bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A nontransitory computerreadable medium having instructions stored thereon that when executed cause a processor to perform the method of any of claims 1 to 7.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
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: More particularly the catalysts prepared by EXAMPLES 1 to 22 are controlled such that a volume occupying rate of the zeolite layer in which the zeolite thickness in the cell flat portion is in excess of 50 m exceeds 50.Thus it can be understood that the optimization of the zeolite layer and the metalbased layer can be achieved according to such coating layer structure and also HC adsorption desorptionpurification cycles can be effectively accomplished.
Patent claim: A navigation system comprising a tool configured to be advanced through a patients luminal network the tool having a first sensor a display configured to display an image of a portion of a patients luminal network a controller coupled to the display and a memory storing instructions that when executed by the controller cause the controller to identify a location of a target site within a patients body track a location of the tool having the first sensor determine a distance between the location of a target site and the tool and display on the display the distance between the location of a target site and the tool.

Related passage: As described earlier the treatment instrument 4 has the sensor 19 in the distal end portion 4C to detect a position a direction and a roll angle hereinafter also referred to as the position and the like.The sensor 19 is for example a magnetic field detection sensor and is adapted to detect a magnetic field generated by the magnetic field generating antenna 20 made up of three antennas disposed outside the patient 7 and thereby detect position and the like where the treatment instrument 4 isdisposed.Alternatively an MR sensor a Hall element a coil or the like may be used as the magnetic field detection sensor.
Patent claim: The method 300 of any preceding claim wherein the plurality of access ports 64 are spaced apart axially along at least a portion of a turbine 28 32 of the gas turbine engine 10 such that each access port 64 is located at or adjacent to a different stage of a plurality of stages of the turbine 28 32.

Related passage: A blade inspection apparatus of aspect of the present invention is a blade inspection apparatus for inspecting a plurality of blades periodically disposed on a periphery of a rotating shaft of a rotor of an engine and rotated on the rotating shaft and has an endoscope having an insertion portion in which an observation optical system is provided a fixture attached to one of a plurality of external access ports provided on the engine and fixing the endoscope and dedicated for each of the external access ports and an identification information output portion for outputting identification information for identifying the external access port to which the fixture is attached.
Patent claim: The ablation probe according to claim 2 further comprising a plurality of rib members wherein the balun short includes a plurality of additional longitudinal notches defined therein adapted to receive a corresponding rib member of the plurality of rib members.

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 claim 6 wherein a ratio AB of a distance from the inner surface of the support to an outer surface of the object A to a width of the object B is from 11 to 16.

Related passage: In a further embodiment of any of the foregoing additive manufacturing machine the support portion is shaped to correspond to an outer periphery of the desired part geometry and a retaining wall spaced apart from the outer periphery of the desired part geometry.
Patent claim: The method 100 of any one of claims 1 to 5 wherein the movement path includes a series of waypoints 70 between the separatedposition and the mated position and wherein spacings between sequential waypoints form a decreasing series of spacings.

Related passage: Commands are generated to reconfigure a selected portion of plurality of supports 924 corresponding to the selected number of control points to move the selected number of control points to a corresponding number of desired positions defined based on selected configuration941.These commands are sent from controller 938 to the selected portion of plurality of supports 924.
Patent claim: The method for producing the oxidation catalyst for exhaust gas according to claim 9 or claim 10 wherein zeolite is mixed at either step i1 or step i2.

Related passage: According to the comparison between EXAMPLE 1 and EXAMPLE 30 it can be understood that the purification efficiency of the metalbased catalyst layer can be improved by adding the alkaline metal such as Ba etc.into the metalbased catalyst layer.
Patent claim: A tool comprising a switch that is configured to cause an electric component to operate wherein the switch includes a switch manipulation part that is configured to manipulate the switch a load sensor that is configured to detect a load corresponding to a pressing force according to a manipulation of the switch manipulation part and a load adjusting mechanism that is configured to move the load sensor relative to the switch manipulation part along a direction where the switch manipulation part and the load sensor are spearated from each other according to a magnitude of the pressing force applied to the load sensor.

Related passage: As shown in FIG.6 the wakeup contact 60 is connected to a power source circuit 50 of the control circuit part 46.In FIG.6 when the wakeup contact 60 is turned on an electric current flows from a first resistor 55 and a second resistor 56 to the wakeup contact 60 and consequently a first transistor 53 is turned on in a conductive state.As a result a constant voltage is applied to a microcomputer 46c from a regulator 52 which causes the microcomputer 46c to start up.When the microcomputer 46c starts up the microcomputer 46c turns on a second transistor 54.Consequently even if the wakeup contact 60 is turned off the first transistor 53 and the regulator 52 remain the ON state.When the microcomputer 46c turns off the second transistor 54 the first transistor 53 and the regulator 52 are forced to turn off and the power source of the microcomputer 46c is turned off.
Patent claim: The air conditioning apparatus 100 according to claim 1 or 2 wherein the outdoor control valves are respectively arranged between the outdoor fourway valves and the discharge side of the compressor.

Related passage: A multitype air conditioning system is known including a plurality of indoor units connected in parallel to one outdoor unit.In the air conditioning system a highpressure gas pipe a lowpressure gas pipe and a liquid pipe are provided between the outdoor unit and the indoor units and gas pipe sides of an outdoor heat exchanger and each indoor heat exchanger can be switched to selectively communicate with the highpressure gas pipe and the lowpressure gas pipe.In operation of the air conditioning system a cooling operation is performed when the lowpressure gas pipe is connected to the indoor unit and a heating operation is performed when the highpressure gas pipe is connected to the indoor unit.Switching between the lowpressure gas pipe and the highpressure gas pipe is performed by a change valve referred to as a refrigerant flow branch controller for example see Japanese Patent LaidOpen Nos.2005300006
Patent claim: The article 100 of any preceding claim wherein the coating comprises a MCrAlX composition wherein X comprises at least one element selected from the group consisting of yttrium rhenium tantalum molybdenum rare earth elements hafnium zirconium silicon and combinations thereof.

Related passage: To protect the superalloys from oxidation and corrosion attacks the turbine engine airfoils may include a coating system thereon.In some cases the coating system may include a thermal barrier coating TBC.Typical TBCs may be formed from yttria stabilized zirconia YSZ andor yttria stabilized zirconia doped with other oxides such as Gd2O3 TiO2 and the like.The coating system may further include an environmentresistant bond coat underneath the TBC to extend its service life.Bond coats may be overlay coatings that may include for example MCrAlX where M is a metallic element like nickel cobalt andor a combination of both nickel and cobalt and X is yttrium or other reactive and metallic elements.A bond coat can also be a diffusion coating such as a simple aluminide coating a reactive elementmodified aluminide coating a platinummodified aluminide coating or a reactive elementmodified platinum aluminide coating.Thus during exposure to high temperature such as during ordinary service use thereof the bond coating oxidizes first to form a thermally grown oxide TGO to protect underlying bond coat from further oxidation.However if the TGO layer grows too quickly andor becomes too thick adherence of the TBC to the bond coat may be weakened and cracks between the TBC and the TGO as well as between the TGO and the bond coat may form.In such case the TBC may prematurely spall off thus decreasing the service life of the superalloy component.
Patent claim: Household appliance 2 comprising an electronic board 72 and a receptacle 68 which receives said electronic board 72 further comprising a cover 78 for closing said receptacle 68 whereby said cover 78 in an assembled state is connected to said receptacle 68 characterized in that fixing means are provided for a connection between said receptacle 68 and said cover 78 and whereby a sealing element 180 is provided for providing a sealed connection between said receptacle 68 and said cover 78 in an assembled state.

Related passage: With reference to Figures 3 and 4 the bottom 8a of each cupshaped element 8 is moreover shaped so as to copy the shape of part of the substantially polygonalshaped curved profile of the coupling ridge 7a of the corresponding protruding tailpiece 7 so that the bottom wall of the cupshaped element 8 is allowed to matchmesh with the coupling ridge 7a of the protruding tailpiece 7 in several different positions.Each cupshaped element 8 therefore forms a respective cap appendix 8 of the protecting box 4.
Patent claim: An aircraft comprising a cabin blower compressor system 30 in accordance with any of claims 1 to 11.

Related passage: According to Fig.2 during flight operation of the helicopter the running engine 1 drives the electric motorgenerator 10 as an electric generator via the main gearbox 5 the accessory gear box 12 and the additional freewheel assembly 11 respectively connected by the axle 3.The rotary wing 7 is driven via the main gearbox 5 and the output 6.The main gearbox 5 and the electric motorgenerator 10 drive as well directly and mechanically the pump 8 coupled via the drive shaft 9.During flight operation the driven electric motorgenerator 10 feeds any electric on board consumers e.g.the battery while the driven pump 8 providesenergy to its respective hydraulic consumers 13 e.g.an air concompressor.The electric engines starter motorgenerator 2 is driven by the engine 1 and feeds the helicopters electric on board consumers.
Patent claim: A turbine blade 10 comprising an airfoil 14 integrally joined to a platform 16 and having laterally opposite pressure and suction sides 20 22 extending in chord between axially opposite leading and trailing edges 24 26 andsaid platform 16 including a purge valley 28 extending tangentially into a blend area 40 of the platform 16 and having maximum depth at an elevation equal or greater than a nominal axisymmetric platform surfaceof the platform 16 the purge valley 38 extending axially from proximate the leading edge 24 of a first airfoil 14 toward the suction side 26 of the first airfoil 14 and toward the leading edge 24 of a second adjacent airfoil 14 to channel a purge flow 19.

Related passage: Observing the 3D numerical data fluid analysis it is recognized that the secondary flow from the front side 6 of the blade body 1a to the back side 5 of the adjacent blade body 1b occurs at the root and the tip sides of the blade respectively.
Patent claim: A method for weighing continuous food dough and for cutting it into pieces using a system for weighing and cutting continuous food dough wherein the system has an inlet conveyor for carrying forward the continuous food dough a weighing conveyor device disposed adjacent to and at a downstream side of the inlet conveyor and a cutting apparatus for cutting out the pieces from the continuous food dough wherein the cutting apparatus is disposed at an upstream side of the weighing conveyor device wherein the weighing conveyor device has a first weighing conveyor and a second weighing conveyor disposed adjacent to and at a downstream side of the first weighing conveyor the method comprisinga step 1 for carrying the continuous food dough onto the first and the second weighing conveyors by driving the inlet conveyor and the first and the second weighing conveyors a step 2 for weighing the continuous food dough by the first and the second weighing conveyors a step 3 for cutting out a piece from the continuous food dough by the cutting apparatus based on a measured weight of the continuous food dough and a step 4 for weighing an actual weight of the piece cut out from the continuous food dough by the first and the second weighing conveyors.

Related passage: The second weighing conveyor 25 measures the part of the food dough F2 that is cut by the first weighing conveyor 23 after it is cut by the cutting apparatus 27.Similarly to the first weighing conveyor 23 the second weighing conveyor 25 is supported on a base 25S by a load cell 25L.The level of the second weighing conveyor 25 is the same as that of the first weighing conveyor 23.The second weighing conveyor 25 is longer than the first weighing conveyor 23 so that the second weighing conveyor 25 can hold the entire part of the food dough F2 that is cut out.
Patent claim: The energy storage apparatus of claim 17 wherein the cooling space is positioned at a center of the receiving space and the moving space is positioned on both edge regions of the cooling space.

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: An inorganic thermoset resin comprising a hardener in a concentration from 18 to 30 by weight of the resin.

Related passage: The method comprises the following steps a impregnating the natural fibres with nonhalogenated fire retardant b impregnating the fireresistant natural fibres with inorganic thermoset resin c laying up the resinimpregnated natural fibres to sandwich the core thereby forming a stack of the core sandwiched between the resinimpregnated natural fibres and d curing the stack to form the fire resistant sustainable aircraft interior panel that comprises the core sandwiched between the first and second skins.
Patent claim: The method of claim 13 wherein the position of the movable element is varied such that a natural frequency of pressure variations within the intake duct is substantially equal to a frequency at which the pressure variations provide enhanced induction for the engine.

Related passage: In the method according to the invention in connection with a supercharged piston engine combustion air is fed by means of a supercharging device to a pressure higher than ambient pressure into an air chamber in connection with the supercharging device and air is led from the air chamber to cylinders in connection with the air chamber through channel arrangements between the cylinders and the air chamber.A pressurepulsation is generated in the air chamber which pulsation is halfwavelength shifted from a pulsation in the air chamber at the third harmonics of the rotational speed of the engine or at frequencies below that.Advantageously but not necessarily the pressure pulsation is formed mainly at the opposite end to the coupling location of the supercharging device in the air chamber.
Patent claim: The SMM control system 180 of Claim 6 wherein said processor 402 is further programmed to estimate the health of the compressor 124 using a health model 414 and a parameter estimation algorithm 415.

Related passage: As shown in figure 4 physicsbased model 402 receives the corrected input values Umodel such as corrected actuator positions which are equal to the measured value Umeas corrected by the estimated bias Ubiasest of the unknown measurement bias Ubias.The estimated bias Ubiasest is calculated by tracking filter 404 using differences between calculated output values Ymodel and corrected output values Ysystem.Tracking filter 404 also calculates estimates of the unknown health of engine 10 Heng as Hengest.Health parameters include but are not limited to including modifiers for component efficiencies and flows pressure losses cooling flows bleeds andor power extraction values.As the estimated values Ubiasest and Hengest approach the true values Ubias and Heng engine model 402 provides a more accurate representation of engine 10 and estimated operating parameter Yparam such as a thrust andor a stall margin.Model 400 outputs estimated operating parameter Yparam to control system 212 shown in Figure 2 as estimated operating parameter 210 shown in Figure 2.
Patent claim: The power conversion device 100 according to any one of claims 1 to 6 wherein the power conversion device 100 is provided below a floor of a railway vehicle 600.

Related passage: Usually while no discharging is made the switching element 552 is turned off.When the ignition of the subject vehicle is turned off to discharge the capacitor module 500 the switching element 552 is turned on.This onoperation enables a current to flow into the discharging resistor 551 thereby the capacitor module 500 is discharged.The energy accumulated in the capacitor module 500 is converted to a thermal energy by the discharging resistor 551 then released into the cooling jacket 19A.This means that the power module cooling device cooling jacket 19A is also used as a cooling device of the discharging resistor 551.There is no need to provide a cooling device dedicated to the discharging resistor 551 so the apparatus 200 can be reduced in size.Furthermore because the wiring 432 of the inverter device 43 is used no discharging wiring is required.And although the discharging resistor 551 is fastened to the bottom surface of the cooling jacket 19A in the above example the discharging resistor551 may be provided in the power module 300 of the inverter device 43.This discharging circuit 550 can also apply to any of the configurations shown in Figs.2 18 through 20.
Patent claim: The method of any of claims 15 wherein for a function of video display the PED utilizes the flightdeckinstalled multifunction display as a passive display terminal without any requirement for display or graphics generationoutput hardware on the PED or any native forms of input or interactivity on the PED and wherein the function of video display provides a service to directly connect an abstract application to the multifunction displays via the gateway for display and interaction on the flightdeck regardless of specifics services capabilities or operating system of the PED.

Related passage: If there is a turbulent condition then that condition may be indicated to the flight crew at 106.This may include providing an indication on the handheld device 40.For example an indication may be displayed on the display 44 of the handheld device 40.By way of additional example an audible indication may be emitted from the handheld device 40.Further if the determination of the turbulent condition is made by the handheld device 40 and not the controller 30 providing an indication of the turbulent condition may include transmitting a turbulence signal from the handheld device 40 to the aircraft 10.The controller 30 may then provide an indication on a display 22 on the flight deck 18 of the aircraft 10 in response to the turbulence signal which was transmitted from the handheld device 40.Alternatively the flight deck 18 may emit an audible indication in response to the turbulence signal provided by the handheld device 40.
Patent claim: The method of claim 7 further comprising prior to directing the compound signal into the first filtered load substage 2301 directing the compound signal out of the first threeport device 220 to a second reflective filter device 225 wherein the second reflective filter device 225 passes the first distinct RF signal from the compound signal to a first multiplexer output port 2261 and reflects the at least a second distinct RF signal back into the first threeport device 220815.

Related passage: With the embodiments provided by this disclosure no one load element needs to be rated to handle the full power of a reflected wave.For example in one implementation where reflected RF power is split evenly by waveguide power divider 165 between loads 152 and 154 i.e.a 3dB power divider then each of the loads need only be rated for absorbingof the maximum potential reflected RF power.In some embodiments waveguide loads 152 and 154 are implemented for example using attenuating wave guides that comprises a tapered wedge design andor absorbent material that substantially absorbs and spreads out the energy from reflected RF power along the length of the waveguide.It should also be appreciated that in other embodiment waveguide power divider 165 may divide power between more than just two waveguide loads.
Patent claim: The baggage drop system according to any one of the preceding claims wherein the conveyor system includes three independently actuable belts and wherein a first item of baggage on a second conveyor belt is returned to the passenger where the combined parameters of the first item of baggage and second item of baggage exceed a predetermined limit detected by detectors mounted to the housing.

Related passage: The rotation angle respectively the rotation motion of the head section 2 is limited via an arrester 23 fixing the head section 2 in position.Sensors not shown are provided detecting the rotation positionstatus of the head section 2 of the MPCU 1.