shows covering explosives 20 22 as two separate pieces however they can be made as one continuous explosive covering if desired whatever assembly technique is used the explosive covering must completely surround the case and its contents the covering explosive is preferably in sheet form one sheet form of explosive found to be well suited for this device is flexible sheet explosive comprised of rdx nitrocellulose and plasticizers also acceptable are proprietary sheet explosives which use petn pentaerythride tetranitrate as the main ingredient the forces exerted inwardly on the disruptive material as indicated by the arrows in fig1 a 1c 1d when the covering explosive is detonated. |
5 | panel 28 and outer panel 26 define an intermediate cavity 31 into which door related operating components are located and or mounted supports 58 are either formed integrally with inner panel 28 or are attached thereto using an appropriate fastener or adhesive not shown outer panel 26 includes support channels 62 having flanges 63 and which preferably extend the length of the door 10 channels 62 are adapted to longitudinally receive a block 64 along an inside surface block 64 includes a threaded opening 66 which engages a threaded fastener 68 each support 58 includes an opening not shown which is adapted to receive threaded fastener 68 and secured to block 64 upon tightening of threaded fastener 68 into block 64 block 64 and intermediate support 58 are drawn together frictionally contacting flanges 63 and thereby fastening supports 58 and inner panel 28 to outer panel 26 when threaded fastener 68 is loose with respect to block 64 block 64 may be displaced longitudinally within its respective channel 62 this provision of longitudinal displacement is useful for adjusting the position of inner panel 28 with respect to outer panel 26 although supports 58 bear much of the weight of the inner panel 28 and attached components additional fasteners such as screws bolts clips adhesive or rivets can be used to secure the periphery of inner panel 28 to inner sheet 29 of. |
2 | with an external thread 29 in a central region and with an adjustment element 31 on one outer end 30 the adjustment element 31 in particular is embodied as manually operated wheel wherein electric pneumatic or hydraulic embodiments of the adjustment element 31 are also suitable for adjusting the actuator 23 via remote control coaxial to the adjusting spindle a flange 32 is arranged in the axial direction on the outside of the machine frame 20 and contains a central bore 33 with an internal thread 34 the adjusting spindle engages with its external thread 29 in the internal thread 34 of the flange 32 a rotation of the adjusting spindle causes it to be displaced in the axial direction a since the bolt 21 is fixed in the axial direction relative to the adjusting spindle a turning of the adjustment spindle consequently causes a displacement of the bolt 21 in the axial direction a a locking nut 35 surrounds the adjusting spindle in the axial direction on the outside of the flange 32 the locking nut 35 is provided with openings 36 embodied to extend radially at an angle toward the outside into which a clamping element 37 can be inserted if the clamping element 37 is screwed into the locking nut 35 until it reaches the external thread 29 of the adjusting spindle and fits flush against the machine frame 20 it prevents a further and unintended screwing in of the adjusting spindle in the radial direction. |
5 | second embodiment of the invention in which the winch 40 is eliminated and is replaced by a connecting ring 48 outside the lever housing 25 that is connected to the cable 39 the cable 39 extending outside the lever housing 25 with there being a cable roller 49 inside the lever housing 25 that facilities the pulling of the cable 39 by the connecting ring 48 to operate the mechanism 10 the connecting ring 48 is pulled by an external pulling device such as an underwater vehicle or a cable lowered into the sea from a winch on a ship on the ocean surface fig1 a through 10d show a third embodiment of the invention in which adjacent to the inflatable plug clamp 18 the fluid transfer pipe 12 is cut and connected together by a flexible joint 50 the flexible joint 50 being secured to both pieces of the cut fluid transfer pipe 12 by a pair of joint clamps 51 the purpose of the flexible joint 50 is to enable the inflatable plug assembly 16 to reposition itself inside a pipe p if the inflatable plug assembly 16 is not positioned centrally in the pipe p when it is inserted into the pipe p insertion of the inflatable plug assembly 16 into the pipe p requires that the cut fluid transfer pipe 12 and the flexible joint 50 are held stationary during the insertion and for that purpose there is a collar 52 on the fluid transfer pipe 12 and over the flexible joint 50 and joint clamps 51 the collar 52 abutting against both the joint clamps 51 to minimize movement of the flexible joint 50 the collar 52 has a collar hinge 53 that connects together two collar half sections 54 and opposite the hinge 53. |
5 | epoxy having a minimum compressive strength of 6 000 psi and a minimum bond strength of 1000 psi such as an astm c 881 type vi bonding system normal penetration requirements range from a minimum of about 7 ft up to possibly 20 ft or more with most installations being around 12 ft and is normally determined by a desired resistance being obtained in the soil penetration as can be appreciated when used the epoxy is not of a fast setting type preferably allowing a series of precast segments to be placed since some degree of movement may be expected as the pile segments are added and driven into the ground the need for epoxy between the segments of the pile is dependent on the nature of the soil into which they are driven normally the weight of the structure will be enough to maintain the contact between the segments also the cooperating interlocking components may have slots and lugs to secure the segments from the vertical movement with or without an adhesive the process of installing may include steps of removing a volume of earth from beneath a portion of a structure positioning a first pile segment below said portion of said structure placing a jack between said first pile segment and said portion of said structure driving a first pile segment a distance into unexcavated earth the. |
5 | away from the jamb normal to axis 64 downward past the platform or upward past the platform end 96 of arm 60 extends further from axis 64 than distance 98 of the shortest radius of axis 64 to the surface of bracket 50 so that arm 60 is prevented from rotating up to horizontal by impingement of end 96 against the bracket above the horizontal level of axis 64 so that lift expressed on end 124 by platform 110 is transferred to axis 64 by arm 60 when arm 60 is prevented from rotation by impingement of end 96 against the bracket it should be understood that this may comprise a protrusion of the surface of the bracket that prevents rotation of arm 60 so that lift expressed on end 124 by platform 110 is transferred to axis 64 by arm 60 when arm 60 is prevented from rotation by impingement of end 96 against the protrusion preferably the top 106 of arm 60 at end 96 extends farther from axis 64 than the bottom of the arm sash 46 containing glass 47 locked to shoe 34 by this configuration moves up and down with the shoe preferably the curve of hook 100 is on a radius 102 taken from axis 74 that is a portion of the circumference of a circle about. |
1 | reception is achieved as described above the endoscope 22 is inserted within the body with the balloon 26 39 deflated the balloon 26 39 is inflated at the desired body location to provide good surface contact and efficient transmission and reception of ultrasonic energy in an alternative embodiment the electrodes 16 39 may be on the inside surface of the balloon 26 39 it should be understood that in alternative embodiments in accordance with the invention the longitudinal strip electrodes 16 and continuous cylinder electrodes 12 ca be reversed in position that is the electrodes 16 are positioned closer to the endoscope 22 and the continuous cylindrical electrode 12 is away from the endoscope shaft 24 further the electrode 12 may also be divided into separated strips segments and the like the electrodes 12 16 may also be divided in the longitudinal direction and in patterns to suit a desired objective each electrode segment in use is connected by a lead directly or indirectly to a driving signal generating data processing system external to the human body in fig5 a sheath 30 is similar to the sheath 10 of fig1 and 2 with the addition of flexible cuffs 32 having resilience and a greater flexibility than the piezoelectric element 14 by known techniques for example double injection molding such cuffs 32 of greater resilience and elasticity than the combined core and transducing layers 12 14. |
4 | motion 10 are mounted on the free end of a support arm 11 which extends outside the storage drum 1 and parallel to the axis thereof the upper end of the support arm being mounted in the housing 2 mounted on the support arm 11 directly below the withdrawal edge 1a of the storage drum 1 is a hook 13 which is normally in the position shown in fig1 when in this position it engages the area of the running off thread f 39 the hook is open in the direction of rotation p of the storage drum 1 the running off thread f 39 which tends to rotate about the withdrawal edge 1a of the storage drum 1 in the opposite direction of rotation to that of the drum as a result of the tension acting thereon in the direction of withdrawal is therefore inserted into the hook opening and prevented by the hook 13 from moving any further laterally around the withdrawal edge 1a therefore only the same amount of thread can be withdrawn as is released by the drum as a result of its rotation in the direction p the withdrawal speed of the thread is thereby limited to its wind on speed this is the normal mode of operation for the thread feeder which is intended primarily for positive thread delivery alternatively the hook 13 can. |
4 | thread that is intended to be subsequently removed in accordance with the invention the separating thread is made of a heat sensitive filament which melts or is destroyed when heat is applied thereby separating the garment portions heated air is directed at an oblique angle to downstream motion of the web and melts the separating thread on the trailing edge of each garment portion application_number US 49497574 A description by means of a standard knitting machine not shown a continuous web 10 of garment portions 12 14 and the like have been knitted turning to fig2 garment portion 12 has a downstream or leading edge 16 which is its unfinished edge garment portion 14 has an upstream or trailing edge 18 which is its finished edge that should be free of any residue of separating thread at least one row of separating thread 20 has been knitted between unfinished edge 16 and finished edge 18 there may may be additional rows of separating thread for enlarging the space between edges 16 and 18 for better access to hot air or for other reasons although the more separating thread that is used the more residue that remains after operating upon the web according to the invention the separating thread is formed of a low temperature filament e g low temperature nylon returning to fig1. |
9 | ca and cu in composition ratios 1 8 0 4 2 2 2 3 this powder was charged in a silver pipe of 4 mm in inner diameter and 6 mm in outer diameter drawn into a wire of 1 6 mm in diameter subjected to cold rolling to be 0 2 mm in thickness and subjected to first heat treatment under respective conditions shown in table 4 thereafter respective samples v 1 to v 8 were subjected to cold rolling to be 0 14 to 0 17 mm in thickness and subjected to second heat treatment at 845 u00b0 c for 50 hours table 4 shows characteristics of the respective samples thus obtained particularly critical current density values under dipping in liquid nitrogen high critical current density values were obtained in the samples v 5 to v 8 which were subjected to first heat treatment under conditions for generating high temperature phases i e conditions of at least u201c 0845 u00b0 c for 20 hours u201d example of a fifth embodiment of the present invention is now described commercially available powder materials 99 9 to 99 99 in purity of bi 2 o 3 pbo sb 2 o 3 srco 3 caco 3 and cuo of about 1 u03bcm in average particle size were mixed in composition ratios shown in table 5 such samples were calcined at 800 u00b0 c for 12 hours pulverized sintered at 800 u00b0 c for 18 hours and pulverized and then charged in silver pipes of 12 mm. |
1 | invention the alignment fixture 15 can also be an array of radio opaque markers positioned symmetrically at the gimbal assembly 39 s common rotation center or the like in other embodiments of this invention in this embodiment of the present invention the alignment fixture 15 is a metallic ball fig2 shows the present invention with the radiation beam detection apparatus 10 mounted on a gimbal assembly 40 a radiation detector 20 such as film is attached to the beam detector apparatus 10 the alignment mirror 18 is shown supported by the beam detector apparatus 10 such that it is parallel to the radiation detector 20 a laser light beam 5 which corresponds to the central axis is shown exiting the linac 50 and striking the alignment mirror the alignment mirror 18 is used to indicate when the radiation detector 20 is perpendicular to the beam central axis the beam detector apparatus 10 supports the alignment mirror 18 and the radiation detector 20 which are parallel to each other on either side of the alignment fixture 15 the alignment fixture 15 is located at an appropriate distance from the radiation detector 20 in the current embodiment approximately 2 cm the gimbal assembly 40. |
7 | a fire alarm apparatus according to one embodiment of the present invention a fire alarm apparatus 10 according to one embodiment of the present invention includes a smoke detector 26 receiving smoke 44 through apertures 56 of a package 16 for detecting smoke indicating fire a cellular telephony assembly 40 for initiating a call upon detecting the smoke and a battery 24 for powering smoke detector 26 and cellular telephony assembly 40 the smoke detector may apply optical detection by photoelectric effect by ionization or other physical effects a subscriber identity module sim is an integrated circuit that securely stores the international cellular subscriber identity cellular telephony assembly 40 includes a sim subscriber identity module card 22 thus having a certain address thus upon knowing that the call is received from a certain international cellular subscriber identity being unique the user knows exactly which fire alarm apparatus signals the alarm for example if a fire extinguishing service receives two calls from two separate fire alarm apparatuses 10 the service can distinguish between them and know the exact location of each alarm based on the international cellular subscriber identity according to another embodiment fire alarm apparatus 10 includes a locating component 28 such as a global positioning system gps component for informing the location of fire alarm apparatus 10 with the initiated call cellular telephony assembly 40 also includes a transmitter 32 for initiating calls according. |
8 | which signaling information is periodically inserted in the additional data the received dtv signal is demodulated including performing channel equalization on the demodulated dtv signal trellis decoding is performed on the channel equalized dtv signal further the additional data from the trellis decoded dtv signal is extracted including removing dummy data from the extracted additional data application_number US 201414282711 A description reference will now be made in detail to the preferred embodiments of the present invention examples of which are illustrated in the accompanying drawings wherever possible the same reference numbers will be used throughout the drawings to refer to the same or like parts for the understanding of an e8 vsb reception system of the present invention the e8 vsb transmission system and multiplexing process disclosed in the korean patent application no 10 2003 0017834 is explained with reference to the attached drawings as follows first of all in the korean patent application no 10 2003 0017834 the recent mpeg 4 video or various supplementary data e g program execution file stock information etc can be transferred via enhanced data as well as the previous mpeg 2 video and dolby sound data in doing so error correction encoding is additionally performed on the enhanced data except main data and u00bd enhanced data and u00bc enhanced data mean data on which encoding is additionally performed at u00bd and u00bc code rates respectively. |
4 | 39 s needle position and for detecting the number of revolutions per minute of the sewing machine 16 a thread cutting device 18 an x direction driving pulse motor for the cloth feeding device 19 a y direction driving pulse motor the pulse motors 18 and 19 driving the cloth feeding device through a well known belt or rack and pinion device by which the rotational movement of the pulse motors is converted to linear movement to move the cloth as desired to thereby sew a desired patter and 20 a cloth retaining device for operating a clamping portion 20 a of the feeding device for holding a piece of cloth in the cloth feeding device further in fig1 reference numeral 17 designates a pulse motor drive circuit in which pulse motor driving data are received in parallel from the output port 6 and are converted into a sewing machine rotation signal and series data synchronous with the signal from the pulse oscillator 21 to drive the pulse motors 18 and 19 25 a temporary stop switch 26 a positive direction minute movement switch and 27 a negative direction minute movement switch two kinds of pattern data are stored in the memory cassette 2 i e x direction. |
7 | fibrechannel also cp data is sent to the mirror site at a protocol level higher than the raid level so a conventional widely used network protocol such as tcp ip can be used to transmit the cp data because updates to the mirror volume are accomplished through the raid layer 82 in the destination filer 72 not by the source filer 71 directly accessing the mirror site 39 s disks the destination filer 72 can provide reliable read only access to the mirror volume 77 and can detect and correct errors in the mirror volume 77 furthermore bandwidth consumption is reduced since it is not necessary to propagate checksum and xor data from the source filer 71 to the destination filer 72 in addition because the source filer 71 does not directly update the mirror volume the storage devices that contain the mirror volume 77 do not need to have the same geometry as the storage devices that contain the primary volume 76 the techniques introduced above have been described in the context of a nas environment however these techniques can also be applied in various other contexts for example the techniques introduced above can also be applied in a direct attached storage das environment or in a storage area network san environment a san is a highly efficient network of interconnected. |
7 | effect in a fiber span the pmd emulator of the present invention comprises at least two sections of polarization maintaining fiber each having a predetermined pmd value mechanical twisting means which twist one of neighboring ones among the pm fiber sections a single mode fiber spliced in between neighboring pm fiber sections wherein the single mode fiber has a small pmd value negligible compared to any of the pm fiber sections according to the present invention pmd effect can easily be replicated in the field of experiments studying pmd effect of a real fiber span application_number US 48815904 A description accordingly it is an object of the present invention to provide a pmd emulator including components that have comparatively small control parameters and can generate the desired pmd value precisely it is an object of the present invention to provide a pmd emulator having a small optical loss it is an object of the present invention to provide a pmd emulator that is easy to control and generates a specific pmd value easily it is another object of the present invention to provide a pmd emulator having distribution similar to the maxwellian distribution that is a distribution on the pmd of the real optical fiber transmission system to accomplish the above objects there is provided polarization mode dispersion pmd emulator the pmd emulator includes at least two polarization maintaining pm fiber sections each having a predetermined pmd value mechanical rotating means for rotating one of two neighboring pm fiber sections among the pm fiber sections relative to the other one. |
7 | actual signal emerges from the baseline at the point exponential growth begins a normalized amplification profile based on a ratio to the baseline can create a more uniformly scaled amplification curve across different samples filters wells dyes or machines application_number US 2208708 A description various embodiments of the present teachings relate to systems and methods for baseline correction or adjustment of rt pcr or other amplification curves signatures graphs profiles or data using a non linear or non subtractive normalization process according to various embodiments an amplification curve signature graph profile or data can be received from detection of fluorescent emissions in a rt pcr or other instrument according to various embodiments the calibration systems and methods can be implemented in or applied to rt pcr scanning systems or rt pcr imaging systems or other systems or platforms in some embodiments systems and methods according to the present teachings can be applied to non real time pcr instruments according to various embodiments rt pcr or other processing can take place using a standard sample plate such as a 96 well or other capacity microtitre well or plate in some embodiments each well or other container or location in a plate or other platform can contain samples for example samples of dna fragments or other material to which one or more spectrally distinct dye is attached for detection and analysis according to various embodiments a calibration normalization or other adjustment can be performed to normalize adjust or otherwise increase the consistency and. |
1 | about base 52 accordingly the spice rack of the present invention can be used anywhere with equally advantageous results in terms of space saving access and identification the spice rack of the present invention can be placed on a counter or shelf in a cupboard or pantry with no surrounding walls or up to three surrounding walls and function equally as effectively especially when provided with means for rotating the rack the spice rack of the present invention may be constructed of any suitable material such as wood or plastic and may be made by conventional molding and extrusion processes for example the central back up wall assembly 35 composed of vertical planar back up walls 30 32 34 may be extrusion molded as a single integral piece in order to position the back up assembly 35 such that each of back up walls 30 32 34 is aligned parallel to its respective support wall a central faceted dowel 38 may be provided dowel 38 is secured to base 22 such that each of sides 40 42 44 thereof is aligned parallel to a respective one of walls 24 26 or 28 the back up assembly 35 can then be positioned about dowel 38 such that back up walls 30 32 34 rest against dowel sides 40 42 44 respectively thus positioning each back up wall parallel to its respective support wall it will be appreciated that. |
6 | of the first group here the longitudinal slots of the second group may show a width from approximately 3 to 7 mm and a length from approximately 10 to 15 cm with the longitudinal slots here being limited by longitudinal webs which show a width from approximately 1 to 5 mm fig1 shows a sealing inner sleeve with a perspective view from the front the sealing inner sleeve is provided with the reference character 10 and shows a coiled metallic band 12 with its band parts overlapping at the ends in this coiled state the sealing inner sleeve 10 is held by a locking device located in the interior not discernible in fig1 the locking device is here embodied such it allows a widening with regard to the diameter of the sealing inner sleeve 10 however blocks any deformation in the opposite direction suitable locking mechanisms and locking devices are widely known for example from de 44 01 318 c2 and ep 0 805 932 b1 mentioned at the outset in the state shown the sealing inner sleeve 10 is a cylindrical body with a center axis x the sealing inner sleeve 10 shows two end sections 14 15 with an intermediate section 16 located between these here the end sections 14 15 are massive metal sections while the intermediate section 16 comprises a plurality of longitudinal slots 30 extending in the circumferential direction of the sealing inner sleeve 10 which are distanced by the longitudinal webs 40 the longitudinal slots 30 and the longitudinal. |
8 | multimedia home networks belonging to different households the invention employs the concept of p2p networking and therefore refers to the respective technical devices as peers connecting the technical devices of a household to a p2p network provides more user convenience e g allows the owner to control devices remotely or to share contents or services between different devices for privacy reasons the p2p network comprises only peers belonging to the same household or owner since the peers may be located outside the household e g in the owners car garden or may be portable the terminus u201c owner zone u201d is used to describe the group of devices or peers which is under control of the same owner or group of owners e g family fig1 shows an exemplary owner zone which includes the peers being under control of the same owner the peers n 1 n 7 within the owners home h_ 1 are connected to a local p2p network p2p_ 1 the owners mobile peers n 1 n 2 are connected to the same p2p network and other peers n 6 n 7 within another building h_ 2 belonging to the same owner are connected to another local p2p network p2p_ 2 and said two networks p2p_ 1 p2p_ 2 are connected to each other according to the invention the peers with physical access to the owner 39 s home network are members of the owner zone using known p2p mechanisms such as peer discovery. |
6 | gasket illustrated all those areas of the basic member which could be designed to be deformable in height even if not in the combination shown when looking at fig1 a several principles of preferred embodiments of the present invention can also be recognized at least two sections of basic members which are not deformable in height are provided for each combustion chamber aperture and these are preferably located approximately diametrically opposite one another in the peripheral areas of the cylinder head gasket at least one section of a basic member not deformable in height is provided in the vicinity of each combustion chamber aperture the cylinder head gasket does however preferably have in its peripheral areas in the vicinity of each combustion chamber aperture at least two sections of basic members which are not deformable in height and are arranged so as to be adjacent to the two longitudinal sides of the gasket plate finally a design of the cylinder head gasket is preferred such that the screw holes adjacent to the combustion chamber apertures are surrounded by basic members or sections of basic members which are deformable in height at least over a predominant portion of their length in the case of an installed cylinder head gasket a chain case part produced as a separate component is located above and or below those peripheral areas of the cylinder head gasket which are adjacent to the chain case aperture 48 on the narrow side and on the two longitudinal sides of the cylinder head gasket and the course of the junction area between this part of the chain case and the engine block or the cylinder head has been indicated in fig1 a by a dash dot line it. |
2 | a thickness of around 200 u03bcm and the plastic sheet has a thickness of around 200 u03bcm after formation of the composite structure cs a layer of indium tin oxide 6 is deposited on the inner surface of the glass layer 4 subsequently an electroluminescent layer of poly phenylene vinylene ppv is deposited by spin coating a precursor to ppv in a suitable solvent onto the ito layer 6 and then heating the spin coated layer to convert the precursor to the polymer ppv a subsequent electroluminescent layer or charge transport layer 10 is put down in a similar fashion finally a layer of ca is evaporated followed by the evaporation of an al capping layer alternatively these layers could be deposited by sputtering sequentially or by sputtering a ca al alloy directly according to another embodiment of the invention the structure of fig1 is formed by a process in which the sequence of steps is varied prior to forming the composite structure cs the layer of glass 4 is coated on its surface with a layer of indium tin oxide 6 and after that process the plastic layer 2 is laminated to the underside of the glass layer 4 subsequent steps for manufacture of the device are as described above with reference to the first embodiment fig2 represents a different structure in accordance with the invention in that structure the composite structure still comprises a layer of plastic 2 and a layer of glass. |
2 | band 5 a and the lateral surface of the lifting drum 2 in order to prevent the first turn of the steel band 5 a and hence to a certain extent also the further turns lying thereabove of both steel bands 5 a 5 b from being pressed into the clearance 7 and thereby bent at the step formed by the ends 6 a 6 b a total of three spacer elements 8 a 8 b and 8 c in the form of metal sheets 8 a 8 b and 8 c curved in the shape of circular arcs are arranged in this empty space 7 each of these metal sheets 8 a 8 b and 8 c has a constant thickness the thickness of the metal sheets 8 a 8 b 8 c increases however in the clockwise direction towards the step formed by the ends 6 a 6 b generally the direction in which the thickness of the spacer elements 8 a 8 b 8 c is to increase is opposite that direction in which the lifting drum 2 rotates on lifting the load the spacer elements 8 a 8 b 8 c thereby form bearing surfaces for the first turn of the steel band 5 a preventing this turn from u201c caving in u201d too deeply radially inwards it is thus not absolutely necessary for the thickness of the spacer elements 8 a 8 b 8 c to increase continuously in the stated direction so as to exactly fill up the empty space 7 formed geometrically nor do the spacer. |
7 | head but also by the mr type thin film magnetic head 113 in this case the interactive head is disposed along the longitudinal direction with respect to the mr type thin film magnetic head 113 with this structure a single magnetic head can perform not only writing data but also playing it back in this case a magnetic gap of the interactive head is also exposed to the opposing surface of the magnetic head and the center line laterally dividing the interactive head into two parts lies on the center line o u2014 o laterally dividing the magnetic head into two parts also the magnetic head mounted on the rotary head apparatus may be a so called bulk type recording and playback magnetic head having a structure in which a pair of core half bodies composed of high permeability magnetic material such as ferrite are combined so as to face each other along their opposing surfaces opposed to the magnetic tape t and the core half bodies have a magnetic material layer serving as a magnetic gap interposed between the opposing portions thereof in the rotary head apparatus 100 according to the present invention including the rotary drum 100 a having the magnetic heads h 100 a and h 100 b mounted thereon when the magnetic tape t is wound around the rotary head apparatus 100 and is driven to run the magnetic tape t does not slide in the second areas where the displacement of the apex of the convex. |
7 | numeral 90 are interpolated between the output gray scale values x 0 and x 1 when the output value xn x 0 instead of simply considering the output gray scale value xn 1 to be absent the output gray scale value xn 1 is always set to 0 when an input gray scale value rout u2212 1 7 2 is u2212 1 thereby interpolating three gray scale values as indicated by a reference numeral 91 in fig5 a this corresponds to interpolating a portion 61 denoted by a broken line in fig5 b thus gray scale correction characteristics data for input gray scale values of all the 256 gray scale levels can be created in the construction shown in fig4 a the register value controller 24 supplies an offset off_set to the linear interpolation calculation circuit 23 based on the register control signal sc so that the example gray scale correction characteristics 60 shown in fig5 b are shifted as a whole in a direction of increase in gray scale value as indicated by an arrow 70 as described above the gray scale corrector 20 stores in luts gray scale correction characteristics data for input gray scale values having six bits equivalent to 64 gray scale levels for each color with regard to input image data having eight bits for each color of rgb equivalent to 256 gray scale levels with regard to the insufficiency the gray scale corrector 20 generates output. |
8 | a second feedback current can be applied to input terminals of the common gate amplifier if the common mode current is greater than the predetermined threshold application_number US 201113149376 A description refer now to the drawings wherein depicted elements are for the sake of clarity not necessarily shown to scale and wherein like or similar elements are designated by the same reference numeral through the several views turning to fig1 an example of a class c amplifier 100 in accordance with an embodiment of the present invention can be seen in operation the output circuit 104 is able to u201c split u201d and distribute the common mode feedback to differential ground or to nodes with higher frequency differential poles generally the input circuit 102 which can for example be a downconversion mixer draws or provides a common mode current that is dependant on its input swing this common mode current is drawn or provided through terminals in which are coupled to the inputs of the common gate or common base amplifier 110 namely these terminals in are coupled to the sources or emitters of transistors q 4 and q 5 which can for example be nmos or npn transistors each of these transistors q 4 and q 5 is coupled to a resistor network i e resistors r 1 through r 6 that operate as a differential load resistor which can for example. |
7 | data is stored into a table in the ram 30 corresponding to each of those information s104 the number of the track which is at present being accessed is checked s105 the foregoing operations are repeated with respect to all of the tracks on the video floppy s103 to s105 s106 after the track information table of the video floppy which is at present set in the apparatus is completely formed a check is made to see if the information recorded on the track to be first reproduced for instance on the outermost track on the video floppy in the embodiment is the voice sequence that is whether it is the voice signal or the image signal corresponding to the voice signal or the image signal which does not correspond to the voice signal from the track information table s107 if it is the voice sequence the head 3 is moved to the head track of the voice sequence including that track and the information is reproduced from this track and stored into the memory 17 s108 next the head 3 is moved to the track on which the image signal corresponding to the voice signal is recorded and the image signal there is reproduced and displayed on the monitor 15 s109 on the other hand if the information recorded on the track to be first reproduced is the image signal which does not correspond to the voice signal. |
3 | threshold activity the analogous derivatives of the adducts of aminoethylpiperazine and urea are quite effective the compounds from which the methylenephosphonates are derived have the formula str8 wherein a is str9 or hydrogen and where m is 0 2 and n is 2 or 3 these compounds are made by reacting urea with an aminohydrocarbylpiperazine thus for example aminoethylpiperazine 516 84 g 4 moles was added to a 1 liter reaction vessel equipped with a stirrer reflux condenser temperature control and indicating means was added 516 84 g 4 moles of aminoethylpiperazine aep after raising the temperature to about 120 u00b0 c 0 32 g 0 0039 mole of 2 methylimidazole catalyst was added immediately followed by the addition of 20 g 0 3 mole of urea after reacting for 2 hours at 120 u00b0 c while stirring another 0 32 g 0 0039 mole of 2 methylimidazole catalyst was added followed by the addition of 40 g 0 7 moles of urea the progress of the reaction was monitored periodically by titration with 1nhcl employing bromthymol blue as an indicator the titration results after 54 3 hours was the same as that after 17 4 hours at 120 u00b0 c the excess aminoethyl piperazine was removed by means of a rotoevaporator at a temperature of 120 u00b0 c and a pressure. |
6 | and an opposing distal end portion 115 further included in the support device 50 is the shoulder element 120 that is sized and configured to cradle 125 the article 55 in an upright position 60 the shoulder element 120 is disposed in an attached manner therebetween the first proximal end portion 90 and the second proximal end portion 110 wherein the first flexible finger 80 the shoulder element 120 and the second flexible finger 100 approximately form an inverted u201c u u201d symmetrical shape 130 that frictionally straddles 135 the sink 70 margin 75 wherein operationally the support device 50 cradles the article 55 in the upright position 60 adjacent to the sink 70 margin 75 wherein the article 55 can be supported in either one of two opposing positions with the article 55 adjacent to the shoulder element 120 and the first arcuate flexible finger 80 or the article 55 adjacent to the shoulder element 120 and the second arcuate flexible finger 100 further on the support device 50 for the article 55 the shoulder element 120 can further comprise a cradle segment 125 that has a continuously curving concave surface to suspend in an adjacent manner the article 55 in. |
8 | 16 the contacts being enclosed in a electrostatic shield 17 having a terminal 18 the outline of the relay is suggested by the broken line 19 which represents the space occupied by the relay and the locations of its various terminals fig2 schematically shows a plurality of relays 10 mounted on a strip line board in a typical equidistant space saving arrangement the switching terminals 16 are connected to output stripline conductors 20 21 22 23 and 24 respectively and the switching terminals 15 are connected to stripline conductors 25 26 27 30 and 31 respectively which are tapped to a common input stripline conductor 32 at 33 34 35 36 and 37 respectively it will be apparent that each tap as tap 33 for example comprises a discontinuity in conductor 32 and results in energy reflection and consequent power loss and signal distortion the taps themselves have the same characteristic impedance as conductor 32 but acting together cause the characteristic impedance of stripline conductor 32 to change to a lower value this action modifies the signal carrying properties of the assembly as a whole fig3 schematically shows a plurality of relays as in fig2 but interconnected in accordance with the invention relays 10 have their terminals 16 connected to stripline conductors 20 21 22 23 and 24 as before contacts 15 are not however connected to separate taps the input. |
3 | sub 28 o 85 1 9 5found 84 7 9 5 ______________________________________ using the method described in example 1 4 bromofluorobenzene is reacted to provide 2 6 di t butyl 4 hydroxy 4 4 39 fluorophenyl 2 5 cyclohexadienone m p 123 u00b0 125 u00b0 c this product is reduced as described in example 1 to provide 2 6 di t butyl 4 4 39 fluorophenyl phenol m p 97 u00b0 99 u00b0 c ______________________________________analysis c h______________________________________calculated for c sub 20 h sub 25 fo 80 0 8 4found 79 7 8 5 ______________________________________ using the method of example 7 4 bromotoluene is converted to 2 6 di t butyl 4 4 39 methylphenyl phenol m p 119 5 u00b0 121 u00b0 c ______________________________________analysis c h______________________________________calculated for c sub 21 h sub 28 o 85 1 9 5found 85 2 9 5 ______________________________________ using the method of example 1 2 bromochlorobenzene is reacted to provide 2 6 di t butyl 4 2 39 chlorophenyl 2 5 cyclohexadienone this product 5 0 g 0 015 mole is treated with 125 ml of concentrated hydroiodic acid and stirred for about 16 hours the mixture is filtered the residue rinsed with water and then dried to provide an off white powder the product is recrystallized from petroleum ether to provide 2 2 39 chlorophenyl 2 6 di t butyl phenol m p 89 5 u00b0 91 u00b0 c ______________________________________analysis c h______________________________________calculated for c sub 20 h sub 25 clo 75 8 7 95found 76 1 8 1 ______________________________________. |
2 | vessel having an outlet and an open top an enrober head mount registered with the open top of the vessel and a pump arranged to pump cleaning medium from the vessel to an applicator for application to enrober head elements requiring cleaning the mount is adapted to attach an enrober head to the vessel such that when an enrober head is removed from an enrober and mounted on the apparatus cleaning medium applied to elements of the enrober head can pass through those elements through the mount and open top and back into the vessel cleaning the enrober head elements and allowing the cleaning medium to be reapplied application_number US 30052302 A description the present invention is described herein as an apparatus and method for cleaning a coating mass such as chocolate from the elements of an enrober head however as will be recognized by those of ordinary skill in the art the present invention may be used for cleaning materials other than chocolate that can be applied using an enrober head from the enrober such as compound coating frosting and caramel therefore as used herein any use of the term u201c coating mass u201d is intended to include any coating mass having rheological properties similar to chocolate frosting compound coating and caramel such that the mass can be applied with an enrober the present invention is directed to an enrober head cleaning apparatus for cleaning enrober heads that are separable from an enrober base a typical enrober having a separable head such as those available from sollich gmbh bad salzuften. |
5 | 4 pivotally mounted to lever arm 16 and gripping elements 20 formed of the face of each of the gripping jaws 3 and 4 the housing 1 the guide discs 2 and the gear rim 5 have a radially recessed opening 7 that permits the apparatus to be placed around a tubular member when the latch 8 is not secured in the closed position the latch 8 is pivotally secured to the housing 1 at point 24 the power means 9 for operating latch 8 is secured to the housing 1 as shown in fig1 the apparatus power means 11 is mounted on the housing 1 as shown in fig1 and it drives the gearing means 23 which in turn drive the gear rim 5 the power means 9 is a conventional mechanical hydraulic or pneumatic power means the apparatus power means 11 is a conventional hydraulic drive means line 25 represents the axis of the apparatus the gear rim 5 carries cams 12 and 13 which are disposed in symmetrically opposite relation to each other cam 12 is provided with a centering face 12a a holding face 12b and a clamping face 12c cam 13 is provided with a centering face 13a a holding face 13b and a clamping face 13c lever arm 15 is pivotally secured to carrier 14 at respective pivot points 17a lever arm 16 is pivotally secured to carrier 14 at respective pivot point 17b guide roller 18 is rotatably mounted to the free end 15a of lever arm. |
7 | state 34 data such as light intensity value color depth height or other picture cell data such pixel values and associated addresses are applied in real time to programmable remapper 10 where one of a plurality of mapping functions stored therein maps or transforms the input pixels and their pixel values into an output u v cartesian matrix characterized by k columns and l rows an output image of the remapped input image may be displayed on a monitor 18 via a lead 16 from a conventional digital to analog converter and video interface circuit 14 which receives the output signal on lead 12 digital image processing whether for video display or other use of the processed image almost always assumes some continuous nature to the geometrical relationship between input and output images for much digital image processing the geometry is taken as being unchanged an extreme case of continuity well known examples are histogram equalization median filtering and the like some special effects in television image processing employ non constant relative geometry although it is ordinarily of low algebraic order two examples are 1 creating picture in a picture and 2 causing a video image to appear as if it were projected onto the face of a rotating cube in such special effects there may be discontinuities but over most of the image the relative geometry is designed so. |
8 | metal can be achieved in fact when for example each of the inductors 13 and 14 is energized by currents of the same level in phase the forces created in the annular zones 15 and 16 operate together to return the liquid metal via the extendable channels thus at the same time heating and transferring operations are performed conversely if each of the inductors 13 and 14 is energized by currents of the same voltage but phase shifted by 180 u00b0 the magnetic fields created are directed from one core to the other core which prevents the buildup of the forces in a given direction thus the device can be limited to the heating and mixing operations of the liquid metal fig2 shows an operating diagram of the installation when the inductors 13 and 14 are operated with an alternating current of the same voltage but phase shifted by 180 u00b0 in this case the magnetic field lines 19 originating from the cores 11 and 12 are elongated toward each other so that the transfer forces are eliminated and besides the heat effect a movement of the liquid perpendicular to the axis of the channels 4 and 6 and hence a mixing effect will be. |
8 | located in space and surrounded by substantially isotropic lossless dielectric additionally or alternatively the antennas may be separated by a distance in which case phase compensation may be performed on the signal from at least one of the antennas and or the antennas may be separated by a polarizing component therefore for example some embodiments may include antennas that are only partially orthogonal or not orthogonal whereas the use of polarizers ensures that the antennas receive orthogonal or partially orthogonal components of the signal being received fig5 shows an embodiment of a transmitting apparatus 500 the transmitting apparatus 500 includes an encoding interleaving and demodulating block 502 that receives data to be transmitted encodes interleaves and modulates the data according to selected schemes and provides the resulting complex symbols to a combiner 504 which combines the symbols with pilot symbols 506 and training symbols 508 into a frame in a known manner the symbols of the combined frame are provided to an inverse fast fourier transform ifft block 510 which performs the ifft operation and provides the resulting symbols to a prefix add block 512 that adds a prefix to the frame in a known manner the symbols of the frame are then passed to a polarization processing block 514 this block 514 selects a polarization state ps for the frame or at least part of the frame when it is transmitted the polarization processing block 514 produces two channels that are passed to dacs 516 and 518 respectively the output of dac 516. |
8 | permeable concentrator 220 when a field is applied along the x direction note that the applied field is steered in the upward direction on the left hand side of permeable concentrator 220 and downward on the right hand side of permeable concentrator 220 z axis magnetic field sensors placed at the left and right hand sides of the permeable concentrator will thus show opposite changes in resistance to fields applied in plane the difference between the resistance values of the two sensors at opposite sides of the permeable concentrator 220 is thus indicative of the x axis field and it should be insensitive to fields applied along the z and y directions thus the configuration of sensor shown in fig5 should be useful for isolating different components of the applied magnetic field neither vector magnetometer concept illustrated in fig4 and 5 are expected to perfectly isolate the different magnetic field components and there will be cross axis sensitivity in each of the different sensors to components that are not along the intended sensitivity axis in order to resolve this problem and also to overcome any non orthogonality between the sensitivity axes a sensor system such as depicted in fig8 can be constructed the operating principle for the vector magnetometer system involves treating the voltage output from each of different sensors as a sum of three polynomials of the different field directions h x h y and h z along with a dc offset voltage the following form is suggested v 1 u2212 v 1 off c 11 x h x c 11 y h y c 11 z h. |
2 | the vacuum chamber 19 is provided with a vent hole 20 and a vacuum inlet port 22 which is connected to an intake manifold 21 by way of a conduit 21a the vacuum motor 8 further comprises a valve lever 15 which is journalled within the vacuum chamber 19 and provided thereon with a pair of valve bodies 15a and 15b to selectively close the vent hole 20 and the inlet port 22 in this vacuum motor 8 when the electomagnetic actuator 9 is energized by an output signal from the differential amplifier 7 the valve lever 15 is moved down to close the vent hole 20 by the valve body 15a and when the actuator 9 is deenergized the valve lever 15 is moved up to close the vacuum inlet port 22 thus when the vent hole 20 is closed the vacuum motor 8 moves in accordance with the pressure difference between the air chamber 17 and the vacuum chamber 19 so as to increase the degree of opening of the throttle valve 14 and when the vacuum inlet port 22 is closed the vacuum motor 8 is returned to the original position so as to decrease the degree of opening of the throttle valve 14 fig2 discloses the electronic speed control circuit discussed with reference to the block diagram of. |
7 | e voltage jitter 0 00 ns design skew between b u00e2 u2020 u2032 c and d u00e2 u2020 u2032 e note as stated in the above paragraph for this example there is no design skew this an unlikely event in a real design however one can see how in an actual design design skew is considered the maximum additional skew is evident when path d u00e2 u2020 u2032 e operates at bc voltage 0 9 ns and path b u00e2 u2020 u2032 c operates at wc voltage 1 2 ns note that the 0 3 ns difference is less than the 0 4 ns range in arrival times for sinks at point e which vary between 0 9 ns and 1 3 ns the improvement is possible because balancing considered both bc and wc timing modes rather than just a single timing mode table 4 shows two signal balancing examples and the corresponding range of signal arrival times the last two columns illustrate balancing at a specific operating condition here the voltage domains were balanced assuming each voltage domain operates at wc voltage during operation if every voltage domain operates at wc voltage total signal skew due to voltage effects is non existent however if path d u2014 gt e. |
7 | 391 c driving in rotation clockwise mobile 391 and the single plate 393 b plate 393 a meshed with mobile 34 being disconnected because of click 393 c during the relative movement of mobile 391 with reference to mobile 34 pin 391 e raises hammer 36 such that cam 38 d of wheel 38 is no longer maintained in phase with mobile 34 nose 502 b of hammer 502 falls via the effect of spring f 502 between two columns of wheel 462 support surface 502 a cooperating with cam 38 d such that wheel 38 which carries hand 18 brings the latter to midday and nose 464 b of interlocking lever 464 falls between two columns of wheel 462 via the effect of spring f 464 a bringing stud 465 between push button 24 and bent portion 481 c the mechanism is then in state b defined in fig2 and shown in fig4 c the connecting member formed by hammer 36 and cam 38 d then no longer provides a connection between wheel 38 and mobile 34 switch 46 thus plays the part of control member and deactivates the connecting member in this state push buttons 24 and 28 are operational if push button 28 is pressed again lever 461 k tips and drives pawl 461 p this. |
4 | 31 that is formed by cylindrical body 18 cylindrical body 18 is arranged in the first section 7 1 of stuffer box 2 cylindrical body 18 has distributed on its circumference several elongated slots 34 whereby plug channel 31 is connected to the annulus 35 which is formed between the housing 11 and cylindrical body 18 the annulus 35 is connected to suction 12 via the opening 32 in the housing 11 on the side facing yarn plug 13 cylindrical body 18 has a coating 19 which forms a friction surface 14 to guide a yarn plug the coating 19 preferably consists of a ceramic material however metallic hard chrome layers or carbon compounds are also possible thus cylindrical body 18 may also be manufactured from an aluminum material which receives an aluminum oxide coating forming friction surface 14 elongated slots 34 extend at least over a portion of cylindrical body 18 elongated slots 34 extend at least over a portion of cylindrical body 18 the second section 7 2 of the stuffer box is formed by enclosed chamber wall 15 that comprises plug channel 33 plug channel 33 forms at its end plug outlet 6 on the side facing yarn plug 13 enclosed chamber wall 15 comprises contact surface 20 that also carries wear resistant coating 35 formed out of two opposing rollers conveying device 29 is attached directly to stuffer box 2 at plug outlet 6 conveying device 29 guides the yarn plug 13 to a cooling device 30 arranged downstream from conveying device 29. |
7 | 173 and 171 are kept at an u201c on u201d state for the pulse width of the pulse signal and are turned off after the pulse width in one embodiment the pulse signal is generated at a rising edge of the oscillating signal as a result the transistors 173 and 171 are not turned on until a next pulse signal is generated accordingly during the standby mode only a relatively small current may be provided to the memory device fig2 is a schematic block diagram of a voltage regulator circuit 20 in accordance with another embodiment of the present invention referring to fig2 the voltage regulator circuit 20 is similar to the voltage regulator circuit 10 illustrated in fig1 except that for example an active mode voltage regulator 25 replaces the active mode voltage regulator 15 in fig1 specifically the active mode voltage regulator 25 may include an operational amplifier 250 a second oscillator 251 and a charge pump 253 the operational amplifier 250 which may serve as a comparator includes an inverting terminal coupled to a point between the resistors r 1 and r 2 and a non inverting terminal coupled to a reference voltage v ref the second oscillator 251 is coupled between an output not numbered of. |
4 | bottom 66 of the lower enclosure 40 is provided with sloping walls 68 leading downwardly to a drain opening 70 a fine mesh screen covers this opening to trap loose fibres lint undesirables and particles a drain 72 extends from this opening 70 to the roof 94 of the reservoir 36 a vortex generator 76 is located in this drain to generate a vortex to ensure removal of vapourized excess tint from the chamber extending perpendicularly from the drain 72 into the reservoir is flexible liquid tubing 78 attached to the roof 94 of the reservoir by clamps 80 details of the interior or the upper and lower enclosures can be seen in fig4 baffles 82 are mounted on the inner side walls 84 of the upper enclosure 38 above each of the openings 52 to deflect spray from the nozzles 46 away from the openings 52 similarly baffles 86 are mounted on the inner side walls 88 of the lower enclosure 40 below each of the openings 52 to deflect spray away from the openings and towards the drain opening 70 referring back to fig2 and 3 it can be seen that the lower enclosure 40 is supported by four legs 90 one at each corner thereof these legs 90 are welded in place and are welded at their bases 92 to the roof 94 of. |
7 | selected division is read from the map data recording medium 12 and a transfer is made to a step 105 at the step 105 the crt controller 20b is operated in accordance with the read map data and the map is displayed on the crt 10 then at a step 106 it is determined whether the position of the vehicle on the map displayed on the crt 10 has been entered by the occupant if it is a transfer is made to a step 107 so that the present position is displayed on the crt 10 at a step 108 whether the vehicle has traveled more than a predetermined distance from the vehicle position displayed presently on the crt 10 is determined in accordance with the distance signal generated from the distance sensor 18 if it is determined that the vehicle has traveled in excess of the predetermined distance a transfer is made to the next step 109 where the present position of the vehicle is computed in accordance with the heading signal generated from the heading sensor 16 during the movement of the vehicle and a transfer is made to a step 110 at the step 110 it is determined whether the thus determined present position of the vehicle is within a specified area on the displayed map if it is a return is made to the step 107 on the contrary if the present position of the vehicle is otuside the specified area of the map displayed presently on the crt 10 a transfer is made to a step 111 thereby inputting the information of the. |
9 | the bar 22 an annular groove 38 is formed in each extension piece 33 and whereat each bar 22 is clamped to each holder 32 and a contained jaw 58 as mentioned and prior to the subject invention it was necessary to align the undepicted end bore of each bar 22 with a threaded fastener passed through the ram plate 24 this operation was normally performed blind since space does not permit viewing access by the operator to the area behind the ram plate 24 in this regard it is to be further appreciated that the relative weight and bulk of the die support housing 10 even though normally supported from a block and tackle exaggerates alignment difficulties formed within the exposed outer face of each holder 32 is an oversize bore hole 34 i e relative to the diameter of the ejector bar 22 having chamfered or inwardly tapering outer peripheral edges 40 the edges 40 and chamfered ends 41 of each extractor bar 22 cooperate to facilitate the alignment of one to the other in lieu of the circular hole 34 shown it is to be appreciated an oblong channelway 34 might alternatively be used which is discussed below otherwise a threaded adjuster 64 extends from one side of each holder 32 and mounts to a slidable yoke shaped jaw 58 reference fig3 or clamping member to. |
8 | two recesses 27 28 in a bottom face thereof the two recesses 27 28 are surrounded by the annular groove 24 the two recesses 27 28 are located corresponding to the two plateaus 15 16 of the two leads 11 12 and the annular groove 24 is located generally corresponding to the two middle sections 110 120 of the two leads 11 12 each recess 27 28 has a depth larger than a thickness of a corresponding blocking layer 17 18 and the annular groove 24 has a depth larger than that of the two recesses 27 28 the second mold 21 defines a large chamber 23 in a top face thereof the chamber 23 has a depth equal to a height of each lead 11 12 so that the two leads 11 12 can be substantially totally received in the chamber 23 the second mold 21 has a horizontal inner face 230 defining a bottom of the chamber 23 and a plurality of vertical inner faces 232 defining laterals of the chamber 23 as shown in fig4 the first mold 22 and the second mold 21 are brought to move towards each other until the first mold 22 and the second mold 21 join together the two leads 11 12 are completely received in the chamber 23 of the second mold 21 and the two blocking layers 17 18 are totally received in the two recesses 27 28 respectively the bottom sections 114 124 of the two leads 11 12 abut against the horizontal inner face 230 of the second mold 21 and the middle sections 110 120 of the two leads 11. |
5 | direction by engaging the male coupling devices of one cushion block into the female coupling devices of another the deformable body is deformable in the linking direction to compensate expansion of the strips due to absorption of moisture application_number US 41129603 A description referring to fig1 a cushion block 10 is a flat rectangular block molded from synthetic resin for example polyacrylic resin or polyethylene resin in integrity having a base 20 disposed at one end two male coupling devices 40 arranged in parallel at the other end a deformable body 30 connected between the base 20 and the male coupling devices 40 two female coupling devices 50 arranged in parallel in an outer side of the base 20 remote from the deformable body 30 a retaining device 60 located on the top side of the base 20 and spaced between the deformable body 30 and the female coupling devices 50 and two pairs of springy supporting devices 70 located on the top side of the base 20 and symmetrically disposed at two sides of the retaining device 60 the retaining device 60 projects upwards from the top side of the base 20 except the retaining device 60 the top sides of the other parts of the cushion block 10 are maintained in flush the springy supporting devices 70 are normally disposed in a sloping position partially protruding over the top side of the base 20 however they become flush with the top side of the base 20 when forced downwards according to the present preferred embodiment the thickness of the cushion block 10 is about 1 cm the height of the protruding retaining device 60 excluded the length of the cushion block 10 i e the length front the outer end of the male coupling device 40 to. |
2 | portions of the casting thereby allowing uniform solidification of the casting application_number US 90177210 A description the following detailed description is made with reference to the figures exemplary embodiments are described to illustrate the subject matter of the disclosure not to limit its scope which is defined by the appended claims embodiments of the present disclosure relate to systems and methods for rapidly removing heat from a metal casting and its mold the heat extraction enables improved cooling by maintaining temperature flux values within acceptable limits the system disclosed here is described with the help of an example u2014 an aluminum or aluminum u2014 alloy casting molded in a steel or alloy steel mold it will be understood that this is merely exemplary and embodiments of the present disclosure may be utilized to extract heat from any suitable material such as magnesium magnesium alloys iron alloys zinc alloys etc moreover the system may be utilized in any suitable casting process such as high pressure die casting squeeze casting semi solid casting or permanent mold casting without departing from the scope of the present disclosure fig1 illustrates an exemplary complex die casting mold 100 where embodiments of the present disclosure may operate complex aluminum castings such as vehicle doorframes or bodies are commonly die casted using similar molds as seen the mold is elaborate thicker in some portions and thinner in others moreover to make holes in the casting some molds may include core pins such as a core pin 102 molten aluminum is poured or injected into the mold 100 and then. |
5 | in a controlled manner without failure also the rods must be sized to permit the unpressurized cable to be spooled onto a reasonable size spool the primary design load for the pressurized cable is compression in service the pressurized cable will buckle in a controlled manner without exceeding material strength and strain allowables the elastic energy stored in the buckled configuration provides a thrust vector which is applied to the well tool individual composite rods are usually sized to a diameter of between about 0 1 and about 0 5 inches the number of rods used in a pressurized cable will depend on the size of the cable and usually varies between about 5 and about 200 rods the cable itself usually has a diameter of between about 2 and about 20 inches the membrane which forms the inner surface of the pressurized cable may be formed of a plastic material such as mylar or a rubber material either synthetic or natural the membrane must be sufficiently flexible to form a flattened member when unpressurized and have sufficient strength to react the pressure used to hold the composite rods against the outer protective sheath of the cable when the membrane is inflated since the composite rods are to be maintained in a spaced relationship to each other it is preferred that the surface of the membrane in contact with the rods have a. |
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