bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method of generating haptic effects the method comprising executing by a processor a haptic track for a hapticallyenabled device configured to generate a haptic effect determining the presence of a zeroforce interval within the haptic track determining a duration of the zeroforce interval determining if the duration of the zeroforce interval exceeds a predetermined threshold and entering if the duration of the zeroforce interval exceeds the predetermined threshold at the start of the zeroforce interval an energy savings mode.

Related passage: The flow begins and proceeds to 310.At 310 a haptic signal that includes a plurality of haptic effect patterns is received.In one embodiment the haptic signal can include a single haptic effect pattern.Each haptic effect pattern can include data that causes a haptic output device to produce a haptic effect such as a vibrotactile haptic effect an electrostatic friction haptic effect or a deformation haptic effect.Further each haptic effect pattern can include a start time that defines when the haptic effect begins and an end time that defines when the haptic effect ends.In some embodiments the start time and end time correspond to a start time and an end time of an event in a multimedia signal such as an audio signal a video signal an acceleration signal or some other type of input signal respectively.In certain embodiments the haptic signalcan be automatically created from an input signal.In other embodiments the haptic signal can be manually created using a haptic effect development platform.In certain embodiments where the haptic signal is not encoded as amplitude values such as a PCM signal an envelope i.e.one or more amplitude values can additionally be extracted from the haptic signal.The flow then proceeds to 320.
Patent claim: The method according to claim 12 wherein the function comprises displaying anotification generating a sound generating a vibration or activating a predetermined application.

Related passage: For example the processor 120 may store the captured image 430 in the memory 130 or delete the captured image 430 according to a user input by selecting the icon 441.The processor 120 may combine captured images into one file according to the user input by selecting the icon 441.For example if three contents are displayed on the display 160 the processor 120 may merge the three contents into a single file.For example the processor 120 may merge the contents into one image or document file for example a pdf file.
Patent claim: The generator according to any of the preceding claims wherein it further includes at least one outlet 550 formed in the generator rotor 360 for the lubricant to come out of the lubricant chamber 500.

Related passage: Figure 1 shows a wind turbine that is placed on a tower 1 and that has a housing 2.The housing 2 is rotatable around a vertical axis.A housing ring 4 is with one side attached to the housing 2 and at the other side to a main bearing 9.A rotor R comprising a hub 11 with blades 10 is attached to the main bearing 9 and can rotate around a centreline 3.At the front side the hub 11 is covered by a cap 12.A generator rotor 6 with permanent magnets 5 is attached via a generator flange 8 to the main bearing 9 and rotates with the rotor R.A generator stator 7 is mounted on the housing ring 4.The permanent magnets 5 move along the windings of the generator stator 7 to generate electrical power.The housing 2 can rotate around the vertical axis so that the rotor R can be directed towards the wind.
Patent claim: The system of claim 1 or 2 further comprising a second fiber optic cable routed through the plurality of zones parallel to the first fiber optic cable wherein the controller is configured to provide a reference signal to the second fiber optic cable and receive a reference response from the second fiber cable.

Related passage: Interrogator 12 is an FBG interrogator comprising broadband light source 18 high speed spectrometer 20 and data processor 22.Broadband light source 18 may for instance be a Superluminescent Light Emitting Diode SLED source capable of producing light at several wavelengths.High speed spectrometer 20 is a spectrometer capable of rapidly assessing relative shift in Bragg wavelength BB.The particular speed requirements of high speed spectrometer 20 will depend on the number of optical sensing elements 16a 16b...16N and on the sampling speed requirements of optical fiber sensing system 10 which may in turn be determined by safety or firesuppression requirements of the monitored regions or systems.Dataprocessor 22 is a microprocessor or other logiccapable device configured to calculate temperature changes T from relative shifts in Bragg wavelength BB and further configured to run scanning method 100 described below with respect to FIG.2..Data processor 22 may be a programmable logic device such as a multifunction computer or a fixedfunction processor.
Patent claim: Vehicle comprising a system 10 30 for detecting an open phase fault in a multiphase electric machine according to one of claims 8 to 14.

Related passage: Fig.2 is an example of a current vector in a normal mode and a V phase fault phase mode.In Fig.2 an axis that serves as a reference is referred to as d axis and an axis orthogonal to the d axis is referred to as q axis.In addition a rotation speed of rotation coordinates is set to the same speed as the frequency of a voltage that is applied to the AC motor 6.Meanwhile hereinafter a normal mode is compared to a V phase fault phase mode but even in a case of U phase or W phase fault phase V phase being replaced with U phase or W phase can be considered in the same manner.
Patent claim: The surgical stapling system of Claim 8 or 9 wherein said first jaw is rotatable relative to said frame to place said end effector in said closed configuration when said first jaw is attached to said frame and wherein said second jaw is rotatable relative tosaid frame to place said end effector in said closed configuration when said second jaw is attached to said frame.

Related passage: The third staples 285c are comprised of wire for example.The wire can be comprised of stainless steel andor titanium for example.The wire has a circular crosssection however alternative crosssections may be utilized.Each third staple 285c can comprise any suitable configuration such as for example a Vshaped configuration or a Ushaped configuration.A third staple 285c comprising a Vshaped configuration can include a base a first leg extending from a first end of the base and a second leg extending from a second end of the base wherein the first leg and the second leg extend in directions which are nonparallel to one another.A third staple 285c comprising a Ushaped configuration can include a base a first leg extending from a first end of the base and a second leg extending from a second end of the base wherein the first leg and the second leg extend in directions which are parallel to one another.
Patent claim: The system of claim 1 wherein the first antenna port and the second antenna port further configured to generate the radiation correlation of the mutual coupling in response to the first antenna element and the second antenna element configured to couple to the first antenna port and the second antenna port during a dipole mode of operation.

Related passage: Fig.6 illustrates a modification of the antenna apparatus illustrated in Fig.3.In this configuration in addition to a first nonfeed element 40a equivalent to the nonfeed element 40 in Fig.3 a second nonfeed element 40b is provided along the opposite edge of the board 30.The nonfeed element 40b isgrounded at a ground point 41b that is the reverse of rotationally symmetric to the ground point 41a of the nonfeed element 40a.Similarly to the nonfeed element 40 in Fig.3 the respective elements of the nonfeed elements 40a and 40b are each grounded at one end thereof extending along a long edge of the board 30 from the ground point then folding back in parallel with the other end positioned near the ground point 41.Also the ground point 41a is positioned at a position closer to the second feed point 21 in the vicinity of the other long edge of the board 30 while the ground point 42a is positioned at a position comparatively near the first feed point 11 in the vicinity of the long edge of the board 30.
Patent claim: The induction heating device according to claim 1 2 or 3 wherein when the temperature of the cooking utensil is equal to a set temperature the control unit 93 is configured to perform control such that the first lighting unit 40 and the second lighting unit 50 emit light of a same color.

Related passage: In detail the cooking apparatus 1 obtains the cooking temperature included in the cooking method and calculates the intensity of the magnetic field B corresponding to the cooking temperature.Subsequently the cooking apparatus 1 may control the flame image generating unit 200 so as to generate the flame images FI corresponding to the calculated intensity of the magnetic field B.
Patent claim: The working vehicle1 according to claim 1 wherein the exhaust gas purification device21 is provided to stand on one of left and right sides of a running vehicle body2 and the opening35 is a notch that is formed on a bottom edge of the cover30.

Related passage: In the illustrated embodiment the exhaust system 22 also includes a diesel oxidation catalyst DOC 28.As shown the DOC 28 is mounted in a substantially vertical orientation relative to the ground e.g.substantially perpendicular to a ground plane.The DOC 28 is an exhaust after treatment system configured to oxidize hydrocarbons and carbon monoxide in the exhaust stream.In certain embodiments diesel exhaust fluid may be injected downstream of the DOC 28 to facilitate further reactions in the SCR.As will be discussed below the DOC 28 may be coupled directly to the muffler 24 e.g.via a mounting assembly 30.The mounting assembly 30 is also configured to couple the muffler 24 and the DOC 28 to a frame of the offroad vehicle 10.
Patent claim: The energy storage apparatus of claim 5 wherein the fluid moving member comprises a partition positioned above the first battery rack group or above the second battery rack group and an outer duct positioned outside the second sidewall or the fourth sidewall having therein the moving space where the cooling fluid flows and configured to supply the cooling fluid to the cooling unit.

Related passage: The housing 72 has a generally hexahedral body.An inlet 72a through which a cooling medium is introduced is formed at one end of the housing 72 and an outlet 72b through which the cooling medium is discharged is formed at the other end of the housing 72.The blower 75 compulsorily introducing the cooling medium into thehousing 72 is installed in the inlet 72a.The cooling medium is formed by air and the blower 75 may be formed by a fan compulsorily transferring air.
Patent claim: The method according to claim 5 or 6 wherein in the step 1 the supporter is obtained by mixing the modified Ytype molecular sieve with amorphous silicaalumina andor alumina homogeneously extruding the mixture into strips and then drying and roasting the strips.

Related passage: The hydrotreating catalyst of the present embodimentcontains an organic compoundderived carbonaceous substance comprising a carbon atom at a proportion in which the content of the carbonaceous substance in the hydrotreating catalyst is 0.05 to 1 by mass in terms of the carbon atom.Examples of this organic compoundderived carbonaceous substance include carbides obtained by carbonizing an organic compound by heating.A carboncontaining substance that is composed of carbon atoms or carbon atoms and small amounts of hydrogen atoms andor oxygen atoms and the like and whose structure is not definitely identified is also encompassed by the carbides.The carbonaceous substance according to the present invention can be produced on the hydrotreating catalyst for example by adding an organic compound to the catalyst support that constitutes the hydrotreating catalyst according to the present invention or a precursor of the hydrotreating catalyst described later and calcining or heating this.
Patent claim: The coated glass article of any of claims 13 to 16 wherein the average particle count for subvisible glass particles with a size of 25 to 50 m is from 0.01 to 1 when the coated glass article has a container volume of 3 mL and undergoes filling and wherein the average particle count for subvisible glass particles with a size of 10 to 25 m is from 1 to 20 when the coated glass article has a container volume of 3 mL and undergoes filling.

Related passage: Referring to the embodiments described above the first silane chemical composition second silane chemical composition or both may be aromatic chemical compositions.As used herein an aromatic chemical composition contains one or more sixcarbon rings characteristic of the benzene series and related organic moieties.The aromatic silane chemical composition may be an alkoxysilane such as but not limited to a dialkoxysilane chemical composition hydrolysate thereof or oligomer thereof or a trialkoxysilane chemical composition hydrolysate thereof or oligomer thereof.In some embodiments the aromatic silane may comprise an amine moiety and may be an alkoxysilane comprising an amine moiety.In another embodiment the aromatic silane chemical composition may be an aromatic alkoxysilane chemical composition an aromatic acyloxysilane chemical composition an aromatic halogen silane chemical composition or an aromatic aminosilane chemical composition.In another embodiment the aromatic silane chemical composition may be selected from the group consisting of aminophenyl 3maminophenoxy propyl Nphenylaminopropyl or chloromethy phenyl substituted alkoxy acyloxy halogen or amino silanes.For example the aromatic alkoxysilane may be but is not limited to aminophenyltrimethoxy silane sometimes referred to herein as APhTMSaminophenyldimethoxy silane aminophenyltriethoxy silane aminophenyldiethoxy silane 3maminophenoxy propyltrimethoxy silane 3maminophenoxy propyldimethoxy silane 3maminophenoxy propyltriethoxy silane 3maminophenoxy propyldiethoxy silane Nphenylaminopropyltrimethoxysilane Nphenylaminopropyldimethoxysilane Nphenylaminopropyltriethoxysilane Nphenylaminopropyldiethoxysilane hydrolysates thereof or oligomerized chemical composition thereof.In an exemplary embodiment the aromatic silane chemical composition may be aminophenyltrimethoxy silane.
Patent claim: A liquid crystal display device 160 characterized by comprising a processor 120 a display chip 140 coupled to the processor and a memory 1204 storing instructions executable by the processor wherein the processor or the display chip is configured to carry out the method of any of claims 1 to 5.

Related passage: Alternatively as illustrated in b of Fig.10 the image determining section 35 can i divide the entire part of the image screen 11d into a plurality of analysis regions 13c through 13h and ii determine whether or not a first threshold value or a higher percentage of pixels of all pixels in each of the analysis regions have grayscale levels falling within a first range.In such a case the image determining section 35 generates a histogram in which pixels of each of the analysis regions are categorized into a corresponding one of classes.An analysis region 13c and an analysis region 13d are each driven by common scan signal lines.Therefore in a case where it is determined that flicker easily occurs i.e.that a first threshold value or a higher percentage of pixels have grayscale levels within a first range in at least one of the analysis regions 13c and 13d the driving changing section 36 determines that part of the screen 11d which part corresponds to both the analysis region 13c and the analysis region 13d is driven at a high refresh rate 60 Hz.
Patent claim: The touch screen panel 300 1300 2300 of one of claims 5 to 10 wherein the second protection layer 360 1360 2360 comprises at least one material selected from the group consisting of silicon oxide SiOx silicon nitride SiNx and aluminum oxide AlOx.

Related passage: The first wire 310 may be formed of a metal having excellent electric conductivity.For example the first wire 310 may include Cr Ni Cu Al Ag and Mo and the alloy thereof.
Patent claim: The device 8 of claim 12 characterized in that the identifier image includes at least one payment company mark.

Related passage: At 102 a shortrange communication session between the mobile computing device and the electronic gaming machine is initiated.In some implementations the shortrange communication session may be conducted via a communication mechanism that requires that the mobile computing device be proximate to the electronic gaming machine.By requiring that the mobile computing device be proximate to the electronic gaming machine the player may be able to know that the mobile computing device is being linked with the electronic gaming machine at which the player is playing rather than another nearby electronic gaming machine.Further the proximity of the mobile computing device and the electronic gaming machine when the shortrange communication session is established may prevent an attacker from hijacking the players session by connecting the hijackers mobile computing device rather than the players mobile computing device to the electronic gaming machine.
Patent claim: The system of claim 11 wherein the source of the haptic effects is a haptic enabled device or wherein the source of the haptic effects is a natural haptic.

Related passage: Additionally or alternatively the haptic effect may comprise an effect that is clearly distinguishable from the parasitic vibration and thus the parasitic vibration will have little or no effect on the haptic effect.For example the haptic effect may comprise a skin stretching effect an electrostatic based effect or a surface deformation effect.For example the haptic effect may comprise an effect configured to vary the perceived coefficient of friction on the surface of user input device 114.Additionally or alternatively the haptic effect may comprise an effect configured to raise or lower a segment of user input device 114 e.g.create a surface deformation on user input device 114.The haptic effect may comprise moving user input device 114 or a component of user input device 114 in a way that is perceptible to the user.As another example the haptic effect may comprise an effect that is not associated with vibrations and is thus perceptible despite the parasitic vibration.These various examples are not mutually exclusive and are nonlimiting.
Patent claim: The component as in any of claims 1 to 3 wherein the plurality of trip strips 40 of the baffle insert 32 are arranged in a counterflowing configuration with respect to the plurality of trip strips 70 of the interior surface 36 of the internal cooling cavity 26.

Related passage: Outer skin 54 includes a plurality of cooling air exit openings 60.Spar 52 forms an inner wall for airfoil 50 on both the pressure side and the suction side of airfoil 50.Outer skin 54 and spar 52 are spaced apart from each other by a plurality of ribs 62.Inone form ribs 62 extend between the outer wall formed by outer skin 54 and the inner wall formed by spar 52.In other embodiments ribs 62 may extend between other walls in addition to or in place of outer skin 54 and spar 52.In one form ribs 62 form a plurality of flow migration dams configured to reduce or prevent cooling air flow migration in a radially outward direction e.g.due to centrifugal force during the rotation of airfoil 50 in the form of a turbine engine blade.In one form ribs 62 are oriented horizontally in airfoil 50.In other embodiments ribs 62 may be oriented in other directions in addition to or in place of horizontal.In one form airfoil 50 may have an attachment feature 64 configured to mechanically couple airfoil 50 to engine 10.In one form attachment feature 64 is operative to deliver cooling air to cooling air supply passage 56.
Patent claim: The medical device kit according to claim 1 wherein the first and second locking members are configured to at least partially encircle the artificial acetabulum surface.

Related passage: The locking element 48 is resilient and may be deformed in response to an insertion force directed from the inferior aperture 34 towards the superior apex 32 such as the insertion force provided by the insertion of the spherical head 18 of a femoral endoprosthesis 14 into the inferior aperture 34 of the cup 12.A peripheral groove 52 may be disposed on the superior side 54 of the locking element 48 to provide clearancefor the locking element 48 to deform.Longitudinal grooves 56 may also be provided to aid in the deforming of the locking element 48.
Patent claim: The method according to claim 3 further comprising outputting on the user interface that the surgical fastener was successfully deployed based on the first current draw waveform being within the tolerance window of the second current draw waveform.

Related passage: Step 1136 represents a waiting step during which a predetermined wait time is permitted to elapse.This wait time permits the driving and driven elements of electromechanical surgical device 10 and circular surgical stapler attachment 250 to come to rest before proceeding to step 1138 in which step the firing motor is stopped.
Patent claim: An apparatus for decoding a signal comprisinga receiving module 21 adapted to receive a code stream comprising codes of low frequency band signals adaptive codes of high frequency band signals and a result of a classification decision process wherein the result of the classification decision process indicates a type of the high frequency signals the types of the high frequency signals specifically include a transient signal and a nontransient signal an adaptive decoding module 22 adapted to adaptively decode the high frequency band signals according to the result of the classification decision process and a determined excitation signal and a signal obtaining module 23 adapted to obtain output signals comprising the decoded low frequency band signals and the adaptively decoded high frequency band signals.

Related passage: If the current frame is FIXVAR 12060 checks the region between the transient and next nominal SBR borderV for possible need for intermediate borders.The Forward Search Type I method as described further below in 3.5.1.2 is used for this purpose.At the end of Forward Search noBorder representing the number of borders is checked in 12070.If noBorder is found to be below the maximum allowed number of borders MaxBorder 12080 uses a Backward Search method to check the region between the the transient and the start border and instantiate more intermediate borders if necessary.The above sequence of operations prioritizes the posttransient region in finding intermediate borders.