bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The user interface as recited in Claim 1 wherein said proportional animation graphics include a cooling graphic element having a number of snowflakes that varies based on a percentage of compressor cooling capacity.

Related passage: First when the user presses the first function key 151 for less thana first predetermined time period the setting mode enters any one setting mode between the display all mode and the simple display mode.If the user presses the first function key 151 for more than a second predetermined time period the setting mode enters another setting mode.Specifically if the user presses the first function key 151 for less than a first predetermined time the setting mode is set to enter the display all mode or if the user presses the first function key for more than a second predetermined time period the setting mode is set to enter the simple display mode.
Patent claim: A CuNibased sintered alloy having a structure in which NiP alloy particles having an average diameter of 10 to 100 m are dispersed in an amount of 1 to 20 by mass in a CuNibased sintered alloy base that contains a 20 to 40 by mass of Ni 0.1 to 1.0 by mass of P and a remainder composed of Cu and inevitable impurities or b 10 to 25 by mass of Ni 10 to 25 by mass of Zn 0.1 to 1.0 by mass of P and a remainder composed of Cu and inevitable impurities and selectively contains 0.2 to 8 by mass of a solid lubricant wherein said NiP alloy particles are derived from a raw material powder comprising 1 to 12 by mass of P and a remainder composed of Ni and inevitable impurities.

Related passage: Furthermore the following additive elements can be added to a copper alloy in the weight percentage.Nimore than 5 and up to 50 preferably from 5 to 15 Sn20 or less preferably from 3 to 15 P 0.5 or less preferably from 0.01 to 0.1 Al5 or less preferably from 0.5 to 3 Si1 or less preferably from 0.1 to 0.5 Bi1 or less preferably from 0.1 to 0.5 Mn5 or less preferably from 0.5 to 3 Zn30 or less preferably from 5 to 25 Fe10 or less preferably from 1 to 5 Sb1 or less preferably from 0.1 to 0.5
Patent claim: The network access device according to claim 14 characterized in that the reply message contains a target device identification the target device identification being a device identification selected from the device identification list by a user of the terminal and the network access device further comprises a first connecting module 706 configured to connect a communication device corresponding to the target device identification to the networka second sending module 707 configured to send a response message to the communication device corresponding to the target device identification the response message indicating that the communication device corresponding to the target device identification has been properly connected to the network.

Related passage: In one implementation the discovery module 212 of the requesting device 1023 may actively or passively discover one or more neighboring devices 102 e.g.the device 1022 in a neighborhood thereof.A neighboring device of the requesting device 1023 may include for example a device that is communicatively one hop away from the requesting device 1023.That is a neighboring device is a device with which the requesting device can communicate directly via a communication link.In one implementation the requesting device 1023 may perform a neighbor discovery service in a MAC layer.Additionally or alternatively the discovery module 212 may discover the one or more neighboring devices in the neighborhood thereof through examining signals detected or received at a predetermined frequency or frequency range designated for the ARA network that the requesting device 1023 desires to join.
Patent claim: The rechargeable battery of one of preceding claims wherein the connection member 35 is within the case 20 andor wherein the terminal 31 the current collector 34 the insulating member 33 and the connection member 35 are configured to be molded together.

Related passage: According to embodiments the fuse body may be formed of a resin that includes one of polyethylenenaphthalate polyethylenterephthalate polyamide polyimidepolybutyleneterephthalate polyphenyleneoxide polyethylenesulfide polysulfone and a mixture thereof.
Patent claim: The living body information detection apparatus according to claim 1 or 2 wherein the control unit is adapted to display part of the image associated with the living body information when the image based on the living body information is moved and displayed on the display unit.

Related passage: If it is judged that no item of the count value is selected the measurement device 10 next judges whether or not an item of a lap value is selected on the basis of an input operation through the switch input unit 13 Step 110.If it is judged that the item of the lap value is selected then the measurement device 10 displays the data of the lap value on the upper surface display unit 16 Step 111.As a result an image 55 shown in Fig.5 is displayed on the upper surface display unit 16.At this time when the display unit is viewed from above the displayed contents are viewed as shown in Fig.10.
Patent claim: The power tool according to any preceding claim wherein said flywheel comprises a flywheel ring and said flywheel ring and said rotor shaft rotate in a ratio in a range of between 0.51.5 and 1.50.5.

Related passage: Referring to FIG.3 the slot board 19 is fastened on a bracket 20.The speed reduction mechanism includes a pinion 13 and flywheel 9 which engage each other the pinion 13 is driven by the motor against a circularrack formed in one embodiment on an interior peripheral surface of the flywheel 9 and the flywheel 9 is rotated around a fixed axis 191.
Patent claim: A system for delegating user interaction for a transaction with a server comprising a processor a memory a near field communication modulea presence detector that detects a presence of a computing device using the near field communication module an identifier that identifies the computing device as an assistive computing device a data transmitter that sends user interface data to the assistive computing device the user interface data providing user interaction functionality to the assistive computing device such that the user interaction for the transaction occurs with the assistive computing device a receiver that receives state data from the assistive computing device and a synchronization module that synchronizes transaction state data on the client with the received state data.

Related passage: Phase 3 comprises the following steps1.CAATM sends 501 to AUD a message containingA request to enter the PIN on the keypad of the teller machine.A notice to keep the mobile device on the NFC reader until told otherwise.2.AUD shows 502 this information to the user.3.The user enters 503 the PIN code on the keypad of the teller machine.4.The bank structure validates 504 the entered PIN through its normal processes.5.If the entered PIN is not validAATM informs 506 CAATM of this fact and of his remaining opportunities to correctly enter the PIN CAATM transmits 507 this information to AUD so that it is shown tothe user The user again enters the PIN code on the keypad of the teller machine if he has any opportunities left to do so.6.If the entered PIN is valid it communicates to CAATM that the next phase can start.
Patent claim: The surgical access assembly of any of any preceding claim wherein the adapter has a gap in its outer circumference the adapter biasing the gap toward a closed position upon insertion of the access port.

Related passage: Referring again to FIGS.1 and 3 one or more of the longitudinal ports 106 are dimensioned to receive a surgical object e.g.a surgical instrument not shown therethrough.Upon introduction through a respective port 106 the inner surface portions defining the port 106 establish and maintain a substantial sealed relation about the instrument or surgical object.Inner member 104 may be made of any type of suitable material for example but not limited to a polymeric material and may be rigid or flexible e.g.elastomeric.Inner member 104 may bemade from a disposable compressible andor flexible type material for example but not limited to a suitable foam or gel material having sufficient compliance to form a seal about one or more surgical objects and also establish a sealing relation with the longitudinal passage 120 of the housing member 102.The foam is preferably sufficiently compliant to accommodate off axis motion of the surgical object.In one embodiment the foam includes a polyisoprene material.
Patent claim: The apparatus of claim 5 comprising at least one processor configured for performing the function of the means for transmitting and the means for broadcasting and a memory coupled to the at least one processor for storing data.

Related passage: Table 1 illustrates MBMS PTM RB information.Table 1MBMS PTM RB InformaitonName Need Multi TypeReference Semantics descriptionMBMS PTM Rb Info MP 1...ngt MTCH RNTI MPINTEGER RNTI for MBMS Trafficgt MBMS Rb Info List MP 1..mList of MBMS RB Infogtgt MRB Identity MPltrefgt MBMS RB Identitygtgt PDCP Configuration OPltrefgtgtgt RLC Configuration OPltrefgtgtgt MTCH Logical Channel Identity OPINTERGERgtgt Logical Channel Config OPltrefgtgtgt MBMS Transmission Identity MPgtgtgt MBMS Service Identity MPOctet Stringgtgtgt PLMN Identity MPOctet Stringgtgtgt MBMS Session Identity OPOctet Stringgtgt...gt MAC Main Config OPltrefgtgt Physical Config Dedicated OPltrefgtgt SPS Configuration OPltrefgt SemiPersistent Schedulinggt...
Patent claim: The surgical device of any preceding claim wherein the housing defines a substantially fluid tight seal with the incision in tissue.

Related passage: In use the retractor 618 can be positioned within an opening formed in tissue similar to that discussed above for the device 10.The actuator 666 can be selectively mechanically actuated to selectively increase andor decrease a tension of the actuation member 660 and hence to selectively increase andor decrease a diameter of the retractor 618 before andor after the retractor 618 is positioned in tissue.The knob 668 can be pushed in a radially inward direction relative to the retractor 618 andor the housing 612 to counteract the bias force provided by the lock spring 676 and move the teeth 670a of the pawl 670 out of engagement from the teeth 619a of the ratchet ring 619.With the complementary teeth 619a 670a disengaged the pawl 670 canbe freely slidably movable any distance through the channel 672 in a clockwise andor counterclockwise direction.Moving the knob 668 and hence the pawl 670 in a first direction e.g.counterclockwise can reduce tension of the actuation member 660 while moving the knob 668 and the pawl 670 in a second opposite direction e.g.clockwise can increase tension of the actuation member 660.In other words moving the pawl 670 in the first direction can move a length of the actuation member 660 from inside the channel 672 such that a longer length of the actuation member 660 can extend around a perimeter of the retractor 618 thereby allowing the inner elongate portion 628 to expand.Similarly moving the pawl 670 in the second direction can move a length of the actuation member 660 into the channel 672 such that a shorter length of the actuation member 660 can extend around a perimeter of the retractor 618 thereby constricting the inner elongate portion 628.The knob 668 can be moved in a radially outward direction relative to the retractor 618 andor the housing 612 to reengage the lock spring 676 and to reengage the complementary teeth 619a 670a such that the pawl 670 is prevented from moving with the pawl 670 and the actuation member 660 attached thereto in a fixed position relative to the retractor 618 such that the diameter of the retractor 618 can be locked in a fixed state until the actuator 666 is subsequently actuated to increase andor decrease a diameter of the retractor 618.
Patent claim: The method according to claim 11 wherein the current is detected by a Rogowski coil disposed on a printed circuit board with the at least one active lead passing through the Rogowski coil the printed circuit comprising outer 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: A closed loop control scheme is a feedback control loop in which one or more sensors 23 measure a variety of tissue andor energy properties e.g.tissue impedance tissue temperature output current andor voltage etc.and provide feedback to the controller 24.Such sensors may include voltage and current sensors that are coupled to the output terminals 30 and 32 of the generator 20 which are within the purview of those skilled in the art.In response to the sensor signals the controller 24 controls the HVPS 27 andor RF output stage 28 which then adjusts the DC andor RF power supply respectively.The controller 24 also receives input signals from the input controls of the generator 20 the instrument 2 or forceps 10.The controller 24 utilizes the input signals to adjust power outputted by the generator 20 andor performs other control functions thereon.
Patent claim: An apparatus as in any of the previous claims characterised in that the wheels 9 10 11 of the conveying unit 1 and the guides 20 21 22 are made of materials selected depending on the material of which the outside coating of conveyed rodlike elements S1 S2 was made so that the coefficient of friction of rodlike elements S1 S2 relative to the circumferential surface 9A 10A 11A of the wheels 9 10 11 is smaller than the coefficient of friction of rodlike elements S1 S2 relative to the guiding surface of the guides 20 21 22.

Related passage: A mechanism according to the invention is characterised in that the rotary compressing member is a compressing roller with a cylindrical working surface.
Patent claim: The ultrasound apparatus of claim 9 wherein the display unit displaysa 2D ultrasound image corresponding to the changed location of the cut line or the cut surface.

Related passage: Next the fourth embodiment will be described using Fig.3.The difference from embodiments 13 is the point that more than two 3dimensional ultrasonic images are synthesized.Regarding 3dimensional ultrasonic image data 14 obtained by scanning ultrasonic waves from position B ab c while3dimensional ultrasonic image data on ultrasonic probe 2 side is sufficient 3dimensional ultrasonic image data on the backside which is symmetric with respect to the point of position Babc is insufficient.In Fig.3 while the 3dimensional ultrasonic image data on the right ear side to which ultrasonic probe 2 is applied is sufficient the 3dimensional ultrasonic image data on the left ear side of target region 12 is insufficient.Given this factor 3dimensional ultrasonic image data 14 of the side that the data is insufficient is stored in memory 17 in advance and image processing calculation unit 72 synthesizes the 3dimensional ultrasonic image data stored in memory 71 and the 3dimensional ultrasonic image obtained in real time.
Patent claim: The method according to claim one of the preceding claims comprising programming said frequency range register 104a at any time the speed of an external clock is about to change.

Related passage: The present invention has been described for an illustrative delay circuits.The present invention may be employed in many devices preferably in integrated circuit devices.Such devices may include dynamic random access memories DRAMs and the like processors or any other circuitry needing synchronization as a result of circuit delays.The present invention may be employed in the circuit shown in FIG.3 and described above.With reference to FIG.3 for high frequency operation the delay elements included in delay line 12 would normally have to be very small so that minimum jitter is introduced by the delay line adjustment during chip operation.However in accordance with the invention to achieve lower operating or testing frequencies the supply voltage to the delay elements mayadvantageously be adjusted thereby permitting larger delay units with increasing jitter and while providing sufficient delay.For low frequency operation the delay introduced by delay line 12 normally has to be very high.Since the unit delay is normally very small a very long delay line has to be used for this purpose.In the case of a digital DLL more control bits are needed for the correct operation more bits for the pointer signal.Also more layout area for the delay line is needed on the chip.In accordance with the invention by adjusting or trimming the supply voltage to the delay elements the length of the delay line need not be increased nor does the layout area of the delay line need to be increased.The JEDEC requirement as described above for lower frequency operation is met by the present invention.Further short channel length transistors may advantageously be compensated for by using the present invention.The short channel lengths contribute to increased chip speed and by employing the present invention the increased speed may be compensated for thereby permitting reduced frequency operation.
Patent claim: A computer program product comprising computer program code configured to perform a method as claimed in any one of the claims 1 to 4 when executed on an apparatus.

Related passage: Finally the present invention refers to a radio user terminal comprising at least two radio interfaces the first radio interface being compliant with a first network standard and a further radio interface being compliant with a further network standard.The first radio interface is already activated at the time of activation of the further radio interface.
Patent claim: Process according to claim 13 characterized in that said first temperature value is a temperature value within the range of 15C20C.

Related passage: If the prekneader is heated as it is known in the art the olive paste passing through the two screw conveyors cools down by heat transfer with the external area of the conveyor.In any case as it is known in the art the diameter of the prekneader tank is usually the same as the diameter of the kneading tanks.Consequently both in prekneader and kneader the heat transfer between the heated area of tank and olive paste subjected to kneading is not efficient.Therefore the olive paste must remain for a long period of time in the prekneader andor kneader to achieve the ideal working temperature that favours kneading.It is evident that such a system provides for a very long working cycle due to the high permanence time of olive paste both in prekneader and kneader.
Patent claim: A straddletype vehicle according to any one of claims 1 to 11 further comprising an additional storage member 50 disposed below the seat 15 and forward of the storage member 55 and a seal member 53 interposed between the seat 15 and the additional storage member 50.

Related passage: A first cross member 121 in the shape of an inverted angular U in front view is laid between the front end of a left rear frame 115 and the front end of a right rear frame 115 a second cross member 122 is laid between the lower end of the left upper frame 113 and the lower end of the right upper frame 113 and a first engine bracket 123 is connected to the second cross member 122 at the center of the vehicle width.
Patent claim: The end effector assembly of Claim 17 or Claim 18 wherein the pocket comprises a distance between the first compensation layer and the second compensation layer and wherein the distance is decreased when the fastener is moved to its fired position.

Related passage: Optionally reservoir 412 can be divided into any number of reservoirs by providing annular dividing walls 414 disposed between annular outer wall 404 and annular inner wall 406.In this manner reinforcing ring 400 can retain more then one wound closure material W such as for example a combination of an adhesive an astringent andor a hemostat.
Patent claim: The apparatus according to claim 2 further comprising acquisition means for acquiring an angle difference of directive angles between wireless communication paths in each of combinations of wireless communication pathswherein said selection means selects a combination of wireless communication paths from combinations in which the acquired angle difference is larger than a predetermined angle.

Related passage: As a result if the transmission power is concentrated on the bandwidths B1 B2 B3 having a relatively high channel transfer function based on RSSI andor SNR measurement results the whole radiated transmission power PB1PB2 PB3 can be reduced.
Patent claim: An electrochemical cell as claimed in any one of claims 6 to 8 wherein the cell is a reversible electrochemical cell.

Related passage: In the present invention it is preferred to form the lithium metal on a lithium electrode current collector comprising an electrically conductive porous body.The electrically conductive porous body to be the lithium electrode current collector is preferably a metal porous body which will not react with the lithium ion supply source such as a stainless steel mesh.For example in a case where lithium metal is used as the lithium ion supply source and an electrically conductive porous body such as a stainless steel mesh is used as the lithium electrode current collector it is preferred thatat least part of the lithium metal preferably at least 80 wt thereof is embedded in the pore portion of the lithium electrode current collector whereby even after the lithium metal is supported by the negative electrode the space to be formed between the electrodes by disappearance of the lithium metal tends to be small and reliability of LIC will be more securely maintained.
Patent claim: The evaluation unit according to claim 3 or 4 further comprising a first memory area for storing an array of accumulated expectation values and a second memory area for storing an array of satisfied transition values wherein an element of the respective array corresponds to a pixel location.

Related passage: The lensattached matter detection process in the lensattached matter detector 30 according to the second embodiment will be described with reference to the drawings.In this embodiment dirt is detected as lensattached matter.The same description and the same flowcharts are used for the processes similar to those in the first embodiment.
Patent claim: Method according to any of the claims from 1 to 6 characterized in that said step of controlling said liquid level comprises sensing said liquid level by means of an optical sensor associated to the tub 3.

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.