mhurhangee/ep-ind-claims huggingface dataset:
A collapsible steering column assembly which includes a shroud comprising an outer tube that supports a steering wheel through a bearing and an inner tube that is fixed to a part of the vehicle, the column assembly being able to collapse telescopically by the outer tube moving over the inner tube, the assembly further including an energy absorbing strap that is fixed to the inner tube and a plough (10, 20) which is fixed to the outer tube, whereby in use the assembly is so arranged that upon a telescopic collapse the relative movement between the inner tube and the outer tube forces a part of the plough through the strap to progressively peel away a part of the strap from the remainder of the strap; in which the plough comprises a wedge member that has an inclined front face terminating in a leading edge that is located below an upturned end part of the strap which projects out away from the inner tube and during collapse this inclined front face is driven between the inner tube and part of the strap to progressively tear that part away from the inner tube; and in which the plough includes a pressing part which is located above a portion of the strap adjacent the part that is torn away by the inclined front face.
Arrangement consisting of a flow cell and a device for operating the flow cell, wherein the flow cell has at least two layers (1,2; 16, 17) between which a cavity structure can be produced or an existing cavity structure can be changed by the operator device (5, 6) with curvature of at least one of the two layers (1, 2; 16, 17), characterized in that the operator device (5, 6) comprises an element with a depression (7; 20; 23) that is provided for pressing onto the flow cell, wherein the relevant layer can be curved into the depression (7; 20; 23) of the pressed-on element with formation of the cavity structure, and in that the pressed-on element laterally delimits the cavity structure in a fluid-tight manner with compression of the layers (5, 6).
A wearable device assembly, comprising a wireless earphone and smart glasses, wherein the wireless earphone comprises an earphone body and a speaker part, the earphone body is rotatably connected to the speaker part, the earphone body is rotatably switchable between a first position and a second position relative to the speaker part, and the earphone body is provided with a first electrical connection part; wherein the smart glasses comprise glasses legs and a battery module, one of the glasses legs is provided with a second electrical connection part, and the second electrical connection part is electrically connected to the battery module; and in a case that, in use, the earphone body is rotated and switched to the first position, the earphone body is separated from the one of the glasses legs, and in a case that, in use, the earphone body is rotated and switched to the second position, the earphone body is connectable to the one of the glasses legs, and the first electrical connection part is electrically connectable to the second electrical connection part; characterized in that a microphone is disposed on an end of the earphone body away from the speaker part. the wireless earphone comprises an earphone body and a speaker part, the earphone body is rotatably connected to the speaker part, the earphone body is rotatably switchable between a first position and a second position relative to the speaker part, and the earphone body is provided with a first electrical connection part; wherein the smart glasses comprise glasses legs and a battery module, one of the glasses legs is provided with a second electrical connection part, and the second electrical connection part is electrically connected to the battery module; and in a case that, in use, the earphone body is rotated and switched to the first position, the earphone body is separated from the one of the glasses legs, and in a case that, in use, the earphone body is rotated and switched to the second position, the earphone body is connectable to the one of the glasses legs, and the first electrical connection part is electrically connectable to the second electrical connection part; characterized in that a microphone is disposed on an end of the earphone body away from the speaker part.
Expanding rivet connection for connecting at least two joining partners (21, 23), comprising: - an expanding rivet, comprising an expanding rivet body, which is formed such that it can be inserted into the first joining partner through recesses in said joining partner, and a threaded part which is formed such that it protrudes at least partially from the first joining partner after having been inserted, - an expanding rivet pin which is set up to be pressed through an opening arranged in the expanding rivet into the expanding rivet body to protrude through the first joining partner, and - a clamping element which is set up to be screwed onto the threaded part of the expanding rivet in order to connect at least one third joining partner to the first joining partner, wherein at least one stop is arranged on the expanding rivet between the expanding rivet body and the threaded part, and wherein at least one spacer is arranged on the expanding rivet between the expanding rivet body and the threaded part. - an expanding rivet, comprising an expanding rivet body, which is formed such that it can be inserted into the first joining partner through recesses in said joining partner, and a threaded part which is formed such that it protrudes at least partially from the first joining partner after having been inserted, an expanding rivet body, which is formed such that it can be inserted into the first joining partner through recesses in said joining partner, and a threaded part which is formed such that it protrudes at least partially from the first joining partner after having been inserted, - an expanding rivet pin which is set up to be pressed through an opening arranged in the expanding rivet into the expanding rivet body to protrude through the first joining partner, and - a clamping element which is set up to be screwed onto the threaded part of the expanding rivet in order to connect at least one third joining partner to the first joining partner, wherein at least one stop is arranged on the expanding rivet between the expanding rivet body and the threaded part, and wherein at least one spacer is arranged on the expanding rivet between the expanding rivet body and the threaded part.
A method for peer-to-peer, P2P, connection reestablishment by a mobile device (116,122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B), comprising: caching at least one of a Radio Resource Control, RRC, context and a session management, SM, context for a previous P2P session with a peer mobile device (116,122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B); wherein the previous P2P session uses a wide area network, WAN, backhaul connection; establishing a connection with the peer mobile device (116, 122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B) by sending a connection reestablishment request message including a connection context identifier, CC ID, associated with the RRC context and the SM context of the previous P2P session to the peer mobile device (116, 122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B), wherein establishing comprises establishing the connection without receiving a request from a network entity; the connection with the peer mobile device (116, 122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B) using an updated path different from a previous P2P session path; wherein the updated path includes a direct connection; and reestablishing a previous session state based on the at least one of the RRC context and the SM context. caching at least one of a Radio Resource Control, RRC, context and a session management, SM, context for a previous P2P session with a peer mobile device (116,122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B); wherein the previous P2P session uses a wide area network, WAN, backhaul connection; establishing a connection with the peer mobile device (116, 122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B) by sending a connection reestablishment request message including a connection context identifier, CC ID, associated with the RRC context and the SM context of the previous P2P session to the peer mobile device (116, 122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B), wherein establishing comprises establishing the connection without receiving a request from a network entity; the connection with the peer mobile device (116, 122; 306a-l; 406; 408; 410; 520a-I; 602, 604; 1102A-B; 1202A-B; 1302A-B; 1402A-B; 1502A-B) using an updated path different from a previous P2P session path; wherein the updated path includes a direct connection; and reestablishing a previous session state based on the at least one of the RRC context and the SM context.
An electric power steering apparatus of a vector control system that calculates dq-axis steering assist command values based on at least a steering torque, calculates dq-axis current command values from said dq-axis steering assist command values, converts dq-axis voltage command values calculated from said dq-axis current command values into duty command values of three phases, drives and controls a three-phase brushless motor by an inverter of a pulse width modulation control, and applies an assist torque to a steering system of a vehicle, the electric power steering apparatus characterised by comprising: a first compensation function to perform a dead time compensation "A" based on respective phase motor terminal voltages and said duty command values; a second compensation function to perform a dead time compensation "B" based on said dq-axis steering assist command values; and a third compensation function to perform a dead time compensation "C" based on said dq-axis current command values, wherein switches of said first compensation function, said second compensation function and said third compensation function are performed by using a conditional branch due to software and a gradual-changing switch, wherein dq-axis dead time compensation values are calculated, and wherein saiddq-axis voltage command values are compensated by said dq-axis dead time compensation values. a first compensation function to perform a dead time compensation "A" based on respective phase motor terminal voltages and said duty command values; a second compensation function to perform a dead time compensation "B" based on said dq-axis steering assist command values; and a third compensation function to perform a dead time compensation "C" based on said dq-axis current command values, wherein switches of said first compensation function, said second compensation function and said third compensation function are performed by using a conditional branch due to software and a gradual-changing switch, wherein dq-axis dead time compensation values are calculated, and wherein saiddq-axis voltage command values are compensated by said dq-axis dead time compensation values.
An automotive wheel with a cavity between the bolt holes in a hub mounting section, comprising a disk member through which an axle is to be connected and a rim member on which a tire is to be mounted, the disk member including: a hub mounting section in a circular shape through which the axle is to be connected and a plurality of spokes positioned in a radial shape from an outer circumferential edge of the hub mounting section, the hub mounting section further including: a hub hole in its center; a plurality of bolt holes positioned, at equally spaced intervals, in a radial shape outside the hub hole; and a plurality of cavities positioned, at equally spaced intervals proximate the bolt holes, the cavity including an entrance formed in the back, characterised in that the automotive wheel further comprises: a damper rubber inserted into each cavity.
An evacuation device for transporting gas and/or particles out of a room, comprising mounting means (7, 9) for installation in a wall of the room such that an inflow end is located on the face of the wall that faces the inside of the room and an outflow end is located outside the room, the evacuation device comprising a venturi nozzle extending between the inflow end and the outflow end, characterised by - a barrier releasably attached in the venturi nozzle to seal it when the evacuation device is in a standby state, and - driving means arranged to guide at least one flow of fluid through the venturi nozzle when the evacuation device is in an activated state, and - wherein the driving means comprise one or more nozzles arranged for connection to a liquid reservoir and configured to send nebulized liquid into the venturi nozzle. - a barrier releasably attached in the venturi nozzle to seal it when the evacuation device is in a standby state, and - driving means arranged to guide at least one flow of fluid through the venturi nozzle when the evacuation device is in an activated state, and - wherein the driving means comprise one or more nozzles arranged for connection to a liquid reservoir and configured to send nebulized liquid into the venturi nozzle.
A gas lift apparatus, comprising: a housing having a chamber, an inlet, and an outlet and having an internal surface disposed between the inlet and the outlet; a piston movably disposed along an axis in the housing, the piston having a proximal end exposed to chamber pressure and having a distal end exposed to inlet pressure, the distal end having an external surface selectively movable relative to the internal surface; at least one edge-welded bellows (160 or 160a-b) disposed on the piston and separating the inlet pressure from the chamber pressure; and a sliding seal (170, 180) configured between the internal and external surfaces (115, 142), the seal (170, 180) selectively sealing fluid communication from the inlet to the outlet and allowing the external surface to slide relative to the internal surface with the movement of the piston along the axis, wherein one of the at least one edge-welded bellows (160 or 160a) compresses when the piston moves in a closing direction along the axis, and wherein the one edge-welded bellows (160 or 160a) when fully compressed to a stacked height stops further movement of the piston in the closing direction. a housing having a chamber, an inlet, and an outlet and having an internal surface disposed between the inlet and the outlet; a piston movably disposed along an axis in the housing, the piston having a proximal end exposed to chamber pressure and having a distal end exposed to inlet pressure, the distal end having an external surface selectively movable relative to the internal surface; at least one edge-welded bellows (160 or 160a-b) disposed on the piston and separating the inlet pressure from the chamber pressure; and a sliding seal (170, 180) configured between the internal and external surfaces (115, 142), the seal (170, 180) selectively sealing fluid communication from the inlet to the outlet and allowing the external surface to slide relative to the internal surface with the movement of the piston along the axis, wherein one of the at least one edge-welded bellows (160 or 160a) compresses when the piston moves in a closing direction along the axis, and wherein the one edge-welded bellows (160 or 160a) when fully compressed to a stacked height stops further movement of the piston in the closing direction.
A pre-chamber arrangement for a gas engine, the arrangement comprising: a pre-chamber body accommodating a volume extending longitudinally along a centre axis; and a supply device for supplying a gaseous medium into the pre-chamber volume; wherein the pre-chamber body comprises a bottom portion with channels for allowing gas to flow between the pre-chamber volume and a main combustion chamber of the gas engine, wherein each channel extends along a channel axis from an inner opening facing the pre-chamber volume to an outer opening configured to face the main combustion chamber, wherein the bottom portion comprises a curved outer surface facing the main combustion chamber, wherein the channels extend through the curved outer surface, and wherein the channels are arranged such that the channel axis does not intersect the centre axis of the pre-chamber volume, characterized in that the bottom portion comprises flat surfaces surrounding the outer openings of the channels, wherein the flat surfaces are formed in the curved outer surface and configured such that they extend perpendicularly to the channel axis of the corresponding channel. a pre-chamber body accommodating a volume extending longitudinally along a centre axis; and a supply device for supplying a gaseous medium into the pre-chamber volume; wherein the channels extend through the curved outer surface, and wherein the channels are arranged such that the channel axis does not intersect the centre axis of the pre-chamber volume, characterized in that the bottom portion comprises flat surfaces surrounding the outer openings of the channels, wherein the flat surfaces are formed in the curved outer surface and configured such that they extend perpendicularly to the channel axis of the corresponding channel.
Air guide plate for discharging an edge strip in a machine for producing a running, planar material web, in particular made of tissue, paper, paperboard, board, film or textile having an edge-strip surface that has an edge-strip length in the machine direction and an edge-strip width in the cross-machine direction, wherein the terms machine direction and cross-machine direction are in each case with respect to the machine, having an edge-strip outer edge which terminates a lateral edge of the running, planar material web toward the outside in the cross-machine direction, and having an edge-strip inner edge which is arranged in the direction of the middle of the running, planar material web, comprising, arranged in the direction of an axis of longitudinal extent, at least one edge-strip inlet plate, one or more blow-out nozzle (s) (71, 72, 73, 74, 75) and at least one edge-strip outlet plate, wherein the one or more blow-out nozzle(s) (71, 72, 73, 74, 75) is/are arranged between the at least one edge-strip inlet plate and the at least one edge-strip outlet plate and the air guide plate has an air-guide-plate outer edge on the side away from the middle of the material web, characterized in that at least one air intake gap is arranged between the one or more blow-out nozzle (s) (71, 72, 73, 74, 75) and the at least one edge-strip outlet plate, wherein the at least one air intake gap has a length in the range of 0.2 to 5 mm in the direction of the axis of longitudinal extent.
A medicine cutting device for cutting and discharging medicines while moving one pill at a time, comprising: a first member disposed in parallel to a direction in which a medicine is supplied; and a second member facing the first member, wherein the medicine is disposed between the first member and the second member, the medicine cutting device is characterized in that it further comprises spring plates that are disposed on both sides of the first member, are perpendicular to the first member, provide an area where the medicine is disposed, and allow a shape deformation, in that top surfaces of the spring plates are disposed at positions higher than or equal to top end of the first member, and in that the medicine is placed on the top surfaces of the spring plates and cut while the second member reciprocates with respect to the fixed first member, or the first member reciprocates with respect to the fixed second member, or the first member and the second member simultaneously reciprocate in a mutually proximal or distal direction. a first member disposed in parallel to a direction in which a medicine is supplied; and a second member facing the first member, wherein the medicine is disposed between the first member and the second member, the medicine cutting device is characterized in that it further comprises spring plates that are disposed on both sides of the first member, are perpendicular to the first member, provide an area where the medicine is disposed, and allow a shape deformation, in that top surfaces of the spring plates are disposed at positions higher than or equal to top end of the first member, and in that the medicine is placed on the top surfaces of the spring plates and cut while the second member reciprocates with respect to the fixed first member, or the first member reciprocates with respect to the fixed second member, or the first member and the second member simultaneously reciprocate in a mutually proximal or distal direction.
A functional food preparation made of at least a milk/dairy product, based on animal milk, soy milk and/or rice milk, to which is added a mixture of botanical products, said mixture containing policosanols, isoflavones, plant statins and coenzymes; characterized in that said mixture comprises at least a dry extract botanical product of Medicago sativa containing saponins, coumarins, and folic acid, and in that said botanical product accounts for 0,005% to 0,06% by weight, preferably for 0,02% to 0,05% by weight of the preparation
A sliding member (4, 20) for a compressor (1, 30, 40), comprising: a body formed of an aluminum alloy; a first coating having abrasion resistance and formed on a surface of the body, characterized in that the first coating is a ceramic coating formed on the surface of the body, a second coating formed on the surface of the first coating so as to overlap the first coating, a Vickers hardness value of the first coating is 500 or more, the second coating is softer than the ceramic coating and it is formed of one selected from a fluorine resin, a molybdenum disulfide, a carbon-based composite material, a boron nitride, or a tungsten disulfide-based material. a body formed of an aluminum alloy; a first coating having abrasion resistance and formed on a surface of the body, characterized in that the first coating is a ceramic coating formed on the surface of the body, a second coating formed on the surface of the first coating so as to overlap the first coating, a Vickers hardness value of the first coating is 500 or more, the second coating is softer than the ceramic coating and it is formed of one selected from a fluorine resin, a molybdenum disulfide, a carbon-based composite material, a boron nitride, or a tungsten disulfide-based material.