bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The surgical instrument of any one of Claims 12 wherein the program instructions when executed further cause the processor to store a damaged status of the motor cartridge in the memory after detecting the malfunction of the motor cartridge.

Related passage: When performing a procedure using an end effector 102 the clinician may wish to open and close the anvil assembly 190 to manipulate the target tissue into a desired position without transecting or cutting the tissue.In one form as the clinician initially depresses the joystick control rod 842 the second switch 858 causes the firing motor 530 to be activated to thereby cause the tissue cutting member 160 to start to move distally.In various forms the tissue cutting member 160 is arranged within the end effector 102 such that initial movement of the tissue cutting member 160 in the distal direction causes the anvil assembly 190 to close i.e.pivot toward the staple cartridge 130 without cutting the tissue or firing the surgical staples.When the clinician releases the joystick control rod 842 the joystick spring 856 will bias the joystick assembly 850 distally to thereby move the first sensor 860 away from the second sensor 862.Movement of the sensor 860 away from the second sensor 862 reduces the rotational speed of the firing motor 530 until the firing motor 530 is eventually stopped or deactivated.In at least one form this second switch arrangement 858 is configured such that the rotational speed of the firing motor 530 is directly proportional to the speed at which the user depresses the joystick control rod 842.
Patent claim: The device of claim 11 wherein the second sensor monitors the voltage or current of the antenna and matching network at one or more nodes of the antenna and matching network.

Related passage: Alternatively or in addition one of any number of reader operating parameters can be substituted for the AC drive signal magnitude in the above example.Exemplary alternate reader operating parameters include the phase across an inductor in the excitation signal generator circuit 248 or the voltage magnitude on either terminal of the inductor.In any case the controller 276 determines values of the selected alternate reader operating parameter plots the resulting values of the alternate parameter values of the tuning settings and proceeds insubstantially the same manner as recited above to select a desired value of the tuning register setting 240 which corresponds to a result desired to maximize or improve performance of the reader antenna 220 andor the signal driver 272.
Patent claim: The navigation system according to claim 1 wherein the tool is an extended working channel EWC a needle a guide wire a biopsy tool a dilator or an ablation device.

Related passage: In the medical device 1 the position detection sensor 19B is a magnetic field detection sensor and detects the position of the insertion section 2E by detecting the magnetic field from a plurality of magnetic field generation antennas placed outside of the patient 7.The magnetic field detection sensor may be MR sensor hall element or coil.The position detection sensor is not limited to a magnetic field detection sensor but may be a position detection sensor such as an optical strain sensor and strain gauge.
Patent claim: The method of claim 9 or 10 wherein the error condition is a flap skew condition and is determined when the signals from the first and second sensors 212 214 308 do not match.

Related passage: The adjustment lever 18 extends to a connection section 20 of the respective flap 10 12 and may be connected in a swivelable manner for example on a fork a flange or any other feasible joint that enables the introduction of a motion force from the adjusting lever 18 onto the respective control surface 10 or 12.Through the rotation of the main shaft 6 all differentials 14 are supplied with a torque.If the drive system 2 is without any failure and if none of the control surfaces 10 or 12 is jammed or skewed the differentials 14 transfer or distribute the torque and the rotating motion to two rotary actuators 16 each.Consequently the rotary actuators 16 move the respective adjustment lever 18 which adjustment lever 18 thereby moves the respective flap 10 or 12 along a predetermined motion path depending on the support of the flap 10 or 12.
Patent claim: The integrated industrial system according to any one of claims 1 to 8 further comprising a distributed control system which is installed in the first zone in which the safety instrumented system is installed the distributed control system being configured to control industrial process implemented in a plant.

Related passage: In case a plurality of distinct initial solutions have been devised in accordance with the zoning rules selected on or more of the following optimization criteria may help in identifying a preferred solutionO1 Minimize the number of bridgingrouting devices in the system.O2 Minimize the number of zones within certain bounds.
Patent claim: The article 100 of any preceding claim wherein at least about 50 volume percent of the coating 120 is substantially free of the rapid solidification artifacts.

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: 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 displayed on the display and selected via the instruction input.

Related passage: Fig.2 illustrates an example of the detailed configuration of the controller 22.A reserverecording setting unit 31 generates reserverecording data concerning the reserve recording of television programs in accordance with an operation signal corresponding to an operation performed by the user by using the EPG data and outputs the generated reserverecording data to a reserverecording data storage unit 32.The reserverecording data includes information concerning programs to be recorded such as broadcast channels broadcast dates broadcast start times broadcast end times program lengths and program titles.The program titles contained in the reserverecording data are extracted from the EPG data or are input by the user.The user can edit the program titles contained in the reserverecording data.If the user edits the program titles the program titles before being edited are also stored.Also if the user sets a recording reservation by inputting only the broadcast channel the broadcast start time and the program length the program title corresponding to the reservation is detected from the EPG data and is added to the reserverecording data.
Patent claim: A method of flushing a contact of a subsea connector wherein the subsea connector comprises a first connector part 100 having a first contact 110 and a second connector part 200 having a second contact 210 and wherein the first connector part 100 comprises a flushing mechanism 10 that includes a chamber 30 filled with a medium and one or more fluid passages 32 providing a flow connection from the chamber 30 to an area adjacent to the first contact 110 wherein the method comprises the steps ofmating the first connector part 100 with the second connector part 200 for engaging the first contact 110 with the second contact 210 for establishing a connection wherein said mating occurs with a mating forceactuating the flushing mechanism 10 by said mating force thereby expelling medium from the chamber 30 wherein the medium is directed towards at least one of the first contact 110 or the second contact 210 so as to flush the first contact 110 or the second contact 210 respectively during mating.

Related passage: As can be seen in the illustrated embodiment a front portion of the pin 12 and a front portion of the shuttle pin 22 in particular the front faces 51 of the pin 12 and 52 of the shuttle pin 22 are exposed to the ambient environment in the unmated condition of connector 100.During mating the front face 51 of pin 12 is brought into contact with the front face 52 of shuttle pin 22 the pin 12 pushing the shuttle pin 22 into the plug body 23.During such mating operation seawater adhering to the front faces 51 52 of the pin 12 and the shuttle pin 22 can be dragged into the plug body 23 and can accordingly come into contact with the first and second coupling portions 11 and 21.Furthermore part of the surface of pin 12 may be exposed to seawater during mating e.g.after it is exposed by the sliding carriage 16 and before it enters the plug body 23 through seal 27.To prevent the ingress of seawater the connector 100 comprises a flushing arrangement 30 which is configured to enable the flushing of a surface of the protection mechanisms 15 and 25 in particular the front face 51 and 52.
Patent claim: A power conversion device 100 comprising a plurality of power units 200 each of which is provided with a power conversion circuit a plurality of wires through which power is input and output with respect to the plurality of power units 200 a cooling device 300 that supplies a liquid refrigerant to the plurality of power units 200 and a plurality of pipes that connect the plurality of power units 200 and the cooling device 300 wherein a space 400 is provided in the center portion of the power conversion device 100 to gather the plurality of wires and the plurality of pipes and a main circuit terminal that connect the plurality of wires to the plurality of power units 200 a plurality of powerunitside pipe connectors that connect the plurality of pipes to the plurality of power units 200 and a plurality of coolingdeviceside pipe connectors that connect the plurality of pipes to the cooling device 300 are disposed at positions abutting on the space 400.

Related passage: The cooling water jacket 19A is molded unitarily with the apparatus casing 12 so as to cross the middle step of the peripheral wall 12W of the apparatus casing 12.Through the top surface of the cooling jacket 19A are provided four openings 400 and 402 and through the bottom surface is provided one opening 404.Around each of those openings 400 and 402 is provided a power module fastening surface 410S.A part between those openings 400 and 402 on the fastening surface 410S is referred to as a supporting block 410.One power module 300 is fastened to the inletoutlet side of the cooling water with respect to the supporting block 410 and the other power module 300 is fastened to the turnback side of the cooling water with respect to the supporting block 410.A screw hole 412 shown in Fig.5B is used to fasten the inletoutlet side power module 300 to the fastening surface 410S so as to seal the openings 400.The screw hole 414 is used to fasten the turnback side power module 300 to the fastening surface 410S.This fastening comes to seal the openings 402.Because each power module 300 is disposed so as to cross both going and returning flows of thecooling water in such a way the inverter circuits 144 and 145 can be disposed very closely to each another on a metal base 304 see Fig.8.The power modules 300 can thus be reduced in size thereby the power conversion apparatus 200 can also be reduced in size significantly.
Patent claim: The nonwoven fabric fastening structure 1 as claimed in claim 7 wherein the hooking part 122 is crossshaped and has two faces the linking part 121 is columnshaped and the other end of the linking part 121 is connected to a center of one of the faces of the hooking part 122.

Related passage: As will be described later the dense fiber portion 2 is a portion in which the fibrous material is piled by using the hot blast and forms a convex rib portion 4.The sparse fiber portion 3 is a portion in which the fibrous material is removed by the hot blast and forms a concave groove 5.These rib portion 4 and groove portion 5 continue in the MD direction and are alternately arranged in the CD direction.A fibrous material constituting the rib portion 4 forms a fiber assembly in the rib portion 4.In addition the most part of the fibrous material constituting one rib portion 4 is independent from an adjacent rib portion 4.The rib portion 4 is formed by piling the fibrous material on a base layer portion 7 consisted of the thickness of the fibrous material under the groove 5.An amount of the fibrous material piled on the base layer portion 7 equals to the fibrous material equivalent to an amount in the groove 5.That is the dense fiber portion 2 which is the rib portion 4 is formed by piling on both sides of the groove 5 the fibrous material removed by the hot blast when the sparse fiber portion 3 on the lower side of the groove 5 is formed.
Patent claim: A method according to claim 1 and comprising the further steps of detecting in real time the desired pressure value inside the common rail 3 and controlling the high pressure pump 4 based on the pressure value detected inside the common rail 3.

Related passage: According to the present invention there isprovided a control method of a direct injection system of the commonrail type provided with a shutoff valve for controlling the flow rate of a highpressure fuel pump as claimed in the appended claims.
Patent claim: The process according to any preceeding claims wherein the alcohol is selected from the group comprising ethylene glycol 13 propanediol 12 propanediol tetramethylene glycol pentamethylene glycol hexamethylene glycol 23butane diol 13 butanediol diethylene glycol triethylene glycol polyethylene glycol glycerol formal dipropylene glycol polypropylene glycol dipropylene glycol nbutyl ether propylene glycol monopropyl ether tripropylene glycol and mixtures thereof preferably the alcohol is selected from the group comprising 12 propanediol dipropylene glycol dipropylene glycol methyl ether polypropylene glycol 23 butane diol dipropylene glycol nbutyl ether and mixtures thereof.

Related passage: The present invention also provides for a preferred process of making a nonaqueous composition of the present invention comprising the steps of i providing a cationic polymer dispersion by combining the cationic polymer with the dispersant and ii combining the cationic polymer dispersion with a nonaqueous liquid feed.Preferably the cationic polymer dispersion comprises from 1to 35more preferably from 10to 25by weight of the cationic polymer.Since the cationic polymer is in particulate form the viscosity of the cationic polymer dispersion remains low and it can be easily incorporated into the nonaqueous liquid feed by typical mixing methods.The nonaqueous feed may comprise some or all of the remaining ingredients including anionic andor nonionic surfactants.In one embodiment the cationic polymer dispersion additionally comprises water andor a solvent such that the cationic polymer is partially hydrated or solvated.If present the water andor solvent are preferably present at a level of from 1to 50by weight of the cationic polymer dispersion.In another embodiment the process may include a step of forming an external structurant premix and combining the external structurant premix with the cationic polymer dispersion or the nonaqueous feed or the combined cationic polymer dispersionnonaqueous feed.
Patent claim: The oxidation catalyst for exhaust gas purification according to any one of claims 1 to 3 wherein a total amount of the refractory inorganic oxide and zeolite is in the range of 1250g per 1L of the catalyst.

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: Method of producing a 3DIntegrated optical sensor comprising the steps ofproviding a semiconductor substrate 100 with an integrated circuit 200 comprising at least one light sensitive area arranged in the substrate 100 at or near the main surface 110arranging a wiring 300 on or in the semiconductor substrate 100 and connecting the wiring 400 to the integrated circuit 200arranging a filter layer 400 on the integrated circuit 200 such that the filter layer 400 at least covers the light sensitive area 210 the filter layer 400 having a direction dependent transmission characteristicarranging a transparent spacer layer 500 on the filter layer 400 and at least partly enclosing the filter layer 400 wherein a spacer thickness is arranged to limit a spectral shift of the filter layer 400 andarranging an onchip diffuser 600 on the transparent spacer layer 500.

Related passage: Figure 1 shows a crosssection of an exemplary embodiment of the light sensor arrangement.The drawing depicts a stack comprising a light sensor 1 a mask 2 and an optical filter3.In this particular embodiment the optical filter is stacked on top of the mask which is stacked on top of the light sensor.
Patent claim: A method for conditioning a multicarrier signal for data transmission in a telecommunication network the method comprisingmodulating at least one data symbol onto one or more subcarriers in a frequency block comprising a group of subcarriers for data transmission the subcarriers being separated from each other in frequency domain by a predetermined subcarrier spacingmodulating at least one cancellation symbol onto one or more frequencies at frequency positions outside the frequency block and separated from subcarriers therein by a noninteger multiple of the predetermined subcarrier spacing for partial cancellation of one or more side lobes originating from transmission of the at least one data symbolconverting the modulated at least one data symbol and the modulated at least one cancellation symbol from frequencydomain to time domain to form respective time domain signals andcombining the respective time domain signals to form the multicarrier signal for data transmission.

Related passage: Superposing the spectra of the subcarriers used for transmission of the symbols dn leads to a superposition spectrum yf according to yfN2N21ynf with N being the overall number of subcarriers used for the transmission.In fig.5 the pilot sequence part I SP1 corresponds to said N subcarriers with N being 54 in the embodiment.
Patent claim: The surgical stapling system of any one of Claims 110 wherein said first staple cartridge assembly comprises staple drivers configured to push said first staples out of said first staple cavities and wherein each said second staple comprises an integrallyformed staple driver.

Related passage: The third staples 285c are comprised of wire for example.The wire can be comprised of stainless steel andor titanium for example.The wire has a circular crosssection however alternative crosssections may be utilized.Each third staple 285c can comprise any suitable configuration such as for example a Vshaped configuration or a Ushaped configuration.A third staple 285c comprising a Vshaped configuration can include a base a first leg extending from a first end of the base and a second leg extending from a second end of the base wherein the first leg and the second leg extend in directions which are nonparallel to one another.A third staple 285c comprising a Ushaped configuration can include a base a first leg extending from a first end of the base and a second leg extending from a second end of the base wherein the first leg and the second leg extend in directions which are parallel to one another.
Patent claim: A light emitting device comprising one or more light emitting elements a first lead on which the one or more light emitting elements are disposed a second lead electrically connected to the one or more light emitting elements a resin member supporting the first lead and the second lead and including one or more projected portions and a resin frame surrounding the light emitting elements and covering at least a portion of each of the projected portions.

Related passage: The protrusion 155 156 157 or 158 disposed on each of the lead frames 121 and 125 may prevent moisture from being permeated from the outside of inside the body 110 to the inside to electrically protect the light emitting device 130.
Patent claim: The wiring board according to any one of claims 1 to 6 wherein a radius r of curvature of the base when the base is bent to extend in a lateral direction perpendicular to the longitudinal direction is set to be equal to or more than a value obtained by dividing a thickness T of the base by a fracture strain V of the first conductor portion.

Related passage: A flexible conductive member of the present invention includes an elastic substrate and a plurality of conductive layers arranged on a surface of the substrate in at least one of a stacked manner and a parallel manner.
Patent claim: The apparatus as claimed in claim 1 wherein the control information includes at least one of a current state of the at least one external device a control parameter of the at least one external device a title of the at least one external device software for controlling the at least one external device and information associated with the object for controlling the at least one external device.

Related passage: According to an aspect of still another exemplary embodiment there is provided a nontransitory computer readable medium storing a program causing a computer to execute a method for providing a user interface UI of a content playing apparatus the method including when a content sharing command is input communicating with a network apparatus that is connected to at least one device and receiving information on the at least one device generating a UI e.g.an integrated UI to control the at least one device based on the received information displaying the UIe.g.the integrated UI and when a user command to control an operation of the at least one device is input through the UI e.g.the integrated UI transmitting the user command to the network apparatus.
Patent claim: The wireless communications device of claim 12 wherein the longrange network 104 includes a packet based network.

Related passage: Alternatively or additionally the service communications device may be connected e.g.via a LAN to a server computer executing at least part of the application software e.g.for the management of link keys subscription management etc.and which may provide at least part of the storage capacity of the service communications device e.g.RAM or another storage medium such as a hard disk.