mhurhangee/ep-ind-claims huggingface dataset:
An open interface management method, applied in a device where an Operation and Maintenance Center, OMC, system is deployed, characterized by comprising: receiving a registration request configured to request registration of a target open interface and the registration request carrying an attribute of the target open interface; determining a type of the target open interface with a preset classification manner according to the attribute of the target open interface carried in the registration request, and acquiring an open interface model package corresponding to the type, wherein the open interface model package is pre-established and stored in the OMC system, includes a registration file of the open interface of the corresponding type and is applied to registration of the open interface; acquiring an authentication file corresponding to the open interface model package, and authenticating the registration request according to the authentication file, wherein the authentication file is generated based on an authorized item file matching an open interface model package of each type after the establishment of the open interface model package; and registering the target open interface at an application programming interface, API, gateway according to the registration file comprised in the open interface model package in response to a passed authentication. receiving a registration request configured to request registration of a target open interface and the registration request carrying an attribute of the target open interface; determining a type of the target open interface with a preset classification manner according to the attribute of the target open interface carried in the registration request, and acquiring an open interface model package corresponding to the type, wherein the open interface model package is pre-established and stored in the OMC system, includes a registration file of the open interface of the corresponding type and is applied to registration of the open interface; acquiring an authentication file corresponding to the open interface model package, and authenticating the registration request according to the authentication file, wherein the authentication file is generated based on an authorized item file matching an open interface model package of each type after the establishment of the open interface model package; and registering the target open interface at an application programming interface, API, gateway according to the registration file comprised in the open interface model package in response to a passed authentication.
A method, comprising: receiving a value identifying a minimum number of paging occasions configured for indicating a change of system information to be monitored during a modification period; initializing connected mode communication; identifying a discontinuous reception cycle to be utilized during the modification period; selecting for monitoring one or more paging occasions during the modification period coinciding with the discontinuous reception cycle; in response to determining that the selected paging occasions are not sufficient for indicating the change of system information, monitoring for additional paging occasions outside active intervals; wherein wakeup periods for the monitoring for the one or more paging occasions outside active intervals of the discontinuous reception cycle are identified such that the minimum number of paging occasions can be read. receiving a value identifying a minimum number of paging occasions configured for indicating a change of system information to be monitored during a modification period; initializing connected mode communication; identifying a discontinuous reception cycle to be utilized during the modification period; selecting for monitoring one or more paging occasions during the modification period coinciding with the discontinuous reception cycle; in response to determining that the selected paging occasions are not sufficient for indicating the change of system information, monitoring for additional paging occasions outside active intervals; wherein wakeup periods for the monitoring for the one or more paging occasions outside active intervals of the discontinuous reception cycle are identified such that the minimum number of paging occasions can be read.
A method of transmitting broadcast signals, the method including: formatting input streams into Data Pipe, DP, data; BCH encoding the DP data; Low-Density Parity-Check, LDPC, encoding the BCH encoded DP data according to a code rate; bit interleaving the LDPC encoded DP data; mapping the bit interleaved DP data onto constellations according to a Non-Uniform Constellation-64, NUC-64; Multi-Input Multi-Output, MIMO, encoding the mapped DP data, wherein the MIMO encoding is expressed as: X 1 f 1 X 2 f 1 = 1 1 + a 2 1 0 0 e jφ q 1 a a − 1 S 1 S 2, wherein the X 1 and the X 2 indicate a pair of the MIMO encoded DP data, the S 1 and the S 2 indicate a pair of input symbols φ(q)=2πq/N, q=0,...,N data -1 with N=9 of the mapped DP data, and the a is a MIMO encoding parameter, wherein the MIMO encoding parameter is based on NUC-64 being used in the mapping; time interleaving the MIMO encoded DP data; building at least one signal frame by mapping the time interleaved DP data; and modulating data in the built signal frame by an Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting the broadcast signals having the modulated data. formatting input streams into Data Pipe, DP, data; BCH encoding the DP data; Low-Density Parity-Check, LDPC, encoding the BCH encoded DP data according to a code rate; bit interleaving the LDPC encoded DP data; mapping the bit interleaved DP data onto constellations according to a Non-Uniform Constellation-64, NUC-64; Multi-Input Multi-Output, MIMO, encoding the mapped DP data, wherein the MIMO encoding is expressed as: X 1 f 1 X 2 f 1 = 1 1 + a 2 1 0 0 e jφ q 1 a a − 1 S 1 S 2, wherein the X 1 and the X 2 indicate a pair of the MIMO encoded DP data, the S 1 and the S 2 indicate a pair of input symbols φ(q)=2πq/N, q=0,...,N data -1 with N=9 of the mapped DP data, and the a is a MIMO encoding parameter, wherein the MIMO encoding parameter is based on NUC-64 being used in the mapping; time interleaving the MIMO encoded DP data; building at least one signal frame by mapping the time interleaved DP data; and modulating data in the built signal frame by an Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting the broadcast signals having the modulated data.
A rotating connection structure for an indoor unit of an air conditioner, comprising: a fixed member and a rotating member configured to rotate relative to the fixed member within a preset working angle range, wherein a rotating shaft groove, a mounting groove and a limiting groove are defined on the fixed member, wherein the rotating member comprises a main body, a limiting member, a rotating shaft connected on the main body and a head connected to the rotating shaft; wherein the head passes through the mounting groove such that the rotating shaft slides from the mounting groove into the rotating shaft groove, wherein the rotating shaft is capable of rotating in the rotating shaft groove, wherein the head is stopped outside the rotating shaft groove, wherein the head and the main body are located at two opposite sides of the fixed member; wherein the limiting member is elastically deformed when the rotating shaft is sliding from the mounting groove towards the rotating shaft groove, and recovers from the elastic deformation and is limited in the limiting groove when the rotating shaft slides into the rotating shaft groove, wherein the limiting groove is arc-shaped, wherein radians spanned by the limiting groove are not less than the preset working angle range of the rotating member, and wherein a sliding range of the limiting member in the limiting groove comprises the preset working angle range of the rotating member.
A method for making dyed synthetic yarn, the method comprising: extruding synthetic polymer into filaments; quenching said filaments in air; bringing the filaments together to form a yarn; bulk texturing said yarn; impinging said yarn into a screen or plate to achieve a caterpillar form; and characterised by applying dye to the yarn while the yarn is in caterpillar form. extruding synthetic polymer into filaments; quenching said filaments in air; bringing the filaments together to form a yarn; bulk texturing said yarn; impinging said yarn into a screen or plate to achieve a caterpillar form; and characterised by applying dye to the yarn while the yarn is in caterpillar form.
An optical device for an automotive vehicle comprising: at least one light source configured to produce a light beam; at least one light guide configured to propagate said light beam, wherein the at least one light guide includes a light entry portion arranged facing the at least one light source to receive said light beam; at least one support structure configured to support the at least one light guide; at least one cover assembled with the at least one support structure configured to cover the light entry portion of the at least one light guide, wherein the optical device comprises at least two light guides (20, 20') and at least two light sources, and wherein each of the light guides (20, 20') is arranged facing respectively one of the at least two light sources; characterized in that the at least one cover and the at least one support structure create a hinge in an assembled state, and wherein the hinge is configured to rotatably secure the at least one cover and the at least one support structure around a hinge axis (A-A') wherein the at least one cover comprises at least a first and a second two structure (42, 44) provided on opposite sides of the at least one cover, and wherein the first light guide is surrounded by the first structure and the second light guide is surrounded by the second structure. at least one light source configured to produce a light beam; at least one light guide configured to propagate said light beam, wherein the at least one light guide includes a light entry portion arranged facing the at least one light source to receive said light beam; at least one support structure configured to support the at least one light guide; at least one cover assembled with the at least one support structure configured to cover the light entry portion of the at least one light guide, wherein the optical device comprises at least two light guides (20, 20') and at least two light sources, and wherein each of the light guides (20, 20') is arranged facing respectively one of the at least two light sources; characterized in that the at least one cover and the at least one support structure create a hinge in an assembled state, and wherein the hinge is configured to rotatably secure the at least one cover and the at least one support structure around a hinge axis (A-A') wherein the at least one cover comprises at least a first and a second two structure (42, 44) provided on opposite sides of the at least one cover, and wherein the first light guide is surrounded by the first structure and the second light guide is surrounded by the second structure.
An organic electroluminescent element comprising: a substrate; a gas barrier layer disposed on the substrate; a light-emitting part disposed on the gas barrier layer and comprising a first electrode, an organic functional layer, and a second electrode; an inorganic sealing layer which covers the light-emitting part; lead-out wiring that extends outside the inorganic sealing layer and is connected with the first electrode or the second electrode; and a sealing substrate including a metal layer and an electrical insulation layer, wherein the sealing substrate is bonded via a resin adhesive layer on the inorganic sealing layer, wherein, above at least the lead-out wiring, the sealing substrate is folded to the substrate side, at least the electrical insulation layer makes direct contact with the inorganic sealing layer, and the metal layer is covered with the electrical insulation layer so that the metal layer is not exposed. a substrate; a gas barrier layer disposed on the substrate; a light-emitting part disposed on the gas barrier layer and comprising a first electrode, an organic functional layer, and a second electrode; an inorganic sealing layer which covers the light-emitting part; lead-out wiring that extends outside the inorganic sealing layer and is connected with the first electrode or the second electrode; and a sealing substrate including a metal layer and an electrical insulation layer, wherein the sealing substrate is bonded via a resin adhesive layer on the inorganic sealing layer, wherein, above at least the lead-out wiring, the sealing substrate is folded to the substrate side, at least the electrical insulation layer makes direct contact with the inorganic sealing layer, and the metal layer is covered with the electrical insulation layer so that the metal layer is not exposed.
An antibody or antibody fragment that: - binds to the human inhibitory Killer Ig-Like Receptor receptor gene products KIR2DL1, KIR2DL2 and KIR2DL3, and - is capable of neutralizing KIR-mediated inhibition of NK cell cytotoxicity in NK cells expressing at least one of said human inhibitory KIR receptors; wherein KIR2DL2 and KIR2DL3 are considered to be a single inhibitory KIR molecule, and wherein the antibody or antibody fragment does not comprise the light chain variable region sequence set forth in SEQ ID NO:2. - binds to the human inhibitory Killer Ig-Like Receptor receptor gene products KIR2DL1, KIR2DL2 and KIR2DL3, and - is capable of neutralizing KIR-mediated inhibition of NK cell cytotoxicity in NK cells expressing at least one of said human inhibitory KIR receptors;
A power semiconductor module, comprising: a module casing fitted with a radiator; and a common unit (3, 3a, 3b, 3c) retained by said module casing, wherein said common unit (3, 3a, 3b, 3c) has: a ceramic substrate having a circuit surface disposed with a semiconductor element, and a radiation surface brought into abutting contact with said radiator; and a package formed to expose said radiation surface and to seal said circuit surface with heat resistant resin, said radiation surface is brought into abutting contact with said radiator by sandwiching said common unit (3, 3a, 3b, 3c) between said module casing and said radiator, characterized in that said circuit surface and said radiation surface are respectively formed of metal layers (51,52) formed on said ceramic substrate, said metal layer forming said radiation surface is formed with a groove part extending along a circumferential part thereof, and said metal layer is not formed in said groove part. a module casing fitted with a radiator; and a common unit (3, 3a, 3b, 3c) retained by said module casing, wherein said common unit (3, 3a, 3b, 3c) has: a ceramic substrate having a circuit surface disposed with a semiconductor element, and a radiation surface brought into abutting contact with said radiator; and a package formed to expose said radiation surface and to seal said circuit surface with heat resistant resin, said radiation surface is brought into abutting contact with said radiator by sandwiching said common unit (3, 3a, 3b, 3c) between said module casing and said radiator, a ceramic substrate having a circuit surface disposed with a semiconductor element, and a radiation surface brought into abutting contact with said radiator; and a package formed to expose said radiation surface and to seal said circuit surface with heat resistant resin, said radiation surface is brought into abutting contact with said radiator by sandwiching said common unit (3, 3a, 3b, 3c) between said module casing and said radiator, characterized in that said circuit surface and said radiation surface are respectively formed of metal layers (51,52) formed on said ceramic substrate, said metal layer forming said radiation surface is formed with a groove part extending along a circumferential part thereof, and said metal layer is not formed in said groove part.
A sealing device for a sliding door for sealing a door gap extending between a first sliding door element and a second sliding door element in the direction of relative movement of the sliding door elements (12, 14), comprising a fastening means for fastening the sealing device to the first sliding door element, a sealing strip arrangement movably mounted relative to the fastening means, and a transmission, which is designed to convert a sliding movement of the first sliding door element relative to the second sliding door element into a movement of the sealing strip arrangement relative to the fastening device, which movement takes place essentially transversely with respect to the sliding movement, the transmission having a pick-up element, which can be rotated or pivoted such that it can move transversely with respect to the sliding movement, for picking up the sliding movement, the transmission having as the pick-up element at least one lever for picking up the sliding movement between the first sliding door element and the second sliding door element characterized in that at least one lever arm of the lever is articulated to the sealing strip arrangement in such a way that by pivoting the lever a movement of the sealing strip arrangement in the pivoting direction of the lever arm is caused. the transmission having as the pick-up element at least one lever for picking up the sliding movement between the first sliding door element and the second sliding door element characterized in that at least one lever arm of the lever is articulated to the sealing strip arrangement in such a way that by pivoting the lever a movement of the sealing strip arrangement in the pivoting direction of the lever arm is caused.
Container made of plastics, essentially consisting of a base, two side walls (2, 2') and two end walls (3, 3') with a projecting upper rim, the end walls (3, 3') each having a handgrip on the underside of the projecting upper rim, and the handgrip being of tubular construction and having a clear internal space, characterised in that the end walls (3, 3') have a substantially flat shaped central region and two edge regions which project relative to the central region and thereby each form a strengthening rib in the transition regions between the central region and the edge regions, wherein the handgrip bridges the central region of the associated end wall (3, 3') in such a way that a central grip region correlates with the central region of the end wall, while the end regions of the handgrip are arranged in the edge regions of the end wall (3, 3') and with their undersides meet the end wall (3, 3') in the edge regions thereof.
Glue dam seal arrangement for a glue application device (11, 28) of a corrugated board plant, comprising a) a carrying device, b) a first glue dam seal element (60; 60a; 60b) which is arranged on the carrying device for arranging sealingly on a first roller (14, 29) of a glue application device (11, 28), and c) a second glue dam seal element (62; 62a; 62b) which is arranged on the carrying device for arranging sealingly on a second roller of the glue application device (11, 28), characterized in that d) the first glue dam seal element (60; 60a; 60b) and the second glue dam seal element (62; 62a; 62b) can be adjusted relative to one another. a) a carrying device, b) a first glue dam seal element (60; 60a; 60b) which is arranged on the carrying device for arranging sealingly on a first roller (14, 29) of a glue application device (11, 28), and c) a second glue dam seal element (62; 62a; 62b) which is arranged on the carrying device for arranging sealingly on a second roller of the glue application device (11, 28), d) the first glue dam seal element (60; 60a; 60b) and the second glue dam seal element (62; 62a; 62b) can be adjusted relative to one another.
A swing hinge device of a portable terminal including a body housing, a display unit, a folder rotating about first and second hinge axes (A1,A2) on the body housing, and a connection member providing the first and second hinge axes and rotatably connecting the folder with the body housing so that the folder rotates about the first and second hinge axes, the swing hinge device comprising: a base member coupled to the connection member; a rotation member coupled to the folder; first and second guide pins (130,140) provided on the rotation member; a first guide member disposed on the base member and coupled to the first guide pin, for guiding a straight movement of the first guide pin when the rotation member rotates about the second hinge axis; a second guide member disposed on the base member and coupled to the second guide pin, for guiding a curved movement of the second guide pin when the rotation member rotates about the second hinge axis, and moving the second hinge axis along with the second guide pin so that the display unit of the folder is located at a center portion of the connection member; and an elastic member interposed between the first and second guide members, for providing force for straight or curved movement of the first and second guide pins, wherein the elastic member has one end connected to the second guide pin and the other end coupled to the base member, the elastic member moving along a predetermined trajectory as the second guide pin moves, characterized in that the second guide member comprises a second guide hole through which the second guide pin extends, the second guide hole having a first curved guide formed to guide the curved movement of the second guide pin when the folder rotates, and a second curved guide formed opposite to the first curved guide so that the second guide pin moves along the first curved guide, passes by an inflection point formed at the center portion of the second guide hole, and moves along the second curved guide. a base member coupled to the connection member; a rotation member coupled to the folder; first and second guide pins (130,140) provided on the rotation member; a first guide member disposed on the base member and coupled to the first guide pin, for guiding a straight movement of the first guide pin when the rotation member rotates about the second hinge axis; a second guide member disposed on the base member and coupled to the second guide pin, for guiding a curved movement of the second guide pin when the rotation member rotates about the second hinge axis, and moving the second hinge axis along with the second guide pin so that the display unit of the folder is located at a center portion of the connection member; and an elastic member interposed between the first and second guide members, for providing force for straight or curved movement of the first and second guide pins,