bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A surgical instrument comprising an elongate shaft assembly defining a shaft axis a surgical end effector operably interfacing with said elongate shaft assembly for selective rotation relative to said elongate shaft assembly about said shaft axis said surgical end effector comprising a firing member configured for selective axial movement therein in response to an application of at least one rotary control motion thereto an end effector rotary locking system interfacing with said surgical end effector and being configured to lock said surgical end effector in rotary orientations about said shaft axis upon application of an axial locking motion to said end effector rotary locking system and to unlock said surgical end effector for selective rotation about said shaft axis upon application of an axial unlocking motion to said end effector rotary locking system and a rotary drive system configured to apply said at least one rotary control motion to said firing member said rotary drive system configured to apply at least one rotary positioning motion to said surgical end effector when said end effector rotary locking system is in an unlocked configuration to position said surgical end effector in a selected one of said rotary orientations about said shaft axis.

Related passage: Referring again to FIG.151 the surgical instrument 1010 may include a motor controller 3005 in operable communication with the controller 3002.The motor controller 3005 can be configured to control a direction of rotation of the motor 1102.For example the motor 1102 can be powered by a battery such as for example the battery 1104 and the motor controller 3002 may be configured to determine the voltage polarity applied to the motor 1102 by the battery 1104 and in turn the direction of rotation of the motor 1102 based on input from the controller 3002.For example the motor 1102 may reverse the direction of its rotation from a clockwise direction to a counterclockwise direction when the voltage polarity applied to the motor 1102 by the battery 1104 is reversed by the motor controller 3005 based on input from the controller 3002.Examples of suitable motor controllers are described elsewhere in this document and include but are not limited to the driver 7010 FIG.185.
Patent claim: The article 100 of claim 1 wherein at least about 10 volume percent of the coating 120 is substantially free of the rapid solidification artifacts.

Related passage: To dissolve the gammaprime phase into the gamma matrix the single crystal piece is heated to a temperature which is greater than the solvus temperature of the gammaprime phase but less than the melting temperature of the alloy.The melting temperature termed the solidus temperature for an alloy which melts over a temperature range should besufficiently greater than the solvus temperature so that the single crystal piece may be heated and maintained within the temperature range between the solvus and the solidus for a time sufficiently long to dissolve the gammaprime precipitation phase into the gamma matrix.The solidus temperature is about 2400 F about 1315.56C to 2450 F about 1343.33C and accurate control to within a few degrees in commercial heat treating equipment is not available.In an embodiment the solidus may be at least about 15F about 8.3C greater than the solvus temperature for the gammaprime precipitates.
Patent claim: The composition of any of claims 2 to 5 wherein the volume solids content of the composition is in the range of from 36 to 44 volume percent and wherein the associative thickener comprises a polyether which is a hydrophobically modified ethylene oxide urethane polymer having a hydrophobic portion with a calculated log P in the range of from 3.5 to 4.8.

Related passage: A second monomer emulsion was prepared using deionized water 400 g sodium dodecylbenzene sulfonate 66.5 g 23 active Disponil FES 993 surfactant 51g 30 active butyl acrylate 810.9 g methyl methacrylate 679.9 g varying amounts of acrylic acid as specified in Table 2 and varying amounts sodium 4vinylbenzenesulfonate or AMPS as specified in Table 2.To a 5L four necked round bottom flask equipped with a paddle stirrer athermometer N2 inlet and a reflux condenser was added deionized water 950 g.The contents of the flask were heated to 84 C under N2 and stirring was initiated.An aqueous solution sodium persulfate 5.1 g in 20 g deionized water followed by a rinse of deionized water 5 g was added to the kettle.The preform from Step A was then added followed by addition of the second monomer emulsion and then a solution containing sodium persulfate 1.7 g and sodium hydroxide 2 g dissolved in deionized water 58 g each added separately to the flask over a total period of 80 min.The contents of the flask were maintained at a temperature of 84 C during the addition of the second monomer emulsion.When all additions were complete the flask containing the second monomer emulsion was rinsed with deionized water 25 g which was then added to the flask.
Patent claim: The medical device kit according to claim 14 wherein saidloop shaped element is adapted to further have a third locking state in which said loop shape has a third inner circumference being smaller than said first and second inner circumference.

Related passage: In response to an insertion force the locking element 48 deforms from a first position FIGS.3 and 4 defining a first nominal diameter 56 outward and away from the longitudinal axis 30 of the cup 12 to define a second larger diameter 58 FIG.5.The resilient locking element 48 then returns to its first position upon removal of the insertion force such as when the spherical head 18 of a femoral endoprosthesis has been inserted past the locking element 48 to engage the spherical inner surface 20 of the liner 26 FIG.6.
Patent claim: Printing system according to any of the preceding claims wherein printing system comprises a prepress application unit and the control unit is configured to communicatethe predetermined raster image processor settings to the prepress application unit and the prepress application unit is configured to detect a discrepancy between the predetermined raster image processing settings and print data of a print job received by the prepress application running on the prepress application unit.

Related passage: In step S1302 the CPU 101 discriminates whether or not a target of the preflight check is the variable data print job VDP job.This discrimination is made based on a description language of the print job an application which has instructed printing or print attributes.For example if it is determined that the print job has been described by the PPML language the CPU 101 decides that the print job is the variable data print job.As a result of this discrimination if the target of the preflight check is not the variable data print job the processing routine advances to step S1308 which will be described hereinafter.If the target of the preflight check is the variable data print job step S1303follows.The variable data print job has one or more records each of which is constructed by one or more pages.
Patent claim: The apparatus of claim 12 wherein the searcher uses program ID as the specific attribute to search for as the associated ones ones of the programs having the program ID in common with the target program.

Related passage: In step S66 the title similarity calculator 37 performs preprocess on the program title indicated in the recorded data and the program title indicated in the specified program data.If the program title indicated in the recorded data has been subjected to the title preprocess the preprocess on the program title indicated in the recorded data is omitted.
Patent claim: The method according to claim 14 wherein the fiber having hydroxyl groups comprises at least one selected from the group consisting of cellulose fiber linen fiber flex fiber polyvinyl alcohol fiber and carbon fiber treated with hydroxyl groups.

Related passage: NF utilized in the study were wood fibres from LaSole Percoto Italy WoodLs and Rettenmaier Rosenberg Germany WoodRet.Characteristics of the used fibres are given in the Table 1.However other types wood fibres can be used as well.Table 1Fibres Supplier Water contentWaxLigninOH content mgKOHg Dimensions L m Dimens sions L m Aspect ratioWoodRet Rettenmaier 4.5 0.9 28.7 322 363 64 6.7WoodLS LaSole 4.9 3.5 29.6 244 286 80 5.5
Patent claim: The connector part according to claim 1 or 2 wherein the damper unit 10 is configured to delay the engagement of said first contact 110 with the second contact 210 with atime constant that is determined by a flow of fluid through a restriction 32 in particular through an aperture.

Related passage: The second element of the flushing arrangement 30 is sealed against a front portion of the shuttle pin 22 by a corresponding seal 33.Similarly it has an annular shape with aninner opening the diameter of which substantially corresponds to the outer diameter of the pin 12 and of the shuttle pin 22.A annular front face of the second element 32 is provided with a circular seal 34.The seal 34 is set up to provide sealing against an annular front face of the first element 31.
Patent claim: The gas turbine engine 20 100 of any preceding claim wherein the at least one magnetic section 220 is positioned axially within one of an intermediate case 180 and a fan drive gear section 48160 of the gas turbine engine 20100.

Related passage: Similarly on engine shutdown controller 40 ensures electricallypowered oil pump 44 of an engine oil system 46 communicating with bearings not indicated of the spools 20 24 continues to operate providing electricity generated from LSG andor ISG 30 32 to circulate sufficient oil within system 46 to lubricate the bearings until shaft rotation speed has dropped below a threshold value.
Patent claim: The method of claim 10 or 11 wherein the first fiber optic cable includes fiber Bragg gratings and wherein emitting by the optical transmitter the optical signal comprises emitting the optical signal using a broadband laser and wherein determining using the controller the at least one temperature for each of the plurality of zones comprises determining the at least one temperature based on time division multiplexing TDM.

Related passage: Data processor 22 next compares sensed temperature T with a predetermined threshold value Tmax corresponding to a possible overheat condition step S3.In some embodiments data processor 22 may also determine a change in sensed temperature since a last measurement from sensing element 16a i.e.TtTTpreviouslttimestepgt and compare this change in sensed temperature to a second threshold value Tmax.Step S4.If either quantity exceeds the corresponding threshold value data processor 22 initiates a slow scan of sensing element 16a as described in greater detail below with respect to step S8.Otherwise data processor 22 increments n commands optical switch 14 to switch to the next sensing element and repeats the process described above for sensing elements 16b through 16N until nN steps S5 and S6.Upon performing fast scans of all sensing elements 16a 16b...16Ncorresponding to n1 through nN data processor 22 reinitializes n1 and repeats the entire method 100 from the beginning step S7.By testing each sensing element 16a 16b...16N using fasts scans optical fiber sensing system 10 is able to provide at least a rough determination of temperature across all N sensing elements and M zones on a short timescale e.g.5 seconds or less.
Patent claim: The computer implemented method of claim 1 wherein creating the ROM comprises selecting from a highfidelity set of parameters a subset of parameters with high correlation to the sensor of interest wherein the subset of parameters have corresponding sensors in the aircraft system such that measurements from the sensors can be used to generate the reduced order sensor value.

Related passage: In this example the modeling computer 62 is configured to generate modeled gas path parameters y based on the engine inputs received from the engine 10.The example modeling computer 62 is further configured to generate modeled subsystem parameters z based on the engine inputs received from the engine 10.
Patent claim: A system for implementing gaze translucency according to claim 4 wherein said system further comprisesa gaze translucency algorithm module GTAM configured to assign a modification command to at least one of said gazed virtual object based on said identified gazed virtual child object.

Related passage: A person of skill in the art would readily recognize that steps of various abovedescribed methods can be performed by programmed computers.Herein some embodiments are also intended to cover program storage devices e.g.digital data storage media which are machine or computer readable and encode machineexecutable or computerexecutable programs of instructions wherein said instructions perform some or all of the steps of said abovedescribed methods.The program storage devices may be e.g.digital memories magnetic storage media such as a magnetic disks and magnetic tapes hard drives or optically readable digital data storage media.The embodiments are also intended to cover computers programmed to perform said steps of the abovedescribed methods.
Patent claim: The method of claim 1 wherein the unmodified second signature comprises a vibration or wherein the unmodified second signature comprises a frequency a duration and an amplitude.

Related passage: This distinguishable haptic effect may comprise one or more of many potential haptic effects.For example the haptic effect may comprise a vibration based effect configured to be felt in spite of the parasitic vibration e.g.a haptic effect at a different frequency andor amplitude than the vibration and thus distinguishable from the parasitic vibration.Additionally or alternatively the haptic effect may comprise an effect configured to compensate for the parasitic vibrations.For example the haptic effect may comprise a vibration at a frequency and amplitude configured to compensate for or mask e.g.reduce or cancel the parasitic vibration.
Patent claim: The method of any one of claims 1 to 4 wherein heating of the waste water in the heat exchanger 53 is at a pressure of about 1 bar absolute to about 10 bar absolute or about 1.4 bar absolute to about 6 bar absolute.

Related passage: The concentration apparatus 41 is not particularly limited as long as concentrating the dehydrated filtrate 33 and reducing the volume thereof but can use for example an evaporation apparatus for evaporating water by heating the dehydrated filtrate 33 or a vacuum apparatus for depressurizing and removing water using a vacuum pump.
Patent claim: The airinlet duct 10 of claim 1 wherein the particle separator 12 includes an outer wall 18 spaced apart from an engine rotation axis 28 an inner wall 16 located between the outer wall 18 and the engine rotation axis 28 the inner wall 16 and the outer wall 18 defining the inlet passageway 30 therebetween and a splitter 20 located between the outer wall 18 and the inner wall 16 and including an outer splitter surface 22 that cooperates with the outer wall 18 to define the scavenge passageway 40 therebetween and an inner splitter surface 24 cooperating with the inner wall 16 to define the compressor passageway 50 therebetween.

Related passage: The electrostatic generators 226ac may each include any electrostatic device configured to apply a positive or negative charge to matter or gather a plurality of smaller particulates into larger particulates or clusters e.g.as part of the active configuration.For example the electrostatic generator 226a may be positioned at any location with respect to the duct system 200 e.g.an intake portion of the duct system 200 and may be configured toapply a positive or negative charge to particulate in the air of intake flow 214.The electrostatic generator 226b may be positioned at any location with respect to the duct system 200 e.g.near the outer wall 204 and may be configured to apply an opposite charge e.g.a positive charge for negatively charged particulate or a negative charge for positively charged particulate thereby attracting the oppositely charged particulate in the intake flow 214 and moving the particulate preferentially toward the scavenge passage 211.The electrostatic generator 226c may be positioned at any location with respect to the duct system 200 e.g.near the inner wall 206 and may be configured to apply like charge to the particulate e.g.a positive charge for positively charged particulate or a negative charge for negatively charged particulate thereby repelling the like charged particulate in the intake flow 214 and moving the particulate preferentially away from the compressor passage 218.Thus the electrostatic generators 226ac may be configured to selectively attract or repel particulate as part of the active configuration.
Patent claim: System according to claim 1 or 2 characterized in that the industrial controller is configured as a programmable logic controller 20.

Related passage: This iterative process of generating a simulated process response associated with the boiler system 516 and iteratively modifying set point parameters based on the results comprises a set point parameter optimization loop that graduallyconverges to the suggested set point parameters 508 determined to yield optimal efficiency andor capacity associated with the boiler system 516.Once the iterative process has completed e.g.based on a defined completion condition the suggested set point parameters 508 can be provided to the client device 514 via the client interface component 406 e.g.a cloud interface.Therefore the client interface component 406 can serve as a user interface for the cloudbased boiler control process.In an example where the client interface component 406 also serves as an interface to an industrial controller of the boiler system 516 the client interface component 406 can also generate user prompts offering a user an option to apply the suggested set point parameters 508 to the actual controller of the boiler system 516.In another scenario the client interface component 406 may allow the suggested set point parameters 508 to be exported to a separate controller programming interface for download to the controller.
Patent claim: System according to any one of claims 1 to 4 characterized in that the cloud agent 21 includes a unique identity number for identifying the userdefined control program 22 for which the cloud variables is collected and on which the cloud variables are to be updated.

Related passage: Also one or more embodiments provide a method for receiving at a cloud platform by a system comprising at least one processor industrial data from one or more boilers of an industrial boiler system and demand data from one or more loads of the industrial boiler system.The method also includes creating by the system a boiler behavioral model based on analysis of the industrial data and the demand data including storing the boiler behavioral model on cloud storage of the cloud platform wherein the boiler behavioral model encodes at least one correlation between efficiency and capacity associated with the one or more boilers.Additionally the method includes determining by the system at least one set point parameter for the one or more boilers based on an analysis of the boiler behavioral model..
Patent claim: A pneumatic tire whose position when mounted on a vehicle is specified and which has a tread portion having an outside tread edge located toward the outside of the vehicle when mounted on the vehicle an inside tread edge located toward the inside of the vehicle when mounted on the vehicle an outside crown land region located between the tire equator and the outside tread edge and an inside crown land region located between the tire equator and the inside tread edge wherein in a meridian crosssection of the tire including the rotational axis of the tire in a regular state of the tire mounted on a regular rim inflated to a regular pressure and loaded with no tire load each of the outside crown land region and the inside crown land region has a tread convexed outwardly in the tire radial direction and a radius of curvature of the tread of the outside crown land region is greater than a radius of curvature of the tread of the inside crown land region.

Related passage: The descriptions above show only a part of the preferred embodiments of the present invention and various modifications can be made within the scope of the appended claims.For example in the embodiment shown in FIG.1 one circumferential groove 7a is arranged in the tread half region 8 and two circumferential grooves 7b 7c which have the groove width identical to that of the groove 7a are arranged in the tread half region 9 thereby making the effective ground contact areas of the both tread half regions 8 9 in an appropriate relation.As shown in FIG.3 the effective ground contact areas may also be made in an appropriate relation by providing the same numbers of circumferential grooves on each of the tread half regions 8 9 for example inFIG.3 two circumferential grooves 7a 7b on the tread half region 8 and two circumferential grooves 7c 7d on the tread half region 9 and setting the groove width of the circumferential grooves 7a 7b smaller than those of the circumferential grooves 7c 7d.Alternatively as shown in FIG.4 the effective ground contact areas may be differentiated between the tread half regions by providing the same numbers of circumferential grooves on each of the tread half regions for example in FIG.3 two circumferential grooves 7a 7b on the tread half region 8 and two circumferential grooves 7c 7d on the tread half regions 9 and providing the different numbers of oblique grooves 13 on each of the tread half regions 8 9.Further in the embodiment shown in FIG.1 each of the tread half regions 8 9 is defined by a single circular arc having its center on the equatorial plane of the tire and having the curvature radius of Ri or Ro.However each of the tread half regions may be defined by a plural of circular arcs which are mutually inscribed and are connected with each other.
Patent claim: The electromechanical surgical system according to claim 7 wherein the axially translatable drive member is configured to articulate the tool portion.

Related passage: As seen in FIGS.50 and 51 adapter assembly 400 may include at least one electrical contact 476 in the form of a pin for electrical connection to a corresponding plug of the surgical device 10.As seen in FIG.51 adapter assembly 400 may further include at least one conductive optical magnetic or radiofrequency identification device 478 for electrical connection to a corresponding plug of the surgical device 10.
Patent claim: The heat pump mounting box according to claim 2 wherein the twodevice mounting chamber 110 is separated from the compressor mounting chamber 120 by a partition plate 130 in the base 100 and the bypass orifice 131 is disposed in the partition plate 130.

Related passage: Each of the two side walls 525 may be provided with a plurality of coupling members 574 for coupling the upper condensation duct 550 to the side wall 525.The coupling members 574 may be variously modified.
Patent claim: The method for producing the oxidation catalyst for exhaust gas purification according to claim 9 wherein a supported amount of said calcium component is 0.005 to 0.1 mole per 1L of the catalyst in Ca conversion.

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.