mhurhangee/ep-ind-claims huggingface dataset:
Digital receiving device comprising N reception channels which are capable of receiving signals in a range of specific frequencies, each of the channels being provided with a digital receiver which receives the digitised signals of said frequency band, said signals being divided in each reception channel into sub-bands by analysis means, each digital receiver comprising a calculation resource, characterised in that, with each receiver operating in a sub-band which is assigned to it and transferring the signals of the other sub-bands to the receivers which are assigned to said other sub-bands, the receivers being grouped in pairs (A1, A2), each receiver of a pair carries out the routing of signals to the second receiver of said pair, the routed signals being the signals of the receivers (B2, C2, D2) of the other pairs which are not directly connected to said second receiver.
A solid-state luminaire comprising: a processor responsive to at least one of a sensor and a first image capture device and configured to: analyze data about a hazardous condition detected within a building by the at least one of the sensor and the first image capture device; and output data about the hazardous condition; and a solid-state light source configured to emit a pulsing light signal encoded with the data about the hazardous condition, wherein the pulsing light signal is decodable by a computing device via at least one of an ambient light sensor or an image capture device on the computing device in order to compute an emergency evacuation route. analyze data about a hazardous condition detected within a building by the at least one of the sensor and the first image capture device; and output data about the hazardous condition; and a solid-state light source configured to emit a pulsing light signal encoded with the data about the hazardous condition, wherein the pulsing light signal is decodable by a computing device via at least one of an ambient light sensor or an image capture device on the computing device in order to compute an emergency evacuation route.
A separation device comprising: a rotating member that has a mesh having a first surface and a second surface in a front and back relationship and a protruding member provided on the first surface side of the mesh; a supply unit that supplies a material containing a fiber onto the first surface of the mesh; a suction unit that is provided on the second surface side of the mesh and configured to suck a part of the material supplied onto the first surface; and a collection unit (6, 7) that collects the material deposited on the first surface, wherein the mesh has a circular shape in plan view and rotates around a central axis of the circular shape and wherein the protruding member is a long member extending across the mesh from a center portion to an outer peripheral portion, and characterized in that: at least a part of the protruding member is inclined with respect to a radial direction of the mesh when an imaginary line connecting the central axis and the outer peripheral portion is drawn so as to be in contact with the protruding member. a rotating member that has a mesh having a first surface and a second surface in a front and back relationship and a protruding member provided on the first surface side of the mesh; a supply unit that supplies a material containing a fiber onto the first surface of the mesh; a suction unit that is provided on the second surface side of the mesh and configured to suck a part of the material supplied onto the first surface; and a collection unit (6, 7) that collects the material deposited on the first surface, wherein the mesh has a circular shape in plan view and rotates around a central axis of the circular shape and wherein the protruding member is a long member extending across the mesh from a center portion to an outer peripheral portion, and characterized in that: at least a part of the protruding member is inclined with respect to a radial direction of the mesh when an imaginary line connecting the central axis and the outer peripheral portion is drawn so as to be in contact with the protruding member.
A manufacturing method of a blade material by sequentially hot-forging the material from a root side to a blade tip with a mold, wherein: - when the material to be forged is grasped in a portion on the root side and the material to be forged is restrained by the mold, a locally forged area between the grasped portion and the restrained portion is subjected to twisting processing, - the area previously subjected to hot-forging processing and the area subsequently subjected to hot-forging processing partially overlap with each other, - the material to be forged grasped by the manipulator is forged while being pulled out from the heating furnace by the manipulator. - when the material to be forged is grasped in a portion on the root side and the material to be forged is restrained by the mold, a locally forged area between the grasped portion and the restrained portion is subjected to twisting processing, - the area previously subjected to hot-forging processing and the area subsequently subjected to hot-forging processing partially overlap with each other, - the material to be forged grasped by the manipulator is forged while being pulled out from the heating furnace by the manipulator.
Apparatus for applying an ink image to a receiving material adapted to be advanced in a direction of advance, comprising: ink application means for applying an ink image to a strip of receiving material, which strip extends in a direction transverse to the direction of advance of the receiving material, wherein the ink application means are movable over the strip of receiving material, carrier means for keeping said strip in a predetermined position with respect to the ink application means, which carrier means comprise a carrier plate for carrying said strip, said carrier plate having recesses and said carrier plate being provided with holes, vacuum means for sucking away air via said holes from the space between the carrier plate and a strip of receiving material lying on the carrier plate, characterised by correction means for correcting local variations in the distance between the receiving material and the ink application means. ink application means for applying an ink image to a strip of receiving material, which strip extends in a direction transverse to the direction of advance of the receiving material, wherein the ink application means are movable over the strip of receiving material, carrier means for keeping said strip in a predetermined position with respect to the ink application means, which carrier means comprise a carrier plate for carrying said strip, said carrier plate having recesses and said carrier plate being provided with holes, vacuum means for sucking away air via said holes from the space between the carrier plate and a strip of receiving material lying on the carrier plate, characterised by correction means for correcting local variations in the distance between the receiving material and the ink application means.
A display control apparatus comprising: an acquisition means (101, 102) for acquiring first image data that represents a subject image formed at different magnifications in a horizontal direction and a vertical direction by using an anamorphic lens; a display control means for performing first resizing and second resizing, wherein the first resizing comprises applying a first process to obtain second data by clipping a part of the first image data and further comprises generating a display image having a predetermined aspect ratio from the second data, and wherein the second resizing comprises resizing the first image data without clipping the part of the first image data; characterized in that the display control apparatus further comprising: a control means for controlling the display control means to perform the second resizing in a case where a moving image recording setting satisfies a condition that a shooting mode in which a variable frame rate for moving image recording is set, and to perform the first resizing in a case where the moving image recording setting does not satisfy the condition. an acquisition means (101, 102) for acquiring first image data that represents a subject image formed at different magnifications in a horizontal direction and a vertical direction by using an anamorphic lens; a display control means for performing first resizing and second resizing, wherein the first resizing comprises applying a first process to obtain second data by clipping a part of the first image data and further comprises generating a display image having a predetermined aspect ratio from the second data, and wherein the second resizing comprises resizing the first image data without clipping the part of the first image data;
Multi-phase fluid separator exhibits an elongate housing having a first end and a second end, and with a circular cross-section and a longitudinal axis, wherein the housing exhibits a multi-phase fluid inlet at the first end of the housing, numerous fluid outlets (103', 103", 104', 104", 105', 105") downstream of the first end, a light phase outlet in center, and at least one flow-restricting means (113, 115) arranged inside the housing for guiding separated fluids in the housing out of respective fluid outlets (103', 103", 104', 104", 105', 105"), said fluid separator exhibiting a spin-up device arranged rotary inside the housing, arranged to rotate by a permanent magnet motor comprising numerous electromagnetic field producing means connected to an AC power source, and numerous permanent magnets (404, 405) distributed along the periphery of the rotary spin-up device, wherein the numerous permanent magnets (404, 405) being formed by numerous permanent north pole magnets and south pole magnets arranged in an alternating pattern along the periphery, characterized in that the spin-up device is shaft-less and is arranged adjacent to the first end of the housing, said shaft-less spin-up device comprising a rotary annular frame provided with numerous radially extending vanes, in that the permanent magnets (404, 405) are distributed along the outer periphery of the rotary frame and the electromagnetic field producing means are electromagnets arranged along exterior periphery of the housing and located radially outside the rotary annular frame, and in that said at least one flow-restricting means (113, 115) is arranged downstream the respective fluid outlets (103', 103", 104', 104", 105', 105") and is formed by a respective fluid phase weir protruding with a distance from the inner wall of the housing towards the center of the latter. the spin-up device is shaft-less and is arranged adjacent to the first end of the housing, said shaft-less spin-up device comprising a rotary annular frame provided with numerous radially extending vanes, in that the permanent magnets (404, 405) are distributed along the outer periphery of the rotary frame and the electromagnetic field producing means are electromagnets arranged along exterior periphery of the housing and located radially outside the rotary annular frame, and in that said at least one flow-restricting means (113, 115) is arranged downstream the respective fluid outlets (103', 103", 104', 104", 105', 105") and is formed by a respective fluid phase weir protruding with a distance from the inner wall of the housing towards the center of the latter.
A radiation curable inkjet composition comprising: polymerizable compounds; and a photopolymerization initiator, wherein the polymerizable compounds include a vinyl ether group-containing (meth)acrylate represented by the following general formula, a content of the vinyl ether group-containing (meth)acrylate with respect to a total mass of the radiation curable ink jet composition is 15 percent by mass or more, wherein the polymerizable compounds include an aromatic-based monofunctional monomer; and the photopolymerization initiator includes ethyl (2,4,6-trimethylbenzoyl)phenylphosphinate, H 2 C=CR 1 -CO-OR 2 -O-CH=CH-R 3 where in the formula, R 1 represents a hydrogen atom or a methyl group, R 2 represents a divalent organic residue having 2 to 20 carbon atoms, and R 3 represents a hydrogen atom or a monovalent organic residue having 1 to 11 carbon atoms. polymerizable compounds; and a photopolymerization initiator, wherein the polymerizable compounds include a vinyl ether group-containing (meth)acrylate represented by the following general formula, a content of the vinyl ether group-containing (meth)acrylate with respect to a total mass of the radiation curable ink jet composition is 15 percent by mass or more, wherein the polymerizable compounds include an aromatic-based monofunctional monomer; and the photopolymerization initiator includes ethyl (2,4,6-trimethylbenzoyl)phenylphosphinate, H 2 C=CR 1 -CO-OR 2 -O-CH=CH-R 3 where in the formula, R 1 represents a hydrogen atom or a methyl group, R 2 represents a divalent organic residue having 2 to 20 carbon atoms, and R 3 represents a hydrogen atom or a monovalent organic residue having 1 to 11 carbon atoms.
A wheelchair passenger station (10, 110, 210) for a transport vehicle, the wheelchair passenger station comprising: a forward excursion barrier (20, 120, 220) which is adapted to prevent forward movement of a wheelchair relative to the vehicle; and, a first moveable chair engaging support (30, 40, 130, 140, 240) to restrict lateral movement of the wheelchair, the first moveable chair engaging support comprising at least one pivot arm (30, 130, 146) which is configured to move between a stored position and a chair engaging position at least partially through rotation; a second moveable chair engaging support (30, 40, 130, 140, 240); characterized in that the first movable chair engaging support engages with at least a portion of a first side of the wheelchair and the second moveable chair engaging support engages with at least a portion of a second side of the wheelchair, whereby the first moveable chair engaging support and the second moveable chair engaging support collectively exert a compressive force on the wheelchair; and the first and second moveable chair engaging supports being adapted to exert an opposite force on the wheelchair. a forward excursion barrier (20, 120, 220) which is adapted to prevent forward movement of a wheelchair relative to the vehicle; and, a first moveable chair engaging support (30, 40, 130, 140, 240) to restrict lateral movement of the wheelchair, the first moveable chair engaging support comprising at least one pivot arm (30, 130, 146) which is configured to move between a stored position and a chair engaging position at least partially through rotation; a second moveable chair engaging support (30, 40, 130, 140, 240); characterized in that the first movable chair engaging support engages with at least a portion of a first side of the wheelchair and the second moveable chair engaging support engages with at least a portion of a second side of the wheelchair, whereby the first moveable chair engaging support and the second moveable chair engaging support collectively exert a compressive force on the wheelchair; and the first and second moveable chair engaging supports being adapted to exert an opposite force on the wheelchair.
A method, comprising: determining a measure of interference to radiofrequency, RF, signals, the radio frequency signals being transmitted from an antenna of an RF transmitter in a rotorcraft, wherein the interference results from a rotorblade; providing the measure of interference to a radiofrequency, RF, modulator; and using the measure of interference to shutter and/or modulate an RF transmission signal for the RF transmitter, wherein determining the measure of interference comprises: directing a pulsed laser signal towards the rotorblade by a laser transceiver; receiving reflected laser signals from the rotorblade; and evaluating the reflected laser signals to determine the measure of interference, wherein the antenna and the laser transceiver are positioned within the rotorcraft or outside the rotorcraft. determining a measure of interference to radiofrequency, RF, signals, the radio frequency signals being transmitted from an antenna of an RF transmitter in a rotorcraft, wherein the interference results from a rotorblade; providing the measure of interference to a radiofrequency, RF, modulator; and using the measure of interference to shutter and/or modulate an RF transmission signal for the RF transmitter, directing a pulsed laser signal towards the rotorblade by a laser transceiver; receiving reflected laser signals from the rotorblade; and evaluating the reflected laser signals to determine the measure of interference, wherein the antenna and the laser transceiver are positioned within the rotorcraft or outside the rotorcraft.
A wire-harness packaging member covering a conductive path, the wire-harness packaging member comprising: a post-fitted part; and a setting portion (527, 627) which is provided on an outer surface of the wire-harness packaging member so as to set an attachment position of the post-fitted part attached to the wire-harness packaging member, wherein the wire-harness packaging member is a tube body which is made of resin, characterized in that the wire-harness packaging member is provided with a mark portion (527, 627) as the setting portion (527, 627) when the tube body is molded out of the resin. a post-fitted part; and a setting portion (527, 627) which is provided on an outer surface of the wire-harness packaging member so as to set an attachment position of the post-fitted part attached to the wire-harness packaging member, wherein the wire-harness packaging member is a tube body which is made of resin, characterized in that the wire-harness packaging member is provided with a mark portion (527, 627) as the setting portion (527, 627) when the tube body is molded out of the resin.
Fastening device for fastening a voltage and/or current sensor on an electrical conductor, wherein the fastening device comprises of a number of at least two fastening elements, each with a dowel pin clip, or a clamp at a first section of the fastening element, and a support element at a second section (3") of the fastening element, characterized in that the dowel pin clip or the clamp is insertable into or clampable on the toroidal housing of the voltage and/or current sensor at the first section, and the support element at the second section (3") is fixable on the electrical conductor, that at least two fastening elements are fixable with their dowel pin or dowel pin clip in openings placed at a circumferential region of the toroidal housing of the voltage and/or current sensor, and that the axis of the openings are in parallel to the conductor, and that the toroidal housing of the voltage and/or current sensor is placed around the conductor in such, that the fastening elements can be rotated around the dowel pin axis in such, that the second section (3") can be placed and adapted towards the electrical conductor shell or skin surface, in order to adapt to different electrical conductor diameters.
A motor comprising: a stator comprising: a stator support ring comprising a plurality of windings arranged circumferentially around the stator support ring; and a rotor configured as a rotating propeller, the rotor comprising: a center hub configured to couple to a portion of the stator; a rotor support ring comprising a plurality of magnetic poles arranged circumferentially around the rotor support ring; and a plurality of blades, each particular blade of the plurality of blades being coupled to the rotor support ring, characterized in that the plurality of blades coupled to the rotor support ring are coupled proximate to an aero-center of the particular blade. a stator comprising: a stator support ring comprising a plurality of windings arranged circumferentially around the stator support ring; and a rotor configured as a rotating propeller, the rotor comprising: a center hub configured to couple to a portion of the stator; a rotor support ring comprising a plurality of magnetic poles arranged circumferentially around the rotor support ring; and a plurality of blades, each particular blade of the plurality of blades being coupled to the rotor support ring, a center hub configured to couple to a portion of the stator; a rotor support ring comprising a plurality of magnetic poles arranged circumferentially around the rotor support ring; and a plurality of blades, each particular blade of the plurality of blades being coupled to the rotor support ring, characterized in that the plurality of blades coupled to the rotor support ring are coupled proximate to an aero-center of the particular blade.
A dispenser configured to dispense material on a substrate, the dispenser comprising: - a dispensing unit (300; 500) including a housing (300; 500) having a chamber (306; 506), a piston (322; 522) disposed in the chamber and axially movable within the chamber, and a nozzle (304; 504) coupled to the housing (300; 500), the nozzle having an orifice co-axial with the chamber (306; 506) of the housing; - an actuator coupled to the dispensing unit (300; 500) and configured to drive the up-and down movement of the piston (322; 522), wherein the actuator is a piezoelectric actuator assembly; and - a compliant assembly coupled to the actuator and the piston (322; 522), the compliant assembly being configured to permit limited relative travel between the actuator and the piston (322; 522), wherein the actuator includes a lever arm, wherein the compliant assembly is separate from the actuator, the compliant assembly being secured to the piston (322; 522) and to the actuator to provide the reciprocating axial movement of the piston (322; 522) in response to the actuator, the compliant assembly including a generally cylindrical flexure housing secured to the lever arm of the actuator and coupled to the piston (322; 522) to permit the limited relative travel between the actuator and the piston (322; 522) during operation, characterized in that the flexure housing includes at least one flexure element (808, 820) configured to enable the compliant assembly to accommodate an arcuate motion of the lever arm as it drives the reciprocal motion of the compliant assembly and the piston. - a dispensing unit (300; 500) including a housing (300; 500) having a chamber (306; 506), a piston (322; 522) disposed in the chamber and axially movable within the chamber, and a nozzle (304; 504) coupled to the housing (300; 500), the nozzle having an orifice co-axial with the chamber (306; 506) of the housing; - an actuator coupled to the dispensing unit (300; 500) and configured to drive the up-and down movement of the piston (322; 522), wherein the actuator is a piezoelectric actuator assembly; and - a compliant assembly coupled to the actuator and the piston (322; 522), the compliant assembly being configured to permit limited relative travel between the actuator and the piston (322; 522),