bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The fuel cell system according to any one of claims 1 through 3 wherein the first determination range is a range exceeding a normal operating range of the detection sensor 24d 28b1 26b2 32b 32c 92d 41b 42c 44b 42b 41c 44c.

Related passage: Figure 2 shows a pressure sensor P2 abnormality determination routine.This determination routine is repeatedly executed at certain intervals for example of 2 milliseconds by the control device 50.When this determination routine is called up the control device 50 performs AD conversion of an analog output value from the pressure sensor P2 into digital data S11.The control device 50 then determines whether this sensor value digital value is equal to or larger than an upperlimit threshold value or smaller than a lowerlimit threshold value S12.If the sensor value is smaller than the upperlimit threshold value and equal to or larger than the lowerlimit threshold value S12 NO the pressure sensor P2 is operatingnormally and therefore the control device 50 exits this routine.If the sensor value is equal or larger than the upperlimit threshold value or smaller than the lowerlimit threshold value S12 YES there is a possibility of the occurrence of abnormality in the pressure sensor P2 due to disconnection or the like and therefore the control device 50 determines whether or not the sensor value digital value is kept equal to or larger than the upperlimit threshold value or smaller than the lowerlimit threshold value over a certain time period S13.If the sensor value is not kept in the abnormal value range over the certain time period S13 NO the sensor value in the abnormal range is considered due to a temporary detection error or the like in the pressure sensor P2 and the control device 50 determines that the pressure sensor P2 is operating normally and exits this determination routine.If the sensor value is kept in the abnormal value range over the certain time period S13 YES it can be determined that an abnormality has occurred in the pressure sensor P2 and therefore the control device 50 sets a pressure sensor abnormality flag to 1 S14 and exits this determination routine.
Patent claim: The system of claim 1 further comprising a switch matrix to provide a radio frequency path between a channel unit and an allocated antenna resource in response to a decision of the contention logic.

Related passage: If the mobile station 30 is equipped with the location measuring part 33 of Fig.3 the mobile station 30 may notify the base station 10 of the location information acquired by measurement as uplink control information.On the other hand if the mobile station 30 is not equipped with the location measuring part 33 the location estimator 19 of the base station 10 may estimate the location information of the mobile station 30 from a direction of arrival and a reception power of a signal transmitted from the mobile station 30.The base station 10 is configured to update the location information of each mobile station 30 in an adequate period according to a moving speed of each mobile station 30 or the like.
Patent claim: A liquid ejection system comprising the liquid ejection control device according to any one of the preceding claims a liquid ejection device and a feeding pump device.

Related passage: Fluid ejection conditions which are important in the case where the fluid ejection device incises or excises a living tissue by ejecting fluid in a pulsed manner are an excision power per pulse and an excision speed per unit time.In the case of the fluid ejection device disclosed in United States Unexamined Patent Application No.20090043480
Patent claim: A method of compounding at least one rotary engine the method comprising drivingly engaging a second stage turbine and a compressor in a turbocharger defining a fluid communication between an outlet of the compressor and an inlet port of each of the at least one rotary engine defining a fluid communication between an exhaust port of each of the at least one rotary engine and an inlet of a first stage turbine including directing the fluid communication onto blades of a turbine rotor of the first stage turbine the first stage turbine having a lower reaction ratio than that of the second stage turbine defining a fluid communication between an outlet of the first stage turbine and an inlet of the second stage turbine of the turbocharger and drivingly engaging an engine rotor of each rotary engine and the rotor of the first stage turbine to a common shaft.

Related passage: Still referring to Fig.2 in the particular embodiment shown the rotary engine 10 comprises an outer body 12 having a plurality of rotor cavities 20 only one of which is shown each defined by axiallyspaced end walls 14 and a peripheral wall 18 extending therebetween with a rotor 24 received in each cavity 20.The inner surfaceof the peripheral wall 18 of each cavity 20 has a profile defining two lobes which is preferably an epitrochoid.
Patent claim: The semifluorinated alkane for use according to claim 4 wherein the semifluorinated alkane is FCF26CH28H.

Related passage: Examples of potentially useful oily excipients which may be used in combination with one or more SFAs include triglyceride oils i.e.soybean oil olive oil sesame oil cotton seed oil castor oil sweet almond oil mineral oil i.e.petrolatum and liquid paraffin medium chain triglycerides MCT oily fatty acids isopropyl myristate oily fatty alcohols esters of sorbitol and fatty acids oily sucrose esters or any other oily substance which is physiologically tolerated by the eye.
Patent claim: A quadrature downconversion circuit 50 for a receiver circuit 10 wherein the quadrature downconversion circuit comprises a first and a second downconversion circuit301 30Q according to any preceding claim arranged in an in phase I signal path and a quadraturephase Q signal path respectively of the quadrature downconversion circuit 50.

Related passage: The effect of changing the duty cycleto manipulate the amplitude of the harmonic tones is shown in Figure 3 where the values of the coefficients an are plotted versus the duty cycle of the square wave.For instance it can be seen thatequal to 13 or 23 of the period time will completely remove the 3rd harmonic tone as well as the 6th and 9th harmonic etc.Correspondingly anof 15 25 35 or 45 removes the 5th and 10th harmonic etc.
Patent claim: The ceilingembedded air conditioner according to claim 1 wherein the electrical equipment box 9 is provided with first and second storage portions 91 a and 91b coupled to be orthogonal to each other and is formed in an L shapethe first storage portion 91a is disposed from the corner A for tube connection along the first heat exchange portion 6a and the second storage portion 91b is disposed from the corner A for tube connection along the fourth heat exchange portion 6d.

Related passage: A bell mouth 16 is disposed between the decorative panel 2 and the blower 5.The drain pan 7 surrounds the periphery of the bell mouth 16.The bell mouth 16 is formed to be hornshaped having a small diameter at the blower 5 side and a large diameter at the intake port 12 side of the decorative panel 2.Although a part thereof is closed against the intake port 12 by the electric part box 11 the bell mouth 16 maintains a function of blowing air guidance.
Patent claim: Locking system of weapons by satellite tracking according to previous claim characterizes that the GPS receiver signal again sends a signal to the trigger lock system 12 of theweapon proceeding to unlock the trigger when the position 6 of the third GPS signal transmitter chip 19 exits the security strip of the axis of the shot.

Related passage: This invention generally relates to feedback to avoid friendly fire casualties and specifically to providing tactile feedback when a weapon is trained on friendly personnel.
Patent claim: The electric power tool 10 according to claim 2 or 3 wherein the plurality of resistive elements D1D5 R1 includes a resistor R1.

Related passage: According to another embodiment an electronic power apparatus is provided including a circuit board having a conductive pads and a sense pad coupled to an output signal and an actuator having a wiper portion accommodating a conductive wiper.The wiper includes a first end arranged to engage the sense pad and a second end arranged to slidably engage at least one of the conductive pads on the circuit board.The conductive pads are arranged in a first row of conductive pads and a second row of conductive pads in parallel with and at a distance to the first row of conductive pads.An alignment of the second row of conductive pads is traversally offset with respect to the first row of conductive pads.
Patent claim: The system according to claim 1 wherein the operation unit determines a time required for the wind to arrive at a wind turbine at which the wind arrives earliest in each group as the control end time TGnend.

Related passage: In accordance with the present technique the wind farm 12 includes a wind farm control system 50 comprising a central controller 51.In the illustrated embodiment the wind farm control system 50 is operable to monitor and control rate of change of collective power output of the wind farm 12.Rate of change of power output is also referred to in this discussion as power ramp rate.The wind farm control system 50 further comprises power sensors such as voltage and current sensors 52 which are configured to sense collective power output of the wind farm 12 and may either be coupled to an output of the station transformer 48 as illustrated in FIG.1 or to a point in the medium voltage distribution network 42.
Patent claim: A spinning machine comprising a spinning device 9 adapted to form a spun yarn 10 by twisting a fiber bundle 8 a winding section 26 adapted to form a package 50 by winding the spun yarn 10 around a winding tube 51 a yarn pooling device 22 adapted to pool the spun yarn 10 between the spinning device 9 and the winding section 26 a yarn joining device 23 adapted to join the spun yarn 10 from the spinning device 9 and the spun yarn 10 from the winding section 26 a transporting device 27 28 adapted to transport the spun yarns 10 to the yarn joining device 23 and a movable guide 60 adapted to pull the spun yarn 10 to the yarn pooling device 22 wherein a direction of a first yarn path which is a yarn path during winding of the package 50 by the winding section 26 is changed by the yarn pooling device 22 the yarn pooling device 22 is arranged at a position located away from a second yarn path which is a yarn path before the pulling of the spun yarn 10 is performed by the movable guide 60 after the spun yarns 10 are transported to the yarn joining device 23 by the transporting device 27 28 and the movable guide 60 is adapted to pull the spun yarn 10 on the second yarn path to the yarn pooling device 22.

Related passage: When the yarn tension at the downstream side increases the yarn accumulating device 12 unwinds the yarn.When the yarn tension decreases i.e.when the yarn is likely to slacken the yarn accumulating device 12 stops the unwinding of the yarn.Thus the yarn accumulating device 12 can eliminate the yarn slackening and apply appropriate tension to the yarn.Moreover since the yarn hooking member 22 operates to absorb changes in the tension applied to the spun yarn 10 located between the yarn accumulating device 12 and the winding device 13 such tension changes can be prevented from influencing the spun yarn 10 located between the spinning device 9 and the yarn accumulating device 12.Thus the spun yarn 10 can be pulled out at a more stable speed from the spinning device 9 by the abovedescribed yarn accumulating device 12.
Patent claim: The method according to any of the preceding claims wherein the bakery product comprises a liquid oil selected from the group consisting of canola oil rapeseed oil sunflower oil soy oil peanut oil corn oil cottonseed oil olive oil and mixtures of two or more thereof preferably wherein the liquid oil is native canola oil soy oil or a mixture thereof and most preferably wherein the liquid oil of the bakery product and the liquid oil of the fat blend are the same.

Related passage: In function of the desired texture and crystalline form the filling can be poured into half liquid state in a box or can be extruded.
Patent claim: The method of claim 9 wherein the phase detector has a current output a voltage output or any output signal receivable by the loop filter.

Related passage: When we include the practical PLL consideration that nd0 and the stability requirement from the table above that nzni we can reduce this equation to HsORNi1ni1sii1ni1siNKdKvKfsni1ini1ninp1sj from which it becomes clear that the highest order of the left member of the denominator is sni while the lowest order of the right member of the denominator is sni1.This shows that the multiplication factor NKdKvKf can be isolated from all coefficients that it occurs in.
Patent claim: Method according to any of claims 78 wherein an adhesive or a solvent is applied to at least one of the main surfaces M of the plurality of extruded foam boards to be attached together preferably on both main surfaces to be attached together.

Related passage: In accordance with the invention the thermoinsulating panel 12 is obtained from a plurality of elementary panels 14 or base panels of extruded polystyrene foam which have a closedcell structure 22.
Patent claim: A turbine system 10 comprising a compressor 12 a turbine 16 coupled to the compressor 12 and a plurality of bucket assemblies 30 disposed in at least one of the compressor 12 or the turbine 16 at least one of the bucket assemblies 30 as recited in any of claims 1 to 12.

Related passage: Further as depicted herein the curved cooling passages 56 are generally defined within the platform 14 such that at least in a lengthwise direction the cooling passages 56 are substantially parallel to the horizontally oriented platform 14.However it should be appreciated that in alternative embodiments the cooling passages 56 may be defined in the platform 14 throughout a range of planar orientations and angles.For example the curved cooling passages 56 may be defined at an angle within the platform 14 such that the cooling passages 56 have an originating ends 60 at an exterior face of the platform 14 such as the pressure face 24 and having a terminating end 62 at the top surface 23 of the platform 14.Alternatively the cooling passages 56 may be defined in the platform 14 such that the originating and terminating ends 6062 of the cooling passages 56 are both disposed at the top surface 23 of the platform 14.
Patent claim: An arrangement according to any claims 811 characterized in that the arrangement is configured to scan the switching frequency range with a continuous sweep over the permissible switching frequency range.

Related passage: In order to reduce conducted highfrequency disturbances RFI radio frequency interference filters to be coupled to feeders are commonly used.These filters typically comprise a coupling of capacitive and inductive components.The RFI filter inductance may comprise both phasespecific andcommon mode choke but to save on costs common mode chokes alone are often used in these filters.A problem arises when the RFI filter employs common mode chokes alone which get saturated.Saturation may result from high capacitance of motor cables of the frequency converter with respect to earth whereby the capacitances generate a high common mode current during transitions.The switching frequency of the frequency converter also has an effect on the magnitude of the common mode current passing through earth capacitances.The common mode current tends to return to the source of disturbance i.e.to the highpower semiconductors of the frequency converter either through antiinterference capacitors earthed via a DC intermediate circuit of the frequency converter or through the earth capacitances of the supply network.If the switching frequency of the frequency converter is at the resonance frequency of an LC circuit formed together by the supply network earth capacitance and the supply networks inductance and the RFI filters common mode inductance the common mode currents tend to return to the source of disturbance via said route and not via the desired route i.e.via the antiinterference capacitors.
Patent claim: The organopolysiloxane according to claim 1 wherein the organopolysiloxane comprising a substituent shown by the general formula 1 is a compound shown by the following average composition formula 4in the formula 4 R7 represents a substituent shown by the general formula 1 R8 each independently represents a group selected from a hydroxyl group an alkoxy group having 1 to 3 carbon atoms an alkyl group having 1 to 30 carbon atoms a fluoroalkyl group having 1 to 30 carbon atoms an aryl group having 6 to 30 carbon atoms an aralkyl group having 7 to 30 carbon atoms and R1NHR3nNH2 wherein R1 R3 and n have the same meanings as defined above R9 is R7 or R8 and A represents an organopolysiloxane segment shown by the following average composition formula 5in the average composition formula 5 R7 R8 and R9 have the same meanings as defined above Q represents an oxygen atom or a divalent hydrocarbon group having 1 to 3 carbon atoms in the average composition formula 4 and the average composition formula 5 d i and l are each independently 0 to 3 e is 0 to 5000 f is 0 to 500 g is 0 to 100 h is 0 to 100 j is 0 to 5000 k is 0 to 500 provided that when f is 0 dgikl is 1 or more wherein the compound shown by the average composition formula 4 contains at least one R7 at least one quaternary ammonium saltcontaining group shown by the general formula 2 and at least one polyoxyalkylene group shown by the average composition formula 3.

Related passage: These materials are essentially the reaction product obtained by combining components i and ii.A detailed showing of their composition in terms of its structure can be found in detail in the 753 and 760 applications.
Patent claim: The pulse wave measuring apparatus according to claim 4 wherein the determined pressure is 5 kPa to 6 kPa.

Related passage: This biological information measuring apparatus has a light emitting means for emitting light to a wrist or arm and a photodetection means for detecting light emitted by the light emitting means into the body and generating a pulse wave signal according to the amount of detected light and generates biological information indicative of a body condition based on a pulse wave signal measured in a 500 nm to 600 nm wavelength range.
Patent claim: A gas turbine engine compressor comprising a first rotor segment 104b comprising a first inner rim 112 and a first aft sealing surface 122b wherein the first inner rim 112 comprises a first aft engagement feature 116b and a second rotor segment 104c positioned aft of the first rotor segment 104b and comprising a second inner rim 112 and a second fore sealing surface 120c wherein the second inner rim 112 comprises a second fore engagement feature 114c wherein the first aft sealing surface 122b and the second fore sealing surface 120c are complementary to each other and are configured to be bonded together via a transient liquid phase diffusion process.

Related passage: With reference to Figure 12A the blades 64 and seal surface 82 may be formed as segments that include axial wire seals 96 between each pair of the multiple of seal surfaces 82 and each pair of the multiple of blades 64 as well as tangential wire seals 98 between the adjacent HPC spacers 62C and HPC rotors 60C.The axial seals 96 extend between each blade and the tangential seals 98 extend about the rotor on each side of the spacer 62C.In one example the axial seals 96 are configured to extend along a length of each edge of each blade platform 76 and the tangential seals 98 are configured to extend circumferentially about the axis A between fore and aft edges of each spacer 60c and the corresponding circumferential fore and aft edges of the platforms 76 for each set of blades 64.The tangential wire seals 96 and the axial wire seals 98 are located within teardrop shaped cavities 100 Figure 13 such that centrifugal forces increase the seal interface forces.Figure 12B shows an improved secondary flow configuration that takes advantage of the spoked rotor design to provide additional cooling to the high pressure turbine HPT 54 as indicated by arrow 140.This configuration entrains air from the engine gaspath at a midcompressor location and flows through spokes in the disk 66 and spacer 62C portions of the HPC rotors 60C.Flow exits at the aft rotor location and combines with additional air flow to be delivered to a second blade of the HPT 54.As such in thisarrangement existing hardware is utilized for secondary flow geometry to allow elimination of pumps at the aft end of the HPC 52.This cooling system can be utilized in any configuration where sufficient flow passes through slotted rotor geometry at sufficient driving pressures.
Patent claim: The injection molding apparatus as claimed in any one of claims 1 2 and 4 through 11 wherein the power transfer unit is configured to transfer power from the feeding path to the electric storage in a predetermined period after power is turned on.

Related passage: A power accumulating device 3 according to the first embodiment of the invention is configured by a power accumulating circuit 4 and a control circuit 5 as shown in Fig.2A.The power accumulating circuit 4 stores power supplied form the ACDC converter 2 via the positive terminal P and the negative terminal N of the DC voltage and outputs the stored power from the positive terminal P and the negative terminal N as the DC voltage.The control circuit 5 controls the power accumulating circuit 4.Actually the power accumulating circuit 4 is coupled to the control circuit 5 via a photo coupler so as to be electrically insulated to each other in order to preventsuch a phenomenon that the current on the power accumulating circuit 4 side flows into the control circuit 5 to thereby break the electronic element within the control circuit 5.However in order to simplify the explanation the power accumulating circuit 4 and the control circuit 5 are shown in a directly coupled manner.
Patent claim: An adhesive comprising a polymer matrix 310 and a plurality of adhesive capsules 320 dispersed in the polymer matrix 310 wherein each of the adhesive capsules 320 comprises a shell 321 configured to shatter under pressure and an adhesive polymer 322 in the shell 321.

Related passage: Each microcapsule 1 has an outer diameter set to a value of not less than 2 m and less than 3000 m more preferably not less than 5 m and less than 1000 m.Here the outer diameter of each microcapsule 1 is set to fall within such a range because if the outer diameter is less than 2 m the outer wall 2 fails to be crushed even when subjected to an external force of not less than 150 Ncm2 with the result that the moisturecuring adhesive 3 fails to be released without serving its purpose while on the other hand if the outer diameter is more than 3000 m an inconvenience may arise that the outer wall 2 is crushed to release the moisturecuring adhesive 3 undesirably during application of microcapsules 1 at an external force of not more than 10 Ncm2.