mhurhangee/ep-ind-claims huggingface dataset:
A method for decoding an encoded data stream representative of at least one image (I m), said image being divided into blocks, said blocks being coded in a plurality of coded data, said pluralities of coded data constituting said stream, said coding comprising a generation of syntax elements and an entropy coding of said syntax elements, wherein said stream comprises a first portion comprising, for each block of the image I m, a part of the binary symbols included in the plurality of data coded for this block and a second portion comprising, for each block of the image I m, characteristic information of the sequence of binary symbols missing in the first portion of stream, the decoding method comprises, for a current block, a sequence test step comprising a predetermined non-zero number of bits, said step comprising two at the power of the predetermined number (2 N) of iterations of the following substeps: - obtaining a sequence (H(j)) comprising a number N of bits, distinct from the sequences already tested; - decoding and reconstructing a version of the current block from the bit sequence obtained (H(j)) and from coded data read in the first stream portion; - evaluating a likelihood measurement V(j) associated with the sequence obtained from the version of the reconstructed block; in that it further comprises the following steps, implemented for said current block:; - decoding a piece of information characteristic (IC) of a first sequence comprising the predetermined non-zero number of binary symbols from the second stream portion; - selecting the first sequence from the sequences tested, based on the likelihood measurements associated with the sequences tested and the decoded information; and - decoding and reconstructing the current block from the first sequence selected (H) and the first stream portion. - obtaining a sequence (H(j)) comprising a number N of bits, distinct from the sequences already tested; - decoding and reconstructing a version of the current block from the bit sequence obtained (H(j)) and from coded data read in the first stream portion; - evaluating a likelihood measurement V(j) associated with the sequence obtained from the version of the reconstructed block; - decoding a piece of information characteristic (IC) of a first sequence comprising the predetermined non-zero number of binary symbols from the second stream portion; - selecting the first sequence from the sequences tested, based on the likelihood measurements associated with the sequences tested and the decoded information; and - decoding and reconstructing the current block from the first sequence selected (H) and the first stream portion.
A tire member comprising a cross-linked rubber obtained by cross-linking a rubber composition that comprises a hydrogenated conjugated diene-based polymer, an olefin-based rubber, and a cross-linking agent, the hydrogenated conjugated diene-based polymer being a hydrogenated product of a polymer that comprises a structural unit derived from butadiene, and comprising at least one of an amino group and a hydrocarbyloxysilyl group at one terminal or each terminal, wherein the structural unit derived from butadiene that is comprised in the hydrogenated conjugated diene-based polymer has a 1,2-vinyl content of 5 to 70%.
Electromagnetic pump (1,50) comprising: an inlet; an outlet; an intermediate chamber located between said inlet and said outlet; a first valve for controlling the flow of fluid into the intermediate chamber, and a second valve for controlling the flow of fluid out of the intermediate chamber; a piston, at least a part of which comprises ferromagnetic material, located between the inlet and outlet, and including a channel through which fluid can flow, wherein the piston is moveable between a first and second position to control the opening and closing of the first and second valves (11,12); a main spring which is arranged to exert a force against said piston to bias the piston towards its first position; a coil for generating an electromagnetic field for moving said piston towards its second position, against the biasing force exerted by said main spring; a pressure increasing tube with an inner diameter (d) which is smaller than an inner diameter of the inlet, so fluid flowing from the inlet into the pressure increasing tube is pressurized; wherein at least a portion of the length of the pressure increasing tube is located within said main spring, characterized in that the piston comprises an inner part and an outer part wherein the inner part of the piston is secured within the outer part of the piston, and wherein the pressure increasing tube is configured to extend from the inlet to within the inner part of the piston when the piston is in the first position. an inlet; an outlet; an intermediate chamber located between said inlet and said outlet; a first valve for controlling the flow of fluid into the intermediate chamber, and a second valve for controlling the flow of fluid out of the intermediate chamber; a piston, at least a part of which comprises ferromagnetic material, located between the inlet and outlet, and including a channel through which fluid can flow, wherein the piston is moveable between a first and second position to control the opening and closing of the first and second valves (11,12); a main spring which is arranged to exert a force against said piston to bias the piston towards its first position; a coil for generating an electromagnetic field for moving said piston towards its second position, against the biasing force exerted by said main spring; a pressure increasing tube with an inner diameter (d) which is smaller than an inner diameter of the inlet, so fluid flowing from the inlet into the pressure increasing tube is pressurized; wherein at least a portion of the length of the pressure increasing tube is located within said main spring, characterized in that the piston comprises an inner part and an outer part wherein the inner part of the piston is secured within the outer part of the piston, and wherein the pressure increasing tube is configured to extend from the inlet to within the inner part of the piston when the piston is in the first position.
Body of a commercial vehicle, wherein the body comprises a wall or a roof element formed by a panel (2, 3) which is formed in the manner of a sandwich made of a foamed core layer and at least one cover layer (4, 5) consisting of a reshapable material and covering the core layer on one of its side surfaces and wherein on the outer side of the cover layer (4, 5) facing away from the core layer a component is fastened by riveting by means of a blind rivet, which sits in openings (20, 31) introduced into the component and the cover layer (4, 5) so as to align with one another, characterised in that the edge region of the cover layer (4, 5) bordering the opening of the cover layer (4, 5) is cold-formed, at least in sections, into a collar protruding into the core layer, which has, as a result of its cold forming, a higher inherent rigidity than the region of the cover layer (4, 5) surrounding the collar.
A multi-layer cylinder head gasket (30, 60, 80) comprising: a plurality of layers (30A-E, 60A-F, 80A-F) of material forming the gasket, said gasket having at least one first opening (12, 32) for a cylinder, at least one second opening for a fluid flow, and at least one third opening (20, 40) for a pushrod; characterized in that an eyelet positioned in at least said third opening (20, 40), said eyelet being made from a formable material which is softer than the pushrod material; wherein said eyelet material is provided from the group consisting of brass, copper, and formable steel. a plurality of layers (30A-E, 60A-F, 80A-F) of material forming the gasket, said gasket having at least one first opening (12, 32) for a cylinder, at least one second opening for a fluid flow, and at least one third opening (20, 40) for a pushrod; characterized in that an eyelet positioned in at least said third opening (20, 40), said eyelet being made from a formable material which is softer than the pushrod material; wherein said eyelet material is provided from the group consisting of brass, copper, and formable steel.
A method of manufacturing a railway vehicle comprising: a first step of computing an ideal installation position of a fitting to be installed to a body structure, based on a vehicle design information related to the body structure and the fitting of the vehicle, and a first measurement result information acquired by performing a three-dimensional measurement of an adjustment portion on the body structure to which the fitting is installed; a second step of outputting an instruction information instructing selection of an adjustment member to be arranged at the adjustment portion and arrangement position, based on an adjustment amount of difference at the adjustment portion computed from the ideal installation position of the fitting computed in the first step and the first measurement result information, and an information of an adjustment member used for adjusting the difference when installing the fitting; and a third step of installing the fitting based on the instruction information. a first step of computing an ideal installation position of a fitting to be installed to a body structure, based on a vehicle design information related to the body structure and the fitting of the vehicle, and a first measurement result information acquired by performing a three-dimensional measurement of an adjustment portion on the body structure to which the fitting is installed; a second step of outputting an instruction information instructing selection of an adjustment member to be arranged at the adjustment portion and arrangement position, based on an adjustment amount of difference at the adjustment portion computed from the ideal installation position of the fitting computed in the first step and the first measurement result information, and an information of an adjustment member used for adjusting the difference when installing the fitting; and a third step of installing the fitting based on the instruction information.
A binder for a negative electrode of a lithium secondary battery, which comprises a copolymer containing acrylamide monomer-derived repeating units, acrylic acid monomer-derived repeating units, sodium acrylate monomer-derived repeating units and acrylonitrile monomer-derived repeating units, wherein the combined weight of the acrylic acid monomer-derived repeating units and the sodium acrylate monomer-derived repeating units in the copolymer is 25-35 wt%.
A hybrid control method for a network, comprising: operating edge switches (100, 101, 102, 103) under software defined networking control, wherein each of the edge switches (100, 101, 102, 103) is communicatively coupled to a controller for the software defined networking control; operating non-adjacent switches in a core network communicatively coupling the edge switches (100, 101, 102, 103) together under distributed control, wherein the non-adjacent switches in the core network are not communicatively coupled to the controller; and characterised by operating the controller in a hybrid control scheme where the controller communicates with the edge switches (100, 101, 102, 103) but does not communicate to the non-adjacent switches in the core network; and utilizing the controller to route traffic between the edge switches (100, 101, 102, 103) through the non-adjacent switches in the core network using the hybrid control scheme by directing ports in the edge switches (100, 101, 102, 103) under software defined networking control to cause the non-adjacent switches in the core network to form connections (350, 352, 354) between the edge switches (100, 101, 102, 103) using the distributed control to determine and establish the connections (350, 352, 354). operating edge switches (100, 101, 102, 103) under software defined networking control, wherein each of the edge switches (100, 101, 102, 103) is communicatively coupled to a controller for the software defined networking control; operating non-adjacent switches in a core network communicatively coupling the edge switches (100, 101, 102, 103) together under distributed control, wherein the non-adjacent switches in the core network are not communicatively coupled to the controller; and characterised by operating the controller in a hybrid control scheme where the controller communicates with the edge switches (100, 101, 102, 103) but does not communicate to the non-adjacent switches in the core network; and utilizing the controller to route traffic between the edge switches (100, 101, 102, 103) through the non-adjacent switches in the core network using the hybrid control scheme by directing ports in the edge switches (100, 101, 102, 103) under software defined networking control to cause the non-adjacent switches in the core network to form connections (350, 352, 354) between the edge switches (100, 101, 102, 103) using the distributed control to determine and establish the connections (350, 352, 354).
A catheter for scoring or slicing a lesion in a vessel, comprising: a catheter shaft including an expandable portion and a first receiver adjacent a distal end of an expandable portion of the catheter shaft; a first cutter; and a first carrier supporting the first cutter, the carrier having a portion distal of the first cutter positioned at least partially within the first receiver and moveable axially along the catheter shaft to deploy the first cutter along the expandable portion in an expanded condition for scoring or slicing the lesion, wherein the first carrier includes a loop distal of the expandable portion, and a second cutter is provided proximal to the expandable portion for moving distally along the expandable portion when the first cutter is moved to a deployed position. a catheter shaft including an expandable portion and a first receiver adjacent a distal end of an expandable portion of the catheter shaft; a first cutter; and a first carrier supporting the first cutter, the carrier having a portion distal of the first cutter positioned at least partially within the first receiver and moveable axially along the catheter shaft to deploy the first cutter along the expandable portion in an expanded condition for scoring or slicing the lesion, wherein the first carrier includes a loop distal of the expandable portion, and a second cutter is provided proximal to the expandable portion for moving distally along the expandable portion when the first cutter is moved to a deployed position.
A method of wireless communication by a user equipment, UE, comprising: receiving (606; 1002), via a physical broadcast channel, PBCH, a message that includes RACH information associated with a base station, wherein the RACH information is a subset of RACH parameters associated with the base station, the subset of RACH parameters including at least one of a beam sweep periodicity, a RACH preamble index, a RACH configuration, a RACH format, a RACH frequency, a base station transmit power, or a RACH power ramping step; characterized in: receiving (1006; 1008), via the PBCH, an indication that indicates a second periodicity with which a full list of RACH parameters is to be transmitted via an extended PBCH, ePBCH, wherein a first periodicity with which the RACH information is to be transmitted via the PBCH is shorter than the second periodicity; determining whether the second periodicity has a time duration greater than a threshold: and determining to transmit a RACH message to the base station during a RACH procedure based on the received RACH information, without waiting for the full list of RACH parameters, when the second periodicity has a time duration greater than the threshold. receiving (606; 1002), via a physical broadcast channel, PBCH, a message that includes RACH information associated with a base station, wherein the RACH information is a subset of RACH parameters associated with the base station, the subset of RACH parameters including at least one of a beam sweep periodicity, a RACH preamble index, a RACH configuration, a RACH format, a RACH frequency, a base station transmit power, or a RACH power ramping step; characterized in: receiving (1006; 1008), via the PBCH, an indication that indicates a second periodicity with which a full list of RACH parameters is to be transmitted via an extended PBCH, ePBCH, wherein a first periodicity with which the RACH information is to be transmitted via the PBCH is shorter than the second periodicity; determining whether the second periodicity has a time duration greater than a threshold: and determining to transmit a RACH message to the base station during a RACH procedure based on the received RACH information, without waiting for the full list of RACH parameters, when the second periodicity has a time duration greater than the threshold. receiving (1006; 1008), via the PBCH, an indication that indicates a second periodicity with which a full list of RACH parameters is to be transmitted via an extended PBCH, ePBCH, wherein a first periodicity with which the RACH information is to be transmitted via the PBCH is shorter than the second periodicity; determining whether the second periodicity has a time duration greater than a threshold: and determining to transmit a RACH message to the base station during a RACH procedure based on the received RACH information, without waiting for the full list of RACH parameters, when the second periodicity has a time duration greater than the threshold.
A method for scheduling wireless communications between apparatuses (122, 124), comprising: determining at a device a schedule for multiple communications between apparatuses (122, 124), wherein the schedule indicates a time period for a first apparatus to transmit and the same time period for a second apparatus to receive; and transmitting the schedule to the first apparatus in a first station-information field and to the second apparatus in a second station-information field of a control message; wherein the first and second station-information field is indicated by the respective station-identification and comprises the time period (404, 406, 410, 412) for communication; and wherein the first station-information field and the second station information field comprise a type field indicating that the first and the second apparatuses should communicate using a Direct Link Setup communication. determining at a device a schedule for multiple communications between apparatuses (122, 124), wherein the schedule indicates a time period for a first apparatus to transmit and the same time period for a second apparatus to receive; and transmitting the schedule to the first apparatus in a first station-information field and to the second apparatus in a second station-information field of a control message; wherein the first and second station-information field is indicated by the respective station-identification and comprises the time period (404, 406, 410, 412) for communication; and wherein the first station-information field and the second station information field comprise a type field indicating that the first and the second apparatuses should communicate using a Direct Link Setup communication.
A pressure vessel comprising a plurality of interconnected hollow spheroids, each hollow spheroid is truncated to form at least two ports which are fluidly connected to respective ports of adjacent hollow spheroids, and adjacent hollow spheroids have overlapping radii at the connected ports, characterised in that each hollow spheroid has an outer wall which is contiguous with the outer wall of an adjacent hollow spheroid at the connected ports, and the contiguous walls of at least three of the adjacent connected ports intersect to form a pillar at the intersection.
A frame of a sliding roof of a vehicle, the roof including a lid member for selectively opening or closing a roof opening, comprising a frame body having at least one cable channel (16, 18) that serves to guide a drive cable which is rigid in compression, and which can be actuated by means of drive device that is supported by the frame body, wherein the cable channel (16, 18) is designed such that the drive cable, in the axial direction of the cable channel (16,18), is alternately guided from a first side by means of an upper wall portion and guided from a second side by means of a lower wall portion and, at the side facing away from the respective upper wall portion, is exposed by a lower cutout and, at the side facing away from the respective lower wall portion, is exposed by an upper cutout and, at the side facing away from the respective lower wall section via an upper cut, and that the upper wall portions and the lower wall portions are respectively provided with an infeed slope or entry ramp at at least one free edge, characterised in that the infeed slopes of the wall portions (28, 30), starting from a respective partially cylindrical centre region, via a first curvature region, respectively merge into a second curvature region, the curvature of which is opposite to the curvature of the first curvature region.
A food cutter assembly comprising: a spindle body defining an interior passage for receiving a food product, the interior passage extending along a rotational axis of the spindle body; a first thrust disc fixedly connected to the spindle body, the first thrust disc including first opposing surfaces (114, 116) extending radially from the rotational axis of the spindle body and a first circumferential surface between the first opposing surfaces; a cutting tool connected to an end of the spindle body for cutting the food product, the interior passage configured to receive the food product; and a housing for rotationally mounting the spindle body, the housing including a first radial bearing to be positioned proximate to the first thrust disc when the spindle body is rotationally mounted to the housing, wherein the spindle body and the housing define first fluid passages extending from a first port in the housing through the first radial bearing to the spindle body, characterised in that the first fluid passages extend across the first opposing surfaces and the first circumferential surface to the spindle body. a spindle body defining an interior passage for receiving a food product, the interior passage extending along a rotational axis of the spindle body; a first thrust disc fixedly connected to the spindle body, the first thrust disc including first opposing surfaces (114, 116) extending radially from the rotational axis of the spindle body and a first circumferential surface between the first opposing surfaces; a cutting tool connected to an end of the spindle body for cutting the food product, the interior passage configured to receive the food product; and a housing for rotationally mounting the spindle body, the housing including a first radial bearing to be positioned proximate to the first thrust disc when the spindle body is rotationally mounted to the housing, wherein the spindle body and the housing define first fluid passages extending from a first port in the housing through the first radial bearing to the spindle body, characterised in that the first fluid passages extend across the first opposing surfaces and the first circumferential surface to the spindle body.