mhurhangee/ep-ind-claims huggingface dataset:
A control handle for a medical device having an elongated body, a distal assembly distal the elongated body, the distal assembly having an adjustable configuration, the medical device further comprising a puller member extending through the elongated body and the distal assembly, the control handle comprising: a housing; an actuator assembly comprising: a user interface rotational dial; a spool having a shaft body inserted through a through-hole in the housing, the spool having a drum arranged for winding the puller member thereupon; characterized in that the housing has an outer surface formed with a channel; and the actuator assembly further comprises: a detent washer mounted on the shaft body, the detent washer being rotationally coupled to the dial to transmit rotational movement from the dial to the shaft body, the detent washer having a tab that rides in the channel to guide movement of the detent washer; at least one friction-inducing washer mounted on the shaft body; and a fastener mounted on the shaft body adapted to generate a compression load on the friction inducing washer. a housing; an actuator assembly comprising: a user interface rotational dial; a spool having a shaft body inserted through a through-hole in the housing, the spool having a drum arranged for winding the puller member thereupon; a user interface rotational dial; a spool having a shaft body inserted through a through-hole in the housing, the spool having a drum arranged for winding the puller member thereupon; a detent washer mounted on the shaft body, the detent washer being rotationally coupled to the dial to transmit rotational movement from the dial to the shaft body, the detent washer having a tab that rides in the channel to guide movement of the detent washer; at least one friction-inducing washer mounted on the shaft body; and a fastener mounted on the shaft body adapted to generate a compression load on the friction inducing washer.
A hybrid charging system for electric vehicles (14, 15), the charging system comprising: an AC-to-AC converter connectable to an electric AC grid; a transformer interconnected with the AC-to-AC converter with a primary winding; a secondary side AC-to-DC converter interconnected with a secondary winding of the transformer; a cable connected to the secondary side AC-to-DC converter for providing a DC current for power transfer to an electric vehicle; a first inductive coil interconnected with the AC-to-AC converter and for inductively coupling to a second inductive coil for power transfer to an electric vehicle via an air gap; a first switch for short-circuiting the primary winding of the transformer; a second switch for short-circuiting the first inductive coil; wherein the first inductive coil and the primary winding of the transformer are connected in series; wherein the AC-to-AC converter, the transformer, the secondary side AC-to-DC converter, and the first inductive coil are a stationary system; wherein the cable comprises a connector connectable to a further connector of the electric vehicle and adapted for generating a detachable mechanic and electric connection with the electric vehicle; wherein the hybrid charging system further comprises a controller for opening and closing the first switch and the second switch, such that solely the transformer or solely the first inductive coil is connected with the AC-to-AC converter. an AC-to-AC converter connectable to an electric AC grid; a transformer interconnected with the AC-to-AC converter with a primary winding; a secondary side AC-to-DC converter interconnected with a secondary winding of the transformer; a cable connected to the secondary side AC-to-DC converter for providing a DC current for power transfer to an electric vehicle; a first inductive coil interconnected with the AC-to-AC converter and for inductively coupling to a second inductive coil for power transfer to an electric vehicle via an air gap; a first switch for short-circuiting the primary winding of the transformer; a second switch for short-circuiting the first inductive coil; wherein the first inductive coil and the primary winding of the transformer are connected in series; wherein the AC-to-AC converter, the transformer, the secondary side AC-to-DC converter, and the first inductive coil are a stationary system; wherein the cable comprises a connector connectable to a further connector of the electric vehicle and adapted for generating a detachable mechanic and electric connection with the electric vehicle; wherein the hybrid charging system further comprises a controller for opening and closing the first switch and the second switch, such that solely the transformer or solely the first inductive coil is connected with the AC-to-AC converter.
A method performed by a receiving station, STA, in a wireless local area network, WLAN, system, the method comprising: receiving a Null Data Physical Layer Protocol Data Unit, NDP, frame, wherein the NDP frame includes a first signal field and a second signal field, wherein the first signal field includes first information related to a physical layer, PHY, version, wherein the second signal field includes second information related to transmission of the NDP frame, wherein the NDP frame is received based on a first bandwidth, wherein the second signal field is duplicated based on a second bandwidth within the first bandwidth; and performing, based on the NDP frame, channel sounding. receiving a Null Data Physical Layer Protocol Data Unit, NDP, frame, wherein the NDP frame includes a first signal field and a second signal field, wherein the first signal field includes first information related to a physical layer, PHY, version, wherein the second signal field includes second information related to transmission of the NDP frame, wherein the NDP frame is received based on a first bandwidth, wherein the second signal field is duplicated based on a second bandwidth within the first bandwidth; and performing, based on the NDP frame, channel sounding.
A wireless communication device comprising: a long-distance radio radiating conductor that radiates high frequency signal waves for establishing long-distance communication; a short-distance radio radiating conductor that radiates high frequency signal waves for establishing short-distance communication; a radio frequency circuit board that electrically connects to the long-distance radio radiating conductor and the short-distance radio radiating conductor; a resin case that houses the long-distance radio radiating conductor, the short-distance radio radiating conductor, and the RF circuit board; a long-distance radio supporter that supports the long-distance radio radiating conductor and extends perpendicularly to the RF circuit board; and a short-distance radio supporter that supports the short-distance radio radiating conductor and extends perpendicularly to the RF circuit board, characterized in that the long-distance radio radiating conductor is structured using a folded dipole antenna and substantially in parallel to the RF circuit board, and the short-distance radio radiating conductor is structured using a self-supported linear antenna and substantially in parallel to the RF circuit board, a distance between the long-distance radio radiating conductor supported by the long-distance radio supporter and the RF circuit board is shorter than a distance between the short-distance radio radiating conductor supported by the short-distance radio supporter and the RF circuit board. a long-distance radio radiating conductor that radiates high frequency signal waves for establishing long-distance communication; a short-distance radio radiating conductor that radiates high frequency signal waves for establishing short-distance communication; a radio frequency circuit board that electrically connects to the long-distance radio radiating conductor and the short-distance radio radiating conductor; a resin case that houses the long-distance radio radiating conductor, the short-distance radio radiating conductor, and the RF circuit board; a long-distance radio supporter that supports the long-distance radio radiating conductor and extends perpendicularly to the RF circuit board; and a short-distance radio supporter that supports the short-distance radio radiating conductor and extends perpendicularly to the RF circuit board, characterized in that the long-distance radio radiating conductor is structured using a folded dipole antenna and substantially in parallel to the RF circuit board, and the short-distance radio radiating conductor is structured using a self-supported linear antenna and substantially in parallel to the RF circuit board, a distance between the long-distance radio radiating conductor supported by the long-distance radio supporter and the RF circuit board is shorter than a distance between the short-distance radio radiating conductor supported by the short-distance radio supporter and the RF circuit board.
A locking device, comprising: a lock base configured to provide a locking position, and comprising a lock body having a surface provided with a lock groove recessed towards the inside of the lock body, the lock body being provided with a lock tongue groove and a lock tongue movably mounted in the lock tongue groove, and the lock tongue groove being communicated with the lock groove; and a lock connecting rod movably connected with the lock base through the lock tongue, and comprising a rod member configured to drive the lock tongue to move under the action of an external force, characterized in that the locking device further comprises: a lock shaft comprising a shaft seat and a shaft rod, the shaft rod being perpendicularly arranged to a surface of the shaft seat, and the shaft rod being configured to be inserted into the lock groove of the lock base to perform locking, wherein an end of the shaft rod away from the shaft seat is provided with a concave positioning hole, and a positioning component is mounted in the positioning hole. a lock base configured to provide a locking position, and comprising a lock body having a surface provided with a lock groove recessed towards the inside of the lock body, the lock body being provided with a lock tongue groove and a lock tongue movably mounted in the lock tongue groove, and the lock tongue groove being communicated with the lock groove; and a lock connecting rod movably connected with the lock base through the lock tongue, and comprising a rod member configured to drive the lock tongue to move under the action of an external force, characterized in that the locking device further comprises: a lock shaft comprising a shaft seat and a shaft rod, the shaft rod being perpendicularly arranged to a surface of the shaft seat, and the shaft rod being configured to be inserted into the lock groove of the lock base to perform locking, wherein an end of the shaft rod away from the shaft seat is provided with a concave positioning hole, and a positioning component is mounted in the positioning hole. a lock shaft comprising a shaft seat and a shaft rod, the shaft rod being perpendicularly arranged to a surface of the shaft seat, and the shaft rod being configured to be inserted into the lock groove of the lock base to perform locking, wherein an end of the shaft rod away from the shaft seat is provided with a concave positioning hole, and a positioning component is mounted in the positioning hole.
A work vehicle comprising: a hood that can be opened and closed; a first shield portion that is fixed to a radiator; and a second shield portion that is fixed to an inner peripheral face of the hood and, when the hood is closed, comes in contact with the first shield portion to partition an inner space of the hood together with the first shield portion, characterized in that recesses (61g, 63m) through which a hose connected to an air cleaner is disposed are respectively formed in a first contact face at which the first shield portion comes in contact with the second shield portion and a second contact face at which the second shield portion comes in contact with the first shield portion. a hood that can be opened and closed; a first shield portion that is fixed to a radiator; and a second shield portion that is fixed to an inner peripheral face of the hood and, when the hood is closed, comes in contact with the first shield portion to partition an inner space of the hood together with the first shield portion, characterized in that recesses (61g, 63m) through which a hose connected to an air cleaner is disposed are respectively formed in a first contact face at which the first shield portion comes in contact with the second shield portion and a second contact face at which the second shield portion comes in contact with the first shield portion.
A fuel composition comprising as an additive a quaternary ammonium compound which is the reaction product of: (a) a tertiary amine; (b) an epoxide selected from styrene oxide, ethylene oxide, propylene oxide, butylene oxide, epoxy hexane, octene oxide and stilbene oxide; and (c) a monoacid of formula RCOOH wherein R is an optionally substituted C 6 to C 50 alkyl or alkenyl group. (a) a tertiary amine; (b) an epoxide selected from styrene oxide, ethylene oxide, propylene oxide, butylene oxide, epoxy hexane, octene oxide and stilbene oxide; and (c) a monoacid of formula RCOOH wherein R is an optionally substituted C 6 to C 50 alkyl or alkenyl group.
A catheter lock solution in a catheter, the catheter lock solution comprising: a hydrochloric acid solution having a concentration of 0.3 Molar to 1.0 Molar; an antimicrobial agent; wherein the antimicrobial agent includes 5-Fluorouracil or silver sulfadiazine. a hydrochloric acid solution having a concentration of 0.3 Molar to 1.0 Molar; an antimicrobial agent;
A wireless communication unit arranged to communicate with one or more wireless mobile communication units, the wireless communication unit characterized by: a cellular receiver arranged to receive content from a network server over multiple hops and using a conventional client server mechanism; a processor operably coupled to the cellular receiver and configured to convert the received content into a bundle format that can be transmitted into a delay tolerant network; at least one memory operably coupled to the processor and configured to store the bundle formatted content; and at least one short-range wireless circuit operably coupled to the at least one memory and configured to extract the bundle formatted content from the at least one memory and transmit the extracted bundle formatted content to at least one wireless mobile communication unit using a short range wireless communication technology. a cellular receiver arranged to receive content from a network server over multiple hops and using a conventional client server mechanism; a processor operably coupled to the cellular receiver and configured to convert the received content into a bundle format that can be transmitted into a delay tolerant network; at least one memory operably coupled to the processor and configured to store the bundle formatted content; and at least one short-range wireless circuit operably coupled to the at least one memory and configured to extract the bundle formatted content from the at least one memory and transmit the extracted bundle formatted content to at least one wireless mobile communication unit using a short range wireless communication technology.
A method for edgewise winding a coil, including a bending operation using bending means to edgewise bend a rectangular conductor and a predetermined distance feeding operation using feeding means to feed the rectangular conductor by a predetermined distance, the bending operation and the predetermined distance feeding operation being repeated to form the coil, wherein the bending means rotates a guide having a rotation mechanism in accordance with the bending operation of the rectangular conductor by the bending means, and the guide supports an outer side surface of the coil on a side in a rotation direction of the bending means, and wherein the guide includes a first guide and a second guide located diagonally opposite to each other with respect to a rotation center of the guide, the coil has corners (30A-30D) referred to as a first corner, a second corner, a third corner, and a fourth corner in an order to be formed by edgewise bending, the first guide supports the outer side surface of the coil when the bending means forms the first corner by edgewise bending and when the bending means forms the second corner by edgewise bending, and the second guide supports the outer side surface of the coil when the bending means forms the third corner by edgewise bending and when the bending means forms the fourth corner by edgewise bending. wherein the bending means rotates a guide having a rotation mechanism in accordance with the bending operation of the rectangular conductor by the bending means, and the guide supports an outer side surface of the coil on a side in a rotation direction of the bending means, and wherein the guide includes a first guide and a second guide located diagonally opposite to each other with respect to a rotation center of the guide, the coil has corners (30A-30D) referred to as a first corner, a second corner, a third corner, and a fourth corner in an order to be formed by edgewise bending, the first guide supports the outer side surface of the coil when the bending means forms the first corner by edgewise bending and when the bending means forms the second corner by edgewise bending, and the second guide supports the outer side surface of the coil when the bending means forms the third corner by edgewise bending and when the bending means forms the fourth corner by edgewise bending.
An apparatus (200, 300, 400) for single shot three-dimensional imaging of an object (202, 302, 402), said apparatus comprising: an illumination system comprising an optical source (206, 310, 408) for illuminating, with a multi-wavelength optical beam (244, 426), a volume (252, 334, 404) of the object (202, 302, 402), said volume (252, 334, 404) to be imaged in three spatial dimensions, said volume (252, 334, 404) having an elongated lateral cross-sectional area (102, 253, 335, 405) with a short axis, a long axis and an aspect ratio defined by the ratio of the long axis to the short axis; an optical system for capturing and anisotropically transforming light (100, 254, 432) scattered or reflected from the illuminated volume (252, 334, 404); one or more beam splitters (220, 332, 414, 428) for splitting light (208, 308) emitted from said optical source (206, 310, 408) into a reference beam (238, 324, 420) and said multi-wavelength optical beam (244, 426), and for combining said reference beam (238, 324, 420) with the captured scattered or reflected light (100, 254, 432); a spatial sampling element for sampling the anisotropically transformed captured light in a first dimension; and a measurement system (280, 306, 442) comprising a two-dimensional sensor array (104, 288, 350, 450) for simultaneous capture of phase and amplitude information over a range of wavelengths of the anisotropically transformed captured light sampled by said spatial sampling element. an illumination system comprising an optical source (206, 310, 408) for illuminating, with a multi-wavelength optical beam (244, 426), a volume (252, 334, 404) of the object (202, 302, 402), said volume (252, 334, 404) to be imaged in three spatial dimensions, said volume (252, 334, 404) having an elongated lateral cross-sectional area (102, 253, 335, 405) with a short axis, a long axis and an aspect ratio defined by the ratio of the long axis to the short axis; an optical system for capturing and anisotropically transforming light (100, 254, 432) scattered or reflected from the illuminated volume (252, 334, 404); one or more beam splitters (220, 332, 414, 428) for splitting light (208, 308) emitted from said optical source (206, 310, 408) into a reference beam (238, 324, 420) and said multi-wavelength optical beam (244, 426), and for combining said reference beam (238, 324, 420) with the captured scattered or reflected light (100, 254, 432); a spatial sampling element for sampling the anisotropically transformed captured light in a first dimension; and a measurement system (280, 306, 442) comprising a two-dimensional sensor array (104, 288, 350, 450) for simultaneous capture of phase and amplitude information over a range of wavelengths of the anisotropically transformed captured light sampled by said spatial sampling element.
Lithium ion batteries comprising a cathode, an anode comprising silicon particles, a separator and an electrolyte, characterized in that the electrolyte comprises one or more amines and the anode material in the fully charged lithium ion battery is only partly lithiated, with the proviso that the ratio of the lithium atoms to the silicon atoms in the partly lithiated anode material of the fully charged battery is ≤ 2.2.
Method of manufacturing a moulded part, wherein the moulded part comprises a wood veneer formed as a decorative layer and a support, wherein the wood veneer has a front side formed as a visible side and a rear side opposite the front side, the method comprising the steps of: - Providing a wood veneer intended to form the decorative layer, - applying varnish to the front face of the wood veneer, the varnish being applied in sections to the front face of the wood veneer according to a pattern or symbol provided, - Back injection of the wood veneer at the back side of the wood veneer with a carrier material to form the carrier, - Staining the wood veneer on the front side of the wood veneer. - Providing a wood veneer intended to form the decorative layer, - applying varnish to the front face of the wood veneer, the varnish being applied in sections to the front face of the wood veneer according to a pattern or symbol provided, - Back injection of the wood veneer at the back side of the wood veneer with a carrier material to form the carrier, - Staining the wood veneer on the front side of the wood veneer.