bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of claim 7 wherein the haptic pattern comprises a predetermined number of time intervals.

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: An aircraft according to any preceding claim wherein the rotatable locking member is associated with the fixed wing.

Related passage: When arm 1006 may be disengaged from notch 1008 barrel actuator 1018 may retract and rotate barrel 1014 in direction indicated by arrow 1038.Barrel 1014 rotating in direction indicated by arrow 1038 may rotate notch 1008 back away from arm 1006 to position of arm 1006 as shown in Figure 10.
Patent claim: The oxidation catalyst for exhaust gas purification according to claim 1 or Claim 2 wherein the catalyst component and the metal component are supported on the refractory inorganic oxide simultaneously or one by one in turn.

Related passage: From the table 3 of FIG.7 it can be understood that the catalysts prepared by EXAMPLES 1 to 22 have high catalytic activity and are superior in the HC purification efficiency especially the cold HC purification efficiency.In particular according to the catalyst in EXAMPLE 19 the best HC purification characteristic can be achieved.
Patent claim: An antiwindmilling system 110 for a gas turbine engine 20100 comprising an electromagnet 202 mounted to an engine static structure 36 and a shaft 40120210 radially inward of the electromagnet 202 the shaft 40120210 including at least one magnetic section 220 at a same axial position of the electromagnet 202 relative to an axis A defined by the shaft 40120210 optionally wherein the electromagnet 202 is mounted in an engine intermediate case 180 or between a fan drive gear system 48160 and a compressor 52134.

Related passage: The present system may be used to slow shaft rotation after engine shutdown.As mentioned above an AGBless engine like that of Figure 1 tends to rotate longer than a similar engine having an AGB because of the reduced rotational inertia in the AGBless engine.Upon engine shutdown controller 40 may direct electricity generated by one or more of machines 30 32 or from any suitable source to one or more of machines 30 32 as described above to impede rotation and thereby decrease spindown time.
Patent claim: The component as in any of claims 6 to 11 wherein the at least one separating feature is a plurality of gaps 44 74 and the plurality of gaps are arranged in at least one of the following configurations vertically arranged with respect to the length of the baffle insert 32 and spirally arranged with respect to the length of the baffle insert.

Related passage: During engine 10 operation cooling air is delivered from cooling air supply passage 56 to cooling passages 66 via cooling air inlet openings 58.The cooling air exits cooling passages 66 via cooling air exit openings 60.In one form cooling passages 66 are operative to flow cooling air to remove heat from outer skin 54 and spar 52.In one form cooling passages 66 extend continuously between the leading edge portion 68 of airfoil 50 and the trailing edge portion 70 of airfoil 50.In other embodiments cooling passages 66 may not extend continuously between leading edge portion 68 and trailing edge portion 70.
Patent claim: The solar cell module of claim 6 wherein the first electrodes in both the edge portions of the semiconductor substrate include a plurality of first finger electrodes that are extended in the first direction and are disconnected in a portion in which the second conductive is positioned and a first connection electrode that is positioned inside an overlap portion between the first conductive line and the first finger electrodes and connects the plurality of first finger electrodes in the second direction wherein the second electrodes in both the edge portions of the semiconductor substrate include a plurality of second finger electrodes that are extended in the first direction and are disconnected in a portion in which the first conductive is positioned a second connection electrode that is positioned inside an overlap portion between the second conductive line and the second finger electrodes and connects the plurality of second finger electrodes in the second direction and wherein each of the first and second connection electrodes is formed in a zigzag shape in both the edge portions of the semiconductor substrate.

Related passage: In the embodiment disclosed herein a material of the insulating layer IL is not particularly limited as long as it is an insulating material.For example epoxybased or siliconbased insulating resin may be used for the insulating layer IL.
Patent claim: Washing group 1 for laundry washing machines comprising a hollow washing tub 2 a revolving drum 3 fitted in axially rotatable manner inside the washing tub 2 and a motor assembly 4 including a drive motor 8 which is rigidly attached outside the washing tub 2 and is capable of driving into rotation the revolving drum 3 inside the washing tub 2 the motor assembly 4 also including at least one connecting part 15 having an end portion 16 fitted onto a corresponding coupling pin 14 extending from the washing tub 2 or vice versa the washing group 1 being characterized in that each coupling pin 14 has a frustoconicalshaped distal portion 14a and an adjacent cylindricalshaped mid portion 14b adjoining said frustoconicalshaped distal portion 14a and in that the end portion 16 of the connecting part 15 has a hollow seat 16 which is substantially complementary in shape to that of the corresponding coupling pin 14 so as to be axially engaged by said coupling pin 14.

Related passage: It is to note that the constructional choices made enable to carry out both the insertion of the motor 26 into the accommodation 2 and the installation of said accommodation 2 on the tub 1 by means of only rectilinear translation movements which have a further advantage during the mounting operations.
Patent claim: The method of claim 2 wherein the packet based network comprises the Internet 114.

Related passage: Fig.5b illustrates a second example of a message flow during a communications session according to an embodiment of the invention which may be used in connection with the system of fig.4.Like in the example of fig.5a a secure WTLS connection is established transaction 513 and 514 between the user communications device 510 and the service provider 511.A subscription transaction 515 may be performed and a PIN value as well as a service identifier is exchanged in a key exchange sequence 535.According to this embodiment of the invention an additional PIN identifier is generated and exchanged during the key exchange sequence 535.During sequence 539 the PIN value and the PIN identifier are transferred to the service communications device 512 and in step 541 stored in the memory or storage medium 520.At the user communications device 510 the PIN value the service ID and the PIN identifier are stored in the memory or storage medium 518 in step 536.
Patent claim: The component as in any of claims 1 to 4 wherein the at least one separating feature 42 44 72 74 is a rib 42 72 located on at least one of the baffle insert 32 and the interior surface 36 of the internal cooling cavity 26 and preferably wherein the rib 42 72 is a plurality of ribs andor wherein the rib 42 72 is orientated in one of the following configurations vertically arranged with respect to a length of the baffle insert and spirally arranged with respect to a length of the baffle insert 32.

Related passage: Spacing tabs 35 comprise spacing and contact or coupling members formed onto the exterior of insert wall 11 via techniques such as stamping welding brazing milling molding cutting and machining as described above for collar 31 of FIG.2A.Similarly spacing tabs 35 provide means to position insert 10 within cooling channel 26A spacing insert wall 11 from internal surfaces 27 of airfoil section 21 and means for attaching insert 10 to airfoil section 21 within cooling passage 26A.
Patent claim: The gas turbine engine 20100 of claim 1 wherein the at least one magnetic section 220 includes a plurality of magnetic sections 220 defined circumferentially around said first shaft 40120210 at a single axial location.

Related passage: The present system may be used to slow shaft rotation after engine shutdown.As mentioned above an AGBless engine like that of Figure 1 tends to rotate longer than a similar engine having an AGB because of the reduced rotational inertia in the AGBless engine.Upon engine shutdown controller 40 may direct electricity generated by one or more of machines 30 32 or from any suitable source to one or more of machines 30 32 as described above to impede rotation and thereby decrease spindown time.
Patent claim: A baggage drop system for receiving baggage from a passenger comprising a housing adjacent a conveyor system for receiving baggage and including first and second systems wherein said first system is operable by the passenger to generate a baggage identification tag upon receipt of passenger information and to actuate the conveyor system upon determination that baggage parameters are within predetermined limits said second system is operable by a second person to generate a printed baggage label upon receipt of passenger information and being operable by the second person to actuate the conveyor system wherein the first system and the second system are independently operable.

Related passage: The rotation of the operating unit from the first to the second position andor between the first and second position can be synchronized with a switch of the modes firstsecond mode especially synchronized with activatinginactivating andor accessinginhibiting operating elements andor operating functions providedcomprised byof the operating unit.
Patent claim: The method of claim 11 wherein the mapping and storing the Xray imaging regions further includes adjusting at least one among a position of the imaging window and a size of the imaging window and storing a region corresponding to the at least one among the adjusted position of the imaging window and the size of the imaging window as the Xray imaging region for the one of the Xray imaging protocols.

Related passage: When the predetermined touch gesture is detected in the image 45 of the Xray irradiation region displayed in the second region 44 the control member 50 displays the image 45 changed according to the corresponding touch gesture in the second region 44 in step 140.
Patent claim: The system of claim 1 wherein the travel direction symbol and the speed change symbol both point in a direction in which the vehicle is or will be traveling on the planned vehicle path.

Related passage: Next the CPU 21 reads reference speed data SPref from reference data DATAref of the current block on which the vehicle is positioned step S43 and determines whether SPref gt V by comparing such reference speed data SPref and the actual current vehicle speed V step S44.When this comparative result is YES i.e.SPref gt v processing for altering brake data DB of reference data DATAref is performed as described later.Contrarily when the comparative result is NO i.e.SPrefV the alteration processing of brake data is not performed step S45.Then the CPU 21 judges whether this alteration processing has already been completed for a prescribed number of blocks e.g.blocks of half of the circuit 300 to 400 blocks and when there is a block still remaining this block is advanced one block step S47 and the aforementioned processing is similarly repeated.This processing is implemented per display frame regarding all blocks of a set number ahead of the vehicle.
Patent claim: The terminal connection assembly according to any one of claims 7 to 9 wherein the convex has a lower portion arranged to abut on the positioning structure.

Related passage: The second wall 102 as shown in Fig.12 is opposed to the first wall 101 and forms a top surface of the first cartridge 100a.The top surface denotes a surface facing in the direction of the arrow Z in the state of attachment of the first cartridge 100a to the printing device 10.The second wall 102 is formed by a cover member 102c as shown in Fig.16 configured to be separable from the main body of the first cartridge 100a.The second wall 102 has a through hole 115 through which the ink chamber 108 is refilled with ink an air flow groove 116 arranged to introduce the outside air into the ink chamber 108 and a filmlike seal member 117 placed to seal the through hole 115 and the air flow groove 116.The second wall 102 has an extended section 113 located on the center of an edge adjacent to the fourth wall 104 to be extended in the direction of the arrow Y.In the description herein the term extending means continuously extending without intermission.The extended section 113 forms part of the main engagement part 120.
Patent claim: An aircraft according to any preceding claim wherein the rotatable locking member is located within a lock housing.

Related passage: Barrel lug 1016 may extend from barrel 1014.Barrel lug 1016 may be connected to barrel actuator 1018.Outer lug 1020 may be connected to fixed portion 306 of wing 300 of Figure 3.Inner lug 1028 may be connected to unfixed portion 310 of wing 300 of Figure 3.
Patent claim: The use according to any one of claims 1 to 5 wherein the oxidized protein hydrolase activity enhancing agent comprises a dried product of the extract as an active ingredient.

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 method of claim 10 further comprising receiving settings of Xray irradiation conditions for the Xray imaging protocols and mapping and storing the Xray irradiation conditions for the Xray imaging protocols based on the received settings.

Related passage: The control member 50 controls operation of the aperture 7 of the Xray irradiation region controller 10 by outputting to the Xray irradiation region controller 10 a signal to control the Xray irradiation region controller 10 and thereby to make the region of Xrays irradiated to the object 3 correspond to the second image 45 of the Xrayirradiation region varied in the second region 44.
Patent claim: The apparatus of any preceding claim wherein the deformable feature comprises at least one malleable element disposed on the deck.

Related passage: Referring to FIG.14 the surgical stapling device 10 of FIG.1 is shown and includes a filamentous material S and a film 176 aligned for placement onto the end effector.FIG.15A is an enlarged view of the end effector 17 of FIG.14 shown with the filamentous material S positioned adjacent the tissue contacting surface 21 of the staple cartridge assembly 20 and the film 176 positioned adjacent the tissue contacting surface 23 of the anvil assembly 22.Film 176 may be omitted.FIG.15B is a view of the end effector of FIG.15A shown with a graft material G positioned between the filamentous material S and the film 176 of FIG.15A immediately prior to the firing of the surgical stapling device 10.
Patent claim: The method of claim 10 wherein the metal layer is nickel copper gold or tin.

Related passage: In addition to the additives other plating bath components are included in plating baths as a source of metal ions pH adjusters such as inorganic acids and a source of halide ions.Generally plating baths are aqueous.The pH range of the baths may range from 0 to about 14 preferably from 0 to about 8.Wetting agents employed in plating baths and amounts employed in such baths are well known in the art.Inorganic acids employed include but are not limited to sulfuric acid hydrochloric acid nitric acid phosphoric acid and the like.Sulfuric acid is a preferred acid.Halogen ions are optional.Halogen ions employed in plating baths preferably include chloride fluoride and bromide.Such halides are added into the bath as a water soluble salt.Chloride is preferred and is introduced into the bath as HCI.Water soluble salts of metals provide a source of the metal to be plated on a substrate.Such water soluble salts include metal salts of copper chromium gold silver cadmium platinum palladium cobalt bismuth indium rhodium ruthenium and iridium.
Patent claim: The vehicle running test system according to claim 5 comprising an integration part adapted to integrate all or some of first to fifth driving indices calculated by the calculation part.

Related passage: In addition the vehicle driving mode display device 2 receives a number of revolution of an engine a WOT a throttle opening a boost pressure an atmospheric pressure a dry bulb temperature or a wet bulb temperature through the vehicle information obtaining device 7 and processes them by means of an internal computer and it is also possible to display the processed data as a numerical value format or a graph format although not shown in drawings on the display screen.
Patent claim: The ROM sensor system of claim 11 further comprising additional computer readable instructions comprising generating a notification based on the maintenance message and transmitting the notification to a display visible at the flight deck by service crew wherein the notification identifies the sensor of interest and notifies that the sensor of interest has failed or drifted and provides a replacement recommendation.

Related passage: The example modeling computer 62 is configured to receive measurements from a plurality of sensors 76 and other devices within the engine 10.Example measurements received from the sensors 76 include measurements from the engine modules 46 the positions of the subsystem actuators 54 measurements from the subsystem sensors 58 etc.
Patent claim: The method of claim 1 wherein said method is i.

Related passage: Washing is performed for the purpose of preventing the oil solution from being deposited due to the salt preventing the regenerated collagen fibers from being cut due to a salt deposited from the regenerated collagen fibers in a drier during drying and preventing a decrease in heat transfer coefficient due to a generated salt that is scattered in the drier and attached to a regenerator in the drier.Further oiling is effective in preventing the agglutination of the fibers during drying and improving the surface property of the fibers.
Patent claim: The coated glass article of an of claims 1 to 7 wherein the processing involves thermal treatment steps preferably wherein the thermal treatment steps include one or more of depyrogenation autoclaving or lyophilization.

Related passage: The coupling agent may comprise any number of different chemical compositions such as one chemical composition two different chemical compositions or more than two different chemical compositions including oligomers formed from more than one monomeric chemical composition.In one embodiment the coupling agent may comprise at least one of 1 a first silane chemical composition hydrolysate thereof or oligomer thereof and 2 achemical composition formed from the oligomerization of at least the first silane chemical composition and a second silane chemical composition.In another embodiment the coupling agent comprises a first and second silane.As used herein a first silane chemical composition and a second silane chemical composition are silanes having different chemical compositions.The first silane chemical composition may be an aromatic or an aliphatic chemical composition may optionally comprise an amine moiety and may optionally be an alkoxysilane.Similarly the second silane chemical composition may be an aromatic or an aliphatic chemical composition may optionally comprise an amine moiety and may optionally be an alkoxysilane.
Patent claim: The apparatus of claim 1 or 2 wherein the first rotating unit 140 comprises a body portion 141 having connection arms 141a extending from both sides thereof in a bent manner to be connected to an inside of the air circuit breaker 100 a holder 143 located between the connection arms 141 a and pushed down by the pin portion 130 when the movable contactor 120 is moved to the contact position a rotation adjusting plate 145 extending from a lower end of a side surface of the body portion 141 toward the second rotating unit 150 wherein the rotating adjusting plate 145 pushes the second rotating unit 150 in response to the rotation of the body portion 141 such that the second rotating unit 150 is brought into contact with the switch 190 when the movable contactor 120 is moved to the contact position and wherein the rotation adjusting plate 145 rotates the second rotating unit 150 in response to the rotation of the body portion 141 such that the second rotating unit 150 is separated from the switch 190 when the movable contactor 120 is moved tothe trip position and a stopping portion 147 extending from a lower end of the body portion 141 toward the main shaft 160 and brought into contact with the main shaft 160 to rotate the body portion 141 when the movable contactor 120 is moved to the trip position.

Related passage: As shown in Figs.4 and 5 the trip device module 140 may include a case 141 having first and second arm receiving pockets 148 and 149 refer to Figs.6 and 7 recessed and sized so as to accommodatingly receive driving arms disposed the main shaft 111 with various interphase spacings an actuator 161 received in the case 141 to generate a manipulation force when the overcurrent relay 131 outputs the trip signal a reset plate 171 installed in the case 141 to interwork with the main shaft 111 so as to initialize an output portion of the actuator 161 and a trip slider 181 slidable along the case 141 and connected to the switching mechanism 117 so as to allow the tripping operation of the switching mechanism 117 when the actuator 161 performs a tripping operation.