bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The conductive film 1 according to claim 1 wherein the first threshold value is 0.5.

Related passage: The transparent substrates 11 and 21 are structured so that hardcoat layers 112112 and 212212 are formed on the front and back surfaces of base material layers 111 and 211 respectively.It is preferable that the base material layers 111 and 211 be formed of a highly transparent material.Specific examples of preferable materials include polyethylene terephthalate PET polyethylene naphthalate PEN polyether sulfone PES polyether ether ketone PEEK polycarbonate PC polypropylene PP polyamide PA polyacrylic acid PAC epoxy resins phenol resins aliphatic cyclic polyolefins transparent norbornenebased thermoplastic resins and like flexible films laminates of two or more such resins glass plates etc.The thickness of the base material layers 111 and 211 is preferably about 20 to 500 m and the thickness of the hardcoat layers 112 and 212 is preferably about 3 to 5 m.In order to increase the rigidity a support may be attached to the base material layers 111 and 211.
Patent claim: Packet queuing device comprisingat least two inputoutputbuffers for queuing packetsa sojourn time calculator for calculating a sojourn related time for each head packet in the at least two inputoutputbuffersa sojourn related time adaptor for based on an adaptation function assigned to the corresponding inputoutputbuffer adapting said sojourn related time into an adapted time for each head packet in the at least two inputoutputbuffersa scheduler for scheduling outgoing packets based on the adapted time

Related passage: In the shaping unit shown in Fig.1 the result of calculation by the guaranteed bandwidth read out time calculator 131 is applied as a scheduled transmission time for the next packet when the priority packet is transmitted.In this case the above function can be easily implemented by referring to a queue length of a priority queue and modifying a selection condition according to the queue length.Namely the condition of the selector 132 may simply be modified in such a manner that when the queue length of the priority queue is smaller than a preset threshold the result of calculation by the guaranteed bandwidth read out time calculator 131 is applied as a scheduled transmission time for the next packet and when the queue length of the priority queue is larger than the threshold the result of calculation by the immediate read out time calculator 130 is applied as a scheduled transmission time for the next packet.Priority packets corresponding to a bandwidth exceeding the guaranteed bandwidth will not be discarded by UPC on the network side if transmitted with low priority.
Patent claim: A method comprising detecting a connection to a device wherein the connection is via a connector determining if the device supports a conditional access mode and when the device support the conditional access mode configuring the connector in accordance with the conditional access mode.

Related passage: The network media according to at least an eleventh aspect where the third components further include a media clock generation processor where the media clock recovery processor is configured to compare time stamps from the stream packet decapsulator with time stamps generated by a local media clock and calculate frequency and phase offsets with which to control the media clock generation processor that syntonize or synchronize the local media clock with a source media clock.
Patent claim: Drain comprisinga collecting housing with an inflow opening on the upper side an outflow opening and a tunnel extending to the outflow opening wherein the outflow opening debouches in the tunnela siphon cover arranged over the outflow opening wherein during use the edge of the siphon cover is located lower than the outflow opening characterized bya bridge part hanging over the tunnel and having a first end arranged on the outer side of the siphon cover wherein the other end of the bridge part further lies sealingly against the inner wall of the collecting housing.

Related passage: Figure 2 shows drain 1 according to figure 1.A horizontal outlet pipe 19 with a pipe bend 20 and a free end 21 is inserted here instead of a vertical outlet pipe 12 into the outflow opening and upright wall 10.Because the raised bottom part 9 forms a tunnel22 in bottom 8 9 to outflow opening 10 the horizontal part of pipe 19 can be received in this tunnel 22 whereby the height of drain 1 is not affected.
Patent claim: The device 100 of claims 2 or 3 wherein the plurality of data symbols 202120214 comprises 1100 data symbols 202120214 preferably 18 data symbols 202120214 more preferably 24 data symbols 202120214.

Related passage: After sending the reserved error feedback signal to the VCE 209 in response to detecting the impulse noise andor other noncrosstalk noise the VTUR 204 may resume receiving downstream signals that are not corrupted by impulse noise or other noncrosstalk noise.Thus the VTUR 204 may resume sending error feedback signals to the VCE 209 which may properly represent crosstalk noise in the received signals.Such error feedback signals may be different than the special or reserved error feedback signal e.g.the nonzero sequence or the sequence of all ones.Consequently the VCE 209 may resume updating the precoding coefficients and the crosstalk precoder 208 may add proper predistortions in the downstream signals.Thus the crosstalk trainingtracking process may continue and the crosstalk precoder 208 may reach the optimal coefficients that provide optimal predistorted downstream signals to achieve optimal crosstalk cancellation.
Patent claim: The inflatable wrap with automatic tightness detection as claimed in claim 1 wherein the sensor element and the output element are separately located in the two longitudinally opposite ends of the wrap strap at positions corresponding to and aligned with the two mating connection elements.

Related passage: Briefly a system for applying compression treatment embodying aspects of the invention comprises a garment sized and shaped to be wrapped around substantially a body part of a wearer.The garment has one or more fasteners for securing the garment in a selfretaining wrapped configuration around the body part and one or more selectively inflatable bladders for applying compression to the body part upon inflation.The system also includes at least one capacitive sensor formed on the garment.The sensor generates a signal indicative of a gap between the garment and the body part when the garment is in the wrapped configuration.A compression control unit which includes a pump for pressurizing fluid delivers pressurized fluid to the inflatable bladders via an outlet port in fluid communication with the pump.The compression control unit also includes one or more processors receiving and responsive to the signal from the capacitive sensor for evaluating an overall fit of the garment on the body part based on the gap between the garment and the body part.