mhurhangee/ep-ind-claims huggingface dataset:
A fiber-metal laminate (10, 40, 60, 80, 81, 110) comprising: at least two metallic layers (24, 54, 74, 94, 95); and at least one fiber layer (20, 50, 70, 71, 72, 93, 140) disposed between the at least two metallic layers (24, 54, 74, 94, 95, 144), the at least one fiber layer (20, 50, 70, 71, 72, 93) including a resin matrix and organic polymeric fibers (22, 51, 75) with a modulus of elasticity greater than 270 GPa; characterised in that the polymeric fibers (22, 75) include poly diimidazo pyridinylene fibers. at least two metallic layers (24, 54, 74, 94, 95); and at least one fiber layer (20, 50, 70, 71, 72, 93, 140) disposed between the at least two metallic layers (24, 54, 74, 94, 95, 144), the at least one fiber layer (20, 50, 70, 71, 72, 93) including a resin matrix and organic polymeric fibers (22, 51, 75) with a modulus of elasticity greater than 270 GPa; characterised in that the polymeric fibers (22, 75) include poly diimidazo pyridinylene fibers.
Rail vehicle having a sliding door which comprises at least two door leaves (1, 2, 3) which are guided parallel to one another in a respective rail (4, 5, 6), characterized in that the rails (4, 5, 6) are offset with respect to one another in a direction parallel to the door leaves (1, 2, 3), wherein the rails (4, 5, 6) are arranged overlapping one another perpendicular to the door leaves (1, 2, 3), wherein the rails (4, 5, 6) are fastened to a ceiling of the rail vehicle, wherein the door leaves (1, 2, 3) are arranged suspended in the rails (4, 5, 6) and wherein the sliding door is provided in an interior of the rail vehicle between two interior parts.
A fairway wood-type golf club, comprising: a club head including: a club head body including a heel portion, a toe portion, a crown portion, a sole portion, and a rear portion, wherein the sole portion includes a ground-engaging surface, and a ball striking face engaged with or integrally formed as part of the club head body, wherein the ball striking face extends from the toe portion to the heel portion, a hosel member engaged with at least a portion of the club head; and a shaft member engaged with the hosel member, such that the golf club has a length between 94 and 109 cm (37 and 43 inches), wherein the ball striking face includes a loft angle defined as an angle of the ball striking face in relation to the shaft member, and the loft angle is between 16 and 28 degrees, wherein the club head has a volume of at least 300cc, and wherein the ground-engaging surface includes a front surface adjacent to the ball striking face, a central surface, and a rear surface adjacent to the rear portion of the club head, wherein the front surface is angled upward, the central surface is generally horizontal and parallel to a ground surface, and the rear surface is angled upward. a club head including: a club head body including a heel portion, a toe portion, a crown portion, a sole portion, and a rear portion, wherein the sole portion includes a ground-engaging surface, and a ball striking face engaged with or integrally formed as part of the club head body, wherein the ball striking face extends from the toe portion to the heel portion, a club head body including a heel portion, a toe portion, a crown portion, a sole portion, and a rear portion, wherein the sole portion includes a ground-engaging surface, and a ball striking face engaged with or integrally formed as part of the club head body, wherein the ball striking face extends from the toe portion to the heel portion, a hosel member engaged with at least a portion of the club head; and a shaft member engaged with the hosel member, such that the golf club has a length between 94 and 109 cm (37 and 43 inches),
A connectivity detection session creation method, wherein the method is applied to an Ethernet virtual private network, EVPN, the EVPN comprises a first network device and a second network device, and the method comprises: receiving, by the first network device, a creation message of a connectivity detection session from the second network device, wherein the creation message of the connectivity detection session carries an inclusive multicast route of the second network device and session information of the second network device; determining, by the first network device, that a local inclusive multicast routing table comprises the inclusive multicast route of the second network device; and creating, by the first network device, the connectivity detection session with the second network device based on the session information of the second network device. receiving, by the first network device, a creation message of a connectivity detection session from the second network device, wherein the creation message of the connectivity detection session carries an inclusive multicast route of the second network device and session information of the second network device; determining, by the first network device, that a local inclusive multicast routing table comprises the inclusive multicast route of the second network device; and creating, by the first network device, the connectivity detection session with the second network device based on the session information of the second network device.
Device for collecting split wood, having a plurality of bar elements which each have a first and a second longitudinal portion (L1, L2), wherein the second longitudinal portion extends in a curved manner and the first longitudinal portion extends in a linear manner, a plurality of connecting elements which connect the bar elements movably to one another, wherein the connecting elements cooperate with the second longitudinal portions, and a clamping element which cooperates with the first longitudinal portions and is designed to firmly clamp the bar elements to a chopping block by their first longitudinal portions, characterized in that the bar elements are formed in an S shape. a plurality of bar elements which each have a first and a second longitudinal portion (L1, L2), wherein the second longitudinal portion extends in a curved manner and the first longitudinal portion extends in a linear manner, a plurality of connecting elements which connect the bar elements movably to one another, wherein the connecting elements cooperate with the second longitudinal portions, and a clamping element which cooperates with the first longitudinal portions and is designed to firmly clamp the bar elements to a chopping block by their first longitudinal portions, characterized in that the bar elements are formed in an S shape.
A catheter (100, 200) comprising: a catheter shaft (112, 212) having an expandable portion (120, 220); and a first carrier extending along the expandable portion, the first carrier including a first cutter adjacent a proximal end of the expandable portion and a second cutter adjacent to a distal end of the expandable portion, the first carrier adapted for moving the first cutter along the expandable portion toward the distal end while moving the second cutter along the expandable portion toward the proximal end.
A method of wireless communication, comprising: receiving an uplink grant, said uplink grant scheduling multiple time slots for uplink transmission over a shared spectrum, wherein the received uplink grant is an explicit uplink grant for a first time slot of the multiple time slots and wherein the explicit uplink grant indicates one or more implicit uplink grants for subsequent time slots of the multiple time slots and configuring the UE to transmit one or more copies of data on the uplink; performing clear channel assessment, CCA, sequentially for the multiple time slots, starting with a first time slot of the multiple time slots, until the CCA succeeds for a particular time slot of the multiple time slots, wherein the CCA is performed first for the time slot indicated by the explicit uplink grant, and if it fails the CCA is performed sequentially for the time slots indicated by the implicit uplink grants; and transmitting data in the particular time slot and copies of data in the remaining time slots of the multiple time slots over the shared spectrum. receiving an uplink grant, said uplink grant scheduling multiple time slots for uplink transmission over a shared spectrum, wherein the received uplink grant is an explicit uplink grant for a first time slot of the multiple time slots and wherein the explicit uplink grant indicates one or more implicit uplink grants for subsequent time slots of the multiple time slots and configuring the UE to transmit one or more copies of data on the uplink; performing clear channel assessment, CCA, sequentially for the multiple time slots, starting with a first time slot of the multiple time slots, until the CCA succeeds for a particular time slot of the multiple time slots, wherein the CCA is performed first for the time slot indicated by the explicit uplink grant, and if it fails the CCA is performed sequentially for the time slots indicated by the implicit uplink grants; and transmitting data in the particular time slot and copies of data in the remaining time slots of the multiple time slots over the shared spectrum.
A method of transmitting data by a transmitter in a device to device communication system, the method comprising: determining whether a security feature is applied to a packet data convergence protocol, PDCP, service data unit, SDU; configuring a PDCP protocol data unit, PDU, based on the determined result; and transmitting the PDCP PDU to one or more receiving user equipments, UEs, wherein a PDCP header of the PDCP PDU includes a SDU type, a PDCP sequence number, SN, least significant bits of a pro-se group key, PGK, identification, ID, and a pro-se traffic key, PTK, ID, characterized in that if the security feature is not applied to the PDCP SDU, the PDCP SN, the least significant bits of the PGK ID and the PTK ID are set to a zero value in the PDCP header. determining whether a security feature is applied to a packet data convergence protocol, PDCP, service data unit, SDU; configuring a PDCP protocol data unit, PDU, based on the determined result; and transmitting the PDCP PDU to one or more receiving user equipments, UEs, wherein a PDCP header of the PDCP PDU includes a SDU type, a PDCP sequence number, SN, least significant bits of a pro-se group key, PGK, identification, ID, and a pro-se traffic key, PTK, ID, characterized in that if the security feature is not applied to the PDCP SDU, the PDCP SN, the least significant bits of the PGK ID and the PTK ID are set to a zero value in the PDCP header.
A method for inspecting a medical container made of a light transmissive material, said medical container having a cylindrical shape, the method comprising: scanning a portion of the medical container to be inspected, by a white light emitted from a confocal chromatic system, the confocal chromatic system being configured to direct the light on an inner surface of the medical container; during the scanning, rotating the medical container around a central axis of the medical container to perform inspection of the portion of the medical container at different positions along a circumference of the medical container, detecting light reflected by the portion of the medical container by the confocal chromatic system; and determining whether a particle is present or not in or on the said inner surface of the portion of the medical container, based on a detection result obtained by the confocal chromatic system. scanning a portion of the medical container to be inspected, by a white light emitted from a confocal chromatic system, the confocal chromatic system being configured to direct the light on an inner surface of the medical container; during the scanning, rotating the medical container around a central axis of the medical container to perform inspection of the portion of the medical container at different positions along a circumference of the medical container, detecting light reflected by the portion of the medical container by the confocal chromatic system; and determining whether a particle is present or not in or on the said inner surface of the portion of the medical container, based on a detection result obtained by the confocal chromatic system.
A negative electrode active material which is a negative electrode active material containing particles of a negative electrode active material, wherein the particles of the negative electrode active material contain particles of a silicon compound which contain a silicon compound SiO x 0.5≤x≤1.6, the particles of the negative electrode active material contain lithium, and the particles of the negative electrode active material include lithium carbonate and have a peak deriving from a face of Zabuyelite which is a crystal phase of the lithium carbonate in the range of 2θ=31.8±0.5° obtained by X-ray diffraction spectrum using Kα line of Cu.
A drone, comprising: a first housing having a plurality of propellers (211, 220) configured to create a lift; a power driving unit configured to provide rotation power to each of the plurality of propellers (211, 220); a ground sensing unit configured to measure a distance to a first region of ground and a shape of the first region; and a controller configured to control the power driving unit to differentiate rotation ratios of the plurality of propellers (211, 220) based on the measured distance and shape in response to an input for landing at the first region, characterized in that the drone further comprises: a second housing coupled to the first housing to enable a yaw, a pitch and a roll with regard to the first housing, the second housing having a camera, and wherein in response to the signal for landing at the first region, the controller is further configured to control the yaw, pitch and roll of the second housing based on the measured shape of the first region to enable the first housing to maintain level on an earth center and enable the second housing to be in parallel with the first region of ground. a first housing having a plurality of propellers (211, 220) configured to create a lift; a power driving unit configured to provide rotation power to each of the plurality of propellers (211, 220); a ground sensing unit configured to measure a distance to a first region of ground and a shape of the first region; and a controller configured to control the power driving unit to differentiate rotation ratios of the plurality of propellers (211, 220) based on the measured distance and shape in response to an input for landing at the first region, characterized in that the drone further comprises: a second housing coupled to the first housing to enable a yaw, a pitch and a roll with regard to the first housing, the second housing having a camera, and wherein in response to the signal for landing at the first region, the controller is further configured to control the yaw, pitch and roll of the second housing based on the measured shape of the first region to enable the first housing to maintain level on an earth center and enable the second housing to be in parallel with the first region of ground. a second housing coupled to the first housing to enable a yaw, a pitch and a roll with regard to the first housing, the second housing having a camera, and wherein in response to the signal for landing at the first region, the controller is further configured to control the yaw, pitch and roll of the second housing based on the measured shape of the first region to enable the first housing to maintain level on an earth center and enable the second housing to be in parallel with the first region of ground.
A decoupler assembly for transferring torque between an endless drive element and a shaft, comprising: a hub that is adapted to be coupled to the shaft such that the shaft co-rotates with the hub about a rotational axis; a pulley having an outer surface and an inner surface, wherein the outer surface is adapted to engage the endless drive element, wherein a bearing is positioned between the inner surface of the pulley and the hub, and wherein the hub includes a pulley support surface that slidingly supports the inner surface of the pulley, wherein the bearing and the pulley support surface together support the pulley for rotation relative to the hub; a dampening spring positioned to transmit torque between the hub and a carrier; and a helical clutch spring, wherein the clutch spring expands radially to operatively connect the pulley and the carrier when the pulley is rotated faster than the hub in a first rotational direction, thereby driving the hub with the pulley, and wherein the clutch spring contracts radially to operatively disconnect the pulley and the hub when the pulley rotates more slowly than the hub in the first rotational direction, wherein the pulley and the hub cooperate to define a chamber in which the clutch spring is disposed, and which includes a gap between the pulley support surface and the inner surface of the pulley, wherein the chamber is filled with a lubricant, characterised in that there is provided by the lubricant within the gap a lubricated pulley-support-surface-material to pulley-inner-surface-material contact between the pulley support surface and the inner surface of the pulley: a hub that is adapted to be coupled to the shaft such that the shaft co-rotates with the hub about a rotational axis; a pulley having an outer surface and an inner surface, wherein the outer surface is adapted to engage the endless drive element, wherein a bearing is positioned between the inner surface of the pulley and the hub, and wherein the hub includes a pulley support surface that slidingly supports the inner surface of the pulley, wherein the bearing and the pulley support surface together support the pulley for rotation relative to the hub; a dampening spring positioned to transmit torque between the hub and a carrier; and a helical clutch spring, wherein the clutch spring expands radially to operatively connect the pulley and the carrier when the pulley is rotated faster than the hub in a first rotational direction, thereby driving the hub with the pulley, and wherein the clutch spring contracts radially to operatively disconnect the pulley and the hub when the pulley rotates more slowly than the hub in the first rotational direction, wherein the pulley and the hub cooperate to define a chamber in which the clutch spring is disposed, and which includes a gap between the pulley support surface and the inner surface of the pulley, wherein the chamber is filled with a lubricant, characterised in that there is provided by the lubricant within the gap a lubricated pulley-support-surface-material to pulley-inner-surface-material contact between the pulley support surface and the inner surface of the pulley:
A mode control system (1000, 1100, 1200, 1300, 1400), being configured for controlling an output mode of a broadband light source comprising a photonic crystal fiber (841, 1041, 1141, 1241, 1341, 1441, HC-PCF, 1941, 2041), the mode control system (1000, 1100, 1200, 1300, 1400) comprising: at least one detection unit (1050, 1150, 1250, 1350, 1450, 2050) configured to measure one or more parameters of radiation emitted from said broadband light source to generate measurement data; and a processing unit (1060, 1160, 1260, 1360, 1460, 2060) configured to evaluate mode purity of said radiation emitted from said broadband light source, from said measurement data; wherein based on the evaluation, the mode control system (1000, 1100, 1200, 1300, 1400) is configured to generate a control signal for optimization of one or more pump coupling conditions of said broadband light source; said pump coupling conditions relating to the coupling of a pump laser beam (1011, 1111, 1211, 1311, 1411, LB, 1911, 2011) with respect to a fiber core of the photonic crystal fiber (841, 1041, 1141, 1241, 1341, 1441, HC-PCF, 1941, 2041), wherein mode purity describes a ratio between the power in the fundamental transverse mode and the total output power. at least one detection unit (1050, 1150, 1250, 1350, 1450, 2050) configured to measure one or more parameters of radiation emitted from said broadband light source to generate measurement data; and a processing unit (1060, 1160, 1260, 1360, 1460, 2060) configured to evaluate mode purity of said radiation emitted from said broadband light source, from said measurement data; wherein based on the evaluation, the mode control system (1000, 1100, 1200, 1300, 1400) is configured to generate a control signal for optimization of one or more pump coupling conditions of said broadband light source; said pump coupling conditions relating to the coupling of a pump laser beam (1011, 1111, 1211, 1311, 1411, LB, 1911, 2011) with respect to a fiber core of the photonic crystal fiber (841, 1041, 1141, 1241, 1341, 1441, HC-PCF, 1941, 2041), wherein mode purity describes a ratio between the power in the fundamental transverse mode and the total output power.
An apparatus for providing compression within a body, said apparatus comprising: a compression plate mounted to a delivery device, the compression plate having a center line comprising first and second opposing regions connected together by at least one elastic bridge member, characterized in that said at least one elastic bridge member includes a center, wherein said at least one elastic bridge member has a non-linear configuration and said center of said at least one elastic bridge member is bowed outwardly relative to said center line when the at least one elastic bridge member is in its unbiased condition but is capable of being elastically deformed to a more linear configuration upon the application of force to said at least one elastic bridge member, and at least one opening formed in each of said first and second opposing regions, wherein said at least one opening in each of said first and second opposing regions is configured to receive a fastener; such that said openings in said first and second opposing regions are separated by a first distance when said at least one elastic bridge member is in its said non-linear configuration, and said openings in said first and second opposing regions are separated by a second distance when said at least one elastic bridge member is in its said more linear configuration, and further wherein said second distance is greater than said first distance; and the delivery device is elastically straining the two elastic bridge members of the compression plate so as to make them at least more parallel than their unconstrained state. a compression plate mounted to a delivery device, the compression plate having a center line comprising first and second opposing regions connected together by at least one elastic bridge member, characterized in that said at least one elastic bridge member includes a center, wherein said at least one elastic bridge member has a non-linear configuration and said center of said at least one elastic bridge member is bowed outwardly relative to said center line when the at least one elastic bridge member is in its unbiased condition but is capable of being elastically deformed to a more linear configuration upon the application of force to said at least one elastic bridge member, and at least one opening formed in each of said first and second opposing regions, wherein said at least one opening in each of said first and second opposing regions is configured to receive a fastener; such that said openings in said first and second opposing regions are separated by a first distance when said at least one elastic bridge member is in its said non-linear configuration, and said openings in said first and second opposing regions are separated by a second distance when said at least one elastic bridge member is in its said more linear configuration, and further wherein said second distance is greater than said first distance; and the delivery device is elastically straining the two elastic bridge members of the compression plate so as to make them at least more parallel than their unconstrained state.