bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An apparatus according to any one of claims 1 to 5 wherein the container selection controller comprises a valve configured to have an open state in which flow through a line on which the valve acts is allowed and a closed state in which flow through a line on which the valve acts is prevented.

Related passage: The device thus does not require frequent weighing or adjustment operations by the staff and is capable of continuously performing treatment in a safe manner while appropriately controlling the body fluid weight of the patient.Furthermore a dialysate reservoir unit 21 or a replacement fluid reservoir unit 22 can be exchanged as needed or in the case where the filtrate and dialysis drain fluid are collected in a tank the tank can be exchanged as needed without directly affecting the measurement of the weight of removed body fluid or without terminating the treatment.
Patent claim: A toepiece 1 for an Alpine ski binding comprising a plate 2 fixable to a ski a first jaw 3 and a second jaw 4 arranged on the plate 2 in such a way as to be opposite one another and each comprising an external end 30 40 provided with a pin 33 43 for engaging a hole of a ski boot characterised in that an internal end 41 of the second jaw 4 is solidly constrained to the plate 2 so that the second jaw 4 is fixed with respect to the plate 2 and in that the first jaw 3 is hinged to the plate 2 at the relative internal end 31 with respect to an axis H so as to be mobile between a first position P1 in which the first jaw 3 and the second jaw 4 are in an open configuration and the relative pins 33 43 disengage from the corresponding hole of the ski boot and a second position P2 wherein the first jaw 3 and the second jaw 4 are in a closed configuration and the relative pins 33 43 can engage the corresponding hole of the ski boot and in that it comprises first elastic means 5 associated to the first jaw 3.

Related passage: Figures 2A2D show a second embodiment of frontretaining element 10 object of the present invention.Frontretaining element 10 in these embodiments comprises a first and a second element 20 30 for holding a tip of a ski boot made withrespective tongues 20b 30b which like in the case of the first embodiment are positioned perpendicular with respect to the plane on which ski 100 lies parallel to a vertical axis Z.
Patent claim: The system of Claim 15 wherein the descrambling unit is included in a coherent optical receiver associated with the optical network and configured to receive the optical signal and the polarization signal.

Related passage: The optical transmitting part 110 differs in a constitution thereof by whether an optical modulating signal to be transmitted is constituted by a single polarized wave or a polarizationmultiplexed wave.An explanation will be given of constitutions in a case where a transmitted optical signal is constituted by a single polarized wave in reference to Fig.2 and in a case where a transmitted optical signal is constituted by a polarizationmultiplexed wave in reference to Fig.3.
Patent claim: A portable electronic device according to any preceding claim wherein the further electronic device is a electronic module.

Related passage: The card 116 is housed within the step portion 101e which is protruded in the attachment direction of the battery 107 with respect to the bottom surface of the battery attachment portion 101c.The opening portion 134 is covered by the openclose lid 125.The openclose lid 125 includes the holder 136 the bearing shaft 137 the bearing shaft 138 the coupling plates 139 the coupling plate 140 the openclose cover 141 the torsion coil spring 142 and the torsion coil spring 143.
Patent claim: The OLED display device of any preceding claim further comprising a plurality of dummy pixels formed in between the pixels of the display area and a circular boundary of the display area.

Related passage: A VDD 46 is formed between the data driver 43 and the pixel circuit 42 and a GND 47 is formed along outer rim of the substrate 41 as shown in Fig.5.By not installing the VDD 46 and the GND 47 at both sides of the pixel circuit 42 the size of Bezel areas are reduced substantially.
Patent claim: Process according to one of the preceding claims characterized in that the gel comprises at least30 by weight of aliphatic alcohol preferably at least 40 by weight of aliphatic alcohol more preferably at least 50 by weight of aliphatic alcohol in particular at least 60 by weight of aliphatic alcohol such as 65 to 96 by weight of aliphatic alcohol preferably 70 to 93 by weight of aliphatic alcohol and in particular 74 to 91 by weight of aliphatic alcohol in each case based on the total mass of the gel.

Related passage: In one or more embodiments the neutralizer may be selected based on the amount of alcohol that is to be gelled.Table 2 shows commonly recommended neutralizers for hydroalcoholic systems.Up to Alcohol Neutralizer20 Sodium Hydroxide30 Potassium Hydroxide60 Triethanolamine60 Tris Amino80 AMP9590 Neutrol TE90 Diisopropanolamine90 Triisopropanolaminegt90 Ethomeen C25
Patent claim: The method according to any of claims 1 to 3 wherein moving at least the first key comprises increasing a separation between columns of keys or between rows of keys.

Related passage: When it is determined in step S206 that the operation of pulling out a character input sheet is ended the screen display control unit 17 activates the character input sheet that is currently displayed on the touch panel 11 S207 display control step configures the screen of the touch panel 11 such that the text in the text sheet 21 can be deciphered from the top of the activated character input sheet and returns the processing to the main loop of FIG.8.The screen display control unit 17 activates both the KANJI sheet 22a and 12 sheet 22d in the examples in FIGS.10 and 11 and activates only the 12 sheet 22d displayed on the forefront surface in the example in FIG.12.
Patent claim: A set top box according to claim 16 wherein the switching means allow the automatic switching between resolutions to occur in response to a change in the HDMIVideoFormat field or in the 3DStructure field of an HDMI Vendor Specific InfoFrame andor after the switch to the second resolution.

Related passage: First the source device the video player 100 that outputs the video source sets AVMUTE in the GCP and sends the GCP from the HDMI transmitting portion 111 step S111.Specifically the source device the video player 100 sets SetAVMUTE to 1 and sets ClearAVMUTE to 0 in the General Control Subpacket of the GCP shown in Fig.10.In a section indicated by mute of the GCP in Fig.13 this packet has been output from the source device.
Patent claim: A power distribution system according to any preceding claim further comprising at least one ac generator G1 electrically connected to the first ac busbar 2a and at least one ac generator G2 electrically connected to the second ac busbar 2b.

Related passage: Although only shown for the first propulsion drive system 22a the ac output terminals of each second active rectifierinverter 16 are connected to the associated thruster T1T4 by fastacting isolation contactors 24 that are an optional feature.The first andsecond AFE power converters 8 10 are also short circuit proof with the ability to shutdown safely and automatically in the event of a short circuit at their ac terminals.
Patent claim: The phase locked loop of claim 1 wherein the loop filter transfer function is a transimpedance type corresponding to be compatible with the phase detector gain and the tuning gain of the adjustable frequency source.

Related passage: When as usual i ltlt 1s for all i the modulus of Ho is close to KdKvKfN for1rads and decreases at least globally for increasing.This must always be true since the order of the denominator is at least 1 higher than the order of the numerator.From the above equation it becomes clear that when ndni12 the phase is already less than or equal tofor0.At least nzminmaxnind 0 zeroes are needed with i gt 1u to boost the phase atu to a value higher than 34 such that the phase margin is larger than 4.Additional poles with i lt 1u may be provided to cancel the unwanted gain boost for higher frequencies caused by the zeroes.This is a popular way to design a PLL but strictly not necessary for the working principle.
Patent claim: A method for detecting polarization scrambling of a polarization multiplexed optical signal comprising receiving a polarization multiplexed optical signal associated with an optical network and including a scrambled polarization orientation the polarization orientation scrambled according to a scrambling frequency receiving a polarization signal indicating the polarization scrambling of the received optical signal and descrambling the optical signal according to the polarization scrambling as indicated by the polarization signal.

Related passage: The control signal generated from the polarization scrambler driver 130 is a control signal having a predetermined frequency and the frequency corresponds to a polarization scrambling frequency of the polarization scrambler 140.At this occasion although the polarization frequency may be of any value it is pertinent to set the polarization scrambling frequency to a frequency higher than a frequency inherent to an FEC circuit achieving an effect of reducing PDL and the optical nonlinearity effect by the polarization scramble.The polarization scrambler information acquiring part 120 acquires information of setting the polarization scrambler 140 of carrying out the polarization scramble for example a polarization scrambling frequency a direction of a variation over time of polarization scramble and a pattern of the variation or the like and transfers the set information through the control network 30.
Patent claim: The display device of any one of claims 1 to 3 wherein the data driver outputs the display data having the same level to the data lines overlapping the touch electrode in the touch mode and then in the display mode outputs the display data for displaying the image to the data lines overlapping the touch electrode.

Related passage: During the display period T1 positivenegative analog video data voltages are supplied to the data lines D1 to D4 and gate pulses synchronized with the data voltages are supplied to the gate lines G1 to G3.A common voltage Vcom to be supplied to the common electrode 12 during the display period T1 is supplied to the Tx lines T1 to Tj and the Rx lines R1 to Ri.
Patent claim: An ink cartridge comprising an ink and an ink storage portion storing the ink wherein the ink comprises the ink according to any one of claims 1 to 6.

Related passage: A black ink composition of the present invention is prepared by mixing the components described below followed by filtering with a 0.45m membrane filter to eliminate impurities.lon exchange water was used as water.The pH in preparing the ink was adjusted at 8 to 9 with ammonium hydroxide.
Patent claim: The method of claim 12 wherein configuring the connector further comprises configuring a Receive pin as an SCIN interface and configuring a Receive pin as an SCIN interface.

Related passage: The streaming packet decapsulator 162 may decapsulate ingress packets of the local media streams and send an appropriate predetermined transport stream to the transport stream demultiplexer 156.If the incoming traffic is not a transport stream the transport stream demultiplexer is bypassed internally dashed lines and AV media data is routed for decryption and final processing.Transport stream packets may be routed to the transport stream demultiplexer 156 for processing.Lastly the streaming packet decapsulator 162 may also extract time stamps as needed from the incoming media streams that are sent to a media clock recovery processor 188 for use in the media clock recovery process that will be discussed.
Patent claim: The information processing system 1 according to any one of claims 1 to 9 characterized in that the information processing unit 14 22 changes the correspondence relation when a position andor an orientation of the virtual camera reaches the limit of the movable range and the controller 5 is moved to a position or an orientation exceeding a predetermined threshold value or the position andor the orientation of the virtual camera reaches the limit of the movable range and the orientation of the controller 5 becomes an orientation exceeding a predetermined threshold value.

Related passage: Specifically when the game process is performed whether any one of the angular velocities of rotations about the x yand z axes see FIG.1 detected by the angular velocity sensor 40 is greater than or equal to a predetermined angular velocity threshold value is determined.When any one of the angular velocities of the rotations about the x y and z axes is greater than or equal to the predetermined angular velocity threshold value the game apparatus 10 is determined as having been greatly moved and the virtual camera distance Kk based on the angular velocity which is greater than or equal to the predetermined angular velocity threshold value is calculated.In the present embodiment a relationship between an angular velocity and the virtual camera distance Kk which is to be used for switching from the stereoscopically visible image to the planar view image is preset.Further the relationship between the angular velocity and the virtual camera distance Kk which is to be used for switching from the stereoscopically visible image to the planar view image may be any relationship in which the virtual camera distance Kk can be calculated within a range of the magnitudes of the angular velocity in the present embodiment.An exemplary relationship between the angular velocity and the virtual camera distance Kk may be the following relationship.That is the angularvelocity and the virtual camera distance Kk may be proportional to each other such that the virtual camera distance Kk of the upper limit value Jt is calculated for the angular velocity equivalent to the angular velocity threshold value and the virtual camera distance Kk is calculated as zero for an angular velocity which is greater than the angular velocity equivalent to the angular velocity threshold value by a predetermined amount.
Patent claim: The retractor system as claimed in claim 6 wherein the first tube has a distal end defining a distal opening and a proximal end defining a proximal opening and defines an axial bore extending between the distal openingand the proximal opening wherein the first tube towards the distal end thereof comprises the screw gripping formation and defines at least first and second slots extending axially from the distal end partially towards the proximal end to form at least first and second axially extending tube parts which are spring biased towards a first configuration to grip the head by pinching the head between them and wherein the at least first and second tube parts are manipulatable against the bias to a second configuration to release the head.

Related passage: The threads 68 andor the reduction threads 70 may have a tooth shape as disclosed in the 391 Patent.That is as disclosed in the 391 Patent and as illustrated in FIG.2B herein the flank of each thread facing in the distal direction i.e.towards the screw 32 may be steep and preferably is generally horizontal and the flank of each thread facing in the proximal direction i.e.away from the screw 32 may be angled at about 30 with respect to the horizontal.The threads 106 of the set screw 45 are preferably complementary to the threads 68 andor the reduction threads 70 i.e.the steep flank of each thread 106 of the set screw 45 may be aligned oppositely to the steep flanks of the threads 68 70.
Patent claim: A nonaqueous electrolyte secondary battery comprising an electrode body an electrolyte solution and a laminate film package container housing the electrode body and the electrolyte solution wherein the electrode body includes a positive electrode a negative electrode and a separator disposed between the positive electrode and the negative electrode the positive electrode includes a positive electrode current collector and a positive electrode active material layer formed on the positive electrode current collector the negative electrode includes a negative electrode current collector and a negative electrode active material layer formed on the negative electrode current collector the positive electrode active material layer includes secondary particles of a lithium nickel cobalt manganese composite oxide the secondary particle includes a group of primary particles of a lithium nickel cobalt manganese composite oxide with a layered crystal structure the primary particle has a crosssectional area of 1.50 m2 or less and the layered crystal structure has a lattice constant c of 14.240or less.

Related passage: In addition the positive active material for a rechargeable lithium battery according to Comparative Example 1 showed a lattice constant of a2.87and c14.21the positive active material for a rechargeable lithium battery according to Example 1 showed a lattice constant of a2.87and c14.23and the positive active material for a rechargeable lithium battery according to Example 2 showed a lattice constant of a2.87and c14.23.The results showed that a lattice constant increased toward a c direction to balance charges since Ni was substituted for Mn and the oxidation number of the Ni changed from Ni3 0.60to Ni2 0.69when a shell was formed in Examples 1 and 2.
Patent claim: Tie strap of claim 8 wherein the formed waves 26a 26b 26c are located adjacent the tail 46.

Related passage: As best shown in Figs.4 and 68 locking head 16 includes a strap ingress end 50 a strap egress end 52 and a strapreceiving passageway 54 extending therebetween through locking head 16 which is partially defined by ceiling 43 sidewalls 44a and 44b and bottom 40.Ceiling 43 may overlie bottom 40 in substantial parallel relation thereto.Roof 32 preferably includes first and second generally straight diverging portions 56 and 58 and a converging generally arcuateportion 60.First and second diverging portions 56 and 58 and bottom 40 diverge from one another in the direction of egress end 52.In a preferred embodiment second diverging portion 58 has a lesser divergence angle than first diverging portion 56.Conversely arcuate portion 60 and bottom 40 converge toward one another in the direction of egress end 52.Egress end 52 of head 16 may also serve as a reaction surface for the nose of a conventional strap tightening tool not shown.
Patent claim: The gas turbine engine assembly as recited in claim 13 or 14 including a motor for driving the third compressor.

Related passage: Also shown in FIG.1 the bleed energy system 12 includes a bleed passage 40 coupled to a shutoff valve 46 and an auxiliary compressor 42.Compressed air from LPC 22 is extracted from bleed valve 44 passes through bleed passage 40 and to auxiliary compressor 42 through shutoff valve 46.In one embodiment shutoff valve 46 is selectively opened or closed to control the bleed air flow rate to the auxiliary compressor 42.In some situations passing bleed air through auxiliary compressor 42 would reduce its temperature and pressure below desirable levels such as when the engine 10 is operating at relatively low speeds and in particularly cold environments.In these situations some or all of the bleed air can be diverted at shutoff valve 46 passed through bleed passage 60 and returned back to bleed passage 52.The bleed passage 40 provides a source of highpressure engine air for pressurized air that is ultimately delivered to the ECS 38 by bleed passage 52 during thecruising segment of the aircrafts flight so as to provide pressurization during the longest segment of the flight when engine 10 efficiency is critical.
Patent claim: An electrical drive system 200 according to claim 9 wherein at least one of the winding systems is a part of a first one of the electrical machines and at least one of the winding systems is a part of a second one of the electrical machines shafts of the first and second ones of the electrical machines being mechanically interconnected.

Related passage: The current buffer 20 includes an amplifier 21 for noninverting amplification having a gain k and an amplifier 22 for inverting amplification having a gain k and sends exciting signals to the exciter coil 11 by a pushpull method.
Patent claim: A method for managing packets in a network of Information Centric Networking ICN nodes 1 2a 2b 2c 2d 2e the method comprisingat a first node 1 performing by processing means of the first node 1 steps ofReceiving a request i for a data packet Cif the data packet C is stored by the first node 1 responding to the request i by forwarding the data packet C otherwisesending to at least one neighboring node 2a 2b of the network a request i for metadata packetsa metadata packetindicating availability of said data packet C at a target nodereceiving in response at least one metadata packetso as to identify at least one target node 2c 2e wherein said data packet C is availableselecting one target node 2c among identified target nodes 2c 2eforwarding the request i for said data packet C toward selected target node 2creceiving in response the data packet Cresponding to the request i by forwarding the data packet Cat a second node 2a 2b 2c 2d 2e performing by processing means of the second node 2a 2b 2c 2d 2e steps ofReceiving a request i for metadata packetsif the data packet C is stored by the second node 2c 2e responding to the request i by forwarding a metadata packetindicating availability of said data packet C at the second node 2c 2e otherwiseforwarding to at least one neighboring node 2c 2d 2e of the network the request i for metadata packets.

Related passage: Step S304 Response messages to the resource query request sent by the multiple resource networks are received.In this embodiment the response message includes location information of the Cache nodes storing the media resource fragment storage information of the media resource corresponding to the Cache nodes and a mode for requesting the media resource of the Cache nodes.In this embodiment after receiving the resource query request the multicast network of the multiple resource networks queries the location information of the Cache nodes storing the media resource and the fragment storage information of the corresponding media resource according to the URI of the media resource requiring to be queried in the resource query request and selects a group of suitable Cache nodes and the mode for requesting the media resource of the Cache nodes according to an ALM algorithm.In this embodiment the response messages sent by the multiple multicast networks of the multiple resource networks may be obtained and when it is assumed that the multiple resource networks include two multicast networks which are respectively a first multicast network and a second multicast network a response message sent by the first multicast network may be received and a response message sent by the second multicast network may be received.The same Cache node registers with the first multicast network and the second multicast network so the response message sent by the first multicast network and the response message sent by the second multicast network may include the location information of theCache node at the same time.