bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method for detecting a successful deployment of a surgical fastener the method comprising activating a motor to move a firing rod of a surgical stapler thereby firing a surgical fastener measuring a first current draw waveform of the motor and comparing the first current draw waveform to a second current draw waveform obtained from test firing data stored in a memory of the surgical stapler to determine whether the surgical fastener is successfully deployed.

Related passage: After the firing motor is stopped in step 1138 the motor current limit is set to full scale in step 1140 and then the firing motor is started in step 1142 in a reverse direction to retract the staple drivercutter 264 and return the same to its initial position.Then once the gap between the anvil 256 and the body portion 252 has exceeded the acceptable range the indicator 18a 18b corresponding to an INRANGE indicator is turned off in step 1144.Alternatively the INRANGE indicator may be turned off in step 1144 upon the start of the reversal of the motor in step 1142.After the INRANGE indicator is turned off in step 1144 the timer is reset in step 1146.
Patent claim: Ethylene copolymer composition according to any of claims 5 to 7 wherein the bimodal ethylene copolymer comprises 52 to 60wt of the low average molecular weight ethylene homopolymer fraction and 40 to 48wt of the high average molecular weight ethylene copolymer fraction and preferably the low average molecular weight ethylene homopolymer fraction has an MFR2 in a range of 300 to 600 g10min and a density gt 0.970 gcm3 and the high average molecular weight ethylene copolymer fraction has an MFR5 in the range of 0.200.25 g10min and density within a range of 0.9520.955 gcm3.

Related passage: However in very tough soil conditions particularly when rock impigments can be feared as well as under very hard installation conditions it is desirable to have a pipe material having excellent SCG properties slow crack growth properties that is much higher as the SCG properties than presently found in materials in the state of the art.The specific conditions require a pipe material which has a SCG notch test of more than 5000 hours preferably 8000 hours.
Patent claim: A method for producing the oxidation catalyst for exhaust gas comprising a step of i1 adding a watersoluble precious metal selected from the group of a platinum or b platinum and palladium being a material of the catalyst component Ca and a watersoluble metal salt Cb being strontium to the refractory inorganic oxide A to be mixed or i2 adding a watersoluble precious metal salt being a material of the catalyst component Ca to the refractory inorganic oxide to obtain a catalyst component supported refractory inorganic oxide A and then adding a solution which contains the water soluble metal salt and mixing each other to obtain the catalyst componentdried andor calcinedand the metal component supported refractory inorganic oxide A ii mixing zeolite B with the catalyst component Ca and the metal component Cb supported refractory inorganic oxide A obtained by either step i1 or step i2 to obtain a mixture of the catalyst component and the metal component supported refractory inorganic oxide A and iii preparing a slurry which contains the catalyst component Ca metal component Cb supported refractory inorganic oxide A and zeolite B obtained at the step ii and the slurry is coated on a threedimensional structure wherein a supported amount of strontium is 0.001 to 0.12 mol per 1L of a catalyst in Sr conversion.

Related passage: According to the comparison between EXAMPLE 20 and EXAMPLE 25 it can be understood that in the case that the catalytic support employs the cells which have the quadrangle sectional shape the better optimization of the structure of the zeolite layer and the metalbased catalyst layer can be achieved and also the better HC purification characteristic can be exhibited when the value of RcRf is not 1.4 but 1.1.
Patent claim: A device as claimed in claim 9 10 or 11 provided with a bobbin in which the bobbin comprises a glowing component.

Related passage: It will be appreciated that light from the betalight 24 is able to pass through the inner body part 14 and the outer body part 16 because of the translucent material with which these body parts are made.As a result when the indicator is in use movement of the main body 12 during night fishing is made clearly evident by thebetalight so that if a fish bites on a hook at the end of the line not shown to increase the tension in the line the main body 12 along with the betalight 24 will move upwardly whereas if the fish causes the line to be slackened the body part 12 along with the betalight 24 will move downwardly.This provides the user with knowledge as to how he should make a strike.
Patent claim: The apparatus of any one of claims 18 wherein in a case where there are options for a new names in changing the names of the associated ones the controller determines as the new names of the associated ones one of the options having characters in common with a new name of the target program at ahighest rate.

Related passage: In step S46 the title similarity calculator 37 calculates the similarity LCSsq between the preprocessed program title indicated in the reserverecording data andthe program title indicated in the specified program data.In step S47 the title similarity calculator 37 determines whether the calculated similarity LCSsq is greater than or equal to a predetermined threshold TH4 for example 4.If the calculated similarity LCSsq is smaller than the predetermined threshold TH4 the process returns to step S42.
Patent claim: The method of claim 1 wherein fibrillating comprises adjusting the pH of the aqueous solution or suspension of collagen to a pH of 5.5 or more with an acid a base or a buffer.

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 clock circuit according to claim 1 wherein the buffer module comprises M buffers wherein M is a positive integer and MN the M buffers form a treeshaped clock structure having a root node and N leaf nodes and paths between the root node and all the leaf nodes have an equal length and an input end of a buffer at a position of the root node is the input end of the buffer module and output ends of N buffers at positions of the N leaf nodes are the N output ends of the buffer module.

Related passage: Each of the coarse clockgating units 14 is coupled to receive a respective clock enable signal from clock control unit 12.When an enable signal is asserted to a respective coarse clockgating unit 14 the clock signal is passed for distribution to the corresponding functional unit 15.If the enable signal is deasserted the respective coarse clockgating unit 14 may inhibit the clock signal from being provided to the corresponding functional unit 15.For example if clock control unit 12 asserts the CCLKEn0 signal the corresponding coarse clockgating unit 14 may provide Clk0 to the respectively coupled functional unit 15.If the CCLKEn0 signal is deasserted by clock control unit 12 then no clock signal is provided to the corresponding functional unit 15.As will be discussed in further detail below clock control unit 12 may also dynamically i.e.on the fly change the frequency of a clock signal provided by a given coarse clockgating unit by toggling its respectively received clock enable signal.
Patent claim: A method for preventing rotation of a shaft 40120210 in a gas turbine engine 20100 comprising activating an electromagnet 202 within a gas turbine engine 20100preventing a shaft 40120210 from rotating using a magnetic field 230 generated by the electromagnet 202 thereby preventing a fan 42102 mechanically coupled to said shaft 40120210 from rotating.

Related passage: Referring back to Figure 1 in one aspect the present concept preferably includes electric machines 30 32 which each have preferably two independently controllable channels of the type described with respect to Figures 3 4.As windmilling causes the machine rotor to rotate one channel acts as a generator to supply current to the other channel which is used as a motor or brake electrically driven by the generator channel to impede or prevent rotation preferably by driving it in the opposite direction to the rotor rotation direction developed by the windmilling effect to thereby counteract windmilling as quickly as possible and preferably stop it.Alternately the machine may be driven by a stationary current provided to the machine stator.
Patent claim: The material according to any one of the preceding claims wherein a partial structure of the second amine is represented by a chemical formula R4NHR5 wherein R4 and R5 are bonded to a nitrogen atom R4 is hydrogen or a functional group represented by Cs4Ht4Ou4Nv4 wherein s4 t4 u4 and v4 respectively satisfy 0s420 1t450 0u410 and 0v45 and R5 is represented by Cs5Ht5Ou5Nv5 wherein s5 t5 u5 and v5 respectively satisfy 1s520 1t550 0u510and 0v55.

Related passage: A carbon dioxide recovery apparatus according to one embodiment includes an absorption tower in which a discharge gas containing CO2 is contacted with an absorbing liquid comprising an amino groupcontaining compound with steric hindrance and a reaction accelerator to allow said absorbing liquid to absorb CO2 a temperature regulation unit in which a first rich solution discharged from said absorption tower is heated or cooled to be a solution in which a precipitate comprising said reaction accelerator is dispersed or to be a solution comprising a reaction accelerator rich phase comprising a large amount of said reaction accelerator compared to said first rich solution a phase separation unit in which a second rich solution said second rich solution being an absorbing liquid passed through said temperature regulation unit is separated into an amino groupcontaining compound rich phase and a reaction accelerator rich phase to discharge said amino groupcontaining compound rich phase as a third rich solution and to discharge said reaction accelerator rich phase as a reaction accelerator rich solution said amino groupcontaining compound rich phase comprising a large amount of an amino groupcontaining compoundcompared to said first rich solution and said reaction accelerator rich phase comprising a large amount of said reaction accelerator compared to said first rich solution a regeneration tower in which CO2 contained in said third rich solution is separated to regenerate said third rich solution and a solution mixing line through which said reaction accelerator rich solution is supplied to a first lean solution which is an absorbing liquid discharged from said regeneration tower.
Patent claim: The system of claim 8 wherein the program 226 when executed on the computer processor 222 performs an additional operation for processing data comprising upon receiving an indication of a repair being made to the defect region outputting a second signal to the heat source 214 to apply a burst of thermal energy to a surface 111 of uncured compacted composite layers capturing a second at least one digital thermographic image of the surface 111 of the uncured compacted composite layers after applying the burst of thermal energy analyzing at least one heat characteristic of regions of the uncured compacted composite layers in the second at least one digital thermographic image to identify defect regions in which the at least one heat characteristic is different than surrounding regions and upon identifying a defect region outputting an alert.

Related passage: In addition a filter 15 can be placed on the lens 13 for filtering light in a particular manner.Specifically the filter 15 is designed according to one embodiment to filter light such that only the infrared component or a certain infrared wavelength or wavelengths of the light can pass into the camera.Thus the filter 15 prevents ambient visible light from entering the camera 12 and altering the appearance of the captured image.Other methods of filtering light can also be used to achieve the same result.For example the camera may be designed to include a builtin filter of equivalent optical characteristics.In addition the filter can be located between the camera lens 13 and image sensor.Alternatively the camera mayinclude an image sensor that is only sensitive in the infrared spectrum i.e.an infraredsensitive camera thus eliminating the need for the filter.
Patent claim: A method for producing the oxidation catalyst for exhaust gas comprising a step of i1 adding a watersoluble precious metal selected from the group of a platinum or b platinum and palladium being a material of the catalyst component Ca and a watersoluble metal salt Cb being barium to the refractory inorganic oxide A to be mixed or i2 adding a watersoluble precious metal salt being a material of the catalyst component Ca to the refractory inorganic oxide to obtain a catalyst component supported refractory inorganic oxide A and then adding a solution which contains the water soluble metal salt and mixing each other to obtain the catalyst componentdried andor calcinedand the metal component supported refractory inorganic oxide A ii mixing zeolite B with the catalyst component Caand the metal component Cb supported refractory inorganic oxide A obtained by either step i1 or step i2 to obtain a mixture of the catalyst component and the metal component supported refractory inorganic oxide A and iii preparing a slurry which contains the catalyst component Ca metal component Cb supported refractory inorganic oxide A and zeolite B obtained at the step ii and the slurry is coated on a threedimensional structure wherein a supported amount of barium is 0.001 to 0.2 mol per 1L of a catalyst in Ba conversion.

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: The arrangement according to any of the preceding claims comprising means for rotating the sample relatively to the remaining components to perform data collection for a tomographic scan.

Related passage: A standard xray tube stationary or rotating anode type can be used as radiation source.The anode material should be chosen to have appropriate emission lines in the relevant energy range.For mammography applications these could be Nb Mo Rh Pd Ag which have Kemission lines in the 5 to 50 keV preferably 15 to 25 keV region.Especially suited for this setup would be a line focus tube.In this case the grating lines should be parallel to the source line if a line focus source is used as the setup requires even less coherence in the direction along the lines.The spectrum of the xray source may be filtered to reduce the source bandwidth.
Patent claim: A method comprising arranging and compacting 402 a plurality of uncured composite layers applying 404 a burst of thermal energy to a surface 111 of the plurality of uncured compacted composite layers capturing 406 at least one digital thermographic image of the surface of the uncured compacted composite layers after applying the burst of thermal energy using a computer processor 222 analyzing 408 at least one heat characteristic of regions of the uncured compacted composite layers in the at least one digital thermographic image to identify defect regions in which the at least one heat characteristic is different than surrounding regions upon identifying a defect region outputting 410 an alert and performing 412 a repair operation on the defect region.

Related passage: The camera 12 can be a commerciallyavailable camera capable of acquiring black and white images.For example in one embodiment the camera 12 is a television or other type of video camera having an image sensor not shown and a lens 13 through which light passes when the camera is in operation.Other types of cameras or image sensors can also be used such as an infraredsensitive camera a visible light camera with infraredpass filtration a fiber optic camera a coaxial camera Charge Coupled Device CCD or Complementary Metal Oxide Sensor CMOS.The camera 12 can be positioned proximate the composite structure 22 on a stand not shown or mounted to a frame 28 or similar device.In embodiments of the present invention that do not include a reflective surface the camera 12 may be positioned approximately six inches from the surface of the composite structure 22and mounted to the frame 28 by way of a bracket 30 and associated connectors 32.In embodiments of the present invention that do include a reflective surface however the reflective surface 16 may be positioned approximately three inches from the surface of the composite structure 22 and the camera 12 pointed toward the reflective surface 16 may be positioned further away from the composite structure as described above.In further embodiments of present invention the reflective surface 16 may be positioned at other distances from the surface of the composite structure 22 such as from one to six inches to reflect an image of the surface of the composite structure that is as accurate as possible toward the camera 12.
Patent claim: Method as claimed in claim 7 wherein the third interval of time t1 is comprised between 2 minutes and 15 minutes.

Related passage: The wind turbine as shown in the Figure for example an offshore gearless direct driven wind turbine comprises a nacelle 10 pivotally mounted on a tower 13.The nacelle 10 comprises a canopy 20 enclosing the nacelle 10.The canopy may enclose various components of a wind turbine for example an electrical control system not shown.In connection to the nacelle 10 and the interior 15 of the nacelle 10 a generator 5 is attached for converting mechanical energy into electrical energy.A rotor not shown of the generator 5 is rigidly fixed with a hub 11 comprising blades 12 for transforming wind energy into a rotation of the hub 11 which in turn drives the rotor of the generator 5 to produce electric energy.
Patent claim: The solar cell module of claim 8 wherein in the first edge portion of the semiconductor substrate the second direction length of the long pattern overlapping the first conductive line is longer than the second direction length of the long pattern overlapping the second conductive line wherein the second direction length of the long pattern overlapping the firstconductive line in the first edge portion is longer than the second direction length of the long pattern overlapping the first conductive line in the second edge portion wherein in the second edge portion of the semiconductor substrate the second direction length of the long pattern overlapping the second conductive line is longer than the second direction length of the long pattern overlapping the first conductive line and wherein the second direction length of the long pattern overlapping the second conductive line in the second edge portion is longer than the second direction length of the long pattern overlapping the second conductive line in the first edge portion.

Related passage: FIGS.1 to 3 show that the plurality of first and second electrodes C141 and C142 are arranged in the form of a stripe in the second direction y as an example.On the contrary each of the plurality of first and second electrodes C141 and C 142 may extend in the second direction y but may have an intermittently cut shape.
Patent claim: A method of providing a context aware announcement to a user device during a communication the method comprising the steps of providing a device having a client capable of recognizing a context aware announcement during a call setup and performing one or more of displaying the context aware announcement on the user device and audibly providing context aware information on the user device wherein the context information is provided to the user device as part of a call setup.

Related passage: These different destinations recognize the multiple purposes that messages to the receiving side may serve.Each of these destinations is now described according to nonlimiting embodiments.
Patent claim: Valve assembly 3 according to one of the preceding claims wherein the valve assembly 3 further comprises an upper retaining element 24 fixedly connected to the needle 11 and extending in radial direction and being arranged in an axial region of the valve needle 11 facing away from the fluid outlet portion 7 the upper retaining element 24 positioned to limit axial displaceability of the armature 23 relative to thevalve needle 11 in direction towards the fluid outlet portion 7.

Related passage: According to another embodiment of the present invention a plurality of attenuation holes 23 may pass through the stop sleeve 17 of the bundle of openingclosing valves 10 on a latitudinal support plate 21 that contacts the armature 9 as illustrated in FIG.7.When the armature 9 that compresses the buffer spring20 when the electromagnetic coil 7 is excited contacts the stop sleeve 17 due to a repulsive force of the buffer spring 20 when the electromagnetic coil 7 is demagnetized the fuel between the support plate 21 and the armature 9 is extruded through the plurality of attenuation holes 23 such that a shock between the armature 9 and the stop sleeve 17 can be alleviated.In this case the attenuation holes 23 may be manufactured in one of various crosssectional shapes like a tapered nozzle shape in which each of diameters of the attenuation holes 23 decreases as getting closer to an opposite site to the armature 9.For example the attenuation holes 23 each may have a shape of a funnel that widens toward the armature 9 as illustrated in FIG.7.
Patent claim: A method according to claim 5 wherein a mechanical power at a nominal pressure of the compressor is known and the performing of an identification run comprises starting the compressor at a known atmospheric pressure stopping the compressor at the nominal pressure wherein the nominal pressure is detected on the basis of the mechanical power.

Related passage: An advantage of the present solution is that no additional instrumentation is needed since modelbased solutions can be used for the estimation of the flow rate and pressure of the pump.A sensorless implementation can be based on modelbased pump operating point estimation methods known per se.These estimation methods may comprise using pump characteristic curves such as the examples illustrated in Figures 4a and 4b affinity laws known per se as a model of the pump and frequency converter estimates of the motor rotational speed and shaft power as inputs.The characteristics and general performance of a centrifugal pump for example can be visualized by characteristic curves for the pressure or head H shaft power consumption P and efficiencyas a function of the flow rate Q at a constant rotational speed.The best efficiency point BEP of a centrifugal pump in which the pump should be typically driven is typically also provided by the pump manufacturer.