bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The electrosurgical system according to claim 6 wherein the printed circuit board comprisesouter conductive traces coupled to the at least one active lead the outer conductive traces interconnected by at least one via through the printed circuit board.

Related passage: The controller 24 includes a microprocessor 25 operably connected to a memory 26 which may be volatile type memory e.g.RAM andor nonvolatile type memory e.g.flash media disk media etc..The microprocessor 25 includes an output port that is operably connected to the HVPS 27 andor RF output stage 28 allowing the microprocessor 25 to control the output of the generator 20 according to either open andor closed control loop schemes.Those skilled in the art will appreciate that the microprocessor 25 may be substituted by any logic processor e.g.control circuit adapted to perform the calculations discussed herein.
Patent claim: A method according to any one of claims 1 to 4 characterized in that the one or more earthfault protection settings comprise one or more settings of one of the following directional earthfault protection admittancebased earthfault protection wattmetricvarmetric earthfault protection.

Related passage: In case of a compensated network and when the compensation coil is adjusted to a resonance BCCBBgtotBFdtot the measured neutral admittance calculated with delta quantities is Y0DBgtotGCCjBFdtot
Patent claim: The air conditioner according to claim 1 wherein the supercooling device comprises first and second supercooling devices disposed between the outdoor heat exchanger and the indoor heat exchanger.

Related passage: Finally when an even lower of capacity level is desired the economizer valve 48 is closed and bypass valve 42 is opened.Now fluid which has been trapped within the compression chambers passes through ports 28 and 30 outwardly through passages 32 and 34 36 40 44 and into suction line 45.The fluid is thus bypassed back to the inlet of scroll compressor 20.
Patent claim: Method of any of the claim 1 to 3 wherein the premarking data comprises premarking records each record comprising a content index and an alternate value for a given content index the WM inserter deciding to change or to keep the original value of the content at the content index based on a bit of the identifier.

Related passage: Figure 1 outlines the block functionalities and their associated data at the transmission side according to one embodiment of the present invention.The original multimedia content 100 is fed to the process 11 which claims to guarantee that the quality of the modified content 111 is significant lowin effect unusableto any adversary.As another output of the process the socalled Control Object CO is generated which is necessary for the reconstruction of the origin multimedia content 100 later.An implementation of such process 11 is described in the French patent WO 03063445 A1
Patent claim: The colorimetric gas sensing layer of claim 1 wherein the salt is chosen from one of an iron II salt and a copper II salt.

Related passage: As for the substance selected from a metal and a metal compound the metal compound may be either an inorganic metal compound or an organometallic compound.Examples of the metal compound include for example oxides chlorides bromides complexes having an organic compound as a ligand and so forth.For example the metal or a metal that constitutes the metal compound may preferably be selected from the group consisting of the 2nd period 3rd period 4th period 5th period and 6th period of the periodic table of elements of the long period type andor those of Group VIb Group VIIb Group VIII Group Ib Group IIb Group VIa and Group VIIa in the periodic table of elements.Among them metals belonging to the 4th period 5th period or 6th period and Group VIII or Group Ib are more preferred and gold silvercopper platinum and palladium are most preferred.Among these metals gold silver and platinum are particularly preferred and silver is most preferred.Microparticles composed of two or more kinds of metals andor metal compounds may also be used.When two or more kinds of substances are used they may be used as a mixture.Alternatively they may be used as an alloy.
Patent claim: Method according to any of the preceding claims characterized in that said step of controlling said liquid level comprises adding water into said washing tub 3 if said liquid level is below said contacting level Ld LdL LdH.

Related passage: The level detection unit 17 includes a first level sensor 171 which detects the maximum level hereinafter a first level capable of preventing the detergent water from flowing into the rotational drum 12 into which the laundry is input to perform the washing operation only with the bubbles and a second level sensor 172 which detects the minimum level hereinafter a second level required for generation of the bubbles.Through detection of the level detection unit 17 supply of detergent concentrate liquid and the water into the tub 11 is controlled to be stopped in order to prevent the detergent water from flowing into the rotational drum 12 when the detergent water reaches the first level upon the washing operation or to be performed in order to supply the detergent water again for generation of the bubbles when the detergent water is gradually lowered to the second level due to the generation of the bubbles.
Patent claim: Fuel injector 100 according to the preceding claim wherein the armature 145 is displaceable in an opening direction opposite to the closing direction from a start position to an end position for lifting the valve needle 125 from a closing position to the fully open position and the armature 145 is further displaceable in the opening direction from said end position.

Related passage: Subsequently a configuration and operation of a first embodiment according to the present invention will be described with reference to FIG.4 and FIG.5.FIG.4 is a diagram illustrating a relationship of the amount of lift of the valve body 114 a force exerted on the valve body 114 in the valve closing direction and a force exerted on the needle 102 in the valve opening direction.A solid line 410 in the figure represents an absolute value of the force exerted on the valve body 114 in the valve closing direction and a broken line 411 represents an absolute value of the force exerted on the needle 102 in the valve opening direction.
Patent claim: The method as claimed in claim 10 wherein in the step of injection molding a portion of the plastics covering an inner surface of each metal strip and entirely or partially covering an end portion of the base to form a combining layer.

Related passage: FIGs.3A and 3B are plain views schematically showing a prepattern portion including patterns and bridges in a cover having a metallic grid structure according to an embodiment of the present disclosure and FIGs.4A and 4B are plain views showing a state where injection portions are formed between the patterns after removal of the bridges from the prepattern portion of FIGs.3A and 3B.
Patent claim: Nucleated polypropylene composition according to any of the preceding claims wherein the composition is produced in a sequential polymerisation process comprising at least two reactors R1 and R2 in the first reactor R1 a first propylene homopolymer fraction HPP1 is produced and subsequently transferred into the second reactor R2 in the second reactor R2 a second propylene homopolymer fraction HPP2 or a first propyleneethylenerubber fraction RPP1 is produced in the presence of the first propylene homopolymer fraction HPP1.

Related passage: The use of the polymeric nucleating agent in accordance with the present invention enables the preparation of polypropylene compositions having highly satisfactory optical properties and satisfactory mechanical properties so that it is not required for the compositions in accordance with the present invention to contain low molecular weight nucleating agents in particular costly sorbitolderived nucleating agents.Accordingly the present invention provides an alternative means for improving the transparency of propylene copolymer compositions especially in end applications wherein the use of lowmolecular weight nucleating agents as clarifiers is not desirable such as in many medical and food applications with strict purity requirements and regulations.
Patent claim: The metallic component 100 as claimed in any one of Claims 9 to 12 wherein the change in the proportion of the second material 150 in the mixture comprises an increase in the proportion of the second material 150 in the mixture.

Related passage: In a similar manner the composition of dovetail root 26 may also be graded.For example compositional grading could take place along the same direction as span S e.g.from an upper portion 40 of the dovetail root to a lower portion 42.The grading could occur along a specific interface similar to those described above though with its own variation in length.Alternatively the gradation could occur through the entire length height of the dovetail root andor through any other dimension as well.
Patent claim: The child carrier as claimed in claim 3 characterized in that said brake unit 6 slides in said first and second guiding grooves 43 54 from said first ends 431 541 to said second ends 432 542 when said operable unit 5 pivots with respect to said base unit 4 from the release position to the brake position and slides in said first and second guiding grooves 43 54 from said second ends 432 542 to said first ends 431 541 when said operable unit 5 pivots with respect to said base unit 4 from the brake position to the release position.

Related passage: Next please refer to FIG.10 and FIG.11.FIG.10 is a diagram of the driving part 108 in FIG.8 rotating to the locking position relative to the second wheel base 102.FIG.11 is an interior diagram of the active brake device 104 and the second wheel base 102 in FIG.8 when the driving part 108 is located at the locking position.If the user wants to operate the active brake device 104 to brake the stroller 10 the user just needs to push the driving part 108 to rotate from the releasing position as shown in FIG.8 to the locking position as shown in FIG.10.At this time with rotation of the driving part 108 a guide portion 116a of the guide slot 116 of the driving part 108 may guide the engaging rod 112 to move along the slot hole 114 so as to be engaged with the hub 48 of the second wheel set 18.Thus the second wheel set 18 is incapable of rotating relative to the second wheel base 102.Furthermore the sliding block 110 may simultaneously pull the second end P2 of the linkage part 26 to move to a position as shown in FIG.11 and then the compressed second spring 52 can provide elastic force to the linkage part 26 so as to make the second end P2 pull the sliding block 110 tightly.In such a manner the engaging rod 112 can abut against the engaging portion 116b of the guide slot 116of the driving part 108 tightly as shown in FIG.10 so that the driving part 108 can be positioned at the locking position steadily.
Patent claim: Method of any of the claims 1 to 4 wherein the content key and the premarking data are included in the Entitlement Control Message the first and the second transmission keys being the same key.

Related passage: In the security unit COs are decrypted with keys pertaining to the conditional access system and in case that access conditions are included in 213 the access conditions are checked against the right stored in the security unit to authorize the further treatment of the COs.
Patent claim: A method to achieve an exponential current digitaltoanalog converter IDAC having improved accuracy using a binaryweighted most significant bit MSB comprising defining a differential nonlinearity DNL defining number of LSB bits needed for the targeted DNL with a binary weighted MSB calculating the number of bits to be used for the binaryweighted MSB to get the desired IDAC base deriving the minimum current for the Imax defining the LSB as an exponential current mirror according to the specified relationship for the ILSB and defining a binary weighted MSB according to the specified relationship for IMSB.

Related passage: It should be noted that as shown in Fig.5 parallel multiple driving stages can be associated to separate NFET devices in order to scale the pull down capability at the LX node in relation to the output current of the boost converter.
Patent claim: Arrangement for manufacturing a sample P for microstructural materials diagnostics especially for transmissionelectronmicroscopy examinations for scanning electron microscopy for transmission electronbackscatter diffraction for Rutherford backscatter diffraction for elastic recoil detection analysis for Xray absorption spectroscopy or for Xray diffraction comprising a beam emitting unit 11 emitting an high energy beam 2 especially a laser 11 emitting a laser beam 2 an beamforming device 12 preferably comprising a focusing optics 9 and beam deflector 10 which is positioned in the optical path of the beam emitting unit 11 and which is adapted to irradiate a preferably flat substrate 1 with the high energy beam 2 2 in such a manner that a basic structure 3 which comprises a supported structure 4 being supported by a supporting structure 5 preferably a cantilever beam 4 being supported at least at one of its both ends preferably at both of its ends 4a 4b by the supporting structure 5 the latter 5 being configured to be held preferably clamped by a jig 6 can be detached from the substrate 1 and the jig 6 which is configured to hold preferably clamp the supporting structure 5 of the basic structure 3 and to arrange the latter in at least one predefined pose with respect to the high energy beam 2 2 wherein the optical device 12 andor the jig 6 are configured to move the high energy beam 2 2 andor the held preferablyclamped basic structure 3 relative to each other in such a manner that the supported structure 4 can be thinned at least in sections by cutting preferably grazing its surface preferably at least one of its lateral faces andor of its front faces 4e 4f preferably two opposing ones 4c 4d of its lateral faces with the high energy beam 2 2.

Related passage: Figure 2 shows a schematic view of the sample being welded to the specimen carrier.
Patent claim: The undermount implement of claim 1 wherein the installation mechanism comprises a locking device on each wheel.

Related passage: Now referring to Fig.4 in one embodiment each gauge wheel pin 19 may be part of a locking assembly including cam lever 20 and spring 33.The locking assembly may allow gauge wheel pin 19 to be engaged and disengaged from the gauge wheel shaft 18 at each deck height.The gauge wheel pin 19 may be captured by ahole in gauge wheel tube 21 and a corresponding hole in Ushaped member 35 connected to gauge wheel tube 21.Cam lever 20 and spring 33 may work together to maintain engagement of gauge wheel pin 19 with gauge wheel shaft 18.Cam lever may be connected to gauge wheel pin 19 by roll pin 45 or a similar pivoting member and spring may be retained on gauge wheel pin 19 using roll pin 46 in a hole perpendicular to the axis of pin 19 or a similar small retainer.Spring 33 may push against roll pin 46 and the inside surface of Ushaped member 35 to maintain engagement.Spring 33 may push roll pin 46 or a small retainer against the outside surface of gauge wheel tube 21 at the point of maximum pin engagement.
Patent claim: The liquid cartridge according to any of claims 1 to 3 wherein the plurality of terminals comprising the sensor terminal 170c 171c the data terminal 172c 173c and the power terminal 174c are arranged in a line.

Related passage: For example Fig.8A and Fig.8B illustrate the positions of device 31 residing in ink in the ink tank along with the changes of ink consumption.In the tank structured with the ink chamber containing ink directly and the absorbent chamber containing a negative pressure generating member in it which are communicated by the communicating portion 39 as shown in Fig.8A ink is retained in the negative pressure generating member 37 in an amount equivalent to the ink which has been consumed along with ink being led out from the negative pressure generating member 37 through the ink supply port 36.Thus the solid type semiconductor device 31 in ink 38 moves along with the lowered position of ink liquid surface H due to ink consumption while it still resides below the ink liquid surface H by a specific distance Fig.8B.
Patent claim: The straddletype vehicle according to any one of claims 1 to 4 wherein at least one of the first auxiliary lamp and the second auxiliary lamp isconfigured to adjust a light amount thereof and wherein the at least one of the first auxiliary lamp and the second auxiliary lamp is configured to adjust the light amount in such a manner that the light amount is larger after a bank angle of the vehicle body has reached a predetermined degree than before the bank angle reaches the predetermined degree.

Related passage: The isoilluminance curves of illuminances L2 to L4 are relatively similar in shape to the isoilluminance curve of illuminance L1.The region surrounded by theisoilluminance curve of illuminance L2 is more toward the motorcycle 10 in the region surrounded by the isoilluminance curve of illuminance L1.The region surrounded by the isoilluminance curve of illuminance L3 is more toward the motorcycle 10 in the region surrounded by the isoilluminance curve of illuminance L2.The isoilluminance curve of illuminance L4 is more toward the motorcycle 10 in the region surrounded by the isoilluminance curve of illuminance L3.Thus in the road surface light distributions shown in FIG.6 the region of the isoilluminance curve of the brightest illuminance L4 is relatively closer to the motorcycle 10.
Patent claim: The colorimetric gas sensing layer of claim 2 wherein the iron II salt is chosen from ferrous chloride ferrous acetate and iron gluconate.

Related passage: Thiol groupcontaining compounds have various functions attributable to reactivity of thiol groups.Accordingly they are utilized in chemical industries and they also play important roles in a living body such as glutathione coenzyme A and so forth.For detection and quantitative assay of trace amounts of thiol groupcontaining compounds methods having been applied so far include methods of direct measurement using separation and analysis means such as gas chromatography and liquid chromatography or methods comprising the steps of reaction with a compound reactive to a thiol group such as maleimide derivatives and then modification with a readily detectable compound such as a fluorescent dye and detection of the resulting compound.However these methods have problems in that they require largescale apparatuses or need skills for operation.Therefore it has been desired to develop a method for easily and accurately measuring thiol groupcontaining compounds contained in biosamples in chemical laboratories test facilities clinical situations and so forth.
Patent claim: Plant 10 according to any one of claims 1 to 8 characterized in that it comprises at least one washing tank 12 for the whole olives placed upstream of the at least one crushing device 14.

Related passage: The main peculiarity of the conveyor 1 is that it is provided on the lateral walls with a space 4 to favour hot water circulation A provided by means of an inlet union 4a and an outlet union 4b at the ends of the space 4.The hot water circulation A guarantees a hot water temperature of approximately 3540C.In fact a higher temperature would cause excessive thermal shock to the olive paste P.
Patent claim: The coin hopper as claimed in claim 8 wherein said housing of said hopper body further comprises a baffle located at the front wall of said base panel at a bottom side of said coin outlet and abutted to the border of said circular recess said baffle comprising an arched flange facing toward said bearing of said coindispensing mechanism and defined with said bearing of said coindispensing mechanism a gap for the passing of said coins individually into said coin outlet.

Related passage: As shown in FIG.1 a coin dispenser 100 has a function to sort the 1yen coin 1C to the 500yen coin 500C which are in bulk one by one and then eject the coins one by one.In the present embodiment the coin dispenser 100 roughly has a frame 102 a base 104 a storing bowl 106 arotating disk 108 a coin guiding wall 110 regulating pins 112 an outlet guide corresponding to a first coin guide of the present invention 114 a fixed part 118 and an ejecting roller 120 constituting a hopper 116 a coin detector 122 and a coin outlet 123.The frame 102 the base 104 the storing bowl 106 the rotating disk 108 the coin guiding wall 110 the regulating pins 112 the fixed part 118 and the ejecting roller 120 constituting the hopper 116 the coin detector 122 and the coin outlet 123 are conventionally publicly known structures.The invention of the present application relates to the structure of the outlet guide 114.
Patent claim: The apparatus of claim 3 wherein the recommended order is determined based on at least one of a users broadcast content view history an audience rating and a number of recommendations of other people.

Related passage: A program guide displayed at the display unit 235 of the user terminal 101 whenthe ECG service is used will be explained herebelow with reference to FIG.32 which shows the configuration of the ECGtype program guide incorporated in this embodiment.
Patent claim: The apparatus according to claim 5 wherein the destination node comprises a directive antenna reception directive angles of which are to be controlled and said acquisition means acquires the angle difference of the directive angles between the wireless communication paths based on the reception directive angles of the destination node.

Related passage: According to the invention not necessarily the entire available bandwidth B is used for transmitting data over the different communication paths 10 11 12 between the first station 2 and the second station 3.Preferably only the portions of the available bandwidth B are used where the respective channel transfer function is good i.e.suitable for transmission.
Patent claim: Transporting system for transporting blades in particular curved blades for a wind turbine the transporting system comprises an arrangement 100 for holding blades according to one of the claims 1 to 8 a transporting system comprising the supporting base and wherein the arrangement 100 is detachably coupled to the supporting base.

Related passage: By equipping the fixation device 6 with wheels 7 it becomes easy to move the spar 2 or rotor blade from one place to another at the manufacturing site or at the installation site where the wind turbine is to be installed.A transport unit such as a tractor a pallet jack or a pallet truck can easily move the spar 2 or rotor blade by first lifting and then pushing andor dragging the root frame structure 5.
Patent claim: The method of Claim 3 where the at least one transformation clause corresponds to the at least one matching rule.

Related passage: The modification of a running process and the subsequent redeployment of such a process is a very complex task.In particular the underlying WFMS 100 must provide a set of API functions.The defacto standard is an API published by the Workflow Management Coalition WFMC.The Workflow Management Coalition WFMC is a global organization of adopters developers consultants analysts as well as university and research groups engaged in workflow and BPM.The WFMC creates and contributes to process related standards educates the market on related issues and is the only standards organization that concentrates purely on process httpwfmc.org.The WFMC defined a Workflow Client API WAPI which consists of a number of data structures and API functions accessible to a client application httpwfmc.orgDownloaddocumentWFMCTC1009Ver2WorkflowManagementAPI23Specification.html.It is therefore assumed that a WFMS adheres to this specification.