bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The article 100 of any preceding claim wherein the coating comprises a gamma phase and a beta phase.

Related passage: FIG.3 is a flow diagram of a process 300 for fabricating a single crystal superalloy component according to an embodiment.First an alloy of the abovedescribed superalloy composition is initially provided step 302.In an embodiment the alloy includes the aforementioned superalloy composition.Next the single crystal superalloy component then may be fabricated step 304.In accordance with an embodiment the alloy of step 302 may be formed into a single crystal turbine hardware.Without further processing the single crystal hardware would contain gammaprime precipitates referred to as cooling gammaprime having a variety of sizes.If a further solution and aging heat treatment procedure is performed the gammaprime precipitate phase dissolves into the gamma matrix and is reprecipitated out during an aging treatment conducted at a lower temperature.
Patent claim: A controlling method of a display apparatus for controlling at least one external device to which an identification marker is attached the method comprising obtaining an image of the at least one external device transmitting identification information obtained from an identification marker included in the image to a server and receiving control information for controlling the at least one external device from the server and matching and displaying an object for controlling the at least one external device with an external device image based on the control information received from the server.

Related passage: The controlling may include transmitting a control command to control the operation of the device according to the received user command to the device.
Patent claim: The material according to claim 1 or 2 wherein the primary amine the secondary amine or the primary amine and the secondary amine of the first amine is a hindered amine.

Related passage: Examples of heterocyclic amine compounds include azetidine 1methylazetidine 1ethylazetidine 2methylazetidine 2azetidinemethanol 22aminoethylazetidine pyrrolidine 1methylpyrrolidine 2methylpyrrolidine 2butylpyrrolidine 2pyrrolidylmethanol 22aminoethylpyrrolidine piperidine 1methylpiperidine 2ethylpiperidine 3propylpiperidine 4ethylpiperidine 2piperidylmethanol 3piperidylethanol 22aminoethylpyrrolidine hexahydro1Hazepine hexamethylenetetramine piperazine piperazine derivatives and the like.
Patent claim: A propulsion system 100 for an aircraft 10 having a fuselage 12 and an aft end the propulsion system 100 comprising a propulsion engine configured to be mounted to the aircraft 10 the propulsion engine defining a central axis 302 and comprising an electric machine defining an electric machine tip speed during operation of the propulsion engine and a fan 304 rotatable about the central axis 302 of the propulsion engine with the electric machine the fan 304 defining a fan pressure ratio RFP and comprising a plurality of fan blades 328 each fan blade 328 defining a fan blade tip speed during operation of the propulsion engine the propulsion engine defining a ratio of fan blade tip speed to electric machine tip speed wherein during operation of the propulsion engine the ratio of fan blade tip speed to electric machine tip speed is within twenty percent of the following equation 1.68xRFP0.518.

Related passage: In various embodiments the inlet 318 is oriented with respect to the fuselage to ingest at least a portion of a boundary layer flow of air that is formed along the outer surface or skin 26 FIGS.1 and 2 of the fuselage 12 during flight.In particular embodiments the inlet 318 is sized andor shaped to optimize ingestion of the boundary layer flow of air.In addition in various embodiments the outlet 320 of the fan duct 316 is sized andor shaped to provide maximum rearward thrust from the BLI fan 300 thus supplementing thrust provided by the jet engines 102 104 andor thereby providing sufficient thrust to independently propel or move the aircraft 10 in flight or while on the ground.
Patent claim: The system of claim 11 wherein the at least one valve 312 is configured to receive air from a source 336 and wherein when the at least one valve 312 is at least partially open the at least one valve 312 is configured to provide the air from the source 336 to the at least one pipe 318.

Related passage: The processor 78 is also arranged or configured to calculate rotor tip clearance from the engine power demand 80.Unlike previous rotor tip clearance control systems which have calculated the rotor tip clearance from the engine power response 82 the control system 74 of the present invention calculates the rotor tip clearance on the basis of the engine power demand 80.Thus this is a prediction of the clearance when the engine response reaches the power demanded.Advantageously where the clearance calculated from the engine power demand 80 exceeds the target clearance 60 mitigation action can be triggered without the time lag 84 so that tip rub can be avoided.
Patent claim: Hearing aid according to any of the preceding claims wherein the polarization element comprises an electrically conducting material.

Related passage: The illustrated hearing aid assembly of the BTE hearing aid include a battery 2 a transceiver 3 a printed circuit board 6 internal wall parts or first and second sides of the hearing aid assembly 11 12 and a primary antenna element 7.It is seen that the primary antenna element is configured as a parallel antenna.The signal processor not shown is located on the printed circuit board 6.
Patent claim: The ablation probe according to any preceding claim wherein the coaxial feedline further includes an inner conductor and the outer conductor is disposed coaxially about the inner conductor.

Related passage: With reference to Figs.20 21 and 23 the antenna assembly 212 also includes a choke 260.The choke 260 has a tubular structure formed from a conductive material and is disposed around the feedline 220.In one embodiment the choke 260 is a proximally positioned quarterwave choke that is shorted to the outer conductor 256 of the feedline 220 at the proximal end of the choke 260 by solder joint or other methods at connection 265 Fig.20.
Patent claim: The method of any preceding claim further comprising obtaining the passive clearance model and the clearance target and storing the obtained passive clearance model and the clearance target in a memory 404.

Related passage: The method of the present invention is described with respect to Figure 9.In a first step 90 at least one engine parameter is measured by the sensor 76.As discussed above the engine parameter may be a shaft speed a pressure in the engine 10 or any other engine parameter from which engine power demand 80 can be determined.The engine power demand 80 for that parameter value or those parameter values is determined in step 92.
Patent claim: A method comprising receiving operating state parameters associated with an operative state of an aircraft determining a clearance value between a first structure 22324 of an engine 10 and a second structure 21330 of the engine 10 wherein the clearance value is determined based on the operating state parameters and a passive clearance model that includes a specification of an uncertainty in the clearance value determining that the clearance value deviates from a clearance target in an amount that is greater than a threshold and engaging an active clearance control ACC mechanism based on the deviation.

Related passage: The present invention relates to a control system and a method of controlling rotor tip clearance in a gas turbine engine.
Patent claim: The turbine stage 10 according to claim 2 wherein said purge valley 38 is configured having a maximum depth laterally at a location substantially midway between the leading edges 24 of adjacent airfoils 14.

Related passage: In the embodiment the front edges 12a and 12b of the blade bodies 11a and 11b are provided with coatings 14a and 14b which extend therefrom toward the upstream side and have cross sections formed as the protruded portions 16a and 16b each raised to the heights of the front edges 12a and 12b to form the concave curved surface for example.The wall surface 13 for supporting the blade bodies 11a and 11b includes the downward inclined curved surface 20 curved so as to extend from the line passing through each center of the width of the blade bodies 11a and 11b toward the upstream side of the front edges 12a and 12b.The flow rate of the working fluid flowing to the coatings 14a and 14b and the inclined curved surface 20 is accelerated to suppress generation of the horseshoe vortex.This makes it possible to further reduce the secondary flow loss by diminishing the strength of the passage vortex.
Patent claim: A method comprising the steps of constructing a left atrial model of a heart of a living subject the heart having a left atrium an interatrial septum and a foramen ovale in the septum selecting a global catheter that is dimensioned to conform to the left atrial model the catheter having a length axis representing the catheter in the left atrial model in the left atrial model extending the length axis of the catheter to form an intersection with the foramen ovale and reporting the intersection as a recommended site of transseptal puncture for insertion of the catheter therethrough.

Related passage: In the next step 110 key features such as landmarks are identified on the 3D reconstructed image either automatically or interactively by the physician.These landmarks include the planes and outlines of the fossa ovalis or foramen ovale 12 and the aortic valve 26 as well as the aorta itself 24.Other key landmarks typically include the ostia of the four pulmonary veins right superior pulmonary vein RSPV 13 right inferior pulmonary vein RIPV 14 left superior pulmonary vein LSPV 16 and left inferior pulmonary vein LIPV 18 annulus of the mitral valve 20 and ostia of the left atrial appendage 22.
Patent claim: A method adapted for frequency reconfigurable antenna decoupling used in a mobile communication device the method comprising operating a first monopole antenna element of a transmission path to generate a first radiation pattern operating concurrent to the first monopole antenna element a second monopole antenna element of a reception path to generate a second radiation pattern that forms a mutual coupling with the first radiation pattern and modifying a radiation pattern of the first monopole antenna element or the second monopole antenna element by generating an additional current path via a parasitic scattering element along a ground plane along with a current path coupling the first monopole antenna element and the second monopole antenna element.

Related passage: In Fig.4b the horizontal axis represents the frequency GHz and the vertical axis represents the antenna efficiency dB.The waveform a represents the antenna efficiency of the main antenna the antenna unit 10 in the case of no nonfeed element stub.The waveform b represents the antenna efficiency of the sub antenna the antenna unit 20 in the case of no nonfeed element stub.The waveform c represents the antenna efficiency of the main antenna with the ground point of the nonfeed element taken to be at the 27 mm position.The waveform d represents the antenna efficiency of the sub antenna with the ground point of the nonfeed element taken to be at the 27 mm position.The waveform e represents the antenna efficiency of the main antenna with the ground point of the nonfeed element taken to be at the 37 mm position.The waveform f represents the antenna efficiency of the sub antenna with the ground point of the nonfeed element taken to be at the 37 mm position.These graphs demonstrate that even in cases of using a nonfeed element with respect to antenna efficiency cases where the antenna efficiency is good and cases where it is bad are possible depending on the position of the ground point.
Patent claim: An oxidation catalyst for exhaust gas purification comprisinga refractory inorganic oxide A zeolite B a catalyst component Ca and a metal component Cb which are supported on the refractory inorganic oxide A and zeolite B and said components A B Ca and Cb being supported on a three dimensional structure D wherein the catalyst component Ca is i platinum or ii platinum and palladium and wherein the metal component Cb is barium in an amount of 0.001 to 0.2 mol per 1L of a catalyst in Ba conversion.

Related passage: According to such coating layer structure HC desorbed at the low temperature can be purified effectively and also HC CO and NOx can be purified with good balance even when the exhaust gases which is shifted slightly richer than the stoichometric airfuel ratio are exhausted.Further poisoning resistant property can be improved by adding Pt.
Patent claim: The method of any one of the preceding claims wherein the main content isshifted such that part of the main content is cut off by a border of the display area and a rest of the main content remains on display and optionally wherein the shifting of the main content is adapted to a size of the display area such that a degree to which the main content is cut off depends on an amount of space available for simultaneous display of the main content and the supplemental content.

Related passage: Widgets associated with the use of the portable terminal may also be displayed on the idle screen.For example the widgets related to use modes e.g.frequent places where the user uses a portable terminal a pattern indicating how the user uses a portable terminal and other user interests such as health beauty stocks sports and education may be provided in the idle screen 120.
Patent claim: A method according to claim 1 wherein the determining of the operating state comprises calculating an interpolated characteristics curve at the current rotational speed on the basis of the characteristics curves and determining the operating state on the basis of the interpolated characteristics curve and the current mechanical power.

Related passage: A frequencyconverterdriven pump for example can be operated at various rotational speeds and thus the pump characteristic curves need to be converted into the current rotational speed.This can be performed on the basis of flow rate pump pressure pump shaft power consumption and rotational speed utilizing affinity laws known per se.The pump characteristic curves enable the sensorless estimation of the pump operating point location and efficiency by utilizing the rotational speed and shaft torque estimates nest and Test respectively available from a frequency converter in a manner known per se.
Patent claim: The adapter assembly of claim 12 wherein a distal end of the outer sleeve is configured for operable connection to an end effector.

Related passage: With reference to FIGS.2932 trocar assembly 270 of extension assembly 200 includes an outer housing 272 a trocar member 274 slidably disposed within tubular outer housing 272 and a drive screw 276 operably received within trocar member 274 for axially moving trocar member 274 relative to tubular housing 272.In particular trocar member 274 includes a proximal end 274a having an inner threaded portion 273 which engages a threaded distal portion 276b of drive screw 276.As drive screw 276 is rotated within trocar member 274 engagement of inner threaded portion 273 of trocar member 274 with threaded distal portion 276b of drive screw 276 causes longitudinal movement of trocar member 274 within outerhousing 272 of trocar assembly 270.Rotation of drive screw 276 in a first direction causes longitudinal advancement of trocar member 274 and rotation of drive screw 276 in a second direction causes longitudinal retraction of trocar member 274.A distal end 274b of trocar member 274 is configured to selectively engage anvil assembly 50 FIG.34.
Patent claim: The stapler according to claim 2 wherein the stapler includes a cutting blade guide that suppresses the one pair of cutting blades penetrating the workpiece from being falling down inward and the pressing portion is provided in the cutting blade guide.

Related passage: In the cuttingforming mechanism 3 the lowering movement of the penetrating mechanism 2 which is moved down by the operation of the operating handle 9 illustrated in FIG.1 and so forth is transmitted to the cutter plate 30 by engagement of the protruding pin 20c provided on the penetrating mechanism 2 and the first groove portion 30a provided on the cutter plate 30.
Patent claim: A method for cooling an energy storage apparatus comprising a plurality of battery racks therein the method comprising cooling battery racks wherein the battery racks comprise a first battery rack groupand a second battery rack group positioned in a receiving space and spaced apart from each other while facing each other with reference to a center of the receiving space wherein the battery racks are cooled when the cooling fluid is supplied to a cooling space between the first battery rack group and the second battery rack group from above the receiving space and passed through the first battery rack group or the second battery rack group respectively the cooling fluid past through the battery racks is moved through a moving space and cooled by a cooling unit positioned outside the receiving space and the cooling fluid is supplied to above the receiving space and then supplied into the cooling space to cool the battery racks.

Related passage: The moving velocity of the cooling medium increases as the cooling medium moves upwards such that the cooling medium moves to the outside of the partitioning member 21.The cooling medium discharged from the cooling space 27 formed in the partitioning member 21 is cooled by exchanging heat with the housing and air cooled in the upper part moves downwards through the moving space 28.Further convection in which the air moves from the moving space 28 to the cooling space 27 having lower pressure occurs.The rechargeable batteries 10 are cooled through convection by the cooling medium.
Patent claim: A cell analyzer comprisinga flow cell through which a measurement specimen flows the measurement specimen being obtained by fluorescently staining nucleic acids of nucleated cells in a body fluid a light emission unit that applies light onto the measurement specimen flowing through the flow cell a light detection unit that analyses fluorescence generated from cells in the measurement specimen to which the light is applied an analysis unit that detects cells in the body fluid based on fluorescent signal intensity detected by the light detection unit and an output unit wherein the analysis unit outputs information about tumor cells in the body fluid to the output unit based on the fluorescent signal intensity and forward scattered light signal intensity.

Related passage: As shown in Fig.3B the lens system 42 is configured by a collimator lens 42a a cylinder lens system planeconvex cylinder lens 42b and biconcave cylinder lens 42c and a condenser lens system condenser lens 42d and condenser lens42e in order from the semiconductor laser 41 left side in Figs.3A and 3B.
Patent claim: The airfoil of Claim 7 wherein a surface density of the second portion of the shell ceramic fibers is greater than a surface density of the first portion of the shell ceramic fibers.

Related passage: Exemplary processes for making such SiCSiC prepreg material are described in U.S.Patent Nos.6024898 and 6258737 which are assigned to the Assignee of the present invention and which are incorporated herein by reference.
Patent claim: The medium of claim 1 wherein the operations further comprise receiving a third locationupdaterequest after receiving the first locationupdaterequest determining that a time interval between obtaining the location in response to the first locationupdaterequest and receiving the third locationupdaterequest is greater than a threshold time interval in response to determining that the time interval is greater than the threshold time interval implementing the selflocation function to obtain a location and sending the location in response to receiving the third locationupdaterequest.

Related passage: FIG.4 depicts a flow diagram of a method according to one embodiment of the invention.Specifically method 400 of FIG.4 comprises a method for responding to at least one service request received from at least one other UD.Although depicted as being performed serially those skilled in the art will appreciate that at least a portion of the steps of method 400 may be performed contemporaneously.The method 400 is entered at step 402 and proceeds to step 404.
Patent claim: The method according to claim 1 characterized in that the first fine particles 101 are obtained by subjecting a dispersion liquid of resin particles containing at least a binder resin to mechanical shearing to pulverize the resin particles into fine particles such that the resulting fine particles have a particle diameter smaller than that of the resin particles.

Related passage: The shell thickness of a microcapsule ranges between 0.01 and 2 m.However a suitable range changes in accordance with the type of erasing method or erase solvent.For example the shell thickness is preferably 0.01 to 0.3 m when erasure is performed using a lowsolubility alcohol solvent 0.05 to 0.5 m when erasure is performed using an etherbased solvent 0.1 to 1 m when erasure is performed using a highsolubility ketonebased solvent in order to prevent an unerased image such as a blur caused by a flow of the decolorizer and 0.5 to 2 m when a halogenbased solvent having higher solubility than that of a ketonebased solvent is used.A suitable particle size of a microcapsule changes in accordance with the intended use of the image forming material.However the particle size is preferably 1 to 5 m for toner thermal transfer ink and writing ink and 100 to 1000 nm for ink jet printer ink which is smaller than the nozzle size.
Patent claim: A thermal printer 13 100 200 according to claim 1 wherein a speed reduction mechanism 77 configured to reduce power of the drive source 61 is arranged between the drive source 61 and the drive support portion 43 in the first direction.

Related passage: In the lower frame member F1 a receiving portion A for receiving a platen roller 1 a thermal head H a motor M as a drive source and the like is formed.
Patent claim: The apparatus of any of claims 7 to 11 further comprising a distance detecting module 505 configured to after the shooting angle of the camera is fineadjusted based on the position of the human face detect a distance by which the image of the human face deviates from the center of the video picture shot by the camera wherein the second adjusting module 504 is further configured to when it is detected that the distance by which the image of the human face deviates from the center of the video picture detected by the distance detecting module is greater than a preset distance fineadjust the shooting angle of the camera based on the position of the image of the human face once again such that the image of the human face is located at the center of the video picture shot by the camera.

Related passage: In Step S15 the center position changing unit 16 determines an object for zoom from the determined candidates for zoom.When there is only one object in the candidates for zoom the candidate is determined as the object for zoom.When there are a plurality of candidates for zoom it is preferable that the object which has the largest ratio parameter Px among those candidates is determined as the object for zoom.Thereby since the ratio that the object which has the greatest Px has occupied in the display screen is larger than other objects the change of the display screen at the time of zoom processing can be smoother.When there are a plurality of candidates for zoom with an equivalent display size the object whose reference position is closer to the center of the display screen in those candidates for zoom may be preferentially determined as the object for zoom.Thereby since the change of the zoom center position is finished with the minimum amount the change of the display screen at the time of zoom processing can be smoother.