mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of verifying a digital resource by a plurality of nodes and a principal node in a blockchain network, the plurality of nodes having respective private key shares, where a collective private key of a collective private-public key pair is based on a set of the respective private key shares, and where a first node of the plurality of nodes has a first nodal private-public key pair, the method comprising, at the first node: generating a digital resource crypto public key by combining a first nodal public key of the first nodal private-public key pair and a collective public key of the collective private-public key pair; encrypting the digital resource using the digital resource crypto public key; generating one or more blockchain transactions for a first commitment channel by: generating a commitment transaction having a commitment transaction output locked by a private key share of the first node, generating a valid subsequent transaction having the commitment transaction output as an input and including the private key share of the first node, and receiving the valid subsequent transaction signed by the principal node; and broadcasting the commitment transaction to the blockchain network. generating a digital resource crypto public key by combining a first nodal public key of the first nodal private-public key pair and a collective public key of the collective private-public key pair; encrypting the digital resource using the digital resource crypto public key; generating one or more blockchain transactions for a first commitment channel by: generating a commitment transaction having a commitment transaction output locked by a private key share of the first node, generating a valid subsequent transaction having the commitment transaction output as an input and including the private key share of the first node, and receiving the valid subsequent transaction signed by the principal node; and generating a commitment transaction having a commitment transaction output locked by a private key share of the first node, generating a valid subsequent transaction having the commitment transaction output as an input and including the private key share of the first node, and receiving the valid subsequent transaction signed by the principal node; and broadcasting the commitment transaction to the blockchain network.
An injector for injecting fuel comprising a seat plate having a passage throttle; a valve insert that is arranged at one of the areal sides of the seat plate; a valve guide for the slidable reception of the valve insert; a jet needle that is arranged at the side of the valve insert disposed opposite the seat plate; a spring sheath that surrounds a section of the jet needle; a valve chamber for the reception of fuel, wherein the valve chamber is bounded by the seat plate, the valve guide, and the valve insert and extends up to the passage throttle of the seat plate; a control chamber for the reception of fuel, wherein the control chamber is bounded by the valve insert, the valve guide, the spring sheath, and the jet needle; and a line that connects the control chamber and the valve chamber to one another, wherein the line is arranged in the valve insert, the control chamber of the injector comprises two regions that are separated from one another by the spring sheath; and wherein a connection between the regions only takes place via the at least one connection line in the spring sheath, characterized in that the line is closed by a placement of the valve insert onto the spring sheath. a seat plate having a passage throttle; a valve insert that is arranged at one of the areal sides of the seat plate; a valve guide for the slidable reception of the valve insert; a jet needle that is arranged at the side of the valve insert disposed opposite the seat plate; a spring sheath that surrounds a section of the jet needle; a valve chamber for the reception of fuel, wherein the valve chamber is bounded by the seat plate, the valve guide, and the valve insert and extends up to the passage throttle of the seat plate; a control chamber for the reception of fuel, wherein the control chamber is bounded by the valve insert, the valve guide, the spring sheath, and the jet needle; and a line that connects the control chamber and the valve chamber to one another, wherein the line is arranged in the valve insert, the control chamber of the injector comprises two regions that are separated from one another by the spring sheath; and wherein a connection between the regions only takes place via the at least one connection line in the spring sheath, characterized in that the line is closed by a placement of the valve insert onto the spring sheath.
A smoke- and water-vapor-permeable food casing made of a mixture based on polyamide or copolyamide, wherein the mixture comprises a) at least one aliphatic polyamide and/or aliphatic copolyamide and b) at least one hydrophilic, thermoplastic further polymer or copolymer, which is a heterofunctional polyamide, an α-olefin/vinyl acetate copolymer, a partially or completely saponified ethylene/vinyl acetate copolymer, a partially or completely saponified polyvinyl acetate, a polyesterurethane, a polyetherurethane, a polyester-etherurethane, a polyvinylpyrrolidone or a copolymer having vinylpyrrolidone units and units of other α,β-olefinically unsaturated monomers, a (co)polymer having N-vinylalkylamide units or a (co)polymer having units of α,β-unsaturated carboxylic acids or α,β-unsaturated carboxamides, and in that the casing is impregnated with liquid smoke on the food-facing side. a) at least one aliphatic polyamide and/or aliphatic copolyamide and b) at least one hydrophilic, thermoplastic further polymer or copolymer, which is a heterofunctional polyamide, an α-olefin/vinyl acetate copolymer, a partially or completely saponified ethylene/vinyl acetate copolymer, a partially or completely saponified polyvinyl acetate, a polyesterurethane, a polyetherurethane, a polyester-etherurethane, a polyvinylpyrrolidone or a copolymer having vinylpyrrolidone units and units of other α,β-olefinically unsaturated monomers, a (co)polymer having N-vinylalkylamide units or a (co)polymer having units of α,β-unsaturated carboxylic acids or α,β-unsaturated carboxamides, and in that the casing is impregnated with liquid smoke on the food-facing side.
A modified geopolymer composition that is a stabilized geopolymer-organic polymer latex composition comprising a uniform mixture of a geopolymer and an organic polymer latex, wherein the stabilized geopolymer-organic polymer latex composition comprises a first mixture of a hydrated polysialate and from 1.0 weight percent to 50 weight percent of an organic polymer latex, weight percent of the organic polymer latex being based on total weight of the first mixture.
Plug-in connector comprising a first and a second plug part, which can be reversibly coupled and disconnected, wherein a connection device is formed, which has at least one spring element, which for connecting the plug parts (1, 3) with at least one spring piece (25, 26, 27) engages with a sliding guide in the second plug part, wherein the sliding guide and the spring element are designed such that upon exceeding a release force threshold value automatic disconnection of the plug parts (1, 3) is provided, wherein a raised release element is formed on the sliding guide, which in the plugged state of the plug parts (1, 3) is embraced by the spring piece (25, 26, 27), wherein the raised release element is configured rectilinearly in the circumferential direction around the longitudinal axis and over its width extends on the same axial section level viewed in an axial direction, such that upon occurrence of a tensile force greater than the release force threshold value on the plug parts (1, 3) for automatic disconnection of the plug parts (1, 3) the spring piece (25, 26, 27) is guided over the raised release element exclusively in axial direction, characterized in that the spring element is received in the interior of a retaining sleeve and arranged in a torque-proof manner on the retaining sleeve.
An electrochemical cell system, comprising: a housing; an electrolyte disposed in the housing; a plurality of charging anodes and a plurality of charging cathodes disposed in the housing, the plurality of charging cathodes providing a surface for electrodeposition of a metallic material; a mechanism to dislodge the deposited metallic material, the dislodged metallic material falling by gravity; a plurality of discharging cathodes immersed in the electrolyte; a plurality of first spaces adjacent the discharging cathodes, the plurality of first spaces for containing the dislodged metallic material to form a plurality of discharging anodes; an anode current collector for collecting current from the plurality of discharging anodes; and the charging cathodes and charging anodes are above the discharging cathodes. a housing; an electrolyte disposed in the housing; a plurality of charging anodes and a plurality of charging cathodes disposed in the housing, the plurality of charging cathodes providing a surface for electrodeposition of a metallic material; a mechanism to dislodge the deposited metallic material, the dislodged metallic material falling by gravity; a plurality of discharging cathodes immersed in the electrolyte; a plurality of first spaces adjacent the discharging cathodes, the plurality of first spaces for containing the dislodged metallic material to form a plurality of discharging anodes; an anode current collector for collecting current from the plurality of discharging anodes; and the charging cathodes and charging anodes are above the discharging cathodes.
A method for forming a fibrous preform comprising: needling a first fibrous layer and an additional fibrous layer together at a needle density of between approximately 60 and 65 needle punches per square centimeter to form a first combined fibrous mat; needling the first combined fibrous mat and an additional fibrous mat at a needle density of between approximately 45 and 55 needle punches per square centimeter to form the fibrous preform; applying mechanical pressure to the fibrous preform prior to a carbonization step to compress a thickness of the fibrous preform and thereby increase a fiber volume ratio of the fibrous preform; and carbonizing the fibrous preform by heating the fibrous preform in a furnace to convert the fibers into substantially carbon fibers, wherein the fiber volume ratio of the fibrous preform after the carbonizing is between about 20% and 24% fiber volume. needling a first fibrous layer and an additional fibrous layer together at a needle density of between approximately 60 and 65 needle punches per square centimeter to form a first combined fibrous mat; needling the first combined fibrous mat and an additional fibrous mat at a needle density of between approximately 45 and 55 needle punches per square centimeter to form the fibrous preform; applying mechanical pressure to the fibrous preform prior to a carbonization step to compress a thickness of the fibrous preform and thereby increase a fiber volume ratio of the fibrous preform; and carbonizing the fibrous preform by heating the fibrous preform in a furnace to convert the fibers into substantially carbon fibers, wherein the fiber volume ratio of the fibrous preform after the carbonizing is between about 20% and 24% fiber volume.
A surface-coated cutting tool comprising: a base material; and a coating film formed on said base material, wherein said coating film includes at least one TiCN layer, said TiCN layer has a columnar crystal region, and said columnar crystal region has a composition of TiC x N y, wherein 0.67 ≤ x/(x + y) ≤ 0.90, has a plane having a plane spacing of 0.8765 Å to 0.8790 Å, and has TC showing a maximum value in an orientation index TC (hkl). a base material; and a coating film formed on said base material, wherein said coating film includes at least one TiCN layer, said TiCN layer has a columnar crystal region, and said columnar crystal region has a composition of TiC x N y, wherein 0.67 ≤ x/(x + y) ≤ 0.90, has a plane having a plane spacing of 0.8765 Å to 0.8790 Å, and has TC showing a maximum value in an orientation index TC (hkl).
An article comprising: a cushioning assembly comprising: a first bladder element forming a first fluid chamber; a second bladder element within the first bladder element and forming a second fluid chamber sealed from and within the first fluid chamber; at least one reinforcement element (122A, 122E) operatively connected to and in contact with the second bladder element; wherein the at least one reinforcement element (122A, 122E) is configured to reinforce the cushioning assembly under a load applied to the first bladder element; characterized in that the second bladder element comprises a flange (121A, 121B) forming a peripheral seam that surrounds the second bladder element and seals the second fluid chamber; and wherein the at least one reinforcement element (122A, 122E) comprises a first collar that is secured to the flange (121A, 121B) and at least partially surrounds the second bladder element at the flange (121A, 121B) to reinforce the peripheral seam and limit deformation of the second bladder element at the peripheral seam. a first bladder element forming a first fluid chamber; a second bladder element within the first bladder element and forming a second fluid chamber sealed from and within the first fluid chamber; at least one reinforcement element (122A, 122E) operatively connected to and in contact with the second bladder element; wherein the at least one reinforcement element (122A, 122E) is configured to reinforce the cushioning assembly under a load applied to the first bladder element; characterized in that the second bladder element comprises a flange (121A, 121B) forming a peripheral seam that surrounds the second bladder element and seals the second fluid chamber; and wherein the at least one reinforcement element (122A, 122E) comprises a first collar that is secured to the flange (121A, 121B) and at least partially surrounds the second bladder element at the flange (121A, 121B) to reinforce the peripheral seam and limit deformation of the second bladder element at the peripheral seam.
A process cartridge comprising: a photosensitive drum; a rotatable developing roller for developing an electrostatic latent image formed on said photosensitive drum; a coupling member including a driving force receiving portion for receiving a driving force to be transmitted to said developing roller, wherein said driving force receiving portion is movable relative to said developing roller in a direction crossing an axis of said driving force receiving portion; an urging portion for urging said driving force receiving portion in the direction crossing the axis of said developing roller; a supporting portion for rotatably supporting said driving force receiving portion so as to be movable together with said driving force receiving portion relative to said developing roller in the direction crossing the axis of said driving force receiving portion; and an abutting portion for receiving said supporting portion urged by said urging portion, and a rotatable developer supplying roller provided with a gear configured to transmit the driving receiving force received by said driving force receiving portion to a gear provided at said developing roller, wherein said abutting portion is positioned outside an outer periphery of said photosensitive drum in a plane perpendicular to the axis of said developing roller, and wherein said coupling member is provided on the shaft of the developer supplying roller or is drive connected to the developer supplying roller by gears (110a, 110b). a photosensitive drum; a rotatable developing roller for developing an electrostatic latent image formed on said photosensitive drum; a coupling member including a driving force receiving portion for receiving a driving force to be transmitted to said developing roller, wherein said driving force receiving portion is movable relative to said developing roller in a direction crossing an axis of said driving force receiving portion; an urging portion for urging said driving force receiving portion in the direction crossing the axis of said developing roller; a supporting portion for rotatably supporting said driving force receiving portion so as to be movable together with said driving force receiving portion relative to said developing roller in the direction crossing the axis of said driving force receiving portion; and an abutting portion for receiving said supporting portion urged by said urging portion, and a rotatable developer supplying roller provided with a gear configured to transmit the driving receiving force received by said driving force receiving portion to a gear provided at said developing roller, wherein said abutting portion is positioned outside an outer periphery of said photosensitive drum in a plane perpendicular to the axis of said developing roller, and wherein said coupling member is provided on the shaft of the developer supplying roller or is drive connected to the developer supplying roller by gears (110a, 110b).
A method of operating an apparatus, the method comprising: determining whether at least two of a plurality of channel state information, CSI, reports are to be transmitted for periodic reporting on a physical uplink control channel, PUCCH, in a subframe, each of the plurality of CSI reports related to a respective one of a plurality of component carriers and each of the plurality of component carriers having an associated priority; on a condition that the determination is positive, dropping at least one lower priority CSI report of the plurality of CSI reports, wherein: a CSI report containing a Rank Indicator, RI, is prioritized over one or more CSI reports containing a Channel Quality Indicator, CQI, and a CSI report containing a RI for a component carrier with a highest associated priority is prioritized over one or more CSI reports containing a RI for a respective component carrier of lower associated priority; and transmitting, subsequent to the dropping, at least one prioritized CSI report of the plurality of CSI reports on the PUCCH in the subframe. determining whether at least two of a plurality of channel state information, CSI, reports are to be transmitted for periodic reporting on a physical uplink control channel, PUCCH, in a subframe, each of the plurality of CSI reports related to a respective one of a plurality of component carriers and each of the plurality of component carriers having an associated priority; on a condition that the determination is positive, dropping at least one lower priority CSI report of the plurality of CSI reports, wherein: a CSI report containing a Rank Indicator, RI, is prioritized over one or more CSI reports containing a Channel Quality Indicator, CQI, and a CSI report containing a RI for a component carrier with a highest associated priority is prioritized over one or more CSI reports containing a RI for a respective component carrier of lower associated priority; and a CSI report containing a Rank Indicator, RI, is prioritized over one or more CSI reports containing a Channel Quality Indicator, CQI, and a CSI report containing a RI for a component carrier with a highest associated priority is prioritized over one or more CSI reports containing a RI for a respective component carrier of lower associated priority; and transmitting, subsequent to the dropping, at least one prioritized CSI report of the plurality of CSI reports on the PUCCH in the subframe.
A method, comprising: receiving, by a cluster member of a device-to-device cluster, occupancy status information about channel resources available for device-to-device communications within the cluster, including all occupied and free channels, from a cluster head of the device-to-device cluster; characterised by transmitting, by the cluster member, a message comprising a request to occupy a first selected free channel resource, on the first free channel resource, to the cluster head; monitoring, by the cluster member, for updated status information about the first selected channel resource, from the cluster head; if the first selected channel resource is indicated as occupied in the updated occupancy status information, transmitting, by the cluster member, data on the first selected channel resource; and if the first selected channel resource is indicated as free in the updated occupancy status information, transmitting, by the cluster member, a message comprising a request to occupy a second selected free channel resource on the second selected free channel resource, to the cluster head. receiving, by a cluster member of a device-to-device cluster, occupancy status information about channel resources available for device-to-device communications within the cluster, including all occupied and free channels, from a cluster head of the device-to-device cluster; characterised by transmitting, by the cluster member, a message comprising a request to occupy a first selected free channel resource, on the first free channel resource, to the cluster head; monitoring, by the cluster member, for updated status information about the first selected channel resource, from the cluster head; if the first selected channel resource is indicated as occupied in the updated occupancy status information, transmitting, by the cluster member, data on the first selected channel resource; and if the first selected channel resource is indicated as free in the updated occupancy status information, transmitting, by the cluster member, a message comprising a request to occupy a second selected free channel resource on the second selected free channel resource, to the cluster head.
A method for communicating between a network device and a remote partner device: receiving, by the network device via a local port, a message from a physical coding sublayer, PCS, transmitter on the remote partner device; determining, by the network device, whether the local port transfers data on a single link at a first data transfer rate or on a plurality of sub-links at a second data transfer rate; partitioning the port to transfer data on a plurality of sub-links each having a second data transfer rate if it is determined, by the network device, that the local port transfers data on the single link at the first data transfer rate and that a local PCS receiver failed to align data received in the message; and aggregating the plurality of sub-links of the port to transfer data on the single link having the first data transfer rate if it is determined, by the network device, that the local port transfers data on the plurality of sub- links at the second data transfer rate and that the local PCS receiver detected a code violation error in the message on at least one of the plurality of sub-links. receiving, by the network device via a local port, a message from a physical coding sublayer, PCS, transmitter on the remote partner device; determining, by the network device, whether the local port transfers data on a single link at a first data transfer rate or on a plurality of sub-links at a second data transfer rate; partitioning the port to transfer data on a plurality of sub-links each having a second data transfer rate if it is determined, by the network device, that the local port transfers data on the single link at the first data transfer rate and that a local PCS receiver failed to align data received in the message; and aggregating the plurality of sub-links of the port to transfer data on the single link having the first data transfer rate if it is determined, by the network device, that the local port transfers data on the plurality of sub- links at the second data transfer rate and that the local PCS receiver detected a code violation error in the message on at least one of the plurality of sub-links.