mhurhangee/ep-ind-claims huggingface dataset:
Heat store component for the passage of a flow of gas therethrough, in particular in heat exchangers of flue gas cleaning systems, comprising a mounting, a first heat storage medium and a second heat storage medium, wherein the mounting forms an inlet side and an outlet side of the heat store component for the flow of gas that is to be fed therethrough, wherein the first and second heat storage media (192, 190) are arranged one behind the other in the direction of flow of the gas between the inlet side and the outlet side of the mounting and each has a plurality of substantially parallel flow channels, wherein the second heat storage medium is formed of one or more honeycomb blocks, characterized in that the honeycomb block or the honeycomb blocks comprise a body that is produced in one-piece manner from a plastics material and has a plurality of flow channels which are arranged in parallel with one another and are separated from each other by channel walls, wherein the plastics material comprises a plastics which contains virgin polytetrafluoroethylene (PTFE) as a fraction of ca. 80% by weight or more and optionally a high performance polymer differing from the PTFE as a fraction of ca. 20% by weight or less.
A three-dimensional-object inkjet printing apparatus comprising: a base; an arm supported by the base; a liquid ejecting head that is fixed to a tip end of the arm and ejects a liquid onto a work piece; a liquid accumulation section that accumulates the liquid; a supply channel which communicates the liquid accumulation section and the liquid ejecting head with each other and along which the liquid is supplied from the liquid accumulation section to the liquid ejecting head; and a pressure control valve that is provided halfway in the supply channel and controls a pressure of the liquid supplied to the liquid ejecting head, wherein the arm includes N movable sections that change an angle of the liquid ejecting head with respect to a horizontal plane, N being 1 or more, the pressure control valve is fixed to the arm, and K pieces of the movable sections are provided between the pressure control valve and the base, K being 1 or more and N or less. a base; an arm supported by the base; a liquid ejecting head that is fixed to a tip end of the arm and ejects a liquid onto a work piece; a liquid accumulation section that accumulates the liquid; a supply channel which communicates the liquid accumulation section and the liquid ejecting head with each other and along which the liquid is supplied from the liquid accumulation section to the liquid ejecting head; and a pressure control valve that is provided halfway in the supply channel and controls a pressure of the liquid supplied to the liquid ejecting head, wherein the arm includes N movable sections that change an angle of the liquid ejecting head with respect to a horizontal plane, N being 1 or more, the pressure control valve is fixed to the arm, and K pieces of the movable sections are provided between the pressure control valve and the base, K being 1 or more and N or less.
A cell-free process for synthesising DNA in an amount higher than 1g per litre of reaction mixture, comprising contacting a DNA template with at least one polymerase in the presence of nucleotides and one or more metal cations to form said reaction mixture, wherein isothermal amplification of the DNA template occurs via strand-displacement replication and wherein further nucleotides and metal cations are independently supplied to the reaction mixture continuously or in aliquots such that the ratio of metal cations: nucleotides is between 3:1 and 1:3.
A clamping device for dispensing surgical fasteners comprising: a lower arm having a proximal end, a distal end, and a longitudinal axis extending between the proximal and distal ends; an upper arm connected with said lower arm and having a distal end that opposes the distal end of said lower arm; an actuator coupled with said upper and lower arms for moving the distal ends of said upper and lower arms toward one another for closing said clamping device; and a surgical fastener dispenser secured to the distal end of said lower arm, said surgical fastener dispenser including a cartridge body having a top surface with a surgical fastener dispenser opening; wherein said surgical fastener dispenser is adapted to dispense surgical fasteners from said cartridge body; characterized by a pad pivotally connected to the distal end of said upper arm, said pad having a bottom surface that opposes said dispenser opening, wherein when said clamping device is closed said bottom surface of said pad applies a clamping force through tissue onto said top surface of said cartridge body for dispensing one of said surgical fasteners from said dispenser opening. a lower arm having a proximal end, a distal end, and a longitudinal axis extending between the proximal and distal ends; an upper arm connected with said lower arm and having a distal end that opposes the distal end of said lower arm; an actuator coupled with said upper and lower arms for moving the distal ends of said upper and lower arms toward one another for closing said clamping device; and a surgical fastener dispenser secured to the distal end of said lower arm, said surgical fastener dispenser including a cartridge body having a top surface with a surgical fastener dispenser opening; wherein said surgical fastener dispenser is adapted to dispense surgical fasteners from said cartridge body; characterized by a pad pivotally connected to the distal end of said upper arm, said pad having a bottom surface that opposes said dispenser opening, wherein when said clamping device is closed said bottom surface of said pad applies a clamping force through tissue onto said top surface of said cartridge body for dispensing one of said surgical fasteners from said dispenser opening.
The method of securing a stop for railway wagons for the transport of cars, said stop comprising - an U-shaped fixed part, where grooves are located on the side walls with the shape of the inverted letter V with one shorter arm, - a movable part located on the fixed part, with first pins arranged in the corresponding places on the movable part, these first pins engaging in the grooves of the fixed part, - and a guide comprising second pins, whereby holes on the fixed parts correspond to the second pins on the guide, characterized in that by means of the pins on the guide and the holes on the fixed part it is possible to adjust the fixed part from the parallel direction to the axle of the wagon to perpendicular direction with the axle of the wagon by lifting, rotating by 90 degrees and by placing the movable part and vice versa. - an U-shaped fixed part, where grooves are located on the side walls with the shape of the inverted letter V with one shorter arm, - a movable part located on the fixed part, with first pins arranged in the corresponding places on the movable part, these first pins engaging in the grooves of the fixed part, - and a guide comprising second pins, whereby holes on the fixed parts correspond to the second pins on the guide,
A work vehicle comprising: an engine mounted on a front portion of a travelling machine body; a post-processing device above the engine and configured to purify exhaust gas of the engine; a cooling fan in front of the engine and configured to cool the engine; and a hood configured to cover the cooling fan, the engine, and the post-processing device, the hood comprising a shield covering a lower section of the post-processing device and one side of the engine, the shield comprising a perforated plate comprising a plurality of holes, characterized in that the post-processing device is coupled to an exhaust manifold on one side of the engine, the exhaust manifold being covered with the shield, the work vehicle further comprising: a heat insulating member below the exhaust manifold and coupled to one side of the engine; and a starter below the heat insulating member. an engine mounted on a front portion of a travelling machine body; a post-processing device above the engine and configured to purify exhaust gas of the engine; a cooling fan in front of the engine and configured to cool the engine; and a hood configured to cover the cooling fan, the engine, and the post-processing device, the hood comprising a shield covering a lower section of the post-processing device and one side of the engine, the shield comprising a perforated plate comprising a plurality of holes, characterized in that the post-processing device is coupled to an exhaust manifold on one side of the engine, the exhaust manifold being covered with the shield, the work vehicle further comprising: a heat insulating member below the exhaust manifold and coupled to one side of the engine; and a starter below the heat insulating member. a heat insulating member below the exhaust manifold and coupled to one side of the engine; and a starter below the heat insulating member.
A cooking utensil (10; 80; 120; 160; 200; 260; 320; 380; 440) for use with an induction cooktop having a cooktop surface and an induction heating coil, the cooking utensil comprising: an inner wall (12; 82; 122; 162; 202; 262; 322; 382; 442) comprising an electrically conductive material; an outer wall (20; 90; 130; 170; 210; 290; 350; 410; 470) comprising an electrically non-conductive material; and a gap (51; 110; 150; 190; 230; 311; 370; 430; 490) between the inner and outer walls; the cooking utensil being characterized in that it comprises an intermediate wall (40; 100; 140; 180; 220; 250; 300; 360; 424; 484) in the gap, the intermediate wall dividing the gap into an inner chamber (52; 112; 152; 192; 232; 312; 372; 432; 492) between the inner wall and the intermediate wall and an outer chamber (54; 114; 154; 194; 234; 314; 374; 434; 494) between the outer wall and the intermediate wall. an inner wall (12; 82; 122; 162; 202; 262; 322; 382; 442) comprising an electrically conductive material; an outer wall (20; 90; 130; 170; 210; 290; 350; 410; 470) comprising an electrically non-conductive material; and a gap (51; 110; 150; 190; 230; 311; 370; 430; 490) between the inner and outer walls; the cooking utensil being characterized in that it comprises an intermediate wall (40; 100; 140; 180; 220; 250; 300; 360; 424; 484) in the gap, the intermediate wall dividing the gap into an inner chamber (52; 112; 152; 192; 232; 312; 372; 432; 492) between the inner wall and the intermediate wall and an outer chamber (54; 114; 154; 194; 234; 314; 374; 434; 494) between the outer wall and the intermediate wall.
An assembly for preparing a beverage by extraction, able to receive a plurality of capsules of different types from one another, each capsule containing an extractable product, the assembly comprising: - a machine provided to supply a fluid; - a plurality of adapters each comprising a recipient and a cover defining a reception cavity between them, the cavities of the adapters being different from one another and each adapter being provided to receive one of said capsules in the corresponding cavity; - a fastener assembly suitable for mounting each adapter on the machine reversibly in an extraction position in which the cavity can be supplied by the fluid, the beverage preparation assembly comprising a first sealing device between the cover of each adapter and the machine, each adapter comprising a second sealing device between the capsule and the cover, characterized in that the beverage preparation assembly includes a discharge circuit for the fluid having crossed through the capsule, and a circuit for collecting fluid leaks through the first and/or second sealing devices (111, 113) completely separate from the discharge circuit for the fluid having crossed through the capsule. - a machine provided to supply a fluid; - a plurality of adapters each comprising a recipient and a cover defining a reception cavity between them, the cavities of the adapters being different from one another and each adapter being provided to receive one of said capsules in the corresponding cavity; - a fastener assembly suitable for mounting each adapter on the machine reversibly in an extraction position in which the cavity can be supplied by the fluid,
A suspension seat for suspended arrangement at a wall holder, having a holding rod extending substantially horizontally at least in portions, wherein a back rest of the suspension seat is equipped with a holding rod receptacle, which presents a carrying edge for resting on the holding rod of the wall holder in a supporting manner, characterised in that the holding rod receptacle presents a carrying handle having a handle piece, which is connected to the holding rod receptacle in a force-fitting manner via a blocking unit being arranged at the carrying edge so as to be extendible, in such a manner that the blocking unit blocks a receiving opening of the holding rod receptacle in a non-operating position of the carrying handle and that the blocking unit uncovers the receiving opening in an operating position of the carrying handle.
A ski boot comprising a rigid shell, which is shaped so as to accommodate the foot of the user, and has a lower part structured to couple with a ski binding device; a rigid cuff which is pivotally jointed to the shell so as to be able to pivot about a transversal rotation axis, and is provided with two lateral flaps (11, 12) that embrace the leg of the user on opposite sides and overlap to one another so as to form a substantially tubular structure that surrounds the leg of the user; and cuff closing means capable of pulling the two lateral flaps (11, 12) of the cuff towards each other, so as to tighten the cuff on the leg of the user; wherein the cuff closing means comprise: at least two cable-guiding members (18, 19) that are located on a first lateral flap of the cuff vertically spaced side by side to one another; a tightening cable which has the two ends firmly fastened on the cuff, directly on or in proximity of the second lateral flap of the cuff, and which extends towards the first lateral flap so as to reach and engage, in freely sliding manner and in sequence, said two cable-guiding members (18, 19) following a substantially U-shaped path; and a manually-operated cable-tightening assembly which is coupled to the tightening cable at a point located along a central segment of the tightening cable, and is capable of pulling the central segment of the cable transversely to the straight line (r) joining the two cable-guiding members (18, 19), so as to tighten the tightening cable.
A method for manufacturing a structure of composite material formed by a first structural component and a plurality of second structural components by joining said second structural components in uncured state to the first structural component in cured state by co-bonding, comprising the following steps: a) preparing for each second structural component an ensemble formed by a preform of the second structural component disposed between curing tools (21, 21') having previously placed on them a band of a suitable material to form a vacuum bag so that said preform is surrounded by the band except the surface to be joined to the first structural component in which is placed an adhesive layer for the co-bonding, being dimensioned such bands so that at least the zone of the structure located around the second structural components can be covered with them; b) placing the ensembles of the second structural components on the first structural component in the areas foreseen for their attachment and forming a vacuum bag joining the bands of each second structural component and complementary pieces (25, 26) of the same material as bands so that the vacuum bag covers entirely the first structural component; c) applying an autoclave cycle to the assembly resulting from the previous step for performing the co-bonding of the second structural components to the first structural component. a) preparing for each second structural component an ensemble formed by a preform of the second structural component disposed between curing tools (21, 21') having previously placed on them a band of a suitable material to form a vacuum bag so that said preform is surrounded by the band except the surface to be joined to the first structural component in which is placed an adhesive layer for the co-bonding, being dimensioned such bands so that at least the zone of the structure located around the second structural components can be covered with them; b) placing the ensembles of the second structural components on the first structural component in the areas foreseen for their attachment and forming a vacuum bag joining the bands of each second structural component and complementary pieces (25, 26) of the same material as bands so that the vacuum bag covers entirely the first structural component; c) applying an autoclave cycle to the assembly resulting from the previous step for performing the co-bonding of the second structural components to the first structural component.
A protecting structure for a power source apparatus, comprising: a frame unit in which a plurality of frames (21a-21h) are connected to each other and surround the power source apparatus mounted on a vehicle body; and an abutting frame extending in a direction in which an external force in a predetermined direction acts on the vehicle body, and characterized by comprising one end and another end in a longitudinal direction of the abutting frame, the one end being connected to the frame unit, the another end being located away from the vehicle body, wherein the abutting frame is configured to be displaced in the predetermined direction in response to displacement of the frame unit subjected to the external force in the predetermined direction, and wherein the another end of the abutting is configured to abut the vehicle body in response to the displacement of the frame unit. a frame unit in which a plurality of frames (21a-21h) are connected to each other and surround the power source apparatus mounted on a vehicle body; and an abutting frame extending in a direction in which an external force in a predetermined direction acts on the vehicle body, and characterized by comprising one end and another end in a longitudinal direction of the abutting frame, the one end being connected to the frame unit, the another end being located away from the vehicle body, wherein the abutting frame is configured to be displaced in the predetermined direction in response to displacement of the frame unit subjected to the external force in the predetermined direction, and wherein the another end of the abutting is configured to abut the vehicle body in response to the displacement of the frame unit.
Rail vehicle braking system, comprising a braking linkage and a service brake and/or parking brake (6, 7) configured to act on at least one braking member of said rail vehicle via said braking linkage, which linkage is provided with at least one device having at least one lining mounting and at least one lining mechanically connected to said at least one lining mounting, and with at least one lever extending from said service brake and/or parking brake to said device, characterized in that said at least one lever is mechanically connected to said at least one lining mounting, on an attachment region thereof which is located away from said at least one lining and which is at most 35 mm from a transverse central axis of said device.
An evolved Node B, eNB, reconfiguration method, characterized by comprising steps of: receiving, by a User Equipment, UE, from a Master eNB, MeNB, a Radio Resource Control, RRC, reconfiguration message carrying an RRC reconfiguration parameter of a secondary eNB, SeNB, and an RRC reconfiguration parameter of the MeNB; when the RRC reconfiguration parameter of the MeNB is ignorable, not returning, by the UE, to the MeNB a message, or returning RRC reconfiguration result information of the SeNB to the MeNB; when RRC reconfiguration for the MeNB has been completed in accordance with the RRC reconfiguration parameter of the MeNB, returning, by the UE, to the MeNB an RRC reconfiguration success message carrying the RRC reconfiguration result information of the SeNB; and when an abnormality occurs during the RRC reconfiguration for the MeNB in accordance with the RRC reconfiguration parameter of the MeNB, initiating, by the UE, RRC reconstruction for the MeNB. receiving, by a User Equipment, UE, from a Master eNB, MeNB, a Radio Resource Control, RRC, reconfiguration message carrying an RRC reconfiguration parameter of a secondary eNB, SeNB, and an RRC reconfiguration parameter of the MeNB; when the RRC reconfiguration parameter of the MeNB is ignorable, not returning, by the UE, to the MeNB a message, or returning RRC reconfiguration result information of the SeNB to the MeNB; when RRC reconfiguration for the MeNB has been completed in accordance with the RRC reconfiguration parameter of the MeNB, returning, by the UE, to the MeNB an RRC reconfiguration success message carrying the RRC reconfiguration result information of the SeNB; and when an abnormality occurs during the RRC reconfiguration for the MeNB in accordance with the RRC reconfiguration parameter of the MeNB, initiating, by the UE, RRC reconstruction for the MeNB.
A filter element, comprising: a tubular element; first and second end caps (42, 46), each associated with an opposite end of the tubular element; filter media positioned around the tubular element and between the first and second end caps; a biasing element associated with the tubular element; and a retainer element positioned at a first end of the tubular element, wherein the retainer element includes: a retainer aperture including a central circular portion and two opposite lateral slots extending from opposite sides of the central circular portion; two arcuate shoulder segments extending between opposite sides of the two opposite lateral slots; characterized by a full tab extending a first axial distance from a bottom surface of one of the two arcuate shoulder segments at a circumferential position midway between the two opposite lateral slots; and a partial tab extending a second axial distance less than the first axial distance from a bottom surface of the other of the two arcuate shoulder segments at a circumferential position on an opposite side of the lateral slots from the full tab. a tubular element; first and second end caps (42, 46), each associated with an opposite end of the tubular element; filter media positioned around the tubular element and between the first and second end caps; a biasing element associated with the tubular element; and a retainer element positioned at a first end of the tubular element, wherein the retainer element includes: a retainer aperture including a central circular portion and two opposite lateral slots extending from opposite sides of the central circular portion; two arcuate shoulder segments extending between opposite sides of the two opposite lateral slots; characterized by a full tab extending a first axial distance from a bottom surface of one of the two arcuate shoulder segments at a circumferential position midway between the two opposite lateral slots; and a partial tab extending a second axial distance less than the first axial distance from a bottom surface of the other of the two arcuate shoulder segments at a circumferential position on an opposite side of the lateral slots from the full tab. a retainer aperture including a central circular portion and two opposite lateral slots extending from opposite sides of the central circular portion; two arcuate shoulder segments extending between opposite sides of the two opposite lateral slots; characterized by a full tab extending a first axial distance from a bottom surface of one of the two arcuate shoulder segments at a circumferential position midway between the two opposite lateral slots; and a partial tab extending a second axial distance less than the first axial distance from a bottom surface of the other of the two arcuate shoulder segments at a circumferential position on an opposite side of the lateral slots from the full tab.