bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The electromechanical surgical system according to claim 7 or claim 8 wherein the bearing assembly includes a bearing housing and a bearing rotatably disposed within the bearing housing.

Related passage: Proximal drive coupling housing 522 is configured to rotatably support first second and third coupling sleeves 518 519 and 520 respectively.Each of coupling sleeves 518520 is configured to mate with a distal end of respective first second and third drive shafts not shown of surgical device 10.Each of coupling sleeves 518520 is further configured to mate with a proximal end of respective first second and third proximal drive shafts 514 515 and 516.
Patent claim: The tire of claim 11 wherein the tube crosssectional shape is generally elliptical when mounted in the groove channel 34 in a tire unloaded state.

Related passage: The configuration and operation of the grooved sidewalls and in particular the variable pressure pump compression of the tube 42 by operation of ridges or compression ribs 66 within the groove 56 is shown in FIGS.8A8D 9 10A and 10B.The ridges or ribs are indicated by numeral 66 and individually as D0 through D6.The groove 56 may be uniform width circumferentially along the side of the tire 12 with the molded ridges D0 through D6 formed to project into the groove 56 in a preselected sequence pattern or array.The ridges D0 through D6 may retain the tube 42 in a predetermined orientation within the groove 56 and also may apply a variable sequential constriction force to the tube.
Patent claim: The oxidation catalyst for exhaust gas purification according to any one of claims 1 to 6 wherein a supported amount of the catalyst component is 0.110 by mass to the refractory inorganic oxide calculated as the metal.

Related passage: The conditions for the HC purifying characteristic evaluation will be given in the following.In this case the zeolite average thickness in the cell flat portion in FIG.6 indicates an average value of YRf in the catalytic layer structures shown in FIG.3A to FIG.3C.Endurance conditionsEngine exhaust amount 3000 ccFuel gasoline Nisseki dash gasolineCatalyst inlet gas temperature 650 CTest period 100 hoursPerformance evaluation conditionsCatalyst capacity for one bank threeway catalystcatalyst 20 1.3 litercatalyst of the present invention catalyst 10 2.6 literTest vehicle inline 4 cylinder 2.0 liter engine manufactured by Nissan Motor Co.Ltd.Carbon number of the hydrocarbons discharged in the engine startup contained in the catalyst inlet gasC2C3 21.0C4C6 33.0C7C9 40.0
Patent claim: Aglow plug 100 comprising a ceramic heater 4 according to any one of claims 1 to 4.

Related passage: The glow plug according to one embodiment of the present invention will be described below.As shown in Fig.12 which is a sectional view of a glow plug according to one embodiment of the present invention the glow plug 51 comprises the ceramic heater 11 inserted into a tubular metal fitting 53.The tubular metal fitting 53 is used as a cathode and is electrically connected to the first electrode 25 that is exposed on the side face of the ceramic heater 11.Disposed in the tubular metal fitting 53 is an anode metal fitting 55 that is electrically connected to the second electrode 27.When electric current is supplied to flow through the tubular metal fitting 53 and the anode metal fitting 55 the glow plug of the present embodiment functions as a heat source for example to start an engine.
Patent claim: The method of claim 12 further comprising receiving at the safety controller via the first and second connectors and processing a signal from at least one of the nonsafety controller and another module communicatively coupled to the nonsafety controller.

Related passage: The CPU bus 10 is so extended as to cover all the units 1a to 1f as shown in the drawings.The CPU bus 10 is a communication bus line capable of exchanging the data with each unit.The CPU unit 1a of the nonsafety system manages dataexchange control in the CPU bus 10.In other words the CPU unit 1a executes arbiter control for exchanging the bus right.A safety dedicated bus 11 that is independent of the CPU bus 10 is so extended as to cover the safety units 1d to 1f and the safety units are connected to one another through the bus.The exchange of the safety data among the safety units 1d to 1f is made through the safety dedicated bus 11.The CPU unit 1a cannot control the bus right of this safety dedicated bus 11 but any one of the safety units 1d to 1f does the bus right control.Incidentally any one of the units may have the bus master function.
Patent claim: The material according to any one of the preceding claims wherein a concentration of nitrogen atom in a total weight of the solid carbonic acid gas absorbent is 0.1 by weight or more and 20 by weight or less and a ratio of a weight of a nitrogen element in a total weight of the liquid carbonic acid gas absorbent to a weight of a nitrogen element in a total weight of the solid carbonic acid gas absorbent is from 1001 to 21.

Related passage: Examples of alkanolamines as reaction accelerators include monoethanolamine 2amino2methyl1propanol 2amino2methyl13dipropanolamine methylaminoethanol ethylaminoethanol propylaminoethanol diethanolamine bis2hydroxy1methylethylamine methyldiethanolamine dimethylethanolamine diethylethanolamine triethanolamine dimethylamino1methylethanol 2methylaminoethanol 2ethylaminoethanol 2propylaminoethanol nbutylaminoethanol 2isopropylaminoethanol 3ethylaminopropanol triethanolamine diethanolamine and the like.As used herein alkanolamine refers to a compound having an amino group and a hydroxyl group in one molecule.
Patent claim: Method as claimed in claim 1 or 2 characterized in that the turbine outlet temperature measurements 18 19 with good data quality are identified and in that the trimmed turbine outlet temperature TAT TR is averaged based on a number of turbine outlet temperature measurement values with good data quality which is smaller than the total number of turbine outlet temperature measurements 18 19 with good data quality.

Related passage: This objective is achieved by the claimed method based on a gas turbine with sequential combustion wherein the gas turbine includes a first turbine a second turbine at least one compressor wherein the at least one compressor includes a row of variable compressor inlet guide vanes a first combustor which is connected downstream to the compressor and the hot gases of which first combustor are admitted to the first turbine and a second combustor which is connected downstream to the first turbine and the hot gases of which are admitted to the second turbine the second combustor including operative burners each having a burner exhaust temperature wherein the claimed method comprises the following steps Controlling the position of the variable compressor inlet guide vanes depending on the burner exhaust temperature of at least one of the operative burners and in case of increasing loads switching ON a further burner of the second combustor in case the average of the turbine exhaust temperature of the second turbine reaches a lower limit value and in case of decreasing loads switching OFF one of the operative burners of the second combustor in case the average of the turbine exhaust temperature of the second turbine reaches a lower limit value.
Patent claim: A method of lubricating a journal bearing supporting one or more gears within a gearbox that couples a turbine rotor to a fan rotor in a gas turbine engine the method comprising supplying power to an electric motor configured to drive an auxiliary pump and using the auxiliary pump to supply lubricating fluid to the journal bearing of the gearbox wherein the gearbox has an input shaft coupled to and driven by the turbine rotor and an output shaft coupled to the fan rotor of the gas turbine engine.

Related passage: As fan drive gear system 36 spins lubricating liquid drips or flies off fan drive gear system 36 into bearing compartment 52 in different directions.A portion of that liquid is caught and collected by gutter 56 and funneled to auxiliary reservoir 58.During normal operating conditions auxiliary reservoir 58 is kept substantially full of liquid for later use.In one embodiment auxiliary reservoir 58 contains enough liquid to provide adequate lubrication for fan drive gear system 36 for at least 10 seconds.Gutter 56 does not collect all liquid leaving fan drive gear system 36.The remaining liquid that is not collected by gutter 56 falls to sump 48 which is an opentop reservoir at a bottom of bearing compartment 52.Bearing compartment 52 can be sealed to reduce liquid flow out of bearing compartment 52 except through designated passages as herein described.
Patent claim: The medical device kit according to claim 12 wherein the first and second locking members each are adapted to have a first locking state in which said loop shape has a first inner circumference and wherein said loop shaped element is further adapted to have a second locking state in which said loop shaped element has a second smaller inner circumference.

Related passage: Generally the spherical head 18 will have a diameter 62 between about 22 and 32 millimeters.The first nominal diameter 54 is smaller than the diameter 62 of the spherical head 18 but the locking element 48 deforms to a second larger diameter 56 that is at least as large as the diameter 62 of the spherical head 18.In this way the head 18 deforms the locking element 48 upon insertion into the cap 12 passes through the locking element 48 and articulatably engages the inner surface 20 of the liner 26 as the locking element 48 returns to its original position.
Patent claim: The lightemitting device according to any one of claims 3 to 10 wherein the reflective layer has an inner surface with a first portion inclined with respect to the top surface and a second portion substantially perpendicular to the top surface.

Related passage: For clear illustration the first electrode 141 the second electrode 142 the lightemitting diode 11 with pads 1118 1119 and the reflective wall 19 are shown in FIG.1C.As shown in FIGS.1A and 1C the lightemitting device 100 is substantially a cuboid with four outermost sidewalls 101104.Each of the first electrode 141 and the second electrode 142 has a main segment 1411 1421 and a plurality of protrusions.In one embodiment the first electrode 141 has three protrusions 1412A 1412B 1412C the second electrode 142 has three protrusions 1422A 1422B 1422C.In FIG.1C the main segments 1411 1421 are located inside the four outermost sidewalls 101104 and have four sides 1411AD 1421AD.The sides 1411A 1411B 1411C are distant from the outermost sidewalls 101 102 104 respectively by a distance of about 10150 m.The sides 1421A 1421B 1421C are distant from the outermost sidewalls 103 102 104 respectively by a distance of about 10150 m.
Patent claim: The Xray imaging apparatus of claim 2 further comprising a display configured to display a graphical object having a shape of the target to receive the selection related to the Xray imaging region corresponding to one of the Xray imaging protocols and to display an imaging window designating the Xray imaging region by overlapping the imaging window on the graphical object.

Related passage: The camera 20 is mounted to the outside of the Xray irradiation region controller 10 to image the object 3 present in the direction in which Xrays are irradiated.
Patent claim: The method of Claim 3 wherein outputting the user interface further comprises outputting a diverging indicator that graphically illustrates the divergence of the current state in proximity to a flight plan indicator that graphically illustrates the selected flight plan.

Related passage: After generating the RNP corridor boundary graphics on map display 20 processor 14 next determines whether an alert condition is detected and consequently whether an alert signal should be generated.To this end processor 14 may first estimate the current position of the aircraft STEP 44.Processor 14 compares the estimated position of the aircraft to the location of the RNP corridor boundaries to determine whether the aircrafts position resides outside of the corridor STEP 46.If determining that the aircrafts estimated position is within the corridor processor 14 advances to STEP 48 described below.If processor 14 instead determines that the aircrafts estimated position falls outside of the corridor processor may generate a first alert signal STEP 50.Although this alert may take any suitable form e.g.activation of a cabin alert light or of a warning indicator light disposed on the master control display unit the alert preferably comprises a readilyappreciable change in the color of one or more of the graphics displayed on map display 20 e.g.the RNP corridor boundary graphics dashed lines 34 andor the leg segment symbol solid line 26 may change from a first color e.g.green to a second color e.g.red.An example of a condition under which processor 14 would generate such an alert is illustrated in FIG.5.After generating the first alert processor 14 continues onward to STEP 48.
Patent claim: The end effector assembly of any one of claims 1 to 11 wherein the buttress assembly is adhered to the underside of the anvil wherein the staples are positioned to be driven through the buttress assembly.

Related passage: In some instances it may be desirable to combine a naturally derived bioabsorbable polymer gel with buttress body 102 in addition to or as an alternative to having one or more adhesive layers 104 106 on upper or lower surfaces of buttress body 102 to removably secure buttress assembly 100 to deck 73 of staple cartridge 70 or underside 65 of anvil 60.The below examples include various exemplaryconfigurations through which one or more naturally derived bioabsorbable polymer gel adhesive materials may be combined with a buttress body 102 to removably secure buttress assembly 100 to deck 73 of staple cartridge 70 or underside 65 of anvil 60.In the present example it is contemplated that the adhesive material comprises a natural based polymer such as those referred to herein.However it should also be understood that synthetic based polymers may be incorporated with the below teachings.
Patent claim: The method of claim 5 wherein less than 10 by weight of the collagen fibrils in the material are in the form of collagen fibers having a diameter of 5 m or more are in the form of fibrils aligned for 100 m or more of their lengths or both.

Related passage: The regenerated collagen fibers treated with the aluminum salt as described above are then subjected to washing oiling and drying.For example washing can be performed with running water for 10 minutes to 4 hours.Examples of an oil solutionfor use in oiling include emulsions such as aminomodified silicone epoxymodified silicone and polyethermodified silicone and a Pluronictype polyether antistatic agent.The drying temperature is preferably 100C or less and more preferably 75C or less.The load to be applied during drying is 0.01 to 0.25 g and preferably 0.02 to 0.15 g per dtex.
Patent claim: The electronic device according to any one of claims 1 to 5 wherein the setting means is configured to identify content of a program on the basis of program identification information included in a currently received broadcast signal.

Related passage: In Fig.3 there are shown possible switching options between analog and digital audio broadcasting signals.For example switching options are described between an FM network and a DAB network.As shown in the first row in Fig.3 an analog audio broadcasting signal is received from an FM network and is currently reproduced by a corresponding audio processing system is listened to by the user.In parallel a digital audio broadcasting signal is received from a DAB network the digital audio broadcasting signal having corresponding content as compared to the analog audio broadcasting signal but having a time delay t of approximately 3s as set out above with reference to Fig.1.The arrows P1 and P2 indicate a respective switching direction between FM reception and DAB reception.As shown in Fig.3 at an exemplary time of t8s a switching from DAB reception to FM reception is possible since at the time of t8s the FM signal has already been received at the time of t5s so that seamless switching to analog reception is possible.On the other hand a seamless switching between FM and DAB reception is not possible since at the time of the desired switching from the FM reception the corresponding DAB signal has not yet been received since it is delayed by t3s.In this case an audio reproduction interruption may occur during a time period of 3s until the corresponding DAB signal is received.In this regard arrow P1 designates a switching event in which seamless switching is not possible whereas the arrow P2 designates a switching direction in which seamless switching is possible.At the time of t20s a station or program change is demanded by the user so that the content of both the received and processed FM signal and DAB signal changes from Audio 1 to Audio 2.As a matter of the time delay t between FM and DAB signal there is a time period of 3s after the switching event in which the content of the DAB signal is undefined since the DAB signal with content Audio 2 is received only after the time delay when the station change by the user has occurred.In this regard Fig.3 shows the problemsof existing audio processing systems as described above in that seamless switching is not possible in any direction between different broadcasting signals.
Patent claim: The RFID tag according to claim 1 wherein the protector includes a first portion that is provided above the antenna wiring and a second portion that is coupled with the first portion and is separated in a first direction from the antenna wiring the length I of the protector is a length of the first portion along a second direction that is perpendicular to the first direction and a length of the second portion along the second direction is longer than the length of the first portion along the second direction and is equal to or less than the Imax.

Related passage: Thus in the RFID tag 100 the length X of the IC chip 30 the lengths L and the thicknesses D2 of thereinforcing members 50A and 50B and thicknesses D1 of the base 10 and the cover 40 satisfy formulas 1 to 3 in order to protect the IC chip 30 and the connecting portion 20A from the deformation.LgtX gt2X 2D11D22
Patent claim: A polymerization process for producing the polypropylene composition C according to any one of claims 1 to 14 comprising the steps of a providing a plastomer PL being a copolymer of ethylene and at least one C4 to C20 olefin b polymerizing in a first reactor R1 propylene and ethylene andor a C4 to C8 olefin obtaining a first random propylene copolymer fraction RPP1 c transferring the first random propylene copolymer fraction RPP1 into a second reactor R2 d polymerizing in said second reactor R2 in the presence of the first random propylene copolymer fraction RPP1 propylene and ethylene andor a C4 to C8 olefin obtaining a second random copolymer fraction RPP2 said first random propylene copolymer fraction RPP1 and said second random copolymer fraction RPP2 forming the random propylene copolymer RPP e transferring said random propylene copolymer RPP into a third reactor R3 f polymerizing in said third reactor R3 in the presence of the random propylene copolymer RPP propylene andor a C4 to C8 olefin obtaining a third polymer fraction said polymer fraction is the elastomeric copolymer E said propylene copolymer RPP and said elastomeric propylene copolymer E form the heterophasic propylene copolymer RAHECO g melt blending the heterophasic propylene copolymer RAHECO obtained in step f with the plastomer PL of step a.

Related passage: It is an object of the invention to provide polypropylene compositions for packaging applications with improved impact strength at ambient and low temperatures having improved optical properties especially good transparency and low haze.A further object of the invention is a process for producing polypropylene compositions for packaging applications with improved impact strength at low temperatures and good optical properties.It is still a further object of the invention to provide articles made of these polypropylene compositions useful for packaging applications especially for food packaging for deep freezing applications.
Patent claim: The terminal of claim 11 or 12 wherein the terminal comprises an automated teller machine.

Related passage: The preoperating system environment 20 then uses the recovered key 31 to perform block decryption of the startup module 40 into volatile memory following which the startup module is executed from volatile memory.As part of its execution the startup module 40 generates a full stack of kernel mode filter drivers 41 to support subsequent access of the encrypted operating system 50 using the recovered key for encryptiondecryption of subsequent readwrite file operations to the encrypted operating system 50.
Patent claim: The image forming unit 100 according to claim 3 wherein the first openings 55a 55b 55c have respective lengths in the attachment direction A that are substantially equal to each other and Ls gt Lt is satisfied where Ls is a length of the second linear part 425L 425R in the attachment direction A and Lt is the length of each of the first openings 55a 55b 55c in the attachment direction A.

Related passage: Formed on the rail member 121 are guide bosses 124 that are fitted into cam grooves 126 of the translation cam 122 and a restrictingboss insertion hole 125 for inserting a restricting boss 136 described later in the main casing 2.
Patent claim: The surgical instrument of any one of Claims 16 further comprising a current sensor wherein the program instructions when executed cause the processor to employ the current sensor in the detection the malfunction of the motor cartridge.

Related passage: In various forms a feedback signal is provided by the motor controllers 6414a6414d to the master controller 6406.The master controller 6406 has one or more associated feedback devices not shown to provide feedback to an operator.The feedback signals received from the motor controllers 6414a6414d is converted to control signals for the feedback devices by the master controller 6406.In some forms the motor controllers 6414a6414d provides feedback signals directly to a feedback device.
Patent claim: The method for weighing and cutting food dough of claim 10 comprising a step 3a for cutting out a piece from the continuous food dough by the cutting apparatus based on a measured weight of the continuous food dough while stopping the movement of the inlet conveyor and the first and the second weighing conveyors as substitute for the step 3.

Related passage: The first weighing conveyor 23 measures the weight of a part of the food dough F1 that is transferred by the separating conveyor 21.As in Fig.8 the first weighing conveyor 23 is positioned at a level that is slightly higher than the level of the separating conveyor 21.The difference between the levels is so little that the leadingedge of the sheet of the food dough F1 can easily move up and onto the first weighing conveyor 23 from the separating conveyor 21 according to the distance the belt of the first weighing conveyor 23 moves after the leading edge contacts the feedingin end of the first weighing conveyor 23.Also as in Figs.7 and 8 the first weighing conveyor 23 is supported on a base 23S by a load cell 23L.
Patent claim: Method for according to claim 9 or 10 characterized in that the cloud agent is hosted in the industrial controller.

Related passage: To the accomplishment of the foregoing and related ends certain illustrative aspects are described herein in connection with the following description and the annexed drawings.These aspects are indicative of various ways which can be practiced all of which are intended to be covered herein.Other advantages and novel features may become apparent from the following detailed description when considered in conjunction with the drawings.