bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The gas turbine engine 100 in accordance with Claim 9 or Claim 10 wherein said undercowl component 402 comprises a nonelectronic component.

Related passage: Fig.4 is a schematic part crosssection of an engine nacelle 201 operating in a similar fashion to that depicted in Fig.3 but with a fuel cooled heat exchanger 210.Thus as previously a fan 208 drives an air flow 206 and a pool of liquid 205 alternately evaporates and condenses to transfer heat energy in the directions of arrowheads 207 between an inner surface 202 and an outer surface 203.Typically a component or part 211 such as an electronicelectrical device or static engine structure is cooled by the evaporation of the liquid 205.
Patent claim: The electronic system according to claim 13 when depending upon claims 5 or 11 wherein said gyroscope 22 forms said first and second input capacitors Ci1 Ci2.

Related passage: In greater detail the driving units 10 comprise first and second fixed driving electrodes 10a 10b anchored to the fixed structure 6 and extending substantially perpendicular to the driving direction X and movable driving electrodes10c which are anchored to the driving mass 7 and are also substantially perpendicular to the driving direction X.The movable driving electrodes 10c are combfingered and capacitively coupled with respective first fixed driving electrodes 10a and second fixed driving electrodes 10b.In addition the first and second fixed driving electrodes 10a 10b of the driving units 10 are electrically connected respectively to a first driving terminal 13a and to a second driving terminal 13b of the microstructure 2.As has been mentioned moreover the coupling is of a differential type.In other words in each driving unit 10 a movement of the driving mass 7 along the driving axis X determines the increase of the capacitance between the movable driving electrode 10c and one of the fixed driving electrodes 10a 10b.The capacitance between the movable driving electrode 10c and the other of the fixed driving electrodes 10a 10b decreases instead accordingly.
Patent claim: The system of claim 1 wherein the first local controller includes an optical transmitter that is configured to produce laser pulses with a constant amplitude and wherein the first local controller implements Incoherent Optical Frequency Domain Reflectometry IOFDR with a step frequency or swept frequency methodology or wherein the first local controller includes an optical transmitter configured to provide the optical signal as a single laser pulse at a fixed wavelength and wherein the local controller is configured to determine the at least one temperature of the first zone using optical time domain reflectometry OTDR or wherein the first local controller is configured to provide the optical signal to a first end of the first zone fiber optic cable and the first local controller is configured to receive the response signal from a second end of the first zone fiber optic cable and wherein the first local controller is further configured to provide a probe signal to the second end of the first zone fiber optic cable and receive the probe signal from the first end of the first zone fiber optic cable and wherein the first local controller is configured to determine the at least one temperature of the first zone based on a frequency difference between the response signal and the probe response using Brillouin optical time domain analysis BOTDA.

Related passage: FIG.1 is a schematic diagram of a system and architecture of optical fiber coupled flight sensors consistent with the present invention.The system 10 includes at least one laser 12 optically coupled to one or more sensors.In all cases the sensors are laser based devices which have as components optical elements such as lenses mirrors or diffraction gratings plus associated detectors.Representative sensor components include but are not limited to one or more fiber Bragg gratings 14 operatively associated with the airframe or aircraft skin at different locations.Also shown on FIG.1 are a representative pitch optic 16 and a catch optic 18 optically coupled to a series of wavelength filtered detectors for tunable diode laser absorption spectrometry which elements as described in detail below collectively operate as a combustion zone sensor.Also shown on FIG.1 is a passive skin emission sensor 22 and various other optical components which together function as an integrated fiber optic sensor architecture.
Patent claim: A hearing assistance device according to claim 6 or 7 wherein the bodyworn part comprises or is constituted by a behindtheear BTE part adapted for being worn behind an ear pinna of the user.

Related passage: In this way the at least one ITE microphone supplies the input to the hearing aid at frequencies where the hearing aid is capable of supplying the desired gain with this configuration.In the selected frequency band wherein the hearing aid cannot supply the desired gain with this configuration the microphones of BTE hearing aid housing are included in the signal processing as disclosed above.In this way the gain can be increased while simultaneously maintain the spatial information about the sound environment provided by the at least one ITE microphone.
Patent claim: An absorbent article according to the preceding claim wherein the core wrap comprises a first nonwoven 66a and a second nonwoven 66b and wherein the first nonwoven forms a Cwrap around the second nonwoven

Related passage: Glue HL1358LO available from HB Fuller was applied as an auxiliary adhesive onto the core cover as 41 slots 1mm wide a spaced by 1 mm such to cover a pattern 81mm wide and 310mm long centered versus the longitudinal axis of the core such that the basis weight was 5gsm.The first SAP layer was bonded to the auxiliary glue.The first SAP were sourced as AQUALIC CA Type L520 having a CRC of 30gg and a UMP of 50 107 cm3 secg.A total of 664g of first SAP was used.
Patent claim: The vehicle window glass according to claim 7 or 8 further comprising an extension element extending from the defogger wherein at least a portion of the first media element is in proximity to the extension element.

Related passage: Defogger 5 includes a pair of bus bars 51 longitudinally disposed at both side sections of rear window glass 1.A plurality of heating horizontal strips 52 are disposed between pair of bus bars 51 and both ends of heating horizontal strips 52 are connected to the pair of bus bars 51.A defogger vertical strip 53 may be disposed along a center line r of rear window glass 1.This defogger vertical strip 53 has its upper end connected to an uppermost heating horizontal strip 52 is connected to crossing all heating horizontal strips 52 and is connected to a lowermost heating horizontal strip 52.
Patent claim: The use according to any one of claims 1 to 3 wherein the oxidized protein hydrolase activity enhancing agent comprises extracts of fenugreek fennel and hibiscus as active ingredients.

Related passage: It is known that oxidation reactions and glycation reactions in vivo adversely affect cells and tissues.In particular the production and accumulation of proteins having undergone an oxidation reaction or a glycation reaction i.e.oxidized proteins or glycated proteins cause diseases such as diabetes complications Alzheimers disease cataracts and arteriosclerosis as well as aging and hypofunction of tissues such as skin.On this account the oxidized proteins and glycated proteins are called damaging proteins.In particular accumulation of AGEs Advanced Glycation Endproducts which are end products produced by a nonenzymatic addition reaction of a carbohydrate to a protein is seen as a problem.
Patent claim: The system of claim 9 wherein the processor is further configured to determine an overhead time associated with a termination of the energy savings mode and to terminate using the timer the energy savings mode at the conclusion of the zeroforce interval less the overhead time

Related passage: A haptic effect developer can author a haptic effect for the device and the device can be configured to output the haptic effect.Alternately a device can receive input such as audio input or video input can convert the input into a haptic effect and can output the haptic effect.In either scenario different types of hardware can be capable of generating different types of haptic effects due to different hardware characteristics.For example different types of actuators such as eccentric rotating mass motor actuators linear resonant actuators and piezoelectric actuators are capable of generating different types of haptic effects due to different electromechanical characteristics of the different actuators.In general a haptic effect developer that wishes to author a haptic effect for a specific type of hardware is required to tailor the haptic effect for the specific hardware.If the haptic effect developer wishes to support multiple hardware types the haptic effect developer generally has to author different haptic effects in order to provide an optimal haptic experience for each hardware type.This can result in additional design time and effort involved with authoring haptic effects.
Patent claim: The method of claim 1 further comprising enabling a premature termination of the energy savings mode upon receipt of a haptics call or further comprising enabling a premature termination of the energy savings mode upon receipt of a haptics call and upon the premature termination of the energy savings mode determining a duration of the energy savings mode.

Related passage: At 350 the start time for each haptic effect pattern of the plurality of haptic effect patterns or the single haptic effect pattern included within the haptic signal isshifted back by a predefined duration identified as a shift duration.A standarddefinition haptic output device such as an ERM may have a slow response time especially when compared to a highdefinition haptic output device.The shifting back of the start time of each haptic effect pattern by a shift duration can compensate for the slower response time of the standarddefinition haptic output device.For example if a haptic effect is to be output at time 3 seconds s a start time of a corresponding haptic effect pattern can be shifted back by 40 ms from 3 s to 2.96 s so that the haptic effect is output by the standarddefinition haptic output device at 2.96 s rather than 3 s but will be felt by a user at 3 s.The flow then proceeds to 360.
Patent claim: A load carrier foot according to any one of the preceding claims wherein said positioning arm is a pivotable positioning arm which is configured to pivot about a positioning pivot axis in a direction towards said body when the pivotable positioning arm moves said bracket from its first state to its second state.

Related passage: The release member 51 comprises a first and a second arm 51 a 5b adapted to grasp about a portion of the cam member in this case axle portions 11 a on which the lever 13 is connected to.A handle portion 51f is arranged to bridge between the first and the second arms 51 a 51 b.The press member can be used by a user to press the release member 51 in an upwardly direction to release the cam member 11 if the load carrier foot 1 is to be detached from the vehicle.The release member 51 is thus displaceably arranged to the cam member and indirectly to the lever 13.The first and the second arm 51a 51 b comprises protruding portions 51 c 51 d having slightly larger thickness than the remaining portions of the first and the second arms 51 a 5b.The cam member 11 is provided with grooves 11 c 11 d adapted to receive the protruding portions 51 c 51 d of the first and the second arm 51 a 51 b as will be described below.Hence the release member 51 is adapted to cooperate with the cam member 11 to prevent the cam member 11 from being accidentally unlocked or released from the tightened position.
Patent claim: The hydraulic system of claim 2 wherein the controller is configured to deactivate the ride control mode of operation when the speed of the mobile machine is less than a deactivation speed setpoint the speed of the mobile machine is greater than or equal to the deactivation speed setpoint the gear setting of the transmission is less than the minimum gear setpoint and the dig trigger signal status is on or the speed of the mobile machine is greater than or equal to the second speed setpoint the gear setting of the transmission is less than the minimum gear setpoint the dig trigger signal status is off and the angle of the lift arm is less than a lift arm angle setpoint.

Related passage: The controller 111 is composed of an information processing unit such as a CPU central processing unit and an MPU micro processing unit for example and generates a damper drive signal which is a control signal for opening and closing the EPC valve 115b in the valve system 115 from the shift operation signal the damper function SW signal the boom lever stroke signal the bucket lever stroke signal the vehicle speed signal and the boom bottom pressure signal which are input to output to the EPC valve 115b.
Patent claim: The computer implemented method of claim 5 wherein the subset of parameters of the ROM include one or more of system pressures system temperatures valve positions control references characteristics related to ambient environment and characteristics related to aircraft operation.

Related passage: Referring to Figures 3A and 3B with continuing reference to Figure 2 an example diagnosis method 100 uses the differences to partition faults into three categories of faults faults of the subsystem sensors 58 faults of the subsystem actuators 54 and faults in the performance of engine modules 46.
Patent claim: The system of claim 8 wherein the notification event is associated with an alert.

Related passage: Embodiments provide systems and methods for parameter modification of haptic effects.For example one disclosed method comprises determining by an electronic device a haptic effect receiving by the electronic device an input signal indicating an environmental condition modifying by the electronic device the haptic effect based at least in part on the input signal generating by the electronic device a haptic output signal based at least in part on the modified haptic effect the haptic output signal configured to cause a haptic output device to output the modified haptic effect and outputting by the electronic device the haptic output signal.In another embodiment a computer readable medium comprises program code for causing a processor to perform such a method.
Patent claim: Method according to claim 1 further comprising before step c a step of b1 carrying out an indentation test on said sample 4 by means of said indenter 5.

Related passage: When the topographic tip 36 has contacted the surface of the sample the topographic tip 36 will be kept during the entire indentation measurement cycle in contact with the surface e.g.by a feedback circuit that utilizes the change of the signal generated by the topographic tip 36 and that acts upon the actuator 30 of the reference subsystem 3.This assures that the position of the reference structure 33 relative to the surface of the sample is precisely known during the entire indentation measurement cycle.
Patent claim: The connector part according to any of the preceding claims wherein the connector part 100 comprises a connector housing 105 having an opening for allowing a pin 250 of the second connector part 200 to enter the connector part 100 and further comprises a shuttle pin 150 that is disposed in said opening and sealed against the connector housing 105 in an unmated state of the connector part 100 wherein the shuttle pin 150 is movable rearwardlyinto the connector housing 105 to activate the flushing mechanism 10 during mating.

Related passage: Figure 1 shows the connector 100 in an unmated position with the first element 31 slightly protruding from the front face 51 of the pin 12.In other embodiments the first connector part 10 may be configured so that the first element 31 of the flushing arrangement 30 is positioned rearwardly of the front face 51 of pin 12 so that the pin 12 slightly protrudes from the first element 31.In this way the flow channels 37 38 are protected and the danger of clogging these channels e.g.due to marine growth or dirt is reduced.
Patent claim: The turbine stage 10 according to claim 5 wherein at least some of said platforms 16 include a trailing edge ridge structure 50 extending along a portion of said airfoils 14 and coupled to said at least some platforms 16 the trailing edge ridge structures 50 adjoining at least one of said pressure side 20 and said suction side 22 at said trailing edge 26 of each respective airfoil 14 with the respective platforms 16.

Related passage: Figs.19 and 20 are conceptual views of a turbine blade cascade structure according to a tenth embodiment of the present invention as an exemplary turbine rotor blade.
Patent claim: An adapter assembly for operably connecting an end effector to a surgical instrument the adapter assembly comprising a drive coupling assembly a first drive assembly operably connected to the drive coupling assembly the first drive assembly including a drive screw a second drive assembly operably connected to the drive coupling assembly the second drive assembly including a first cam assembly and a third drive assembly operably connected to the drive coupling assembly the third drive assembly including a second cam assembly.

Related passage: In particular as seen in FIGS.5 and 6 adapter assembly 100 further includes a drive coupling assembly 112 at a proximal end portion thereof which operatively couples adapter assembly 100 to powered actuator device 20.Drive coupling assembly 112 includes rotatably supported and distally extending first and second proximal drive shafts 116 118 respectively.Proximal drive shafts 116 118 may be made flexible to act as shock absorbers allowing for reduced peak loads yet sufficiently rigid to transmit rotational forces.First and second proximal drive shafts 116 118 each include at a proximal portion thereof a tapered neck portion not shown having a noncircular crosssectional profile e.g.square shaped.Each of first and second proximal drive shafts 116 118 is provided with a biasing means not shown disposed about the respective neck portion and a sleeve not shown disposed proximal of the biasing means.The sleeves each define a bore having a crosssectional profile that corresponds to that of the neck portion of proximal drive shafts 116 118.The distal ends of the first and second drive shafts of powered actuator device 20 include coupling cuffs 120 122 each defining a recess 120a 122a corresponding to the noncircular crosssectional profile of the neck portion of proximal drive shafts 116 118.Coupling cuffs 120 122 of actuator device 20 engage theproximal end portions not shown of proximal drive shafts 116 118 wherein each proximal end portion of the proximal drive shafts 116 118 has a noncircular crosssectional profile for engaging respective recess 120a 122a of coupling cuffs 120 122 whereby rotation of drive shafts not shown of powered actuator device 20 results in concomitant rotation of coupling cuffs 120 122 and concomitant rotation of first and second proximal drive shafts 116 118.
Patent claim: The system of claim 9 wherein the processor is further configured to analyze the haptic track for a future occurrence of a zeroforce interval or wherein the processor is further configured to analyze the haptic track for a future occurrence of a zeroforce interval and the processor is further configured to generate a haptic pattern that comprises the future occurrence of the zeroforce interval and a nonsilent haptic instruction wherein execution of the haptic pattern occurs during the energy savings mode.

Related passage: In these embodiments when the duration of the corresponding haptic effect pattern is greater than or equal to the duration threshold a rampup duration is firstcalculated as a product of a predefined value that indicates a duration for the standarddefinition haptic output device to reach a maximum vibration intensity identified as an intensity and a maximum amplitude of the corresponding haptic effect pattern.Thus the rampup duration indicates a duration for the standarddefinition haptic output device to reach a vibration intensity that corresponds to the maximum amplitude of the corresponding haptic effect pattern.When the rampup duration is greater than or equal to half of the duration of the corresponding haptic effect pattern the vibrotactile haptic effect pattern is rendered so that an active duration and a silent duration of the vibrotactile haptic effect pattern are each set to half of the duration of the corresponding haptic effect pattern.Thus the original haptic effect pattern is replaced by a vibrotactile haptic effect pattern with equal active and silent durations that collectively cover an entire duration of the original haptic effect pattern.The rendering of the vibrotactile haptic effect pattern in this scenario is further described below in greater detail in conjunction with Fig.5.
Patent claim: The apparatus of claim 1 wherein the pin portion 130 is provided with a pressing plate 131 disposed on a lower end thereof to press the first rotating unit 140 in response to a movement of the pin portion 130.

Related passage: A guide slot 195 having a long shape is formed in the pressing slider 191 to receive the guide pins 146 protruded at the case 141.A pressing slider spring 197 which applies an elastic force to urge the pressing slider 191 towards the trip position is connected to one end of the pressing slider 191.A contact portion 196 which contacts the trip slider 181 to press upon the same is formed at the pressing slider 191.
Patent claim: The mobile device of any one of claims 68 wherein the first parasitic scattering element and the second parasitic scattering element each comprise a capacitive component comprising one or more capacitors configured to be tunable to match a corresponding impedance of the first antenna element and the second antenna element suppress the mutual coupling between the first antenna element and the second antenna element and change a radiation pattern derived from the first antenna element and the second antenna element.

Related passage: Fig.3 illustrates the principal configuration of an antenna apparatus 100 in accordance with a first embodiment of the present disclosure.This configuration is based on the configuration illustrated in Fig.1 and like reference numerals are given to similar components.
Patent claim: The method 200 of claim 13 wherein damping torsional oscillations of the shaft system of the generator 114 via the torsional damper 116 further comprises providing at least one of a mechanical damper 117 or an electrical damper 124.

Related passage: Figures 7 and 8 show how a torsional elastic coupling and damper can be integrated into a rotating electrical machine in accordance with the present invention.