mhurhangee/ep-ind-claims huggingface dataset:
An enclosure for a cable (50, 50') comprising: a splice closure housing; a strain relief member in the splice closure housing; a cable clamping housing (202, 302) having retention members (223, 223', 225, 225') extending therefrom, the retention members (223, 223', 225, 225') being configured to be inserted in mating openings (466, 466', 468, 468') in the strain relief member and to be secured thereto, wherein the retention members (223, 223', 225, 225') comprise a first retention member (223, 223') at a first longitudinal end of the cable clamping housing and a second retention member (225, 225') at an opposite second longitudinal end of the cable clamping housing (202, 302), each of which is configured to be inserted in a corresponding mating opening (466, 466', 468, 468') in the strain relief member, wherein the first and second retention members (223, 223', 225, 225') are longitudinally movable relative to the strain relief member; a connector configured to connect the cable (50, 50') to the cable clamping housing (202, 302), the connector including a circumferential cable clamp or tie wrap (240, 340); wherein the enclosure further comprises: a retention finger located on the strain relief member, the retention finger being associated with the mating openings (466, 466', 468, 468') to limit longitudinal movement of the cable clamping housing (202, 302) once the first and second retention members (223, 223', 225, 225') are inserted in the corresponding mating openings (466, 466', 468, 468') in the strain relief member. a splice closure housing; a strain relief member in the splice closure housing; a cable clamping housing (202, 302) having retention members (223, 223', 225, 225') extending therefrom, the retention members (223, 223', 225, 225') being configured to be inserted in mating openings (466, 466', 468, 468') in the strain relief member and to be secured thereto, wherein the retention members (223, 223', 225, 225') comprise a first retention member (223, 223') at a first longitudinal end of the cable clamping housing and a second retention member (225, 225') at an opposite second longitudinal end of the cable clamping housing (202, 302), each of which is configured to be inserted in a corresponding mating opening (466, 466', 468, 468') in the strain relief member, wherein the first and second retention members (223, 223', 225, 225') are longitudinally movable relative to the strain relief member; a connector configured to connect the cable (50, 50') to the cable clamping housing (202, 302), the connector including a circumferential cable clamp or tie wrap (240, 340); wherein the enclosure further comprises: a retention finger located on the strain relief member, the retention finger being associated with the mating openings (466, 466', 468, 468') to limit longitudinal movement of the cable clamping housing (202, 302) once the first and second retention members (223, 223', 225, 225') are inserted in the corresponding mating openings (466, 466', 468, 468') in the strain relief member.
A horizontal tail stabiliser for an aircraft, comprising two lateral boxes comprising upper skins (15, 15') and lower skins (17, 17'), and a joining arrangement comprising an intermediate joining part; both said intermediate joining part and said lateral boxes (11, 11') being made of composite material, wherein the intermediate joining part comprises a central box (33, 63, 73) with upper (35, 35') and lower (37, 37') lateral flaps to which the upper and lower skins (15, 15'; 17, 17') of the lateral boxes (11, 11') are joined using rivets, and wherein the intermediate joining part is manufactured using a resin transfer moulding method and is formed by: - two C-shaped preforms (41, 41') and two preforms (43, 43'), to form the sides of the intermediate joining part, the two preforms (43, 43') including fitting plates for the trimming device of the horizontal tail stabiliser and fitting plates for the pivoting device of the horizontal tail stabiliser, - two preforms (45, 45') to form the upper and lower parts of the intermediate joining part together with the flanges of the two C-shaped preforms (41, 41'), - and some preforms (47, 47', 49) to complete the fitting plates for the pivoting device of the horizontal tail stabiliser. - two C-shaped preforms (41, 41') and two preforms (43, 43'), to form the sides of the intermediate joining part, the two preforms (43, 43') including fitting plates for the trimming device of the horizontal tail stabiliser and fitting plates for the pivoting device of the horizontal tail stabiliser, - two preforms (45, 45') to form the upper and lower parts of the intermediate joining part together with the flanges of the two C-shaped preforms (41, 41'), - and some preforms (47, 47', 49) to complete the fitting plates for the pivoting device of the horizontal tail stabiliser.
A composition in powder or tablet form comprising a combination of: (a) a hydrogen peroxide source (b) an acetyl source (c) a peracetic acid bleachable dye wherein, in solution, colour generated by said peracetic acid bleachable dye is substantially discharged when a biocidally effective concentration of peracetic acid is achieved. (a) a hydrogen peroxide source (b) an acetyl source (c) a peracetic acid bleachable dye
A user equipment, UE, for transmitting and receiving signals in a wireless communication system, the UE comprising: a transceiver; and at least one processor configured to control the transceiver, wherein the at least one processor is further configured to control the transceiver to receive, from a base station, BS, a radio resource control, RRC, message including full duplex carrier resource block, FD CRB, information and FD CRB configuration condition information, identify at least one resource block usable for uplink data transmission, based on the FD CRB information, and control the transceiver to transmit uplink data by using the identified at least one resource block, wherein the FD CRB information is indicated by an index corresponding to the FD CRB configuration condition information, and wherein the FD CRB configuration condition information includes characteristic information of the BS which is associated with a self-interference channel. a transceiver; and at least one processor configured to control the transceiver, wherein the at least one processor is further configured to control the transceiver to receive, from a base station, BS, a radio resource control, RRC, message including full duplex carrier resource block, FD CRB, information and FD CRB configuration condition information, identify at least one resource block usable for uplink data transmission, based on the FD CRB information, and control the transceiver to transmit uplink data by using the identified at least one resource block, wherein the FD CRB information is indicated by an index corresponding to the FD CRB configuration condition information, and wherein the FD CRB configuration condition information includes characteristic information of the BS which is associated with a self-interference channel.
A hydrodynamic slide bearing (10, 10') for supporting a shaft (14, 14'), said shaft (14, 14') being rotatably mounted during its intended operation, said slide bearing (10, 10') comprising a plurality of bearing segments (12, 12') arranged next to one another in the rotation direction (22, 22'), wherein the segment surfaces of said segment bearing segments (12, 12') together form a running surface (16, 16') for the shaft (14, 14'), wherein at least one bearing segment (12, 12') has a plurality of grooves (26, 26') in its segment surface orientated substantially transverse to the rotation direction (22, 22'), characterized in that the rear groove edges in the rotation direction (22, 22') are orientated obliquely to their respective assigned radial plane (24, 24') and are undercut in relation to same, and the front groove edges in the rotation direction (22, 22') are not undercut and are orientated obliquely to their respective assigned radial plane (24, 24'). said slide bearing (10, 10') comprising a plurality of bearing segments (12, 12') arranged next to one another in the rotation direction (22, 22'), wherein the segment surfaces of said segment bearing segments (12, 12') together form a running surface (16, 16') for the shaft (14, 14'), wherein at least one bearing segment (12, 12') has a plurality of grooves (26, 26') in its segment surface orientated substantially transverse to the rotation direction (22, 22'), characterized in that the rear groove edges in the rotation direction (22, 22') are orientated obliquely to their respective assigned radial plane (24, 24') and are undercut in relation to same, and the front groove edges in the rotation direction (22, 22') are not undercut and are orientated obliquely to their respective assigned radial plane (24, 24').
A storage controller, the controller having a tag array comprising a plurality of entries, each entry of the plurality of entries associated with a partition of two or more partitions and having a corresponding partition identifier, wherein the controller comprises: access logic (16, 20) for selecting a set of entries from the tag array in response to a received request; a partition policy unit for each partition, each partition policy unit programmable with a partition specific policy and configured to apply the partition specific policy to each entry of the selected set of entries associated with that partition to determine a first adjusted weight therefor; and a victim selector to select a victim entry from the selected set of entries of the two or more partitions based on the first adjusted weights. access logic (16, 20) for selecting a set of entries from the tag array in response to a received request; a partition policy unit for each partition, each partition policy unit programmable with a partition specific policy and configured to apply the partition specific policy to each entry of the selected set of entries associated with that partition to determine a first adjusted weight therefor; and a victim selector to select a victim entry from the selected set of entries of the two or more partitions based on the first adjusted weights.
Jig to receive a bearing shell to be bored out, the jig having a receiving region which has a part-circumferential surface which receives the bearing shell in an elastically deformed state, so that the cross-section of the bearing shell, seen perpendicularly to the future axis in a bearing of the received but as yet not bored-out bearing shell, deviates radially from a circular outline, wherein the end portions of the bearing shell, at which the relief regions are to be formed, are displaced inwards radially from a circular outline immediately before the boring-out, and wherein there are provided at the ends of the part-circumferential surface adjustable jaws for setting purposes which can be set independently of the fixed regions of the part-circumferential surface and which cause an elastic deformation of the bearing shell in the relief regions.
An RRC message transmission method, wherein the method comprises: receiving, by a terminal device, first configuration information sent by a first access network device by using a first transmission path, characterised by: the first configuration information comprises multipath configuration information and a first trigger condition, the multipath configuration information comprises configuration information of a plurality of second transmission paths, each second transmission path comprises a transmission link between the terminal device and one second access network device and an interface link between the first access network device and the second access network device, and a second access network device on one second transmission path is different from a second access network device on another second transmission path; and when a radio link between the terminal device and the first access network device meets the first trigger condition, activating, by the terminal device, the multipath configuration information, and transmitting a same radio resource control RRC message to the first access network device by using the first transmission path and at least one second target transmission path in the plurality of second transmission paths, wherein the RRC message is generated by the terminal device. receiving, by a terminal device, first configuration information sent by a first access network device by using a first transmission path, characterised by: the first configuration information comprises multipath configuration information and a first trigger condition, the multipath configuration information comprises configuration information of a plurality of second transmission paths, each second transmission path comprises a transmission link between the terminal device and one second access network device and an interface link between the first access network device and the second access network device, and a second access network device on one second transmission path is different from a second access network device on another second transmission path; and when a radio link between the terminal device and the first access network device meets the first trigger condition, activating, by the terminal device, the multipath configuration information, and transmitting a same radio resource control RRC message to the first access network device by using the first transmission path and at least one second target transmission path in the plurality of second transmission paths, wherein the RRC message is generated by the terminal device.
A curable composition comprising: - a compound A having at least 2 vinyl moieties, preferably a divinylether; - a compound B having at least 2 carboxyl moieties, preferably 2 carboxylic acid moieties; - a compound C having at least 1 epoxy moiety and preferably 2 or more. - a compound A having at least 2 vinyl moieties, preferably a divinylether; - a compound B having at least 2 carboxyl moieties, preferably 2 carboxylic acid moieties; - a compound C having at least 1 epoxy moiety and preferably 2 or more.
A method of making a razor cartridge, comprising: stamping a single flat stainless steel piece, the flat stainless steel piece having a length, a width, a top and a bottom, the stamp forming a bent frame (410, 1290) including: at least three elongated flaps running parallel and partially along the length of the flat stainless steel piece, each flap cut and bent from the single flat stainless steel piece into a respective back wall and hump, and each flap forming a respective elongated hole in the single flat stainless steel piece, wherein each hump runs parallel to a respective one of the elongated holes and partially along the length of the flat stainless steel piece; and at least three bends on the width sides of the bent frame, each bend corresponding to an edge of a respective one of the elongated holes, the at least three bends forming the single flat stainless steel piece into a stair step shape. at least three elongated flaps running parallel and partially along the length of the flat stainless steel piece, each flap cut and bent from the single flat stainless steel piece into a respective back wall and hump, and each flap forming a respective elongated hole in the single flat stainless steel piece, wherein each hump runs parallel to a respective one of the elongated holes and partially along the length of the flat stainless steel piece; and at least three bends on the width sides of the bent frame, each bend corresponding to an edge of a respective one of the elongated holes, the at least three bends forming the single flat stainless steel piece into a stair step shape.
A method for communicating in a wireless communications system, the method comprising: receiving, by a station (110, 112, 114, 116, 118), a frame comprising scheduling information and a cyclic prefix indicator indicating a first length of a first cyclic prefix, wherein the frame is received in accordance with the first cyclic prefix; determining, by the station (110, 112, 114, 116, 118), a second length of a second cyclic prefix for a transmission in accordance with the scheduling information and the cyclic prefix indicator; and transmitting, by the station (110, 112, 114, 116, 118), the transmission with the second cyclic prefix, wherein the scheduling information comprises information for an uplink transmission scheduled for the station (110, 112, 114, 116, 118); characterized in that determining the second length of the second cyclic prefix for the transmission comprises determining the second length of the second cyclic prefix in accordance with the first length of the first cyclic prefix and a mapping relationship between the second length of the second cyclic prefix and the first length of the first cyclic prefix when orthogonal frequency division multiple access, OFDMA, or multi-user multiple input multiple output, MU-MIMO is to be used in the uplink; the mapping relationship requiring the second length of the second cyclic prefix to be 1.6us when the first length of the first cyclic prefix is 0.8us and requiring the second length of the second cyclic prefix to be 3.2us when the first length of the first cyclic prefix is 1.6us or 3.2us. receiving, by a station (110, 112, 114, 116, 118), a frame comprising scheduling information and a cyclic prefix indicator indicating a first length of a first cyclic prefix, wherein the frame is received in accordance with the first cyclic prefix; determining, by the station (110, 112, 114, 116, 118), a second length of a second cyclic prefix for a transmission in accordance with the scheduling information and the cyclic prefix indicator; and transmitting, by the station (110, 112, 114, 116, 118), the transmission with the second cyclic prefix, wherein the scheduling information comprises information for an uplink transmission scheduled for the station (110, 112, 114, 116, 118); characterized in that determining the second length of the second cyclic prefix for the transmission comprises determining the second length of the second cyclic prefix in accordance with the first length of the first cyclic prefix and a mapping relationship between the second length of the second cyclic prefix and the first length of the first cyclic prefix when orthogonal frequency division multiple access, OFDMA, or multi-user multiple input multiple output, MU-MIMO is to be used in the uplink;
A method for preventing repeated updating of an address table in Ethernet ring network protection, comprising: encapsulating, by an Ethernet ring network node, node information of the Ethernet ring network node into an Ethernet ring network protection protocol frame when the node sends the Ethernet ring network protection protocol frame; when an Ethernet ring network node receives the Ethernet ring network protection protocol frame, matching, by the Ethernet ring network node, the node information encapsulated in the received Ethernet ring network protection protocol frame with node information of the Ethernet ring network node itself; and not updating the address table by the Ethernet ring network node when the matching is successful; wherein the node information of the Ethernet ring network node itself is only information identifying an identity of the node.
A method for transmitting, by a user equipment, UE, (12; 900) uplink control information, UCI, in a wireless communication system, wherein the UCI includes a hybrid automatic repeat request, HARQ, acknowledgement, ACK, feedback, the method comprising: splitting the UCI for a plurality of cells (15a, 15b, 15c) into a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, wherein splitting the UCI includes: allocating a first portion of a HARQ-ACK feedback included in the UCI to the PUCCH up to a maximum allowed bits first; and allocating a second portion of the HARQ-ACK feedback included in the UCI to the PUSCH, which second portion remains after allocating the first portion of the HARQ-ACK feedback to the PUCCH; and transmitting the split UCI, wherein the first portion and the second portion of the HARQ-ACK feedback are transmitted via the PUCCH and the PUSCH, respectively, wherein the UCI further includes channel state information, CSI, feedback. splitting the UCI for a plurality of cells (15a, 15b, 15c) into a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, wherein splitting the UCI includes: allocating a first portion of a HARQ-ACK feedback included in the UCI to the PUCCH up to a maximum allowed bits first; and allocating a second portion of the HARQ-ACK feedback included in the UCI to the PUSCH, which second portion remains after allocating the first portion of the HARQ-ACK feedback to the PUCCH; and allocating a first portion of a HARQ-ACK feedback included in the UCI to the PUCCH up to a maximum allowed bits first; and allocating a second portion of the HARQ-ACK feedback included in the UCI to the PUSCH, which second portion remains after allocating the first portion of the HARQ-ACK feedback to the PUCCH; and transmitting the split UCI, wherein the first portion and the second portion of the HARQ-ACK feedback are transmitted via the PUCCH and the PUSCH, respectively, wherein the UCI further includes channel state information, CSI, feedback.
A light-emitting organic component, with - an electrode, - a counter-electrode, and - an organic region, arranged between the electrode and the counter-electrode, the organic region being formed with a uniform material composition over its planar extent between the electrode and the counter-electrode, wherein the electrode is formed by comb sub-electrodes (1, 2) that are electrically short-circuited with one another, for which comb electrode sections (40, 41; 60, 61), protruding from a respective comb electrode connecting section, are arranged in an interlocking manner, at least in a region overlapping with the organic region, characterised in that the protruding comb electrode sections (40, 41; 60, 61) are formed with non-parallel side edges, wherein the protruding comb electrode sections (40, 41; 60, 61) are formed with a base surface shape selected from the following group of base surface shapes: a base surface shape narrowing from the respective comb electrode connecting section (3, 4), and a base surface shape widening from the respective comb electrode connecting section (3, 4). - an electrode, - a counter-electrode, and - an organic region, arranged between the electrode and the counter-electrode, the organic region being formed with a uniform material composition over its planar extent between the electrode and the counter-electrode,