mhurhangee/ep-ind-claims huggingface dataset:
A lighting panel, comprising: a substrate having a planar surface; a plurality of electrically conductive traces printed onto the planar surface of the substrate; a plurality of light sources (206, 208) mounted onto the plurality of electrically conductive traces on the planar surface of the substrate at mounting positions (210, 212) such that the plurality of electrically conductive traces form an electrical interconnection between selected ones of the plurality of electrically conductive traces and associated ones of the plurality of light sources (206, 208); a polymer sheet provided over the plurality of light sources (206, 208); and a composite base comprising a honeycomb core panel, upon which a stack-up of the substrate with the printed plurality of electrically conductive traces, the plurality of light sources (206, 208) mounted on the planar surface, and the polymer sheet is applied, wherein the plurality of light sources (206, 208) are embedded into the composite base and are flush with a top surface of the substrate, and wherein portions (226, 228) of the substrate are embedded into the composite base underneath the plurality of light sources (206, 208) at the mounting positions (210, 212). a substrate having a planar surface; a plurality of electrically conductive traces printed onto the planar surface of the substrate; a plurality of light sources (206, 208) mounted onto the plurality of electrically conductive traces on the planar surface of the substrate at mounting positions (210, 212) such that the plurality of electrically conductive traces form an electrical interconnection between selected ones of the plurality of electrically conductive traces and associated ones of the plurality of light sources (206, 208); a polymer sheet provided over the plurality of light sources (206, 208); and a composite base comprising a honeycomb core panel, upon which a stack-up of the substrate with the printed plurality of electrically conductive traces, the plurality of light sources (206, 208) mounted on the planar surface, and the polymer sheet is applied, wherein the plurality of light sources (206, 208) are embedded into the composite base and are flush with a top surface of the substrate, and wherein portions (226, 228) of the substrate are embedded into the composite base underneath the plurality of light sources (206, 208) at the mounting positions (210, 212).
Transmitter for an optical free-beam communication system, in particular for a data uplink to a satellite, for sending a light signal characterized by two light transmitters (14, 16) for the optical transmission of a data signal using one single-sideband modulation, wherein each light transmitter emits one side of the band modulation so that the signal arriving at the receiver corresponds to a double-sideband modulation, wherein the distance between the two light transmitters has to be greater than the structure sizes of turbulence cells in the optical free-space transmission.
A liquid-collection canister (102, 1202) for collecting liquid from a tissue site to which reduced pressure treatment is applied, the canister (102, 1202) comprising: a plurality of walls (202, 520, 1220) forming a liquid collection chamber (206, 1224); a gas-communication pathway (254, 554, 1224) at least partially defined by a portion of a first wall (220, 1220) and a portion of a second wall (520, 1220) of the plurality of walls (202, 520, 1220); a first aperture (238, 242, 246, 1230) positioned in the first wall (220, 1220) between the gas-communication pathway (254, 554, 1224) and the liquid collection chamber (206, 1224); a second aperture (538, 542, 1230) positioned in the second wall (520, 1220) between the gas-communication pathway (254, 554, 1224) and the liquid collection chamber (206, 1224); and a liquid-air separator (164, 268, 560, 564, 1238) covering each of the first and second apertures (238, 242, 246, 538, 542, 1230). a plurality of walls (202, 520, 1220) forming a liquid collection chamber (206, 1224); a gas-communication pathway (254, 554, 1224) at least partially defined by a portion of a first wall (220, 1220) and a portion of a second wall (520, 1220) of the plurality of walls (202, 520, 1220); a first aperture (238, 242, 246, 1230) positioned in the first wall (220, 1220) between the gas-communication pathway (254, 554, 1224) and the liquid collection chamber (206, 1224); a second aperture (538, 542, 1230) positioned in the second wall (520, 1220) between the gas-communication pathway (254, 554, 1224) and the liquid collection chamber (206, 1224); and a liquid-air separator (164, 268, 560, 564, 1238) covering each of the first and second apertures (238, 242, 246, 538, 542, 1230).
An apparatus for requesting computation of a backup egress path comprising: a processor configured to: send a path computation element, PCE, protocol, PCEP, request, PCReq, message requesting computation of the backup egress path to protect against a fault in a primary egress path of a Point to Multi-Point, P2MP, or Point-to-Point, P2P, label switched path, LSP; receive a PCEP reply, PCRep, message specifying the backup egress path from a previous-hop internal node (324, 325) to a backup egress node (327, 329); wherein the backup egress path extends from the previous-hop internal node (324, 325) of a primary egress node (326, 328) of the P2MP or P2P LSP to the backup egress node (327, 329), and the previous-hop internal node (324, 325) precedes the primary egress node (326, 328); wherein the PCReq message comprises a request parameters, RP, object comprising a backup egress bit, T, flag that specifies that the PCReq message is for requesting computation of the backup egress path. send a path computation element, PCE, protocol, PCEP, request, PCReq, message requesting computation of the backup egress path to protect against a fault in a primary egress path of a Point to Multi-Point, P2MP, or Point-to-Point, P2P, label switched path, LSP; receive a PCEP reply, PCRep, message specifying the backup egress path from a previous-hop internal node (324, 325) to a backup egress node (327, 329); wherein the backup egress path extends from the previous-hop internal node (324, 325) of a primary egress node (326, 328) of the P2MP or P2P LSP to the backup egress node (327, 329), and the previous-hop internal node (324, 325) precedes the primary egress node (326, 328); wherein the PCReq message comprises a request parameters, RP, object comprising a backup egress bit, T, flag that specifies that the PCReq message is for requesting computation of the backup egress path.
A degradable intestinal diversion device, comprising an intestinal fixation part, wherein the intestinal fixation part includes a circular tube constituting a bridge for intestinal incisions on both sides to crawl towards each other and anastomose; the two ends of the circular tube are respectively connected to a gradually expanding flared opening, and a convex ring for binding a broken end of the intestine is arranged on the circular tube near each flared opening, wherein the circular tube defines a hollow inner passage characterized in that the hollow inner passage is provided with a barrier film for blocking the hollow inner passage; the intestinal fixation part and the barrier film are made of biocompatible degradable materials.
A range of clutch diaphragms, each of the clutch diaphragms of the range consisting of a metal component forming an outer washer defining a reference axis, and of fingers projecting from the outer washer radially toward the reference axis, each of the fingers having a free end situated at a distance from the reference axis, the free end of each of the fingers having an end profile (38, 40, 42, 44) of a given type from among several different types, each of the types differing from each of the other types in a way that is recognizable from a given viewpoint situated at infinity on the reference axis, characterized in that the range of clutch diaphragms comprises several models of clutch diaphragm, the clutch diaphragms of any one same given model from among the models being identical, and the clutch diaphragms from any one same given model from among the models being distinguishable from the clutch diaphragms of the other models by a specific sequence of the end profiles (38, 40, 42, 44) of the different types, the specific sequence constituting an identifying code identifying the given model.
Body structure for an electrically operated vehicle, having a installation space for a traction battery, said installation space being open towards the bottom of the vehicle in the vehicle vertical direction (z) and being terminated towards the top of the vehicle by a floor pan part forming the vehicle floor, and being delimited on both sides in the vehicle transverse direction (y) by a sill, which delimits a side door opening towards the bottom of the vehicle, wherein a rear longitudinal body member extends on each side of the vehicle in the rear-end region and merges towards the front of the vehicle in the vehicle longitudinal direction (x) into the respective sill, and wherein the rear battery corner of the traction battery is enclosed by an inner corner region, which stretches between the sill and the rear battery cross-member, wherein on each side of the vehicle the sill is offset relative to the rear longitudinal body member towards the exterior of the vehicle by a transverse offset (Δy) in the vehicle transverse direction (y), and wherein the rear longitudinal body member is adjoined towards the front of the vehicle in the vehicle longitudinal direction (x) by a rear corner joint, which widens towards the front of the vehicle in the vehicle longitudinal direction (x), taking up the transverse offset (Δy), and is attached in a force-transmitting manner at a sill attachment point to the sill, characterized in that the rear longitudinal body member is a profile part of U-shaped cross section having a longitudinal member base and also inner and outer flanks (29, 31) raised up therefrom, in that the U-shaped profile, which is open at the top, of the longitudinal body member is closed in the assembled state by a floor pan part at the back, and in that the outer flank of the rear longitudinal member delimits towards the interior of the vehicle a wheel space of the wheel housing at the rear.
An equipping station for equipping motor vehicle battery housings (23, 61) with electrode plate sets in order to produce a motor vehicle battery, wherein the equipping station has at least one feed section for unequipped battery housings, at least one discharge section for equipped battery housings, at least one electrode plate set feeder and at least one first equipping section arranged between the feed section and the discharge section in which electrode plate sets supplied by the electrode plate set feeder are inserted into the battery housing, wherein the first equipping section has a base part which serves as a bearing surface for the battery housing during the insertion of the electrode plate sets, characterized in that the base part is formed without a conveyor device for the battery housing and the equipping station has at least one first slider able to be transversely retracted and extended relative to a horizontal displacement direction of the battery housing, by means of which a battery housing can be displaced horizontally at least on the base part when the first slider is in the extended state.
A shaping apparatus comprising: a control unit configured to control operation of each unit of the shaping apparatus; a receiving portion configured to receive a linear shaping material comprising a bundle of continuous fibers impregnated with a resin; a conveyance portion configured to convey the shaping material from a supply mechanism to a discharging portion; a support supporting each portion of the supply mechanism and the conveyance portion; a rotation mechanism configured to twist the shaping material around the axis along the vertical direction by rotating the support; and a shaping unit configured to move relative to the receiving portion in a curved shape and discharge the shaping material on the receiving portion while rotating the shaping material in a range of less than 180 degrees to an opposite direction to a bending direction with respect to the receiving portion; characterized in that the shaping apparatus comprises a plurality of the shaping units configured to set a rotation angle of one shaping unit to be larger than rotation angles of the other shaping units in a case where one curved shape in which the one shaping unit moves relative to the receiving portion has larger curvature than the other curved shapes in which the other shaping units move relative to the receiving portion. a control unit configured to control operation of each unit of the shaping apparatus; a receiving portion configured to receive a linear shaping material comprising a bundle of continuous fibers impregnated with a resin; a conveyance portion configured to convey the shaping material from a supply mechanism to a discharging portion; a support supporting each portion of the supply mechanism and the conveyance portion; a rotation mechanism configured to twist the shaping material around the axis along the vertical direction by rotating the support; and a shaping unit configured to move relative to the receiving portion in a curved shape and discharge the shaping material on the receiving portion while rotating the shaping material in a range of less than 180 degrees to an opposite direction to a bending direction with respect to the receiving portion; characterized in that the shaping apparatus comprises a plurality of the shaping units configured to set a rotation angle of one shaping unit to be larger than rotation angles of the other shaping units in a case where one curved shape in which the one shaping unit moves relative to the receiving portion has larger curvature than the other curved shapes in which the other shaping units move relative to the receiving portion.
A wavelength converting layer characterized by a porous support structure including multiple stacked quartz or glass mesh layers bonded together; and a cured mixture of wavelength converting particles and a binder filling the porous support structure within and between the stacked mesh layers. a porous support structure including multiple stacked quartz or glass mesh layers bonded together; and a cured mixture of wavelength converting particles and a binder filling the porous support structure within and between the stacked mesh layers.
A baling press for agricultural crops with a baling channel and with a needle rocker which is arranged about a rocker pivot axis in a rocker pivot axis plane orthogonal to a longitudinal centre axis of the baling channel, is pivotably mounted and driven by at least one drive arrangement, which needle rocker has at least one binding needle movable by pivoting the needle rocker through the baling channel, wherein the at least one drive arrangement comprises a drive element mounted rotatably about a drive axis of rotation and a drive lever arranged eccentrically thereon, wherein the drive lever is pivotable about a drive lever axis of rotation parallel to the drive axis of rotation, wherein the drive arrangement has a coupling device which is pivotable about a coupling pivot axis positioned stationary relative to the baling channel, wherein the coupling device is arranged at a spacing from the rocker pivot axis of the needle rocker on the needle rocker, wherein the drive lever is arranged on the coupling device, wherein the rocker pivot axis, the drive axis of rotation, the coupling pivot axis and the drive lever axis of rotation are arranged in parallel and each spaced apart from one another, wherein the coupling device comprises a first coupling lever and at least one other coupling lever, wherein the first coupling lever is movably connected to the other coupling lever, wherein the first coupling lever is pivotable about the coupling pivot axis, and wherein the drive lever which is pivotable about the drive lever pivot axis is articulated on the first coupling lever.
A specimen retrieval device, comprising: a housing including an outer shaft extending distally therefrom; an inner shaft disposed within the outer shaft and including at least two support members (22, 24), each of the at least two support members including a support member interface member (23a, 23b) in the form of a tab portion, and a pouch releasably couplable to the at least two support members, the pouch including a cinch having a proximal end being passable through the outer shaft for grasping by a user, the pouch including a pair of openings (28a, 28b) leading to a sleeve provided on the pouch, each of the openings configured to receive a respective one of the at least two support members, the pouch further including at least one pouch interface member for engaging the support member interface member and preventing inadvertent disengagement of the pouch from the at least two support members, wherein the pouch interface member includes at least two corresponding pockets (30a, 30b) that are configured to engage a respective one of the support member interface members. a housing including an outer shaft extending distally therefrom; an inner shaft disposed within the outer shaft and including at least two support members (22, 24), each of the at least two support members including a support member interface member (23a, 23b) in the form of a tab portion, and a pouch releasably couplable to the at least two support members, the pouch including a cinch having a proximal end being passable through the outer shaft for grasping by a user, the pouch including a pair of openings (28a, 28b) leading to a sleeve provided on the pouch, each of the openings configured to receive a respective one of the at least two support members, the pouch further including at least one pouch interface member for engaging the support member interface member and preventing inadvertent disengagement of the pouch from the at least two support members, wherein the pouch interface member includes at least two corresponding pockets (30a, 30b) that are configured to engage a respective one of the support member interface members.
A hydraulic accumulator assembly in which a hydraulic accumulator for use in an underwater fluid extraction well facility is provided with at least one means (13 or 22) responsive to the weight of the accumulator to provide an indication dependent on the weight of the accumulator, wherein said assembly includes support means (2, 3 or 15, 16) which support the accumulator, said at least one responsive means being responsive to a force applied to a part of said support means by the weight of the accumulator, said assembly being characterised by a cover for the accumulator, the cover being carried by said support means, and further characterised in that said accumulator is constrained horizontally by a collar at the top of said cover.
An image capturing apparatus comprising: a plurality of imaging units (9, 31) arranged in a circumferential manner and movable in a circumferential direction; and a plurality of illumination units (10, 32) arranged in a circumferential manner such that each of the plurality of illumination units (10, 32) corresponds to a different one of the plurality of imaging units (9, 31) to form a plurality of sets of one imaging unit and one corresponding illumination unit, characterized by: a plurality of holding members each configured to hold one of the plurality of sets, and moveable in a circumferential direction; a first guide unit being circular, arranged closer to the plurality of imaging units than the plurality of illumination units and configured to guide the plurality of holding members in the circumferential direction; and a second guide unit being circular, arranged closer to the plurality of illumination units than the plurality of imaging units and configured to guide the plurality of holding members in the circumferential direction. a plurality of imaging units (9, 31) arranged in a circumferential manner and movable in a circumferential direction; and a plurality of illumination units (10, 32) arranged in a circumferential manner such that each of the plurality of illumination units (10, 32) corresponds to a different one of the plurality of imaging units (9, 31) to form a plurality of sets of one imaging unit and one corresponding illumination unit, characterized by: a plurality of holding members each configured to hold one of the plurality of sets, and moveable in a circumferential direction; a first guide unit being circular, arranged closer to the plurality of imaging units than the plurality of illumination units and configured to guide the plurality of holding members in the circumferential direction; and a second guide unit being circular, arranged closer to the plurality of illumination units than the plurality of imaging units and configured to guide the plurality of holding members in the circumferential direction. a plurality of holding members each configured to hold one of the plurality of sets, and moveable in a circumferential direction; a first guide unit being circular, arranged closer to the plurality of imaging units than the plurality of illumination units and configured to guide the plurality of holding members in the circumferential direction; and a second guide unit being circular, arranged closer to the plurality of illumination units than the plurality of imaging units and configured to guide the plurality of holding members in the circumferential direction.
A load-stabilizing apparatus comprising: a load-connecting member configured to carry a load, a parallelogram mechanism connected to the load-connecting member; a stabilizing motor drivingly connected to the parallelogram mechanism and configured to drive the parallelogram mechanism to deform, such that the parallelogram mechanism drives the load-connecting member to move; and wherein the apparatus is characterized in that the load-connecting member includes an electrical signal interface configured to transmit an input electrical signal to the load and/or receive an output electrical signal outputted by the load; in that the stabilizing motor is a first stabilizing motor, and in that the apparatus further comprising: a second stabilizing motor, the first stabilizing motor and the second stabilizing motor together driving the parallelogram mechanism to deform. a load-connecting member configured to carry a load, a parallelogram mechanism connected to the load-connecting member; a stabilizing motor drivingly connected to the parallelogram mechanism and configured to drive the parallelogram mechanism to deform, such that the parallelogram mechanism drives the load-connecting member to move; and wherein the apparatus is characterized in that the load-connecting member includes an electrical signal interface configured to transmit an input electrical signal to the load and/or receive an output electrical signal outputted by the load; in that the stabilizing motor is a first stabilizing motor, and in that the apparatus further comprising: a second stabilizing motor, the first stabilizing motor and the second stabilizing motor together driving the parallelogram mechanism to deform.