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2 | spray edge 5 of the bell cup 3 as exactly as possible that is to say without a radial overlapping or a radial spacing in relation to the spray edge 5 the second shaping air nozzle annulus with the twisted shaping air nozzles 7 is therefore slightly inwardly offset in the radial direction with respect to the first shaping air nozzle annulus with the axially orientated shaping air nozzles 6 the radial offset being dimensioned in accordance with the angle of twist of the shaping air nozzles 7 in such a manner that the shaping air exiting from the twisted shaping air nozzles 7 impinges onto the spray edge 5 of the bell cup 3 exactly the axially orientated shaping air nozzles here have a nozzle diameter of 0 7 mm whilst an axial spacing a 6 3 mm lies between the spray edge 5 of the bell cup 3 and the shaping air nozzles 6 this has the consequence that the shaping air jets exiting from the axially orientated shaping air nozzles 6 overlap slightly in the circumferential direction at the spray edge 5 of the bell cup 3 the twisted shaping air nozzles 7 by contrast have a nozzle diameter of 0 65 mm which is slightly smaller than the nozzle diameter of the axially orientated shaping air nozzles 6 this makes sense as the shaping air jets exiting from the twisted shaping air nozzles 7 cover a longer distance until impinging onto the spray edge 5 of the bell cup 3 and therefore expand to a greater extent the reduction of the nozzle diameter of the twisted shaping air nozzles 7 compared to the axially orientated shaping. |
2 | beam 16 by two elastic links 1 of course a larger number of elastic joints 1 can be used the airfoil stresses are absorbed at the fuselage 8 by the tilt of three transfer zones with two being located on the flanks of the fuselage 8 and the last one being located at the central ventral beam 16 in another example of embodiment the compartment 13 is not closed off by a central beam 16 in the same way when the airfoil 9 is located in the upper part of the central section of the fuselage 8 it is not necessary to close off the compartment 13 with a central beam 16 the use of elastic links 1 in the fastening devices pursuant to the disclosed embodiments permits making an airfoil 9 in one piece then to be fastened only once to the fuselage 8 of course it is also possible to proceed in three steps in other words to integrate the central airfoil casing 12 with the fuselage 8 before then fastening each of the two wings 10 11 in other respects the flexibility of the elastic links 1 because of the presence of the layer of elastomer 5 6 allows assembly tolerances that permit compensating for any slight misfit between the wall 15 of the fuselage 8 and the airfoil 9 the elastic links 1 of the fastening device pursuant to the disclosed embodiments allow for a hyperstatic isostatic system in the context of the airfoil junction these elastic links 1 assure the compatibility of deformations between. |
7 | sets a flag to denote what could be an erroneous bit step 220 if the count for a given bit is less than the majority detection threshold the data bit reconstruction processor sets the bit to 0 the confidence with which the bit is set to a 0 is then assessed by determining if the associated count is greater than a lower threshold which in the example is 4 steps 212 216 if the count is greater than 4 the data reconstruction processor sets a flag to denote what could be an erroneous bit step 220 the data reconstruction processor 320 then groups the bits into multi bit symbols that are used for error correction to reconstruct the ecc codeword step 226 next the data reconstruction processor determines which s codeword symbols are associated with the highest uncertainty in the detected bits in this example the processor determines which s symbols are associated with the highest uncertainty in the detected bits in this example the processor determines which s symbols are associated with the largest number of flagged bits step 228 these s symbols are treated as erasures and the processor sets erasure pointers to identify the locations of the symbols in the ecc codeword the data reconstruction processor then sends the reconstructed ecc codeword and the erasure pointers to the error and erasure decoder 130 which operates in a known manner using the ecc decoder hardware to correct the s symbols that are identified as erasures and to detect and correct up to 2t u2212 s 2 errors in the remaining ecc codeword symbols referring now to fig4 the data. |
1 | the infant dream gym of fig1 in greater detail the wall 11 is shown with the hook and loop fastener members 13 thereon as is the floor member 12 divider wall member 17 dividing the enclosure 10 into the two areas 15 and 16 is also shown as having the closure material 13 thereon to fasten to the walls 11 and floor 12 step members 18 likewise fasten to the floor 12 with such closure material 13 with reference to such step members 18 it will be noted that the initial step 22 leading from newborn area 15 towards divider wall 17 is very low and wide relative to the other step members 18 this initial step 22 is designed for a beginning crawler i e four to eight months to pull up on from its knees once this challenge is met the infant will eventually be able to get up the remaining step members 18 at this stage the child will be able to pass over divider wall 17 and into the play area 16 filled with the soft balls 19 as a precaution such balls are only one or two layers deep to protect the child from being buried therein an addition to either area 15 or 16 as desired is a small seat 23 adapted to be fastened to the floor 12 again with closure. |
4 | the rotation of the flyer and are formed into a steel cord 3 the steel cord 3 which was given double twist is passed on the overtwist roller 69 for the purpose of stabilizing the repulsion of twist by passing on the overtwist roller 69 the steel cord 3 is given a stable twist by passing through the lay plate 72 steel wires which have already been given a twisting tendency are further given a tendency to open due to the cross sectional shape of the hole edges of the small holes made in the lay plate 72 and the tension of the open cord at this time the lay plate 72 is rotatable by the bearing 73 and turns naturally at the speed shown below and steel wires which pass through the lay plate 72 are again intertwisted at this time as the lay plate is given a torque by a slight component force in the torsional direction in the tension of the open cord in the case where smooth rotation is not obtained or the friction moment of the bearing 73 affects the residual torsion and the degree of openness the lay plate 72 may be turned positively by a torque motor or a braking device may be provided then the steel cord passes through the lay plate and is formed into an open cord as it is difficult to correspond the degree of openness of the open cord to the target. |
1 | and a plurality of circular through holes may replace t shaped adjustment holes 58 in vertical post second section 46 in this alternative embodiment the user may align the adjustment rod flange through hole with a vertical post second section adjustment hole and insert the threaded fastener through the aligned holes a nut not shown or other suitable fastener can be used to secure the adjustment rod to the vertical post second portion longitudinal adjustment rod 18 is also preferably formed from extruded plastic or other suitable material and has a generally cylindrical shape a first end 80 a second end 82 and a longitudinal axis 1 it should be understood that any suitable material may be substituted for plastic such as aluminum steel or a carbon composite a t shaped mounting post 84 extends outwardly from longitudinal adjustment rod first end 80 in a direction generally parallel to axis l t shaped mounting post 84 has a flange 86 sized appropriately to slide through a corresponding t shaped adjustment hole flange portion 58 a a web 88 connects t shaped mounting post flange 86 to longitudinal adjustment rod first end 80 and is sized appropriately to fit into the web portion 58 b of an adjustment hole 58 when the user chooses to mount longitudinal adjustment rod 18 to the vertical post second portion 46 mounting post flange 86 slides through adjustment hole flange portion 58 a until adjustment rod first end 80 engages first surface 50 of vertical post second portion 46 the user may then slide the. |
4 | and perfume microcapsules in this embodiment the composition may comprise from about 2 to about 12 alternatively from about 1 to about 10 alternatively from about 3 to about 8 alternatively from about 4 to about 7 alternatively from about 5 to about 7 alternatively combinations thereof of the free perfume by weight of the composition in yet another embodiment the composition comprises free neat perfume and a perfume microcapsule but is free or essentially free of other perfume carriers the compositions of the present invention can comprise perfume oil encapsulated in a perfume microcapsule pmc the pmc can be a friable pmc the term u201c pmc u201d and u201c perfume microcapsule u201d are used interchangeably and refers to a plurality of perfume microcapsules suitable perfume microcapsules and perfume nanocapsules can include u s patent publication nos 2003215417 a1 2003216488 a1 2003158344 a1 2003165692 a1 2004071742 a1 2004071746 a1 2004072719 a1 2004072720 a1 2003203829 a1 2003195133 a1 2004087477 a1 and 20040106536 a1 u s pat nos 6 645 479 6 200 949 4 882 220 4 917 920 4 514 461 and 4 234 627 and u s pat re 32 713 and european patent publication ep 1393706 a1 for purposes of the present. |
4 | curable polyurethane uv pu is further applied as a water resisting material in this preferred embodiment the polyurethane prepolymer is bis cyclic carbonate which is a ppg type cyclic carbonate the epoxy resin is polypropylene glycol diglycidyl ether ppg dge and the catalyst is lithium bromide libr and the method of preparing a pu prepolymer comprises the following steps s 11 material mixing ppg dge 5 moles and lithium bromide 5 mole percents are mixed uniformly until the ppg dge is dissolved completely to form a mixed raw material and s 12 thermal reflux carbon dioxide gas is introduced into the mixed raw material and a thermal reflux is performed at the pressure of one atmosphere and a temperature of 100 u00b0 c for 24 hours to form a bis cyclic carbonate product in this preferred embodiment a large quantity of deionized water and ethyl acetate are used for rinsing the bis cyclic carbonates product to remove remained catalysts and achieve the purification effect so as to obtain a highly pure transparent colorless bis cyclic carbonate liquid with reference to fig1 a and 1b a fourier transformed infrared spectroscopy is used for detecting and tracing the elimination state of the epoxy functional group 910 cm u2212 1 and the formation state of the cyclic carbonate functional group 1800 cm u2212 1 the fourier infrared spectra show that the epoxy functional group is fully converted into the cyclic carbonate functional group 2 method of preparing pu prepolymer containing an amino group at an end the bis cyclic carbonates product produced by the aforementioned method can be used for manufacturing a pu prepolymer containing an amino group. |
8 | 1 is extracted from the syn or syn ack packet s 600 then sequence number s 2 is extracted from the fin rst packet s 601 finally the flow length is calculated to be s 2 s 1 modulo 2 32 s 602 following computation of the flow lengths the correlation engine 106 computes the flow duration time i e the time between the syn and the fin flag packets s 506 the correlation engine 106 then determines if the payload for the selected packet is greater than zero s 507 if the payload is zero the process exits s 501 if the payload is not zero the correlation engine determines the payload checksum in the manner described in connection with fig4 s 508 the process then exits s 501 once a packet has been selected that packet must be correlated with the same packet on the other side of the nat 103 the process of correlation will be described with reference to fig7 which is a flow chart showing the correlation process the first step of the process is to determine a time that the selected packet passes through the tap 107 a and hence a time window that the. |
6 | ends of the spiral sleeve 52 may be provided with an end cap 70 sealed to the spiral sleeve 52 as shown in fig7 to 9 the caps are preferably made of pe and contain an inlet 72 port and an outlet port 74 that may for example be in accordance with the u s pat no 7 168 743 or the u s patent application 2007 0018448 mentioned earlier seals such as for example u201c teflon u201d seals 78 are preferably provided between the end cap 70 and the spiral sleeve 52 and between the end cap 70 and the pipe 10 the end cap 70 preferably has a general form of a flexible split ring for fitting around the pipe 10 and secured by a connector such as for example a pvc or pe connector 76 as shown in plan view in fig1 the spiral sleeve 52 is dimensioned in diameter to form an annular chamber 80 between the pipe 10 and the spiral sleeve 52 as shown in fig1 and 12 that annular chamber 80 will typically range from 25 to 50 mm in radial extent between the outer surface of the pipe 10 and the inner surface of the spiral sleeve 52 the radial size of the annular chamber 80 will depend upon the. |
1 | the capacitor discharges and supplies the required amount of power to the power consuming components when the capacitor has 0 1f capacity and the battery is a silver oxide button sized battery with 0 186 watt output the release mode can take 10 milliseconds while the accumulation time is about 8 times higher discharged power and current are designated as p 2 and i 2 respectively in some embodiments there may be continued charging of the capacitor even during the discharge phase which shortens the time interval between two consecutive pulses if the capacitor is fully loaded the charging process may not continue fig1 a shows the angular velocity u03c9 m of the motor versus time t and fig1 b shows the corresponding power p discharged from the capacitor and supplied to the motor during this period the motor operates the pump to deliver fluid e g insulin via the dispensing unit when the motor is rotated based on energy from the capacitor only a limited amount of fluid can be delivered during a single charging discharging cycle and therefore more than one cycle may be required to deliver the appropriate amount of fluid required for therapeutic treatment in some embodiments a variant pulse train can be supplied to the motor each time the. |
3 | composition had an a c18 b c8 b c8 content of 26 1 and an a c18 a c18 b c8 content of 3 0 based on the whole fat composition a modifying agent for a plastic fat as a fat composition composed of a mixture of an abb type triglyceride as a c16 to c22 b c8 b c8 in which a was stearic acid c18 palmitic acid c16 arachidic acid c20 or behenic acid c22 and b was caprylic acid c8 and an aab type triglyceride as a c16 to c22 a c16 to c22 b c8 in which a is stearic acid c18 palmitic acid c16 arachidic acid c20 or behenic acid c22 and b was caprylic acid c8 was prepared as follows to 30 parts of extremely hardened high erucic canola oil behenic acid 49 stearic acid 39 arachidic acid 8 palmitic acid 4 70 parts of mct medium chain fatty acid triglyceride u201c actor m2 u201d manufactured by riken vitamin co ltd caprylic acid melting point 16 5 u00b0 c 99 8 actual measured value was mixed and the mixture was treated in the same manner as in example 1 to give a transesterified fat having a b c8 b c8 b c8 content of 45 1 an a c16 to c22 b c8 b c8 content of 40 0 an a c16 to c22 a c16 to c22 b c8 content of. |
2 | through channel 30 causing the ambient air required to aerate the individual jets to be drawn into the interior of the housing since the individual jets produced by the perforated plate 23 produce a comparable reduced pressure the aeration openings 29 through which the ambient air can enter the interior of the housing are provided in the housing wall of the jet regulator housing 28 the end wall 19 which in this case has a hole structure simultaneously provides the jet regulator 22 with a flow straightener the function of which is to shape the individual jets aerated in the interior of the housing into a homogeneous and gently effervescent overall jet as will be clear from the figures the flow rate regulator 2 or the flow limiter 2 u2032 is integrated as a component part into the jet regulator housing 28 of the outlet inserts 1 5 8 11 14 and 50 it goes without saying that it is also possible instead of the jet aerator illustrated here for a laminar or unaerated jet regulator a flow straightener or some other jet shaping device to be arranged downstream of the flow rate regulator 2 or the flow limiter 2 u2032 the flow rate regulators 2 provided in the outlet inserts 1 5 11 14 and 50 have an annular throttling body 31 made of flexible material between itself and a regulating profile 32 provided on a circumferential wall the throttling body 31 delimits a control gap 33 since with increasing pressure the throttling body 31 is increasingly deformed and pressed into the regulating profile 32 the passage cross section of the control gap 33. |
1 | the free end 70 of the ninety degree loop portion 69 of body 62 free end 70 of body 62 is spaced from body 62 of second leg 60 and ninety degree loop portion 69 extends away from the body 62 of the second leg 60 in a second direction 74 with first direction 30 of first leg 14 being 180 u00b0 from second direction 74 of second leg 60 body 62 of second leg 60 further includes a proximal section 80 located adjacent to proximal end 64 of body 62 proximal section 80 includes a distal end 82 and a proximal end 84 which is coincident with proximal end 64 of body 62 body 62 further includes a distal section 86 which is located adjacent to the distal end 66 of body 62 and which includes a distal end 88 which is coincident with the distal end 66 of body 62 and a proximal end 90 located near distal end 82 of proximal section 80 proximal section 80 is located in a proximal plane 92 of second leg 60 and distal section 86 of body 62 is located in a distal plane 94 of second leg 60 free end 70 of the ninety degree loop portion 69 of second leg 60 is located in distal plane 94 and distal plane 44 of first leg 14 is co planar with distal plane 94 of second leg 60 with free end 26 of first leg 14 being co planar with free end 70 of second leg 60 whereby movements. |
3 | and a take up roll 27 are disposed in the take up chamber 22 for transporting a flexible tape shaped base 46 both chambers are maintained at a required differential pressure by cylindrical cans 28 29 30 and 31 and a partitioning wall 32 the flexible tape shaped base is transferred along the surfaces of the cans 28 to 31 synchronously with the rotation of the cans which all rotate in the same direction the base is guided by guide rollers 33 34 and 35 disposed between adjacent cans gaps 36 37 and 38 are formed between the adjacent cans 28 and 29 29 and 30 and 30 and 31 respectively the gaps 36 to 38 are extremely narrow in width but the evaporation surfaces of the flexible tape shaped bases moving oppositely to each other are not in contact with each other evaporation sources 39 40 and 41 are disposed below the gaps 36 37 and 38 and the oblique evaporations are carried out on the flexible tape shaped base 46 through masks 42 43 44 and 45 still another embodiment of an apparatus for carrying out a method according to the invention will be described with reference to fig3 in which like members are designated by like reference numerals as used in fig1 in fig3 two flexible tape shaped bases 3 and 3 39 are provided and the cylindrical cans 4 and 5 are rotated in opposite directions at the same circumferential speed in fig3 the guide rollers 8 and 33 to 35 can be dispensed with thus substantially the same effect can. |
7 | as normalizing the signature of the operation itself each operation is typically either a unary single input or binary operation dual input although occasionally more inputs may be employed typically the same rules that apply to binary inputs apply to operations with three or more inputs during a u201c store normalized states resources and operations u201d block 360 the information generated during processing associated with blocks 354 356 and 358 is stored in management db 145 for use during execution of rios 116 see process 370 fig1 it should be understood information generated and stored during processing associated with process 350 may be updated augmented extended etc based upon but not limited to such conditions as new information regarding architecture 100 or best practices that emerge during execution of rios 16 finally control proceeds to an u201c end setup rios u201d block 369 in which process 350 is complete fig1 is a flow chart of an implement operation workflow process 370 that may implement aspects the claimed subject matter in this example logic associated with process 370 is stored in executable logic see 142 149 fig2 as part of rios 116 fig1 and 2 and executed on cpu or processor 104 fig1 of management server 102 fig1 processing associated with process 370 starts in a u201c begin implement workflow u201d block 372 and proceeds immediately to a u201c retrieve normalized states resources and operations u201d block 374 during processing associated with block 374 data defining normalized states see 354 fig1 resources see 356 fig1 and operations see 358 fig1 are retrieved from db 146 fig2 during processing associated. |
7 | at time 3 and then the output voltage 5 is added to the voltage 6 at the next time 4 resulting in voltage 1 comparing the output shown in fig4 a with the imaginary sawtooth wave in fig1 b it is noticed that the two waveforms coincide with each other while the accumulation value of the accumulator 1 is increasing accordingly a signal without spurious components can be obtained by using the time axis information while the output sb of the integrator 12 is increasing although the level converter 25 follows the accumulator 1 in fig1 it may follow the d a converter 2 or both the accumulator 1 and d a converter 2 the amplification factor of the differential amplifier 11 or the time constant of the integrator 12 is not limited to unity since the output voltage sb of the integrator is proportional to the amplification factor or the time constant the reference voltage vr is set to match these values the two inputs to the differential amplifier 11 the subtrahend signal and the minuend signal can be exchanged in this case the output of the differential amplifier 11 becomes symmetrical to the waveform se as shown in fig1 b with respect to the axis of zero voltage and hence the outputs of both the integrator 12 and the comparator 4 are inverted thus since the output sc of the comparator 4 is an inverted version of the waveform sc as shown in fig4 b a t ff that operates at a falling edge must be used as the t ff 5 in other words the state of the t ff is reversed at each timing. |
7 | the cox model all statistical analysis were done using the procedures of the spss 10 02 package several parameters were selected for investigation cd1a and langerin two markers of langerhans type immature dc cd123 a marker of pdc and dc lamp a molecule expressed specifically by mature dc de saint vis et al 1998 immunity 9 3 325 36 were analyzed immunostaining was also performed for analyzing the expression of chemokine receptors ccr6 and ccr7 and of their ligands mip3 u03b1 and ccl19 mip 3 u03b2 or hccl21 6ckine which are known to drive immature and mature dc migration respectively dieu et al 1998 j exp med 188 2 373 86 in addition cd3 lymphocytes and cd68 macrophages infiltrates were studied table 1 describes the presence and phenotype of immune cells as well as the chemokine and chemokine receptor expression pattern in the 1996 series of 152 patients with non metastatic breast cancer tumors 112 tumors from this series were infiltrated by dendritic cells as can be seen in table 1 56 of the tumors contained dc lamp mature dendritic cells stewart 1995 lancet 346 8978 796 8 which were consistently located within cd3 t cell infiltrates indeed a strong correlation between dc lamp expression and cd3 t lymphocytes infiltrates was observed r 0 73 p lt. |
1 | the pads 10 may be stacked one on top of another to vary the magnetic field intensity applied to a part of the body fig4 schematically illustrates the placement of a plurality of modular pads 10 on the body of a person three pads 10 are illustrated configured in a triangular shape and placed on the torso of a body 24 a wrap 26 is used such as an elastic bandage or other suitable or equivalent material to hold the pads 10 in position adjacent the area of the body to be treated additionally illustrated is the placement of a single pad 10 on a portion of an arm of the body 24 this pad 10 is similarly held in position with an elastic bandage or a wrap 26 accordingly it should be appreciated that a plurality of pads 10 containing permanent magnets can be configured in any desired shape and positioned adjacent any portion of the body 24 magnetic therapy can therefore be provided to any portion of the body without the need for many different specialized devices additionally the modular pads 10 may be positioned in any desirable configuration to provide a predetermined magnetic field location and intensity depending upon the therapy desired or needs of the individual fig5 is a plan view of a magnetic therapy kit 28 a plastic tray 30 has a pad well 32 therein for holding a. |
5 | sample is thus determined the determined wellbore fluid sample resistivity is representative of the salinity of the borehole fluid sample in the each conductivity cell c the conductivity measurements are obtained in each of the cells c and an average of these values is determined and stored as the representative salinity of the wellbore fluid at the sample depth of interest the temperature sensor 30 is usually a thermal resistive device with a linear resistance to temperature relationship for temperature measurement resistance r of a thermal resistive device depends on the material 39 s resistivity u03c1 the structure 39 s length l and cross section area a the change in temperature can be calculated by measuring the change in resistance by the following formula using initial values of resistance and temperature r o and t o and the temperature coefficient u03b1 a platinum resistance thermometer prt is preferably used as the temperature sensor 30 platinum has a higher temperature range good stability and low tendency to react with surrounding material as required for downhole conditions these unique properties of platinum enable prt to operate in temperature range of u2212 272 5 u00b0 c to 961 78 u00b0 c the platinum resistor of temperature sensor 30 is typically fabricated on. |
9 | accommodate screws and an elongate tubular member 220 having a base end 224 and a terminal or cutting end 226 the device has connector means to enable the tubular member to be connected to the base member as described base member 210 comprises a surface contact or first side 230 and an opposite second or top side 232 and has a central bore 238 of slightly larger diameter as the external diameter of the tubular member thereby allowing the tubular member to be slid therethrough on the surface mounting side 230 of the base member and around the periphery of the bore 238 is provided at least one slot 242 that extends partially through the thickness of the base member but does not communicate with the top side 232 in other words there is at least one slot around the bore periphery on the surface contact side of the base member that does not pierce through to the top side of the base member the base end 224 of the tubular member 220 includes at least one protrusion 246 that correspond with the slot or slots 242 and having a shape that is complimentary to the corresponding slot s for a snug friction fit therein as exemplified in fig9 the protrusion 246 may comprise a rod 251 that is slightly longer than the external width of the tubular member being passed through diametrically opposed holes 253 and 255 in the tubular member such that the ends of the rod 251 extend beyond the tubular member alternatively protrusion s 246 may be otherwise formed on the base end. |
9 | for differential thermal expansion occurring for example when the transmission line is first cooled down by sliding at the ends of the tubular superconductor portions the cooling tube 3 is preferably corrugated which imparts some flexibility to it the space between the tube 3 and the tubular elements 1 is filled with a filling material 11 procuring good thermal conduct between the tube 3 and the tubular superconductor elements one such material is epoxy resin or polyurethane resin for example or preferably polyamide 6 resin basf lutramid b4 one embodiment of the invention is now described this is a 1 gw three phase transmission line 400 meters long conveying a nominal current of 28 ka at a voltage of 20 kv each phase transmission line comprises the components described above namely a superconductor a cooling tube and an insulating tube the information given below concerns one phase transmission line the phase transmission line is made up of 40 tubular portions of bi 2 sr 2 cocu 2 o 8 ceramic each 10 meters long and 200 mm in diameter under superconducting conditions the current density is 100 a mm 2 the inside diameter of the copper cooling tube is on the order of 100 mm and its thickness is approximately 4 mm the liquid nitrogen used in normal operation is supercooled nitrogen injected at 65 u00b0 k at one end of the phase transmission line and collected at the other end at 75 u00b0 k the flowrate is approximately 1 8 kg s the outside diameter of the outside steel tube is in the order of 750 mm and its thickness is on the order of 5 mm the vacuum pressure is approximately 1 torr during normal operation the losses of the three phase transmission line. |
6 | depth of the concave portion can vary from one eighth of the total height of the seal 20 to seven eighths of the maximum height of the seal 20 in the case of a co molded cap and gasket the maximum depth is not applicable as the division between the cap and gasket is non existent in such an embodiment the maximum depth of the cap can occur at a level above the underside of the cap as shown in fig5 an alternate embodiment includes winged portions 22 and 23 that do not extend beyond the width of the zone of attachment or contact 21 when the seal 20 is in an uncompressed state when such a seal 20 is compressed between the underside 11 of the cap 10 and the bearing or sealing surface 34 the ends 40 and 41 of the winged portions 22 and 23 can extend beyond the width of the zone of attachment 21 as shown in fig6 the walls 48 and 49 extending from the zone of contact 21 to the ends 40 and 41 of the winged portions 22 and 23 can be concave as shown in fig7 8 and 9 the seal 20 can be attached to the barrel or flange 33 instead of the. |
9 | abstract a method and an apparatus for simulating the operation of a pressured air source or sink such as a compressor or a turbine for a vehicle internal combustion engine calculates momentum sources at interfaces in the compressor or the turbine a model stores steady state values of mass flux and enthalpy change related to rotational speed inlet pressure and temperature and outlet pressure the simulation can be an input to an engine control module for controlling the operation of the vehicle engine connected with the compressor or turbine application_number US 34200406 A description typically devices such as compressors are used to increase combustion engine performance by compressing the inlet air devices such as turbines are typically used to extract energy from the exhaust gases the energy extracted by the turbine can be used to drive a compressor as in a turbocharger or to provide power for other purposes such as driving an auxiliary device or to add mechanical power to the engine output the present invention concerns a turbine or compressor simulation model that utilizes mass flows enthalpy rise or drop and junction compressor or turbocharger to calculate momentum source at the inlets and outlets the simulation model is intended to improve the prediction of turbine and compressor performance under conditions of pulsed flow to improve the modeling of compressor surge stability to compute mass flow when it is not uniquely defined by the inlet and outlet pressures and to improve the prediction of pressure wave transmission while using look up maps to represent the steady state performance in. |
1 | implant contact portion 30 and implant 12 provides increased resistance to wear therebetween due to the similarity or identity of the materials of implant contact portion 30 and implant 12 after abutment 10 is secured to implant 12 in the manner described above crown 26 may be attached to supragingival region 24 of abutment 10 via cement for example to complete the restoration advantageously as can be seen in fig3 and 4 implant contact portion 30 of abutment 10 is disposed substantially entirely within the open proximal end 17 of implant 12 such that implant contact portion 30 is not visible externally of the prosthetic and in the event of recession of gingival tissue 80 around transgingival region 22 of abutment 10 implant contact portion 30 will not be visible further receipt of implant contact portion 30 substantially entirely within the open proximal end 17 of implant 12 as shown in fig4 prevents the metal of implant contact portion 30 from contacting the soft gingival tissue 80 around abutment 10 and implant 12 as shown in part in fig1 and 2b ceramic body portion 28 and or implant contact portion 20 in the area of base region 20 and or transgingival region 22 of abutment 10 may be coated with a thin coating 82 of gold or other metallic or non metallic coating such as by electroplating or. |
4 | another along and extend inwardly from the respective top edge 12 and the side edge 14 of the base 11 the guide angles 16 and 17 have effacing ends 16 a and 17 a which are in spaced angular orientation to one another forming a cutting gap at 18 therebetween that aligns with the primary diagonal line d illustrated by a line indicia positioned on the base 11 and a secondary parallel line d u2032 for aligning to mark u00bc inch from the edge of fabrics as will be described in greater detail hereinafter a right angle triangular transparent guide panel 19 is hinged along one side to the perimeter guide angle 16 by a selective hinge configuration 20 a lifting tab 21 is formed integrally with and extends from a free side edge surface 22 adjacent the panel 39 s defined angular edge cutting surface 23 the hinged configuration 20 may be of any continuous piano type or multiple spaced hinged elements so as to assure edge orientation when selectively operated from a first flat base engagement position to an upstanding position as seen in solid and broken lines in fig1 of the drawings it will be seen that the cutting guide edge surface 23 of the hinged triangular guide transparent guide panel 19 defines a u201c true u201d diagonal across a surface s of the support base 11 and is correspondingly in alignment between the. |
2 | to the rear of the cart 41 adaptor plate 13 can be seen connecting the drive housing 12 to the gear box 14 each pump 20 and 22 is connected through a check valve 45 through a tube 46 into a manifold 47 having a pressure gauge 48 mounted thereon manifold 47 in turn is connected through a tube 50 into an adapter 51 for connecting a hose and application device to the left side of the plural component applicator 40 the return tube 33 is also connected between the manifold 47 and the tank 24 while the manifold activation handle 37 can be connected to both manifolds 32 and 34 the rotary pump 22 and the rotary pump 20 are each connected through a line 52 to their respective tanks 24 and 26 into a three way diverter valve and through a pressure switch used to start and stop the machine a speed controller 56 is mounted to the backplate 44 in fig6 the electric motor 10 has been removed from the cart and a more detailed control box 57 has been added to provide additional controls including an electric motor speed control 58 for controlling the speed of the dc motor 10 in fig6 the heater 30 is also incorporated into the housing with the heater 28 being removed referring to fig7 a partial perspective view of a corner of the plural component applicator is illustrated showing one corner of the rolling cart 41 having a wheel 42 and illustrating the diverter valve 25 having a handle 60 for changing the input from the tank 24 to a capped output 61 the diverter valve allows for the connection to a larger remote tank or source of one of the plural components a. |
9 | elements to resolve this system instability the key observation is that if equal but opposite torque is applied to the mirror and counterbalance then there should be no net reaction torque applied back on the flexible spacecraft with dual high gain position channels this is impossible to do in a practical sense because of parameter variations one specific problem is the need to exactly calibrate the command cross feed gain g cf which as mentioned earlier is the ratio of the mirror to counterbalance inertia the effective inertias of the mirror and counterbalance depend on their bending characteristics and are therefore difficult to predict precisely a straightforward solution is to feed the commanded torque t cmd sbsb m with a negative sign to the counterbalance and open the counterbalance control loop thus we have equal and opposite torques applied to the mirror and counterbalance this configuration is shown in fig5 b the open loop counterbalance controller in fig5 b appears to be an ideal solution to the control problem as it eliminates the need to cross feed the commanded mirror angle so that the inertia ratio need not be known accurately and it eliminates the possibility of the counterbalance exciting system flexible body modes unfortunately it has the downfall of all open loop schemes in that it is very sensitive to parameter differences in the plant in fact this configuration is unstable the counterbalance will slowly drift away from its center point due to plant differences between the mirror and the counterbalance obviously a closed loop control channel for the counterbalance is still needed the low bandwidth counterbalance controller shown in fig5 c removes many of. |
7 | the processes thus for example the statement in the first line of the embodiment of fig1 means that the combined u201c casting machining u201d process routing consists of performing the casting process followed by performing the machining process in the second line the process of casting is further defined with reference to its sub processes namely that is the process of casting consists a choice between either performing sandcasting or performing diecasting continuing through the routing template specification of fig1 each process is defined recursively with reference to its sub processes if any in the syntax of fig1 square brackets around a process signifies an optional process routing alternatives can be marked as non auto selectable or u201c user only u201d by preceding the alternative with u2225 for example in the following template snippet the manual floor alternative has been marked as user only a user only alternative is presented like a standard alternative in a routing editor however in auto select mode it is ignored by the cost engine and thus will only be costed if the user explicitly selects it the primary use for this feature is to speed up auto costing by limiting the number of alternatives that are considered it also provides a natural way to include alternatives that are only intended to be used when explicitly indicated by the user a template can reference a node defined in another process group this is referred to as an. |
7 | is read from the memory module 110 b when the second synchronization pulse 111 b appears the read mode thus described continues until the last data burst 110 n of the data stream 112 is read from the last parallel connected memory module 105 n when the last synchronization pulse 111 n appears the staggering of the synchronization pulses 111 a u2013 111 n of the synchronization signal 111 over time assembles as illustrated at the bottom of fig2 a data stream 112 comprising the data bursts d 1 a u2013 d 8 a or generally the data bursts 110 a u2013 110 n and allows it to be read via the data bus 110 in the present invention 39 s exemplary embodiment shown in fig1 the inventive sequence of the synchronization pulses 111 a u2013 111 n staggered over time in line with the individual data bursts 110 a u2013 110 n is produced by virtue of the first memory module 105 a being supplied with a first synchronization pulse 111 a of the synchronization signal 111 sync 0 while the rest of the synchronization pulses 111 b u2013 111 n are derived successively from the respective preceding memory module 105 a u2013 105 n this means that when a specific data burst 110 i has been read from the appropriate memory module 105 i a subsequent rising clock edge 102 a of the clock signal 102 generates a synchronization signal 111 i 1 which prompts the. |
8 | longitudinally of the channel the contacts 67 with their associated wires 13 may be inserted into the modules either before or after the modules are positioned in the channel 11 the end blocks 12 are of the same width as the modules 10 and given wall configurations similar to those of the modules including shoulders 103 which are engaged by the ends 98 of the retainer clips 95 to hold the end blocks within the channel 11 beveled corners 104 on the end blocks 12 receive portions of the beads 101 and 102 of the channel sidewalls see fig8 each end block 12 also has an opening 105 through it which is aligned with one of the openings 87 in the channel 11 when the end blocks is in place this provides an opening through either end of the connector assembly to receive a mounting screw or bolt used in securing the connector assembly to a supporting structure by providing openings 87 throughout the length of the channel 11 there will always be an opening 87 aligned with the opening 105 in each end block 12 irrespective of the length to which the channel is cut for accommodating a given number of modules 10 the modules may be removed from the channel 11 by means of a tool 106. |
7 | by two orders of magnitude for miniature low power low cost navigation grade inertial systems to maintain the u201c self calibrating u201d feature a z axis gyro in one example is a class ii coriolis vibratory gyro such as a vibrating ring gyro the hemispheric resonator gyro hrg is an example of this class of gyro current hrgs while demonstrating navigation grade performance do not satisfy the low cost requirement a low cost mems equivalent of the hemispheric resonator gyro hrg in one example may be operated in a self calibrating mode and when integrated with a planar accelerometer and vibrating ring gyro in one example will form a very low cost low power navigation grade inertial system fig1 is an exploded view of one implementation of a ring resonator gyro 100 the ring resonator 102 in one example comprises a cylindrical ring with a rectangular crossection the ring resonator 102 is supported by a ring suspension 104 for example a thin walled cup or cylindrical ring suspension the ring suspension 104 is attached mechanically to the top cover 106 the spacer 108 is bonded to the top cover 106 with an intervening dielectric layer 202 dielectric layers are not shown fig1 the spacer 108 surrounds the ring suspension 104 and is bonded to and supports the drive sense electrodes 110 and sealing ring 112 with an intervening dielectric layer 204 the bottom cover 114 is bonded to the drive sense electrodes 110 and sealing ring 112 with an intervening dielectric layer 206 vias 116 are etched in bottom cover 114 and dielectric layer 206 to access the drive sense electrodes 110 fig2 is a crossection of the ring resonator gyro 100 the ring resonator 102. |
2 | locked following phase at least on average referring now to the block diagram portion of fig1 a master clock 30 is composed of a crystal pulse generator such pulse generators are very commonly used for timing devices such for example as precision instruments electric wristwatches are a common example the crystal in the clock 30 has an output frequency far greater than the frequency needed for the purposes of this invention and therefore a frequency divider is used to reduce the frequency into a useful range a dotted outline component 32 is placed in the diagram on fig1 to indicate the use of suitable frequency divider circuitry in the event a high frequency master clock srystal is employed with a range higher than useful if a master clock of lower frequency is available then it is not necessary to use a divider 32 when a proper range frequency is established by means of the clock 30 and possibly a divider 32 that frequency is directed to a counter 34 counter 34 is programmable by a program register 36 in the context of photocomposition it is presumed that the programmable register 36 will be employed under the control of the master controller and software for the photocomposition machine because it will be necessary to change the number in the counter 34 according to the dictates of the text being composed the control register 36 exerts its control influence upon the counter 34. |
5 | shifted slidable sleeve 51 within the crossover assembly 40 as shown in this open position in fig2 crossover ports 45 provide a fluid flow path 47 in communication with the fluid flow passage 44 and laminar fluid flow area 46 is thus provided the return flow paths 43 through the crossover assembly 40 retain their integrity accordingly the enlargements of the crossover ports 45 defining the fluid flow area of 46 will be considerably larger than the fluid flow area of 42 at the point of the change of direction of the fluid flow passing downwardly within the crossover means 40 and into the exterior of the liner assembly 20 the enlargements of the crossover ports 45 should be at least about three times larger than the flow area 42 and preferably about five times larger thus at such point turbulent fluid flow within the fluid flow passage 44 has been converted to laminar fluid flow through the crossover ports 45 thus greatly abating the tendency of such fluid to abrasively erode or otherwise deleteriously effect the integrity between the return flow path 44 within the crossover assembly 40 and the crossover ports 45 from within the interior of the crossover assembly to the exterior of the liner 20 now with respect to the views illustrated in fig5 8 the apparatus 1 of the present invention is shown in the squeezing position fig5 with the valve head 54 upon its valve seat and shifted into lower position to prevent fluid flow from the top of the well downwardly within. |
5 | a centrifugal force and are brought into frictional contact with the inner peripheral surface of the cup 33 to apply the braking action in this case normally this braking force brakes the pivotable movement of the seat 2 but since the seat is being forcibly moved pivotably an overload is applied to the worm shaft 31 at this time the ratchet 34a rotating in a clockwise direction in fig8 is flexed so that the engagement between its engaging teeth 34b and the recesses 34c of the friction receiving member 34d is released so as to avoid the above overload one of the seat 2 and the lid 3 may be connected to either of the first and second input shafts 8 and 9 while the other is connected to the remaining input shaft however considering the transmitting force of the clutches it is preferred that the pivotable member of a greater mass i e the seat 2 in the illustrated embodiment be connected to the outer shaft of the double shaft construction i e the second input shaft 9 another example of the one way transmission clutch now will be described with reference to fig3 and 37 first and second input. |
3 | in the art can be used e g zinc chloride titanium tetrachloride aluminum chloride boron trifluoride or boron trifluoride etherate good results are obtained with boron trifluoride etherate the lewis acids are advantageously used in an amount of 0 1 mol percent to 5 mol percent relative to the 6 methyl 5 hepten 2 one used it is possible to carry out conversion in the absence of a solvent but an inert solvent is advantageously used for example halogenated hydrocarbons such as methylene chloride or carbon tetrachloride have proved successful usually the ketene is added and the reaction takes place at a temperature of u2212 30 u00b0 c to 40 u00b0 c preferably u2212 30 u00b0 c to 0 u00b0 c depending on the temperature gradient of the ketene addition the 4 methyl 4 4 methylpent 3 en 1 yl 2 oxetanone can form an oligomer of the formula where n is usually a number u2267 1 at low temperatures of u2212 30 u00b0 c to 0 u00b0 c 4 methyl 4 4 methylpent 3 en 1 yl 2 oxetanone of the formula i is generally formed whereas temperatures of 0 u00b0 c to 40 u00b0 c generally give rise to the oligomer of the formula v the desired lactone can be isolated in pure form by methods conventional to the skilled worker e g by removing the ketene and the excess solvent and finally by distillation e g in a thin film evaporator where r 2 is hydrogen or. |
9 | of the surrounding atmosphere the element 38 will release as explained above and this will result in a water jet directed towards deflector 39 which will distribute the water in all directions the deflector 39 is mounted on the frame opposite the end of the tube 30 a second type of linkage using a linkage element according to the invention is shown in fig8 two plates 41 and 42 forming part of a whole linkage system not shown are clamped in parallel the one against the other by means of a linkage element 43 these plates have the tendency to separate by sliding over each other 39 s surface under influence of a traction force t a pressure force p or a flexion force d they are however retained by a linkage element 43 that clamps both plates together the correct positioning is guaranteed by the protrusions 44 in the contact surface of plate 41 which fit into the recesses or holes 45 this is shown more in detail in fig9 in such a way both plates 41 and 42 cannot slide over each other not even slightly as long as they are clamped between the jaws 47 and 48 fig1 of the linkage element 43 this linkage element is shown in front view in fig1 it has the form of an oval plate having an aperture 49 connected via a. |
2 | wheel to be analyzed at speed reducing any need for manual inspections or other related delays an exemplary system may include one or more strobe lights and one or more high speed cameras to capture images of the rolling stock wheel at speed the images may include one or more markers to assist in analyzing various parameters of the rolling stock wheel the exemplary system may include one or more backface illumination plates to assist in illuminating the rolling stock wheel and or the one or more marker application_number US 17516608 A description a railroad can own tens of thousands if not more of pieces of rolling stock such rolling stock includes both locomotives and freight and or passenger cars typically a railroad owns dozens of different types of freight cars such as box cars tanker cars gondolas hoppers flat cars piggy back flat cars container carriers livestock cars and the like if a railway provides passenger service the rolling stock can contain passenger cars baggage cars mail cars sleeper cars dining cars observation cars and the like inspecting rolling stock is typically problematic e g due to its mobile nature accordingly as outlined in the above incorporated u s patents automatically inspecting rolling stock as it passes by an inspection station can be more efficient than manually inspecting the rolling stock as outlined above while manually inspecting the rolling stock can provide very precise and accurate measurement of various parameters associated with. |
5 | therefore as member 26 is rotated upwardly towards member 24 member 22 is no longer supported outwardly therefore member 22 is permitted to fold toward member 24 causing member 50 e to rotate downwardly also allowing member 50 d to slide downwardly and rotate downwardly simultaneously member 50 f rotates downwardly and member 50 c slides and rotates downwardly at completion the entire step stool 10 lies flat against member 24 now this description has been given as if the step stool 10 were only two dimensional the actual step stool 10 is of course three dimensional but the rotating and sliding parts merely extend along the third axes such that the object can be modeled in two dimensions as an alternative to conventional fastening means each riser tread member 50 may be constructed with integral locking tabs not shown having latch surfaces which resiliently slide through matching slots also not shown in the side support members 20 in such a manner that the treads 50 and side support members 20 can be connected together without the use of tools in this manner the step stool 10 can be readily manufactured and shipped in a flat knocked down configuration to save on shipping and inventory costs and the step stool 10 can be readily assembled by the user upon purchase the step stool 10 of the present invention can be fabricated from a wide variety of materials by a number of methods and in a number of forms or sizes dependent upon the size of the user and the nature of the use in one preferred form of my step stool 10 the side plates and treads as depicted in fig1 through 3 5. |
6 | to a front end of a cylinder head of each bank of the v type engine designated by numeral 6 is a rocker cover which covers both a cam shaft 5 and various valve parts driven by the cam shaft 5 designated by numeral 7 is an oil pan which reserves a lubricating oil of the engine designated by numeral 10 is a bearing cap for a crankshaft 8 the crankshaft 8 has a cranksprocket 9 secured thereto respective idler sprockets 11 are rotatably connected through shafts 19 to the respective cylinder blocks 2 a chain 13 is operatively put on the cranksprocket 9 and the two idler sprockets 11 each cam shaft 5 has a cam sprocket 14 secured to a front end thereof a chain 15 is operatively put on the cam sprocket 14 and the corresponding idler sprocket 11 thus rotational power of the crankshaft 8 is transmitted to the two cam shafts 5 through the respective idler sprockets 11 to a front end of the crankshaft 8 there is secured through a bolt 17 a crankpulley 16 a belt not shown is operatively put on the crankpulley 16 and known auxiliary devices not shown so that the auxiliary devices are powered by the crankshaft 8 as is seen from fig2 a front cover structure 1 is attached to the front ends of the two cylinder blocks 2 having the crankpulley 16 exposed to the outside of the engine for achieving this attachment the front cover 1 has an aperture no numeral through which the front end of the crankshaft 8 passes a seal ring. |
3 | frusto conical in shape and sized to mate with the corresponding ports 47 the interior of the port inserts 49 is in the form of a venturi to enhance the flow of gases from the sole flue 17 or double sole flue 25 into the regenerator chamber 15 or double regenerator chamber 27 as the case may be it should be noted that due to the long length of the sole flue 17 or double sole flue 25 there is a pressure drop as gases flow therethrough thus the size of the venturi form of the interior of the port inserts may be varied along the length of the sole flue 17 or double sole flue 25 to compensate for this pressure drop the object being to equalize the volume of gas per unit of time passing through all of the ports 47 thus producing a uniformity of gas flow through all portions of the regenerator chambers 15 or double regenerator chambers 27 respectively referring to fig3 it will be noted that there is a pair of notches 51 formed into the otherwise rectangular face of each of the divider liners 29 and side liners 31 these notches 51 are positioned at two consecutive corners of the liners 29 31 and are in the form of a 90 u00b0 angle with a radiused corner the ends of the liners 29 31 between the notches 51 is referred to as the notch end 53 referring to fig5 as well as fig2 it will be noted that. |
1 | communicate rotational motion therebetween when assembled first clutch 60 is mounted on nonthreaded portion 412 between indicator bearing 55 and threaded portion 410 first clutch 60 permits slippage between rod 40 and first cylindrical member 20 when rotation occurs in a first direction and communicates rotation therebetween in the second direction second clutch 70 identical in structure to first clutch 60 shown in fig6 has an outer periphery 702 dimensioned to fit sufficiently tightly within widest section 340 of second cylindrical member 30 that rotational motion can be communicated therebetween second clutch 70 further has an inner diameter 740 dimensioned to engage threaded portion 410 of rod 40 and move longitudinally therealong the directionality of second clutch 70 permits locking between rod 40 and second cylindrical member 30 when rotation occurs in the first direction rotation in the second direction causes rotational slip thus allowing linear movement between rod 40 and member 30 when the device 10 is fully assembled rotation in the second direction causes second clutch 70 to move along threaded portion 410 of rod 40 toward second end 404 and consequently threaded portion 410 moves in a longitudinal direction out of threaded section 336 of bore 308 in second cylindrical member 30 such relative longitudinal movement serves to push second cylindrical member 30 out of the bore 208 of first cylindrical member 20 elongating device 10 in detail clutches 60 and 70 comprise cylindrical clutch housing 702 clutch cage 704 end cap 706 four clutch springs 708 and twelve clutch rollers 710. |
4 | the clothes to be placed thereon so that the position of the button is fixed to expose a sewing line referring to fig1 a lower direction in which the holder 12 of the body 10 is placed is referred to as a front direction or surface and an upper direction is referred to as a rear direction or surface in this case the holder 12 of the body 10 includes a straight groove 14 a v shaped groove 15 and a concave groove 16 the straight groove 14 is formed by incising the holder 12 in the longitudinal direction such that the sewing thread of the button b is held while passing through the straight groove 14 the v shaped groove 15 is incised toward an upper side of the straight groove 14 such that the separating arm 51 described later is rested therein the concave groove 16 is formed on a rear surface of the holder 12 in an arc shape to knot the thread t in a figure u201c 8 u201d shape a tension control unit 20 according to the present invention includes tensioners 21 22 and 23 and a thread hook 25 on a passage of the thread t the thread t is provided to the holder 12 from a rear side end through a tensioner 21 positioned upstream a middle tensioner 22 and a tensioner 23 positioned downstream a thread hook 25 is disposed between the tensioners 21 to 23 to maintain the tension necessary when the thread t is wound and knotted the thread hook 25 of the tension control unit 20 has a hole 26 formed adjacent to the tensioner 23 positioned downstream and the tension. |
5 | open axial passage of the downhole valve assembly 810 and continue to flow through the axial passage of the production tubing 822 towards the surface in the event that the downhole valve assembly 810 fails to open and remains closed regardless of further attempts to open the downhole valve assembly 810 the bypass valve assembly 812 can be used to facilitate a diversion of production fluid flow past the failed valve assembly 810 in the illustrated example the bypass valve 812 is located below the obstruction created by the closed valve 810 as illustrated in fig8 and fig9 fluid pressure 831 applied via the annulus activates the internal mechanism of the annulus bypass valve 812 such that the annulus bypass valve 812 is actuated and opened and creates annulus flow as indicated by arrows 832 in a region downhole of the downhole valve assembly 810 the bypass valve assembly 812 facilitates diverting the production flow 826 through the open ports 880 in the body of the annulus bypass valve 812 to create annulus flow 832 that allows the flow of production fluid to continue uphole via the annulus region around the obstruction created by the closed downhole valve 810 in the illustrated example a packer is omitted from the tubing mounted completion assembly 800 and as such annulus flow 832 can. |
1 | the agitator 60 and thereby losing effectiveness fig1 and 15 show close up views of the area of the housing 12 where the toppings dispensers 36 38 40 are located in a preferred embodiment the wall of the housing 12 has slots 62 where the sliding tab handles 47 are located fixed holes 64 transfer the toppings from the toppings dispensers 36 38 40 toward the dispensing nozzle 22 beneath the toppings dispensers 36 38 40 lies a gear system that enables a user to remove one or more of the toppings dispensers 36 38 40 and still have the remaining toppings dispenser s being operational thus if desired only one or two of the toppings dispensers 36 38 40 could be in place and operational rather than requiring all three to be present this is accomplished through the use of minor gears 66 and major gears 68 all linked together in a chain all gears 66 68 in the chain rotate no matter how many toppings dispensers 36 38 40 are in place in the housing 12 as the minor gears 66 rotate they in turn cause the dispensing gears 44 to rotate which assist in dispensing the toppings when the sliding tab handles 47 are pulled as the toppings pass out of the housing opening 48 gear holes 45 plate hole 51 and housing base hole 56 they are directed through a chute 50 one embodiment of the chute 50 can be seen in fig1 the chute 50 directs the flow of the toppings and transfers the dispensed toppings to the dispensing nozzle 22 in one embodiment the chute 50 can have one or more ribs to redirect the. |
9 | in fig8 alternatively the conversion door 30 may be transported separately of the container 10 to the remediation site however it may be transported the conversion door 30 will be assembled upright so it occupies the space that was originally occupied by the door 10 5 a when the latter is in its closed condition the header assembly 40 is adjusted vertically to ensure that the vertical dimension of the conversion door 30 fits within the vertical dimension of the door frames 10 8 a 10 8 b once the vertical height of the door 30 is adjusted by means of the header assembly 40 the interior latches 33 may be pivoted into their latched condition see fig6 the door 10 5 b may remain in its opened condition until all remediation equipment and or environmentally damaged articles are positioned within the internal chamber 10 7 following which the door 10 5 a may be pivoted into its closed and latched condition as shown in fig9 to thereby establish the conversion of the container 10 into the remediation unit 20 the various ports 32 34 and or 36 may then be coupled to ducts and appropriate remediation equipment in the manner previously described following remediation the door 10 5 b may again be opened to allow the remediated articles to be removed from the internal chamber 10 7 additional. |
5 | sensing device 1 are disposed inside the door handle 10 with reference to the position of the electrode 1 a thus the electrode 1 b is disposed below the electrode 1 a and opposite thereto and the drive detection circuit 1 c is provided at a circumferential location on the side or below the electrode 1 a and the electrode 1 b fig1 shows the detailed configuration of the contact sensing device 1 for the convenience of illustration the door handle 10 is appropriately cut only the circumference where the contact sensing device 1 is provided is taken out and the members of the contact sensing device 1 are shown by solid lines in a state in which the interior of the door handle 10 is seen through the region to be contacted by a user 39 s finger human body 20 in the door handle 10 is provided to be visible as a pad region 10 x the electrode first electrode la is mounted on the inner surface of a resin body with a thickness u03b4 that constitutes a case 10 a so that the resin body is interposed between the electrode and the outer case surface 10 a of the door handle 10 thus a distance equal to u03b4 is maintained between a site p on the pad region 10 x which is contacted by the finger 20 and the electrode 1 a the electrode 1 a is formed to have a surface area larger than that of the electrode 1 b and the electrode second electrode 1 b is fixed so as to be accommodated in a region directly below the electrode 1 a and arranged opposite thereto in fig1 the interior of the case. |
5 | versa in such a way not any of the pairs of hooks 150 151 conforming the coupling means can make a displacement in the longitudinal direction relative to the rotation axis of the device in any direction moreover because the symmetric disposition in two planes practically it is impossible that the coupling means are unnoticeable detached and they just can be detached applying a force with magnitude and direction appropriate on the four pairs of hooks simultaneously all of this offers the set a superior stability in its configuration with respect to devices known in the art in a second embodiment shown in fig4 to 7 it is observed that the device 200 is made in the same way that in the first embodiment illustrated in fig1 to 3 with an external ring 210 essentially right cylinder shaped an internal ring 220 essentially right cylinder shaped too located concentrically in relation to the external ring 210 maintained in such concentric relation by means of a plurality of union elements 280 essentially formed by constant width strips going from the external face of the internal ring 220 towards the internal face of the external ring 210 however in this embodiment the width of the union elements 280 increases from the external ring 210 up to its maximum in the. |
2 | is that it is possible to turn the screws 2 3 at the same rotational speed this is because each of the screw flights drives the material along in a translational movement with respect to a fixed wall this effect is obtained by the flight 21 with respect to the interior wall of the body 1 and in the same way by the flight 31 with respect to the interior wall of the cylindrical tube 4 it is then easy to secure the screws 2 3 to one another by positioning them concentrically and coaxially with respect to one another and interconnecting them preferably in axial abutment with one another thus only the larger diameter screw 2 needs to be connected to a driving member thereby greatly simplifying the production of the device it is also possible to produce an assembly comprising several successive stages by extending the head 5 of the body 1 and by making orifices in the downstream part of the screw 3 to allow the space swept by the flight 31 of the screw 3 to communicate with an internal space formed in the core of the screw 3 which would work in conjunction with a smaller diameter. |
7 | conditional distribution of the topics users clicked on k within a collection p k collection as the target distribution statistical learning algorithms such as maximum entropy and support vector machines can be used to train the parameters to improve the estimation of p t collection this requires enough user action data to make p k collection reliable but once that 39 s the case the two distributions will become a positive feedback loop that maximizes the relevancy of the links chosen in the collection that is as more data is collected from what users actually clicked on it will improve the automatic link selection algorithm which in turn will generate more user clicks since they are more relevant independent of the user action data for any collection the dsi system needs to select high quality links so users will click on them to bootstrap the feedback loops this is accomplished by relying on the prior distribution p t which estimates the importance of topic t across all collections for this estimation any large collection can be used including documents on the world wide web arguably today 39 s largest publicly accessible collection the larger the collection the more reliable the estimation of p t becomes the estimation of p t includes a mixture of factors including the number of time it appears within the collection the number of documents it appears in the ratio of documents containing. |
9 | of bellows 200 can be designed with a feature to define a mounting hinge support 225 as shown in one such case the thickness of these discs can be different than the others on the bellows of selected convolutions also this convolution can be located at any point along the bellows the exact mounting configuration is dependent upon the application another aspect of this invention includes consideration of and a solution to the interconnection of the elements and structures described above with relatively thicker wall connection pipes or components thereof found in for example an exhaust system more specifically it will be appreciated that the foregoing flexible elements and bellows apparatus described above have particular applicability to or use in exhaust systems for internal combustion engines wherein the pipes or conduits of such systems not shown or their connecting structures are relatively thicker than the members comprising the bellows components or stamping described above in these and other cases there is here consideration of how the flexible bellows invention described above are operably interconnected within such systems or to specific connection pipes or other exhaust components to this end the invention further contemplates the combination to the bellows described above of end caps configured for welding or other attachment to the ends of the bellows and more particularly to the end bellows component disc or stamping the end caps are somewhat thicker than the bellows discs to facilitate welding both to the bellows and to much thicker conduits or pipe components of an exhaust system this aspect of the invention is illustrated in fig5 8 where fig5 illustrates in perspective the addition of end caps 250 251 to a bellows 252 such as that illustrated previously in fig1 g for example but wherein the. |
9 | the pressure medium space and thus between centre disc 40 and support disc 36 u2032 depends on the pressure value that is present in the interior of the flange 18 on the pressure side the value of this pressure is dependent on the back pressure created by the delivery pressure a diaphragm in the flange 18 picks up this value and transfers it to a fluid in the pipeline 52 which is connected with the fluid in the pressure medium space 48 thus identical pressure conditions exist in the region of the flange 18 at the front end of the free end of the rotor and in the region of the centre disc i e at the joint end of the rotor the equalization of the pressure conditions or an increase of the pressure between the centre disc 40 and the support disc 36 u2032 unloads the sliding joint 44 so that it is operated free of pressure the hydraulic connection between the flange 18 on the pressure side and the pressure medium space 48 is a pipeline 52 which is connected with the pump housing 14 in the region of the support disc 36 the hydraulic connection between the interior of the pipeline 52 and the. |
1 | outer lip 68 having a diameter slightly greater than the diameter of the one way annular lock ribs 53 extending the length of the female connector tubes 46 but not being deflectable during insertion of the male connector pins through the opening 47 in the female connector tube after insertion of the male connector pins ribs 53 and lips 68 interact to prevent removal of the connector pins 66 from the female connector tubes 46 additionally clamping face 64 also includes four oval clamping dimples 70 which are of identical size and shape to that of dimples 54 of the female connector the dimples 70 are positioned to face the flat surface 48 of the female connector component 26 and are not in alignment with the dimples 54 of the female connector component when the female and male connector components are connected together in a manner to be discussed the rigid anvil core tube 24 of the inflatable anvil assembly 23 has axial bore 73 which communicates with a plurality of radial bores 92 formed in core tube 24 a ring seal 76 is provided between the end of the elongated hollow tube 12 and a shoulder 78 on the outer surface of tube 24 as best shown in fig1 for example an inflatable anvil bladder 80 encircles the tube 24 and has a base end 82 positioned in a recessed seat 84 provided in the outer surface of the core tube 24 with a clamp band 86 clamping the base in 82 in a pressure resistant. |
3 | that of the native enzyme the incubation time was varied up to 3 hours for measuring the recovery of catalytic activity by the denatured cpa 260 u03bcl aliquots of the enzyme solution initial concentration 1 92 u00d7 10 u2212 4 m was added to 240 u03bcl buffer solution 0 5 m nacl and 0 05 m hepes at ph 7 5 followed by the addition of 200 u03bcl of tfe and 300 u03bcl water in the presence of different molar ratios of p188 at ambient temperature u02dc 24 u00b0 c the final concentration of the enzyme upon dilution was 5 u00d7 10 u2212 5 m in the solution mixture the concentration of p188 was varied so as to yield enzyme p188 mixtures in 1 10 1 5 1 2 1 1 1 0 5 and 1 0 3 molar ratios corresponding controls were set up in parallel by similar dilution of the enzyme but in the absence of p188 catalytic activity was then determined by addition of 10 u03bcl of the chemically denatured enzyme solution to a solution containing cicpl to initiate the reaction final concentrations of the substrate and enzyme were of 5 6 u00d7 10 u2212 5 m and 1 67 u00d7 10 u2212 7 m respectively fig3 shows the kinetics of catalytic activity determined after a 30 and 60 min incubation period of the diluted enzyme in the presence or absence of p188 in the absence of p188 the maximum recovered activity was equivalent to only 0 7v max observed for the native enzyme prior to denaturation in the presence of p188 the maximum recovered activity was observed for the enzyme p188 mixture of 1 1 the recovery process equivalent to 0 9v max observed for the native enzyme prior to denaturation was. |
8 | mask for etching it is so hard to etch out the polysilicon inner word gate that poly residuals 23 remains along the word gate corner as shown in fig5 b it may cause word word short or word cg short the negative slope comes from defining the word gate as remained pattern it is defined by trench pattern with positive slope opening in this embodiment followed by filling polysilicon and patterning the word line the word gate 142 may also be stepped down into the underlying channel punch through current due to short channel has recently been garnering serious attention the channel length of twin monos is figured out by 2 u00d7 control gate width word gate width it has a benefit in short channel because of the 2 u00d7 control gate width however serious problems will occur even in twin monos in the 0 09 um and beyond era the short channel punchthrough can be controlled by stepping down the word gate into the channel by a few nm the array architecture of the second embodiment is for diffusion bit array organization u s pat no 6 255 166b1 the control gate 140 and bit line 141 run along the 2 nd direction crossing the word line 143 along the 1 st direction in fig7 the diffusion contact 161 is. |
1 | present embodiment the balloon catheter duct 10 includes a urethral catheter tube 13 provided with a first urethral catheterization passage 14 and a branch tube 11 provided with a first passage 12 when the user uses the indwelling urethral balloon catheter urine passes through the first urethral catheterization passage 14 also when a balloon of the balloon catheter 50 inflates or deflates a fluid such as sterile water or air flows through the first passage 12 a reservoir connection port 17 for use to connect a reservoir adapted to store sterile water or air is formed at one end of the branch tube 11 a urine drainage port 18 is formed at one end of the urethral catheter tube 13 the urine drainage port 18 can be connected for example with a cap for indwelling medical instrument disclosed in japanese patent laid open no 9 206370 a funnel portion 15 is formed at other ends of the branch tube 11 and urethral catheter tube 13 the funnel portion 15 is a substantially cylindrical member extending from the branch tube 11 and urethral catheter tube 13 the funnel portion 15 forms a space in which the first urethral catheterization passage 14 and first. |
6 | 44 of the set of vanes 32 which are received by a set of upper and lower apertures 46 in the upper wall portions 48 and lower wall portions 50 respectively of the housing 22 the apertures 46 are preferably located at diametrically opposite sides of the housing 22 the apertures 46 may be semi circular as shown or rectangular and dimensioned to provide a snug fit between the apertures 46 and the appendages 42 the apertures 46 are partly defined by aperture wall portions 52 which are preferably straight to engage the corresponding appendages 42 which are similarly straight or flat the apertures 46 and more specifically the wall portions 48 and 50 are angled such that they are inclined relative to the axis 23 the angle of inclination of the apertures 46 and the upper wall portions 48 are preferably six degrees with reference to the axis 23 the angle of inclination of the apertures 46 and the lower wall portions 50 are preferably also six degrees with reference to the axis 23 since the apertures 46 and appendages 42 and their corresponding vanes 32 snugly interfit the angle of inclination of the apertures 46 translates to the same angle of inclination of the vanes. |
6 | in the direction of arrow 24 and releases the actuating element 23 due to gravity the valve 20 tilts into a position in which the compressed air flow is set free from the supply component 2 to the handpiece 10 there is thus effected an automatic release of the compressed air flow when the dentist takes the handpiece 10 into his hand the compressed air may hereby serve for a turbine drive as spray air or for the blowing out of tooth cavities each of the handpieces shown in fig1 may each respectively have a valve 20 associated therewith the valve 20 may hereby be also a valve unit which encompasses a plurality of individual valves and which are supported so as to be commonly pivotable through the provision of a plurality of valves for example there may be concurrently released the drive air for the turbine and the spray air fig3 illustrates the construction of a valve which is utilizable in connection with fig2 the valve possesses a housing 25 which has an internal cylinder chamber 26 within which a sphere 27 is movable to and fro in the direction of two headed arrow 28 in the one end position thereof the sphere 27 closes off a valve seat 29 which forms the mouth of the outlet conduit 30 in the valve. |
5 | frame that folds over and crimps to the front end of the filtering media the rear mounting portion comprises a separate rear wing folded over and crimpled to rear portion of the main body frame the filtering media 39 s top surface is shaped with many front to rear raised ridges in an repeating s shape pattern that are parallel and form a consistent pattern from left to right application_number US 201715697854 A description the objects for the present invention for the debris repelling media support system may be accomplished in the following manner the present invention may have three components consisting of a main body frame 23 a filtering media 13 and one of several different widths rear wing 15 16 attachments the main body frame is configured with a front lip connection plane area 20 for attaching the filtering media 13 and to allow for connection to the gutter surface 29 the frame contains a center recessed curved louver support area that supports the filter media and the frame has a rear connection plane area 21 for attaching both the filtering media 13 and the rear wing attachment 18 the front lip connection plane area 20 is configured as a flat extended area that is designed to rest upon and attach to the gutter the filtering media is attached to the front lip connection plane area 20 then the filter media 13 rests upon the top of the curved louvers 19 then the media is attached to the rear filter media connection plane. |
4 | of fiber which does pass through gap g and falls into the receptacle r is highly opened and thus already suitable for the downstream process this concurrent dual use of the same feeder f with just one charging is not practical with prior art systems because of the wide 34 worse case 34 gap setting required between their impaler and stripper elements consequently when they are first charged with fresh stock much of it escapes the stripping action and the receptacle is very quickly filled this requires that the impaler element be stopped until some of this stock has been removed to overcome this drawback the prior art usually performs the 34 pre opening 34 at a first point and the 34 normal run opening 34 at yet a second point this is often accomplished by the use of two tandem feeders operating in series a 34 breaker 34 feeder feeds a 34 finisher 34 feeder with the present invention it is possible to do with just one hopper feeder what the prior art usually needs two to accomplish it will be noted that the opening zone gap g can be controlled to yield substantially the same results by fixing the stripper s and moving the impaler i relative to it although a driven apron has been disclosed as the preferred form of advancer element a those skilled in the art know that an inclined slide plate whereby gravity slides the mass of fiber b downward and forward into the pins of the impaler i has been successfully used to perform this same function finally it will be noted that various mechanisms are available as equivalent substitutes for the linear actuator m schematically disclosed herein for example fluid operated pistons fitted with. |
7 | at its midpoint 130 lines 126 and 128 thereby define an arc 132 any polygonal lines e g 134 136 between parallel coordinate axes 50 and 52 whose slopes lie within arc 132 are thereby selected and are either highlighted or otherwise emphasized on the display the corresponding cartesian coordinate presentation of the flow query is shown in fig1 lines 120 39 and 124 39 are the lines that are defined by the parallel coordinates at the tips of arrows 120 and 124 respectively along parallel coordinate axis 52 because arrows 120 and 124 lie on parallel coordinate axis 52 it is known that their corresponding lines 120 39 124 39 will be at an angle of 45 u00b0 with respect to the origin in the cartesian coordinate system because polygonal lines 134 and 136 in fig1 evidence slopes within arc 132 their respective data points in fig1 134 39 136 39 fall between half spaces defined by lines 120 39 and 124 39 the flow query enables a user to identify independent variables which exhibit a similar slope in the parallel coordinate system between adjacent dependent variables the mathematical representation of the flow query is as follows it may occur in the parallel coordinate display that no data value is specified for one or more parallel coordinate axes in such case the parallel coordinate procedure in memory 30 fig6 includes a default condition wherein a default data value is entered for such missing value the default data value is calculated as 5 less than the minimum value plotted on corresponding the parallel coordinate axis thus when a polygonal line is shown on the parallel coordinate presentation the polygonal line extends below the. |
3 | from a variety of lipids including but not limited to amphipathic lipids such as phosphatidylcholines sphingomyelins phosphatidylethanolamines phophatidylcholines cardiolipins phosphatidylserines phosphatidylglycerols phosphatidic acids phosphatidylinositols diacyl trimethylammonium propanes diacyl dimethylammonium propanes and stearylamine neutral lipids such as triglycerides and combinations thereof they may either contain cholesterol or may be cholesterol free from formula i it is evident that some of the compounds of the invention may have one or more asymmetric carbon atoms in their structure it is intended that the present invention include within its scope the stereochemically pure isomeric forms of the compounds as well as their racemates stereochemically pure isomeric forms may be obtained by the application of art known principles diastereoisomers may be separated by physical separation methods such as fractional crystallization and chromatographic techniques and enantiomers may be separated from each other by the selective crystallization of the diastereomeric salts with optically active acids or bases or by chiral chromatography pure stereoisomers may also be prepared synthetically from appropriate stereochemically pure starting materials or by using stereoselective reactions some of the compounds of the present invention may have trans and cis isomers in addition where the processes for the preparation of the compounds according to the invention give rise to mixture of stereoisomers these isomers may be separated by conventional techniques such as preparative chromatography the compounds may be prepared as a single stereoisomer or in racemic form as a mixture of some possible stereoisomers the non racemic forms may be obtained by either synthesis or resolution the compounds may for example be resolved into their component enantiomers by standard techniques such as the formation of. |
1 | 552 block 552 is provided with bore 553 into which the free end of shaft 540 is fitted pin 555 is inserted into through bore 554 of block 552 and passes through bore 547 of shaft 540 creating the continuous secure anti tipping linkage 500 between cart 1 and a bicycle it is understood that during maneuvers of the bicycle there will be no problems associated with a typical universal or pivot joint the coil spring will absorb and disperse any rotational stresses and will react as a 360 u00b0 u201c living hinge u201d fig3 a 32g 33 and 33 a show an alternate embodiment 600 of the portable cart using four wheels 30 in an overlapped configuration a hard molded cover 601 is illustrated although any cover or no cover can be used as well cover 601 covers bin 602 with lower overlapping edge cap 601 a fitting over peripheral shoulder 602 a of bin 602 bin 602 also has longitudinally extending concave channels 603 which rest upon rails 604 of cart 600 of fig3 downward pressure of the weight of bin 602 and its contents helps stabilize bin 602 upon rails 604 which may be optionally covered with rubber or other resilient linearly extending cushions although fig3 illustrates portable cart 600 with covered bin 602 portable cart 600 can be used with other embodiments such as for example boat cushions 13 shown in fig4 framed rail stretchers 100 as in fig1 the game cart of fig1 the cargo cart of fig1 the conventional rescue carriers of fig2 and 24 or. |
7 | plate the polarizing plate 39 s tac layer has a thickness direction retardation of 50 nm in the coordinate system given in fig1 a the rubbing direction rub for the upper substrate 4 is 270 u00b0 while the rubbing direction rub for the lower substrate 5 is 90 u00b0 the azimuthal director direction in the liquid crystal layer 30 azimuthal direction of liquid crystal molecule orientation at the thickness direction center of the liquid crystal layer is 90 u00b0 the absorption axis ab of the polarizing layer 1 and the in plane slow axis in the tac base film 2 tacsi in the upper polarizing plate 10 are in the direction of 135 u00b0 and those in the lower polarizing plate 20 are in the direction of 45 u00b0 the in plane slow axis bsl in the negative biaxial film 3 is nearly perpendicular to the absorption axis in the adjacent polarizing plate and it is in the direction of 135 u00b0 in the second conventional liquid crystal display element depicted in fig1 b the viewing angle compensation plate 3 a provided between the lower substrate 5 and the lower polarizing plate 20 is a negative biaxial film and the viewing angle compensation plate 3 b provided between the upper substrate 4 and the upper polarizing plate 10 is a negative biaxial film otherwise the element is the same as the first conventional liquid crystal display element in the. |
3 | ball assemblies per jaw each consisting of ball leaf spring retainer screw and washer one of the major modes of insert failure is chipping of the surface of the insert more precise mating of the insert with the bottle finish ensured by the close tolerance machining which is possible with the semicircular design of the insert of the present invention reduces the risk of chipping the semicircular design of the pocket in which the insert is retained and the semicircular configuration of the insert ensure that the maximum surface contact between jaw and insert is realized since the insert contacts a large surface area of the pocket in the jaw and since the insert is held immovably within the pocket by a single insert retaining spring which is positioned at the center of the semicircular pocket there can be no play between the insert and takeout jaw thus abrasion of the bottom surface of the insert caused by such play is eliminated precise alignment of the takeout jaws and bottles is thus maintained reducing damage to bottles and increasing the life of the insert referring to the drawings fig1 depicts the environment in which the takeout jaws of the present invention are used the number 10 represents a series of the takeout jaws of the present invention which. |
1 | inner flap u201d 505 within a flap 503 u2032 a ball 527 that hits the target in a particular location can deflect the inner flap 505 allowing that ball to fall into a distinct ball collecting region 504 u2032 for more accurately thrown balls balls that do not hit the inner flap 505 end up in another ball collecting region 501 fig9 shows an alternate method of supporting a pitching tunnel 600 in this version the tunnel is held by ties 607 to the top rails of a modular framework 606 comprised of interconnected pipes 605 fig1 shows and partially describes an alternate method of attaching the target area 626 of a tunnel to a backstop or the like shown in this figure is an outer sleeve 620 designed to hold metal legs 621 this design is useful because many baseball fields have a tall backstop on one end and grass or dirt on the far end if the user were to fasten the target end of the tunnel to a tall backstop then one could slide the metal legs into the outer sleeve the user could then secure the tunnel to ground stakes 628 using straps 627 the metal. |
8 | c followed by applying an x ray excited electron spectral analysis xps to the heat treated doped glass also the same doped glass was subjected to a heat treatment for an hour under a nitrogen gas atmosphere of 1000 u00b0 c containing 10 of hydrogen followed by applying an xps to the heat treated doped glass it has been found that strong peaks corresponding to a 2 o 3 and as 2 o 5 appear in a bonding energy region of about 45 ev in the case of a doped glass subjected to the heat treatment under a nitrogen gas atmosphere in the doped glass thermally reduced under an atmosphere containing hydrogen however the peak in a bonding energy region of about 45 ev was weakened also a strong peak corresponding to arsenic appeared in the bonding energy region of about 41 ev it follows that the oxidized state of an impurity in the present invention is defined to denote the state of a high bonding energy in xps likewise the reduced state of an impurity is defined to denote the state of a low bonding energy in xps in the present invention hydrogen constitutes a typical example of a diffusion control substance serving to reduce the impurity contained in the doped glass hydrogen may be supplied in the form of a hydrogen molecule h ion or hydrogenated ion such as sih3 the ionized hydrogen is bonded to an oxygen atom in the sio 2 network in place of an. |
2 | this prototype in a practical apparatus the machine will either automatically or manually allow for adjustments in the air pressure at the end of filling the first eight compartments the elongate members 17 or the frame 24 supporting the duvet case 16 can be moved to the side to allow the elongate members to be inserted into the next series of compartments so that they can be filled in the preferred embodiment shown in fig7 to 11 the apparatus will be described with similar parts from the first example being referenced by the same numerals in this example the fluidizing drum 1 is mounted with its axis vertical the fluidizing drum 1 is supported beneath a feed or secondary hopper 25 which is supplied with soft knops from main hopper drum 26 rotating at approximately 1 rev per min counterclockwise as is shown in the plan view fig8 the main hopper drum 26 can hold a minimum of 75 kg of soft knops on command from a level sensor 27 of the secondary hopper 25 a material handling fan 28 sucks up through trailing hose 29 soft knops at a rate of 2 3 kg min and blows it into the intermediate hopper 25 a fine water jet is sprayed onto the soft knops as they pass through the fan to suppress any static electricity generation secondary hopper 25 holds 1 2 kg of soft knops and on command from level sensor 2 a fan 30 slowly revolves and dribbles soft knops down into the fluidizing drum 1 the fan 30 is driven by a motor 10 through a clutch 31 the. |
4 | difference in the timing of the detection of the cut line 71 by the respective optical sensors 95 causes the straightening bar 255 to correct the bias in the continuous strip 70 by tilting in the opposite direction from the bias the edge guide apparatus 260 keeps the edges of the continuous strip 70 in line while the straightening bar 255 is tilted as the continuous strip 70 is advanced by the feed pull gripper 85 through the cutting assembly 30 the blade 105 is triggered by the determination of the position of the cut line 71 the controller 61 is aware of the exact position of the cut line 71 at all times based upon the detection of the cut line 71 by the detector assembly 25 based upon this information the feed pull gripper 85 advances the continuous strip 70 such that the blade 105 cuts an individual washcloth 72 exactly at the location of the cut line 71 the washcloth 72 is then pulled by the feed pull gripper 85 to a predetermined location at the intersection of the end of the intake path 65 and the beginning of the calculated path 190 and released the length 170 of each washcloth 72 is calculated based upon the determination of the location of the cut line 71 the controller 61. |
9 | tube crt for displaying information to a user an input device 1412 e g alphanumeric and other keys is coupled to the bus 1406 for communicating information and command selections to the processor s 1407 according to one embodiment of the invention an individual computer system 1400 performs specific operations by their respective processor s 1407 executing one or more sequences of one or more instructions contained in the main memory 1408 such instructions may be read into the main memory 1408 from another computer usable medium such as the rom 1409 or the storage device 1410 execution of the sequences of instructions contained in the main memory 1408 causes the processor s 1407 to perform the processes described herein in alternative embodiments hard wired circuitry may be used in place of or in combination with software instructions thus embodiments are not limited to any specific combination of hardware circuitry and or software logic refers to hardware software or any combination of hardware and software the term u201c computer usable medium u201d as used herein refers to any medium that provides information or is usable by the processor s 1407 such a medium may take many forms including but not limited to non volatile volatile and transmission media non volatile media i e media that can retain information in the absence of power includes the rom 1409 cd rom magnetic tape and magnetic discs volatile media i e media that can not retain information in the absence of power includes the main memory 1408 transmission media includes coaxial. |
6 | movement of a shift lever to various positions corresponding to the different shift ranges and outputs corresponding signals the throttle valve position sensor 200 detects throttle valve opening which varies according to driver manipulation of an accelerator pedal and outputs corresponding signals the atf temperature sensor 300 detects a temperature of automatic transmission fluid and outputs corresponding signals the turbine rpm sensor 400 detects rpm of a turbine of a torque converter and outputs corresponding signals and the transmission output sensor 500 detects output rpm of a transmission and outputs corresponding signals the transmission receiving an output of the torque converter through the turbine and varying this rotational force before outputting the same after receiving the signals from the inhibitor switch 100 the throttle valve position sensor 200 the atf temperature sensor 300 the turbine rpm sensor 400 and the transmission output sensor 500 the ecu 600 determines a present shift range of the vehicle and also whether roll over of the one way clutch has occurred if the one way clutch has undergone roll over the ecu controls the lrb driver 700 so that shifting into the second speed is realized fig2 shows a flow chart of a fail safe control method for an automatic transmission having a one way clutch according to a preferred embodiment of the present invention if the driver controls the shift lever into a drive d range in step s 100 the inhibitor switch 100 detects this re positioning of the shift lever and outputs a corresponding signal to the ecu 600 and the atf temperature sensor 300 outputs the change in atf temperature to the ecu 600 in step s 200 using these signals the ecu 600 determines that the shift lever has been positioned in the drive d range in particular. |
8 | as an n type impurity however the concentration of sb could not be more than 5 u00d7 10 18 cm 3 owing to its limitation of solution the inventors have solved this problem by including as in the silicon substrate 1 as the n type impurity as has a higher limitation of solution than sb and therefore solves this problem the concentration of as is set within a range between 7 u00d7 10 18 cm 1 u00d7 10 21 cm 3 therefore the contact resistance between the silicon substrate 1 and the ohmic electrode 26 can be reduced sufficient to avoid a schottky contact and get an ohmic contact since the concentration of as is more than 7 u00d7 10 18 cm 3 a good ohmic contact can be obtained for almost all electrode materials moreover the resistivity of the silicon substrate 1 is also diminished because of the higher concentration of as included in the silicon substrate 1 as an impurity consequently the resistance r3 of the silicon substrate 1 is also reduced the ground surface 22 has been ground to have a concavo convex surface which has many coarse surface irregularities therefore the ohmic electrode 26 can be firmly adhered to the ground surface 22 because the ground surface 22 has a suitable concavo convex surface the process of forming the aforementioned. |
5 | in fig9 the device 1 is designed to allow the end user to interface with a scada system via remote communication the plc may be programmed to open the chlorine sensor system sampling solenoid valve 59 on a timed basis or based on prior readings or by a remote operator when the chlorine sensor 51 signals indicate to the plc that chlorine levels have fallen below a predetermined threshold the plc opens the main valve 33 until chlorine levels reach a desired value or a maximum flush time has been reached if the plc detects that voltage levels in the batteries 75 have fallen below a set level it opens the main valve 33 to run the turbine until the batteries are fully charged then continues for a set period to trickle charge the batteries while throwing most of the turbine 39 s output to the dissipaters 55 if the temperature sensors 10 are of a type which sends temperature information rather than a simple under temperature reading when the plc detects that the temperature has fallen below a predetermined value illustratively 37 u00b0 f 3 u00b0 c it opens the main valve 33 to run the turbine 53 and connects the turbine to operate the fan heater 83 it will be noted that the turbine may simultaneously charge the batteries 75 and generate heat through the dissipaters 55 when the temperature sensors 10 detect that the temperature within the enclosure has reached a set point illustratively 45 u00b0 47 u00b0 f 7 8 u00b0 c the main valve 33 is closed because the valve 33 is controlled by a latching bistable solenoid 39 it should determine the state of. |
1 | methods forms and materials described in fig1 as needed for particular applications a simplified variation is a hand held form as illustrated in fig2 here a bladder device made of thin rubber as specified for the rubber sheet 2 of fig1 this apparatus retains the same reservoir 13 and tube 12 as before the reservoir elevation would be higher than the bladder device 16 to keep most fluid in the bladder 16 the transducer 7 is now hand held and lateral motions 8 and axial motion 9 are manually carried out operation of this arrangement is made flexible because the amount of fluid in the pouch can vary so that contact with the pouch will be maintained for a substantial range of axial motion of the transducer if electronic system settings are kept unchanged the image frame can be safely moved in the axial direction as needed and moving across uneven body contours can be safely done the hand held method is again illustrated in fig3 here the reservoir is eliminated and the bladder 16 is filled with attenuating fluid through a rubber plug 17 with a syringe a particular form is implemented using hitachi part number ezu wl1 with evaporated milk being the fluid that is inserted with the syringe after any water therein is removed use of this device as herein modified will prevent accidental use of high intensity ultrasound when using it with a stand off to see shallow features in the body it will also assure that all ray paths from the transducer face 6 to the focus point 18 are equally attenuated when a conventional ultrasound transducer such as illustrated in fig2. |
6 | formed on and projecting from the end of the reinforcing plate for engagement with a hole formed in an end wall of the slot the hook engaging the hole by a slight clockwise rotation of the reinforcing plate as it is inserted into the slot in the direction of the arrow of fig6 the more important advantages of the invention may be summarized as follows since the diameter of the through hole bored in the reinforcing plate is larger than that of the mounting hole in the guide body when the reinforcing plate is situated in the slot of the guide body and guide is supported on a shaft extending through the holes of both parts the shaft is not contacted by the inner periphery of the reinforcing plate consequently objectionable metallic noise is avoided and the noise due to the pivoting motion of the guide is remarkably reduced furthermore wear in the through hole portion of the reinforcing plate is avoided so that it is not necessary to subject the reinforcing plate to a strengthening process such as heat treatment or the like consequently the production cost of the guide can be reduced additionally distortion due to heat treatment and the like is also avoided and efficient insertion of the reinforcing plate into the slot of the movable guide in the assembly process is also improved since the shaft supports the inner walls of the two parts of the mounting hole transverse vibration due to pivoting of. |
8 | send and receive data as well as act as conduits for the passage of data to and from other m2m devices as a result only those authorized m2m device handheld device paired combinations in the mesh network are capable of forming mesh network connections 501 503 505 via the associated m2m device 502 504 506 of each paired combination connecting m2m device handheld device paired combinations with similarly configured m2m device handheld device paired combinations a mesh network event occurs within the system when multiple more than two m2m devices connect within the proposed system at the same time it refers to any scenario where one m2m device connects with one other m2m device i e a 1 1 mesh connection when one m2m device connects to more than one other m2m device i e a 1 many mesh connection or when more than one m2m device connects with more than one other m2m devices i e a many many mesh connection in some embodiments between any two or more system m2m devices an encryption protocol generates identity and authentication u201c keys u201d that are passed and maintained while devices are connected in one exemplary implementation these keys are issued in accordance with the rsa public key encryption standard likewise a different key exchange algorithm is generated between any handheld device subsystem and its accompanying m2m device subsystem in one exemplary implementation these keys are also issued in accordance with. |
7 | flag may be implemented so that it may not be changed back to 0 once it has been changed to 1 when irregular activity has been found an email may be sent to the seller and or bidder at an address associated with the user identifier of the seller and or bidder the seller and or bidder may further be banned from participation on the auction site by using the pointer linking to the user table to update a u201c irregular_user u201d or similar field in the user record of the seller and or bidder the irregular flag 301 304 in fig3 a and 3 b may be updated based on another price based value such as a price based fee 330 for example an auction site 10 may charge sellers fees based on the selling price of an item thus the auction site may use the formula for determining fees to determine a threshold fee for monitoring irregular activity in fig3 a and 3 b the threshold fee for the category computers for example may be 200 based on a threshold price of 15 000 in another embodiment the threshold fee may be simply the average fee plus a set amount such as 300 for example thus if the average fee for computers is 40 for example then the threshold fee may be 340 many other algorithms may be used to determine a threshold price based value such as a threshold price or threshold price based fee the threshold price based value may also be determined based on the currency of the transaction the category of the transaction or the geographic location of the transaction for example a table may be used to determine threshold prices for items where the rows of the table represent the categories of. |
9 | bow frame the knife blade is co axial with the knife handle to prevent twisting of the blade during slicing the bottom of the handle is upwardly shifted relative to the lower edge of the blade to prevent the user 39 s fingers from touching the table or counter surface at the end of the slicing operation the handle may be secured to either end of the bow frame for use by left handed as well as right handed users the support board is also arranged for both types of users a special knife handle is provided for users in wheel chairs application_number US 65320784 A description referring to fig1 to 5 there is shown a first embodiment of the assembly of the invention comprising all the essential components thereof namely a support board 1 a knife 2 and the restraining means 3 the support board 1 comprises a small base plate 4 of generally rectangular shape having a front edge 5 a rear edge 6 and side edges 7 an abutment wall 8 is secured to the base plate 4 at the rear edge 6 the top edge 9 of said abutment wall is provided with a deep central notch 10 a pair of posts 11 and 12 are secured to base plate 4 along each side edge 7 with the post 11 adjacent to and secured to the abutment wall 8 and the two posts. |
1 | 20 is provided with an annular boss 30 having a pair of substantially diametrically opposed peripheral protuberances 30a which independently coact with the lug 20d formed on the bracket base portion to limit the pivotal movement of the link member in a given direction either towards or away from position ii in order to retain the link member 28 in either position i or ii a washer assembly 31 is provided which encompasses the threaded shank portion 26d of the fastening device 26 and is interposed the knob k and a recessed surface portion 28b of the end 28a of link member 28 the washer assembly 31 in the illustrated embodiment includes a resilient washer 31 and a rigid washer 38 having a peripheral flange 33a which encompasses the annular periphery of washer 32 the projection of the flange 33a is less than the thickness of resilient washer 32 so that as the knob k is threaded onto shank portion 26d friction will increase between washer 32 and the recessed portion 28b of the link member 28 thereby providing greater resistance to pivoting of the link member 28 relative to the bracket base portion 20 as seen in fig3 the. |
2 | preferably between 0 1 and 30 seconds the soh value obtained in this manner is a function of soc and u03b4v i e soh f soc u03b4v the result indicates the state of health of the battery allowing the determination of whether it is in a condition to start the engine with particular but not exclusive reference to the presence of a stop and start device in the vehicle the two parameters soc and u03b4v also consequently like the parameter soh are a function of the temperature the values which are determined through such measurements must therefore be fixed in relation to the temperature noted at the time of the measurements using the soc and u03b4v data the initial value of soh is defined through the cartesian plane of fig2 which illustrates the subdivision of the areas that differentiate the conditions of a battery in a dynamic situation first of all two quantities are fixed that define the limits within which engine start up is guaranteed in particular a soc min is established below which engine start up is not guaranteed and a u03b4v max above which engine start up is not guaranteed at this point the value of u03b4v that is recorded following the application of the load is normalized within the area. |
6 | at least one supporting planetary roller application_number US 29876202 A description referring now to fig1 and 2 one embodiment of the cylindrical planetary traction drive a comprises an outer ring member 1 a sun roller member 2 a first planetary roller 5 two second planetary rollers 3 amp 4 and a carrier member 27 the outer ring member 1 further comprises a first cylindrical raceway 9 surrounding the axis of rotation and a first fixed flange 10 and a second fixed flange 11 the sun member 2 includes a second cylindrical raceway 12 a third fixed flange 13 a fourth fixed flange 14 and a shaft 15 the first planetary roller 5 has a third cylindrical raceway 16 and the second planetary rollers 3 and 4 have a fourth cylindrical raceway 18 and 17 respectively the first planetary roller 5 and the two second planetary rollers 3 and 4 are placed between and in contact with first cylindrical raceway 9 and second cylindrical raceway 12 at least one of either the planetary roller 5 or the planetary rollers 3 and 4 is flexible compared to other rollers in the embodiment shown herein the first planetary roller 5 is the flexible roller and serves as a loading roller thus it will hereafter be called the loading planetary roller 5 the loading planetary roller 5 deforms noticeably when diametrically squeezed at least one of the second planetary rollers 3 and 4 is a supporting roller the supporting roller is relatively rigid and hardly deforms under diametrical load in the embodiment shown herein both planetary rollers 3 and 4 are supporting rollers and. |
1 | invention it is possible to improve the manipulability of the suction brush 10 while maintaining the suction force whether a surface to be cleaned is a hard floor or a soft carpet fig5 a is a graph comparatively showing the suction forces which may be directly related to the dust removing capabilities of a suction brush according to a non limiting embodiment of the present invention and a conventional suction brush fig5 b is a graph comparatively showing the maneuvering forces of the suction brush according to the embodiment of the present invention and the conventional suction brush referring to fig5 a there is no change in suction efficiency before and after mounting the rolling pins however referring to fig5 b it can be confirmed that the force applied by a user to move the suction brush i e the maneuvering force is substantially reduced by way of example the operation of the inventive suction brush configured as described above will now be described in terms of the case in which the surface to be cleaned is the surface of a carpet at first if the vacuum cleaner is powered on to drive the vacuum motor of the cleaner vacuum force is transmitted to the suction brush 10 then the suction brush 10 comes into close contact with a surface of the carpet the space between the bottom of the body of suction brush 10 and the carpet may be maintained at the height h see fig4 b due to the rolling pins 20 in particular due to the height h the force between the carpet and the. |
8 | an even number values of z rf less than 1 ohm are predicted which provides a good short circuit waveguide stub 12 is typically a hollow tube with a rectangular cross section in the 300 600 ghz band the dimensions of the rectangular cross section of waveguide stub 12 are on the order of 500 u03bcm u00d7 250 u03bcm at these high frequencies high impedance sections 26 28 30 and 32 become too thin to fabricate and conventional noncontacting waveguide backshort 22 is no longer strong enough to slide snugly in waveguide stub 12 this is a serious limitation because it limits the development of waveguide circuits for high frequencies a more rugged alternative is provided by the present invention as shown in fig3 through 5 referring now to fig3 noncontacting waveguide backshort 40 is shown in cross section view in accordance with the present invention noncontacting waveguide backshort 40 includes low impedance metallic bar 42 sheathed within mylar insulator 44 insulator 44 serves the same general purpose as insulator 24 shown in fig2 the thickness t of metallic bar 42 is chosen so that together with mylar insulator 44 they will fit snugly but movably within waveguide stub 12 the equivalent of the periodic impedance variations provided by high and low impedance sections 26 28 30 32 34 35 36 and 38 of conventional backshort 22 shown in fig2 are provided by holes 46 48 and 50 in low impedance metallic bar 42 in accordance with the present invention holes 46 48 and 50 are spaced apart an equal spacing distance s which provides a portion of low. |
2 | doubler 24 is used to transfer the load across the damaged area of arcuate flange 12 and to provide compressive load distribution at apertures 14 a thin sheet or thick film adhesive 28 may be positioned on top of the surface of arcuate flange 12 to act as an expansion joint between arcuate flange 12 and doubler 24 before adhesive 28 is positioned on arcuate flange 12 holes 30 may be cut from adhesive 28 to allow inserts 32 to be positioned within apertures 14 and overlap apertures 14 adhesive 28 may comprise any suitable material in some embodiments adhesive 28 may be a fluoroelastomer film that is stable in high temperature environments for example dupont 39 s viton u00ae fluoroelastomer available from eagle elastomer cuyahoga falls ohio in some embodiments it may be desirable to use a fluoroelastomer for adhesive 28 because of its rubbery and ductile properties which allow for thermal expansion differences when heated to high temperatures additionally fluoroelastomers may be employed for their fluid resistance which is necessary in extreme environments such as near hot aircraft engine oil doubler 24 may then be positioned over adhesive 28 and thereby become attached to arcuate flange 12 bridging the damaged area of arcuate flange 12 fig7 shows an exemplary non limiting method of installing doubler 24 to an arcuate flange 12 having one or more damaged apertures 14 a first the surface of arcuate flange 12 may be cleaned and the cracked material may be trimmed away if desired as represented by step 100 any adhesive in damaged aperture 14 a around bushing 16 may. |
8 | according to the invention the conventional dynamic latch circuits briefly described before will be explained in conjunction with fig1 a 1b and 2 to 5 in fig1 a and 1b a first conventional dynamic latch circuit includes a semiconductor substrate 10 having a diffused layer 14 formed thereon first to third interconnection layers 16 18 and 20 formed on the semiconductor substrate 10 and insulating layers 22 24 26 and 28 by which the interconnection layers 16 18 and 20 are insulated respectively the first to third interconnection layers 16 18 and 20 are connected with a plurality of contact regions 12 respectively the first interconnection layer 16 includes a first interconnection line 30 which is an input line of an inverter an input line 32 of the dynamic latch circuit and clock lines u03c6 and u03c6 each supplying a clock pulse to a clocked inverter the second interconnection layer 18 includes a second interconnection line 34 which is an output line of the clocked inverter the second interconnection line 34 is designed to be as short as possible to decrease a coupling capacity with other interconnection lines the third interconnection layer 20 includes an output line 36 of the latch circuit fig2 shows an equivalent circuit of the dynamic latch circuit shown in fig1 a and 1b the dynamic latch circuit includes a clocked inverter composed of two p channel transistors. |
6 | by an electric motor with shunt characteristics such as a three phase asynchronous motor which ultimately can also be operated in generator mode which is connected to a test bench computer and the engine control device edc the messages or signals actually sent during practical operation of the transmission control device are likewise simulated by the test bench computer itself or by additional smaller computers such as pc i and pc ii and sent to the control device edc by means of a network such as ethernet which simulates the network can which is used in practice messages and signals from the control device edc are also sent by means of the network ethernet for the purpose of superordinate evaluation by the test bench computer within the scope of the invention the described test bench is of particular importance in particular for the u201c dynamic u201d mode of operation cycle therefore the dynamic behaviour of the drive motor usually a diesel engine can be examined the processes which are to be simulated in which the dynamic behaviour is relevant include in particular start up processes upshifting operations and downshifting operations and a change from overrun operation to traction operation the aim of the simulated processes during trial or test operation is to obtain. |
1 | water phasewater deionized 73 11methyl paraben u s p 0 15sodium sulfite 0 4p phenylenediamine 0 84 chlororesorcinol 0 054 chloro m phenylenediaminesulfate 0 04titanium dioxide 0 25glycerol 4 0perfume 0 15______________________________________ after combination of the oil and water phases at a temperature of 60 u00b0 to 70 u00b0 c the product is cooled to 45 u00b0 50 u00b0 c and perfume is added the product is then cooled to room temperature and immediately packed into airtight containers and topped with nitrogen to prevent premature oxidation ______________________________________ percent byphase ingredient weight______________________________________a mixture of cetearyl alcohol and ceteareth 20 6 00a self emulsifying propylene glycol monostearate 5 potassium stearate 4 00a carnation oil 65 75 11 00a propyl paraben 0 05b deionized water 73 15b methyl paraben 0 15b sodium sulfite 0 40c p phenylenediamine 0 80c 4 chlororesorcinol 0 05d titanium dioxide 328 0 25d glycerin 96 4 00e perfume 0 15 total 100 00______________________________________ 1 in a stainless steel jacketed kettle equipped with agitation combine ingredients of phase a and heat to 75 u00b0 c 2 in a separate vessel combine ingredients of phase b and heat to 80 u00b0 c 4 place phase b under a blanket of nitrogen and slowly add phase c maintain heat and continue mixing until dyestuffs are completely dissolved 5 in another vessel sprinkle titanium dioxide in glycerin extending slowly until completely dispersed phase d 9 cool to 30 u00b0 c and fill into lined aluminum tubes this preparation is a white odorless emulsion which is stable in metal tubes the hair coloring preparation which constitutes this invention comprises the following components a an oil in water emulsion of 5 to 20 parts by. |
6 | the cases of the cartridges fired the container has an inner case retention wall rising up to the window a system for the immobilizing of the container by ratchet in three positions makes it possible temporarily to maintain the container in a bottom position in order to collect the cases in an intermediate position in order to permit the handling of the loading handle and possibly of the members concealed in the bottom position without losing the cases collected and in a top position in order to recover the cases collected which fall by gravity and in order to permit easy inspection of the cartridge chamber application_number US 35798489 A description in its first embodiment shown in fig1 to 3 the device is shown associated with an assault gun 1 shown in thin dot dash lines having a loading handle 2 and an ejection window 3 for the cases of the cartridges shot which are located on the same side of the frame of the gun close to each other this device comprises a support 4 and a container 6 which are connected by a permanent connection hinge 5 as well as means for the temporary immobilizing of the container with respect to the support which means are formed here by a ratchet member 12 centered on the axis of the hinge 5 and rigidly connected with the container 6 and by a holding pawl 11 pressed by means of a spring blade 10 against the ratchet member. |
2 | behind the start marking with reference to the running direction of the conveyor belt according to one variant not shown here the address of the segment marking and the start marking 6 form a uniform marking system for example in the form of a code in stripe form the common scanning unit is then a read head the precise location determination takes place using an encoder that is driven by the conveyor belt 1 itself for example by means of friction wheel coupling within the framework of the exemplary embodiment presented here the encoder 10 is driven by way of the axle of a non driven drum 2 the encoder produces a certain number of electrical pulses for a certain path distance these pulses are acquired in the process computer 15 by means of a counter and together with the segment marking and the address of the belt segment yield precise location data for every point of the conveyor belt to be inspected the precision of the location determination depends on the selection of the encoder and the precision of the determination of the segment marking and can be very high precision values of a few tenths of a millimeter are possible the encoder can be for example a multi pole encoder de 203 12 808 u1 or an optoelectronic encoder in this regard reference is made to the general state of encoder technology the process computer 15 is coupled with the following device parts namely with the radiation source 4 including its control device 12 the line sensor 5 with. |
9 | second server domain requests the implementing server domain i e the first server domain to confirm that the third object is indeed implemented by the identified server domain i e the first server domain upon confirmation branch 84a as described earlier the second server domain returns a 34 true 34 value to the client domain concurring with the third object 39 s nomination block 86 otherwise branch 84b as described earlier the second server domain returns a 34 false 34 value to the client domain non concurring with the third object 39 s nomination block 88 fig4 c further illustrates the step of determining whether two objects are equivalent and providing the determination result to the client domain ref 74 of fig4 a in the presently preferred embodiment the first server domain checks to determine if the second object as well as the first object are implemented by itself block 90 if both objects are implemented by the first server domain itself branch 90a as described earlier the first server domain determines if the first and second objects are equivalent block 100 and returns the determination result accordingly block 102 or 104 if the second object is not implemented by the first server domain branch 90b the first server domain obtains the. |
9 | maximum set temperature as well as on the size of the gap between the rotors after such expansion subsequently cold rotor profiles which will be exhibited by the rotors when the rotors having the above mentioned hot roller profiles are cooled down to the normal temperature are determined by computation then the rotors 1 and 2 are worked by machining such as grinding in conformity with the cold rotor profiles the rotor profile of the male rotor 2 may be one that is generated by the profile of the female rotor 1 when both rotors are assembled together in the rotor casing 6 and synchronously operated under a load as will be described thus the requirement for precision of rotor profile of the male rotor is not so strict as that of the known screw compressor the rotors 1 and 2 are so profiled that a gap of a size e g 10 to 20 u03bcm less than a predetermined gap size is formed between the rotors 1 and 2 when these rotors are mounted in the rotor housing 6 the machined female rotor 1 is then coated with a film 10 formed by electroless plating of nickel which enables the film to be formed with a high degree of uniformity in thickness and high level of hardness during the plating particles 11 of a material having an extremely high level of hardness such as silicon carbide or oxidized alumina are dispersed in the plating material so that these particles exist in the film 10 a coating film 12 which is made of a material softer than that of the coating film 10 on the female rotor 1 is formed on the machined male rotor 2 the coating film 12 is formed by. |
4 | shown in fig6 b as the gasket 14 ages the overlap 76 decreases caused by shrinkage or reduced elasticity of the gasket 14 in either case however the overlap is sufficient to fully engage multiple of the teeth 62 62 u2032 preventing further outward motion of the door 16 once the latch has been locked thus eliminating the possibility of leakage if the door is inadvertently pulled referring now to fig1 and 6 c in the event that the door 16 is pushed inboard after the stop ramps 68 are engaged with the ramps 60 teeth 62 62 u2032 ensure that the ramp 68 is pulled along with ramps 60 causing stop support 70 to be pulled away from the frame 41 accommodating this movement and increased compression of the gasket 14 without allowing additional lateral motion of the stop support 70 or a decreasing of the overlap 76 in this way increased forces between ramps 68 and 60 are avoided when the inboard force on the door 16 is released and stop support 70 abuts frame 41 again such increased force could prevent disengagement of the stop ramps 68 by the actuating mechanism as will be described below a guide track 39 returns the stop support 70 to abutment with the frame 41 after this inboard force when the stop is rotated to an unlocked position referring now to fig7 rotation of the stop support 70 about center 72 is provided by means of a single. |
3 | baffles the composition of the 2 u00d7 ynb 1 5 is 0 28 g yeast nitrogen base 1 0 g ammonium sulfate 1 5 g glycerol and 100 ml water the cultures were incubated for about 24 h at 37 u00b0 c with 140 rpm shaking until an o d 600 of 3 5 is reached 2 u00d7 450 ml of autoclaved syn6 1 5 glycerol media in 2 u00d7 2000 shake flasks with baffles were inoculated with 20 50 ml of each of the above preculture the cultures were then incubated for 36 h at 30 u00b0 c and 140 rpm the composition of the syn6 1 5 glycerol medium is nh 4 h 2 po 4 u2014 13 3 g mgso 4 u00d7 7h 2 o u2014 3 0 g kcl u2014 3 3 g nacl u2014 0 3 g glycerol u2014 15 0 g in water 1000 ml the media was further supplemented with cacl 2 microelements vitamins and trace elements 10l of syn6 medium composition as of syn6 1 5 glycerol but not containing glycerol but containing 1 soya oil was autoclaved in a fermentor for 20 min at 121 u00b0 c after autoclaving the temperature ph aeration and agitation were set to the desired values ph to 4 0 agitation to 400 rpm aeration to 1 vvm the fermentor was inoculated with the seed culture. |
7 | as shown by the solid lines in fig5 and the size of a second order light source image becomes ip 1 thereby increasing the numerical aperture on the other hand where the concave lens 50 and the convex lens 52 are interchanged with each other as shown in fig6 the illuminating light beam becomes as shown by the solid lines in fig6 and the size of a second order light source image becomes ip 2 thereby producing the same condition as if the numerical aperture were decreased by using these arrangements it is possible to vary the u03c3 value of the illuminating optical system without using the aperture stop 18 and this has the effect of preventing any vignetting and improving the illumination efficiency if it is desired to vary the o value continuously this can be accomplished by arranging a zoom lens system in front of the fly eye lens 16 instead of storing the relation between the numerical aperture and the time constant in the form of table 1 in the memory 42 it is possible to approximate the relation between the numerical aperture and the time constant with a suitable function e g n order function as shown in fig7 and store the function in the memory 42 then the corresponding time constant will be determined by calculation from the preset numerical aperture in this case the selector 40 functions. |
6 | reference fame oil condition this means a change in the cetane number for bx with respect to the reference fame oil condition the first condition is therefore that each vegetal based oil different from the reference fame oil must be tested on the engine during the engine vehicle specific initial calibration and the resulting maps of combustion key parameters and cetane numbers must be located in the ecu memory area during this initial development of the engine specific calibration the second condition is that the used ecu must offer a storage capacity which is sufficient to allow the permanent presence of not only the maps related to the reference fame oil but also the parallel maps or multiplication tables for each supplementary vegetal based oil formulation susceptible to be used within a specific area country delimitation if the two conditions are satisfied a supplementary learning loop can be inserted before the validation of a new cetane number fig3 a shows at which location this supplementary test is performed 104 after the new cetane number 103 is known fig3 a the new percentage bx of fame oil in the diesel fuel is known 105 at this point a secondary action fig4 is performed which is the engine control strategies adaptation in this phase the control parameters preferentially expressed in 3 d maps are adapted according the interpolation between the nearest pre mapped control strategies u201c. |
6 | 32 of fuel through the fuel line inlet 22 a through flow 34 of fuel within the inner cylindrical structure 20 and an outflow 36 of fuel at the fuel line outlet 24 continuing with reference to fig2 it will be seen that the outer cylindrical structure 40 essentially u201c overwraps u201d a portion of the inner cylindrical structure 20 the outer cylindrical structure 40 including a sidewall 42 the sidewall having a first end 46 and a second end 48 at the first end 46 of the outer cylindrical structure 40 is a first sealed end cap 56 similarly at the second end 48 of the outer cylindrical structure 40 there is a second sealed end cap 58 the first and second sealed end caps 56 58 respectively each include an aperture not shown through which a portion of the inner cylindrical structure 20 passes the sidewall 42 and the sealed end caps 56 58 of the outer cylindrical structure 40 comprise and form an inner chamber 44 of the outer cylindrical structure 40 in application it will be seen that an inlet port 52 is sealingly provided at the first end 46 of the outer cylindrical structure 40 as is an outlet port 54 that is located at the second end 48 of the outer cylindrical structure 40 see also fig1 the inlet port 52 of the outer cylindrical structure 40 is sealingly attached to a coolant inlet line 62 similarly the outlet port 54 of the outer cylindrical structure 40 is sealingly connected to a coolant outlet line 64 also in application is the fact that the coolant inlet line 62 and the inlet port 52 of the outer cylindrical structure 40 provide for the inlet flow 72 of coolant into the outer cylindrical. |
3 | include heteroaryl ring systems e g thienyl pyridyl pyrazole isoxazolyl thiadiazolyl oxadiazolyl indazolyl furans pyrroles imidazoles pyrazoles triazoles pyrimidines pyrazines thiazoles isoxazoles isothiazoles tetrazoles or oxadiazoles and heteroaryl ring systems in which a carbocyclic aromatic ring carbocyclic non aromatic ring heteroaryl ring or a heterocycloalkyl ring is fused to one or more other heteroaryl rings e g benzo b thienyl benzimidazole indole tetrahydroindole azaindole indazole quinoline imidazopyridine purine pyrrolo 2 3 d pyrimidine and pyrazolo 3 4 d pyrimidine an aralkyl group as used herein is an aromatic substituent that is linked to a moiety by an aliphatic group preferably having from one to about six carbon atoms a heterocycloalkyl group as used herein is a non aromatic ring system that preferably has 5 to 6 atoms and includes at least one heteroatom such as nitrogen oxygen or sulfur examples of heterocycloalkyl groups include morpholines piperidines and piperazines suitable substituents for aliphatic groups aromatic groups aralkyl groups heteroaromatic groups and heterocycloalkyl groups include aromatic groups halogenated aromatic groups lower alkyl groups halogenated lower alkyl e g trifluoromethyl and trichloromethyl u2014 o aliphatic group or substituted aliphatic group u2014 o aromatic group or substituted aromatic group benzyl substituted benzyl halogens cyano nitro u2014 s aliphatic or substituted aliphatic group and u2014 s aromatic or substituted aromatic as used herein a u201c protecting group u201d is a chemical group that is attached to a functional moiety for example to the oxygen in a hydroxyl group or the nitrogen in an amino group replacing the hydrogen to protect the functional group from reacting in an undesired way it is obviously desirable that a protecting group. |
1 | edge boundaries each packet folded at the main grip and the peelably sealed edges are sealed the structural simplicity and integral grip of the kang applicator also provide very high storage densities that are essentially equal to the storage densities of packet applicators without grips as shown in fig3 peeling open the folded sheet of film exposes the applicator pad for use opening the kang applicator is the process of separating a first set of three peelable margins 13 14 and 15 from the set of counterpart margins 13 u2032 14 u2032 and 15 u2032 each margin other than the grip is called a u201c peelable margin u201d the u201c longitudinal u201d axis a a u2032 in fig5 of a kang applicator bisects the grip the ability to seal peel and optionally reseal the three peelable margins can be provided by the use of adhesives e g a sticky elastomer an embedded u201c zip strip u201d or other means as explained below the sheet of film is preferably manufactured to be somewhat flexible for embodiments for personal care uses to very stiff for embodiments are for abrasive uses except in the areas of the peelable margins and of a u201c hinge line u201d 18 along the base of the grip as shown in fig1 and 6 the portion of the sheet between an opening edge and the hinge line is called a u201c wing u201d 19 19 u2032 the grip 16 is the non peelably sealed margin between the hinge line 18 and the non peelable edge of the packet to enhance the ability of each wing to pivot on the hinge line the hinge line may optionally be creased or of. |
4 | to carry the dispersed fibrous web forming fibers 28 from the forming header area as an illustration of these principles the following examples compare conventional practice with the method of the present invention in a pilot plant air laid defiberizing unit of conventional design 2 7 lbs of pulp per minute were defiberized in a hammermill the pulp had a 6 7 fiber moisture content i e 0 181 lbs of water per minute were introduced to the hammermill in association with the fibers a make up air stream at 70 u00b0 f and having a relative humidity of 70 was introduced to the hammermill at a rate of 70 acfm recycle fibers were also added to the hammermill the transport air therefor being at 80 u00b0 f and 50 r h and at a flow rate of 400 acfm the water vapor associated with the make up and recycle air streams was calculated at 0 057 lbs min and 0 3223 lbs min respectively hence the total water concentration in the hammermill was 0 5603 lbs min the air temperature exiting the hammermill was 175 u00b0 f and the flow rate about 559 acfm at this temperature the air r h was 3 12 just prior to the former the air temperature had decreased to 120 u00b0 f with a corresponding increase in r h to 20 3 the flow rate was calculated to be 510 6 acfm the moisture content of the fibers was between 2 to 3 by weight to prevent fiber clumping it was necessary to maintain. |
8 | mode with the lowest threshold this mode changed from the fundamental to highest order and back to the fundamental mode as the cavity length was increased the behavior of these three regions is explained by the self imaging properties of the array at fractional talbot planes two embodiments of the invention were found suitable to achieve lateral mode control and hence for producing a single lobed far field diffraction pattern one embodiment is illustrated by fig3 a laser array 30 includes individual semiconductor lasers 32 44 spaced a distance d apart in the present demonstration d 50 u03bcm the output facets of the lasers are provided with an antireflection coating suitable lasers are algaas diode lasers made by spectra diode laboratory which operate at a wavelength of 0 8 u03bcm it will be appreciated by those skilled in the art that the number of lasers shown in fig3 is entirely exemplary and that an array would generally include many more lasers in addition other types of lasers could be used at other wavelengths e g ingaasp at 1 3 u03bcm in the present demonstration a one dimensional laser array consisting of seven gain guided multiple quantum well lasers was utilized in experiments at the lincoln laboratory of the massachusetts institute of technology but the concept can be extended to hundreds of lasers in two dimensions a microlens array 46 is interposed to intercept the beams the lenslet array 46 to be described in more detail in conjunction with fig4 below collimates each of the individual beams after collimation a portion of the light is reflected from a partially reflecting feedback mirror. |
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