mhurhangee/ep-ind-claims huggingface dataset:
A method of coding video data, the method comprising: identifying a first block of video data in a first temporal location from a first view, wherein the first block of video data is associated with a first temporal motion vector;determining a motion vector predictor for a second motion vector associated with a second block of video data, where the second motion vector is a temporal motion vector and the second block is from a second view that is different from the first view, wherein determining the motion vector predictor comprises: using the first motion vector as the motion vector predictor, when a picture order count value of a reference picture of the second motion vector is the same as a POC value of a reference picture of the first motion vector and a POC value of a target picture of the second motion vector is the same as a POC value of a target picture of the first motion vector; and coding prediction data for the second block using the motion vector predictor, the method being characterized in that when a POC value of a reference picture of the motion vector for the second block is different than a POC value of a reference picture of the first motion vector, scaling the first motion vector based on a difference in temporal distance between the first temporal motion vector and the second temporal motion vector, said temporal distance comprising a POC distance between a reference picture and a target picture of the respective temporal motion vector. identifying a first block of video data in a first temporal location from a first view, wherein the first block of video data is associated with a first temporal motion vector;determining a motion vector predictor for a second motion vector associated with a second block of video data, where the second motion vector is a temporal motion vector and the second block is from a second view that is different from the first view, wherein determining the motion vector predictor comprises: using the first motion vector as the motion vector predictor, when a picture order count value of a reference picture of the second motion vector is the same as a POC value of a reference picture of the first motion vector and a POC value of a target picture of the second motion vector is the same as a POC value of a target picture of the first motion vector; and using the first motion vector as the motion vector predictor, when a picture order count value of a reference picture of the second motion vector is the same as a POC value of a reference picture of the first motion vector and a POC value of a target picture of the second motion vector is the same as a POC value of a target picture of the first motion vector; and coding prediction data for the second block using the motion vector predictor,
A battery comprising: a case having a width, a thickness, and a length, the case including a body section and a bottom section, the bottom section provided in a middle of the body section in a width direction of the case and at one end of the body section in a thickness direction of the case, the bottom section having portions being formed on both sides of the case in the width direction as flat side surfaces which extend in parallel to each other in a length direction of the case, wherein the bottom section, at the location of the side surfaces, has a width which is smaller than the width of the body section; a battery cell housed inside of the case; a power supply terminal configured to supply an operating current to external electronic equipment from the battery cell; a bottom surface formed at one of surfaces of the bottom section in the thickness direction; locking pieces (1012; 1012A, 1012B, 1012C) projecting from both side ends in the width direction of the bottom section such that a distance between tips of locking pieces (1012; 1012A, 1012B, 1012C) positioned on opposite sides in the width direction is greater than the width of the bottom section and smaller than the width of the body section in the area of the side surfaces; and guide grooves opened to both sides in the length direction, the locking pieces (1012; 1012A, 1012B, 1012C) hanging over the guide grooves. a case having a width, a thickness, and a length, the case including a body section and a bottom section, the bottom section provided in a middle of the body section in a width direction of the case and at one end of the body section in a thickness direction of the case, the bottom section having portions being formed on both sides of the case in the width direction as flat side surfaces which extend in parallel to each other in a length direction of the case, wherein the bottom section, at the location of the side surfaces, has a width which is smaller than the width of the body section; a battery cell housed inside of the case; a power supply terminal configured to supply an operating current to external electronic equipment from the battery cell; a bottom surface formed at one of surfaces of the bottom section in the thickness direction; locking pieces (1012; 1012A, 1012B, 1012C) projecting from both side ends in the width direction of the bottom section such that a distance between tips of locking pieces (1012; 1012A, 1012B, 1012C) positioned on opposite sides in the width direction is greater than the width of the bottom section and smaller than the width of the body section in the area of the side surfaces; and guide grooves opened to both sides in the length direction, the locking pieces (1012; 1012A, 1012B, 1012C) hanging over the guide grooves.
A method for processing a video file including a plurality of video frames, the method comprising: determining (S101, 200) a relative motion vector of each video frame in the plurality of video frames relative to a preceding video frame; spatially aligning the plurality of video frames based on the relative motion vector, so as to determine corresponding pixel points of a same spatial point on each video frame of the plurality of video frames; clustering all pixel points corresponding to each spatial point to obtain pixel points which are associated with a background; creating a picture associated with the background of the video file based on the obtained pixel points which correspond to each spatial point and are associated with the background; characterized by dividing the picture and each video frame in the plurality of video frames into a plurality of blocks of a same number; and for each block in the picture, setting a candidate block selection window in each video frame of the plurality of video frames, the candidate block selection window at least covering a block corresponding to the block in the picture in space; selecting, from within the candidate block selection windows, an area with a size identical to the block in the picture and with its content closest to the block in the picture as a candidate block for replacing said block; and performing replacement of the block in the picture by the determined candidate block. determining (S101, 200) a relative motion vector of each video frame in the plurality of video frames relative to a preceding video frame; spatially aligning the plurality of video frames based on the relative motion vector, so as to determine corresponding pixel points of a same spatial point on each video frame of the plurality of video frames; clustering all pixel points corresponding to each spatial point to obtain pixel points which are associated with a background; creating a picture associated with the background of the video file based on the obtained pixel points which correspond to each spatial point and are associated with the background; characterized by dividing the picture and each video frame in the plurality of video frames into a plurality of blocks of a same number; and for each block in the picture, setting a candidate block selection window in each video frame of the plurality of video frames, the candidate block selection window at least covering a block corresponding to the block in the picture in space; selecting, from within the candidate block selection windows, an area with a size identical to the block in the picture and with its content closest to the block in the picture as a candidate block for replacing said block; and performing replacement of the block in the picture by the determined candidate block.
Pregnancy monitoring system, comprising: - a fetal monitoring transducer that detects fetal medical condition information; - a first motion sensor unit associated with the fetal monitoring transducer, the first motion sensor unit comprising at least one first motion sensor (70, 72); - a second motion sensor unit comprising at least one second motion sensor (70, 72); - a control device comprising an evaluation unit that determines relative motion between the first motion sensor unit and the second motion sensor unit, wherein the determination of relative motion is based on motion signals supplied by the at least one first motion sensor (70, 72) and the at least one second motion sensor (70, 72); wherein at least one of the at least one first motion sensor (70, 72) and the at least one second motion sensor (70, 72) is attachable to an abdominal region of a subject of interest; wherein the control device selectively permits, in an enablement mode, processing of the detected fetal medical condition information when a level of relative motion between the first motion sensor unit and the second motion sensor unit indicates stable measurement conditions; and wherein the control device selectively prevents, in a suppression mode, processing of the detected fetal medical condition information when the level of relative motion between the first motion sensor unit and the second motion sensor unit indicates unstable measurement conditions. - a fetal monitoring transducer that detects fetal medical condition information; - a first motion sensor unit associated with the fetal monitoring transducer, the first motion sensor unit comprising at least one first motion sensor (70, 72); - a second motion sensor unit comprising at least one second motion sensor (70, 72); - a control device comprising an evaluation unit that determines relative motion between the first motion sensor unit and the second motion sensor unit, wherein the determination of relative motion is based on motion signals supplied by the at least one first motion sensor (70, 72) and the at least one second motion sensor (70, 72);
A wall or ceiling covering or cladding system comprising a plate element, said plate element having an exposed front surface, a rear surface, and a material thickness between said front and rear surfaces (10,11), wherein the plate perimeter is delimited by side edges (12,13), the system further comprising one or more attachment strips (30,30') and a plurality of profiles (20,21,22,23) arranged on the front surface of the plate element, characterised in that - the attachment strips are provided on two opposing side edges (12, 13) of the plate element, - each attachment strip (30,30') has fastening means (32,33) suitable to attach the attachment strip (30,30') to one of the two opposing side edges (12,13) of the plate element, and further has an attachment fork, which fork when arranged on the plate element projects from the front surface of the plate element; - each profile (20,21,22,23) has an attachment surface where a groove (35,36) is provided in said attachment surface, such that the groove (35,36) can accommodate and hold the attachment fork of the attachment strip (30,30'). - the attachment strips are provided on two opposing side edges (12, 13) of the plate element, - each attachment strip (30,30') has fastening means (32,33) suitable to attach the attachment strip (30,30') to one of the two opposing side edges (12,13) of the plate element, and further has an attachment fork, which fork when arranged on the plate element projects from the front surface of the plate element; - each profile (20,21,22,23) has an attachment surface where a groove (35,36) is provided in said attachment surface, such that the groove (35,36) can accommodate and hold the attachment fork of the attachment strip (30,30').
A communication network, for enabling a service providing element to adapt delivery of a service based on a RAN-related parameter, the communication network comprising: • a Radio Access Network, RAN, node configured to obtain a RAN-related parameter, and send the RAN-related parameter to the service providing element via a core network node, • the core network node being configured to receive the RAN-related parameter from the RAN node, re-structure the RAN-related parameter into a data structure readable by the service providing element, and send the re-structured RAN-related parameter to the service providing element, and • the service providing element being configured to receive the RAN-related parameter, and adapt a service delivery parameter based on the RAN-related parameter, wherein the RAN node is configured to send the RAN-related parameter included in an uplink message to the core network node and the core network node is configured to forward the uplink message to the service providing element in a data structure readable by the service providing element; characterized in that the RAN node is configured to send the uplink message in a General Packet Radio Service Tunneling Protocol, GTP, extension header or in a GTP payload to the core network node, and the core network node is configured to re-structure the uplink message into an IP-packet before sending it to the service providing element (206, 600); and wherein the RAN-related parameters comprise a RAN state parameter and a Discontinuous Reception, DRX, cycles parameter. • a Radio Access Network, RAN, node configured to obtain a RAN-related parameter, and send the RAN-related parameter to the service providing element via a core network node, • the core network node being configured to receive the RAN-related parameter from the RAN node, re-structure the RAN-related parameter into a data structure readable by the service providing element, and send the re-structured RAN-related parameter to the service providing element, and • the service providing element being configured to receive the RAN-related parameter, and adapt a service delivery parameter based on the RAN-related parameter,
Driving-in tool, comprising a hand-held housing with a piston accommodated in it for transferring energy to a fastening element to be driven in, a propellant for producing a gas pressure, a setting-up part that may be pressed against a workpiece, a breech block that is moveable in particular for supporting a recoil, and an ignition hammer that is moveable in relation to the breech block, in which the ignition hammer is accelerated against an igniter of the propellant by means of at least a first spring, and in which before acceleration of the ignition hammer the spring is held in a tensioned condition by a controllable holding part, characterised in that after an ignition process the first spring may be brought back into the held and tensioned condition again by the gas pressure.
A non-aqueous flow cell comprising an anode region, a cathode region and an ion permeable separator comprising a polyurethane separator situated between the anode region and cathode region wherein: the anode region comprises an anode chamber, a current collector residing within the anode chamber, and a non-aqueous flowable organic electrolyte in the form of a solution, slurry or dispersion comprising an organic redox active compound that releases electrons during discharge of the cell and an organic solvent, the cathode region comprises a cathode chamber, a current collector residing within the cathode chamber, and a non-aqueous flowable organic electrolyte in the form of a solution, slurry or dispersion comprising an organic redox active compound that accepts electrons during discharge of the cell and an organic solvent, the separator comprises a polycarbonate based polyurethane prepared by curing a mixture comprising an isocyanate terminated pre-polymer having a polycarbonate backbone, wherein the anode electrolyte, the cathode electrolyte and the separator each comprise less than 10% by weight of water; and wherein the polycarbonate based polyurethane of the separator further comprises a metal salt comprising a lithium or sodium salt. the anode region comprises an anode chamber, a current collector residing within the anode chamber, and a non-aqueous flowable organic electrolyte in the form of a solution, slurry or dispersion comprising an organic redox active compound that releases electrons during discharge of the cell and an organic solvent, the cathode region comprises a cathode chamber, a current collector residing within the cathode chamber, and a non-aqueous flowable organic electrolyte in the form of a solution, slurry or dispersion comprising an organic redox active compound that accepts electrons during discharge of the cell and an organic solvent, the separator comprises a polycarbonate based polyurethane prepared by curing a mixture comprising an isocyanate terminated pre-polymer having a polycarbonate backbone, wherein the anode electrolyte, the cathode electrolyte and the separator each comprise less than 10% by weight of water; and wherein the polycarbonate based polyurethane of the separator further comprises a metal salt comprising a lithium or sodium salt.
A subscriber for a communication bus system with a two-wire line having a plurality of two-wire line portions as differential communication bus for connecting a plurality of subscribers in series connection to a bus master and for communicating by means of differential electrical signals, the two-wire line having a first line and a second line and each two-wire line portion comprising a portion of the first line and a portion of the second line, comprising - a receiver having two input terminals, each of which is connectable to a different one of the two lines (16, 18) of a first two-wire line portion, - a transmitter having two output terminals each of which is connectable to a different one of the two lines (16, 18) of a second two-wire line portion, and - a data processing unit, characterized by - a series connection connected to both lines (16, 18) of the first two-wire line portion and thus arranged in parallel with the input terminals of the receiver, said series connection being formed by a test switch, which is adapted to be selectively transferred into a closed or an open switching state by the data processing unit, and a terminating resistor, - a first bridging resistor between that input terminal of the receiver that is to be connected to the first line of the first two-wire line portion, and that output terminal of the transmitter that is to be connected to the first line of the second two-wire line portion, and - a second bridging resistor between that input terminal of the receiver that is to be connected to the second line of the second two-wire line portion, and that output terminal of the transmitter that is to be connected to the first line of the second two-wire line portion. - a receiver having two input terminals, each of which is connectable to a different one of the two lines (16, 18) of a first two-wire line portion, - a transmitter having two output terminals each of which is connectable to a different one of the two lines (16, 18) of a second two-wire line portion, and - a data processing unit, - a series connection connected to both lines (16, 18) of the first two-wire line portion and thus arranged in parallel with the input terminals of the receiver, said series connection being formed by a test switch, which is adapted to be selectively transferred into a closed or an open switching state by the data processing unit, and a terminating resistor, - a first bridging resistor between that input terminal of the receiver that is to be connected to the first line of the first two-wire line portion, and that output terminal of the transmitter that is to be connected to the first line of the second two-wire line portion, and - a second bridging resistor between that input terminal of the receiver that is to be connected to the second line of the second two-wire line portion, and that output terminal of the transmitter that is to be connected to the first line of the second two-wire line portion.
Gripper for a gripper weaving machine, comprising two interconnected clamping parts (2, 3) movable with respect to one another for clamping, the first said clamping part comprising at least two guiding recesses (4, 5) and the second said clamping part comprising at least two corresponding guiding tongues (6, 7) protruding towards the first clamping part, the guiding recesses (4, 5) and guiding tongues (6, 7) being positioned such that the guiding recesses (4, 5) receive the guiding tongues (6, 7) for sliding movement therein when the clamping parts (2, 3) move with respect to one another, characterized in that the second clamping part comprises a tongue body comprising said guiding tongues (6, 7) and a main body to which the tongue body is fixed with a seam.
A proximity switch comprising: a body tube having a blind bore with an open end; a switch assembly disposed inside the bore; characterized by: a crush ring compression device having a plug body that fits inside the open end and locks against an annular wall of the bore, the plug body having a second bore; an electrical lead electrically coupled with the switch assembly and extending through the second bore; a ferrule surrounding the electrical lead and disposed inside the second bore; and a jam nut coupled with the crush ring compression device and urging the ferrule into sealing contact with the second bore and locking the electrical lead in a fixed position within the second bore. a body tube having a blind bore with an open end; a switch assembly disposed inside the bore; characterized by: a crush ring compression device having a plug body that fits inside the open end and locks against an annular wall of the bore, the plug body having a second bore; an electrical lead electrically coupled with the switch assembly and extending through the second bore; a ferrule surrounding the electrical lead and disposed inside the second bore; and a jam nut coupled with the crush ring compression device and urging the ferrule into sealing contact with the second bore and locking the electrical lead in a fixed position within the second bore. a crush ring compression device having a plug body that fits inside the open end and locks against an annular wall of the bore, the plug body having a second bore; an electrical lead electrically coupled with the switch assembly and extending through the second bore; a ferrule surrounding the electrical lead and disposed inside the second bore; and a jam nut coupled with the crush ring compression device and urging the ferrule into sealing contact with the second bore and locking the electrical lead in a fixed position within the second bore.