mhurhangee/ep-ind-claims huggingface dataset:
A retrieval device configured to be attached to a scope device, comprising: a handle including an attachment portion configured to couple the handle to the scope device; a shaft coupled to the handle including a wire immovably coupled to the handle and a sheath, the sheath being movable relative to the handle over the wire between a distal position and a proximal position via an actuator assembly of the handle, the actuator assembly actuating a slider assembly of the handle, the slider assembly coupled to the sheath and movable relative to the attachment portion of the handle to move the sheath; an expandable end effector coupled to the distal end of the wire, the end effector movable between a collapsed configuration when the sheath is moved distally to the distal position to cover the end effector and an expanded configuration when the sheath is moved proximally to the proximal position, uncovering the end effector; and the handle further comprising a guide member comprising a channel, wherein the handle attachment portion is configured to be coupled to the scope device via the guide member, wherein the handle attachment portion includes a rod sized and shaped to be slidably received within the channel of the guide member such that the handle is movable relative to the guide member and the scope device along a longitudinal axis of the channel via the rod. a handle including an attachment portion configured to couple the handle to the scope device; a shaft coupled to the handle including a wire immovably coupled to the handle and a sheath, the sheath being movable relative to the handle over the wire between a distal position and a proximal position via an actuator assembly of the handle, the actuator assembly actuating a slider assembly of the handle, the slider assembly coupled to the sheath and movable relative to the attachment portion of the handle to move the sheath; an expandable end effector coupled to the distal end of the wire, the end effector movable between a collapsed configuration when the sheath is moved distally to the distal position to cover the end effector and an expanded configuration when the sheath is moved proximally to the proximal position, uncovering the end effector; and the handle further comprising a guide member comprising a channel, wherein the handle attachment portion is configured to be coupled to the scope device via the guide member, wherein the handle attachment portion includes a rod sized and shaped to be slidably received within the channel of the guide member such that the handle is movable relative to the guide member and the scope device along a longitudinal axis of the channel via the rod.
A coffee-making apparatus comprising: a brew-water chamber for containing brew water; a boiling-water cooling chamber for containing boiling water; a coffee chamber for containing a source of coffee; a conduit leading from the brew-water chamber to the coffee chamber, the conduit comprising a heat exchange portion in thermal contact with the boiling-water cooling chamber; and a pressure valve, openable at a threshold pressure in the brew-water chamber at which the pressure in the brew-water chamber is greater than or equal to 4 bar, and the temperature of the brew water is greater than the temperature of the boiling water in the boiling-water cooling chamber, to allow brew water to flow from the brew-water chamber through the conduit; in which the brew-water chamber and the boiling-water cooling chamber are defined within a common container and separated by a dividing wall that is insertable into the common container; in which the apparatus is configured so that brew water passing from the brew-water chamber through the conduit to the coffee chamber is cooled by heat flow to the boiling water in the boiling-water cooling chamber a brew-water chamber for containing brew water; a boiling-water cooling chamber for containing boiling water; a coffee chamber for containing a source of coffee; a conduit leading from the brew-water chamber to the coffee chamber, the conduit comprising a heat exchange portion in thermal contact with the boiling-water cooling chamber; and a pressure valve, openable at a threshold pressure in the brew-water chamber at which the pressure in the brew-water chamber is greater than or equal to 4 bar, and the temperature of the brew water is greater than the temperature of the boiling water in the boiling-water cooling chamber, to allow brew water to flow from the brew-water chamber through the conduit; in which the brew-water chamber and the boiling-water cooling chamber are defined within a common container and separated by a dividing wall that is insertable into the common container; in which the apparatus is configured so that brew water passing from the brew-water chamber through the conduit to the coffee chamber is cooled by heat flow to the boiling water in the boiling-water cooling chamber
A radiation imaging apparatus characterized by comprising: acquisition means adapted to acquire a radiation image from radiation detected by radiation detection means; correction coefficient calculation means (110; 710; 711; 1201) adapted to calculate at least two correction coefficients to correct deficiency pixels, generated in the radiation image with a radiation loss, by referring to adjacent non-deficiency pixels; correction means (111; 712) adapted to correct the deficiency pixels using the correction coefficients; calculation means adapted to calculate an evaluation value that evaluates an increase in a noise level caused when the deficiency pixel is corrected by the correcting means; and reduction means adapted to perform processing of reducing the noise level for the corrected deficiency pixel based on the evaluation value calculated by the calculation means. acquisition means adapted to acquire a radiation image from radiation detected by radiation detection means; correction coefficient calculation means (110; 710; 711; 1201) adapted to calculate at least two correction coefficients to correct deficiency pixels, generated in the radiation image with a radiation loss, by referring to adjacent non-deficiency pixels; correction means (111; 712) adapted to correct the deficiency pixels using the correction coefficients; calculation means adapted to calculate an evaluation value that evaluates an increase in a noise level caused when the deficiency pixel is corrected by the correcting means; and reduction means adapted to perform processing of reducing the noise level for the corrected deficiency pixel based on the evaluation value calculated by the calculation means.
A flexible film, comprising: a single-crystal layer which is manufactured from a single-crystal wafer; an electronic device formed on a surface of the single-crystal layer; one or more protection layers on the electronic device; and one or more flexible insulator layers on the other surface of said single-crystal layer wherein the single-crystal layer has a thickness of several tens of nanometers to several tens of micrometers and is flexible. a single-crystal layer which is manufactured from a single-crystal wafer; an electronic device formed on a surface of the single-crystal layer; one or more protection layers on the electronic device; and one or more flexible insulator layers on the other surface of said single-crystal layer wherein the single-crystal layer has a thickness of several tens of nanometers to several tens of micrometers and is flexible.
A loop surface fastener in which numerous looped engaging elements formed from loop yarns inserted in parallel to ground warp yarns are provided upright on one side of a base fabric formed from ground warp yarns and ground weft yarns, wherein all the following requirements 1) to 3) are satisfied: 1) the density of the looped engaging elements is in a range of 100 to 200/cm 2, characterized in that 2) the loop yarn is a multi-filament yarn formed by bundling 5 to 9 filaments of 30 to 45 decitex, 3) loop surfaces of 80 % or more of the looped engaging elements are substantially facing in the same direction and the loop surfaces of the looped engaging elements face in directions in a range of ±30° with respect to a direction perpendicular to the ground weft yarn direction. 1) the density of the looped engaging elements is in a range of 100 to 200/cm 2, characterized in that 2) the loop yarn is a multi-filament yarn formed by bundling 5 to 9 filaments of 30 to 45 decitex, 3) loop surfaces of 80 % or more of the looped engaging elements are substantially facing in the same direction and the loop surfaces of the looped engaging elements face in directions in a range of ±30° with respect to a direction perpendicular to the ground weft yarn direction.
A method for manufacturing a strip in a soft magnetic alloy capable of being mechanically cut out, the chemical composition of which comprises by weight: 18% ≤ Co ≤ 55% 0% ≤ V+W ≤ 3% 0% ≤ Cr ≤ 3% 0% ≤ Si ≤ 3% 0% ≤ Nb ≤ 0.5% 0% ≤ B ≤ 0.05% 0% ≤ C ≤ 0.1% 0% ≤ Zr+Ta ≤ 0.5% 0% ≤ Ni ≤ 5% 0% ≤ Mn ≤ 2% The remainder consisting of iron and impurities resulting from elaboration, according to which a strip obtained by hot rolling of a semi-finished product consisting of the alloy is cold-rolled in order to obtain a cold rolled strip with a thickness of less than 0.6mm, characterized in that, after cold rolling, a continuous annealing treatment is carried out on the strip by having it pass into a continuous oven, at a temperature comprised between the order/disorder transition temperature of the alloy and the ferritic/austenitic transformation point of the alloy, followed by rapid cooling down to a temperature below 200°C, the cooling rate of the strip upon exiting the continuous oven being greater than 1000°C/h, the cooling rate of the strip between the order/disorder transition temperature of the alloy and 200°C being greater than 1,000°C/h.
A sintered alloy having a structure consisting of Ni-P alloy particles having an average diameter of 10 to 100 μm dispersed in an amount of 1 to 20% by mass in a sintered alloy base that consists of not larger than 50% by mass of Fe, 0.5 to 5% by mass of Sn, and optionally 0.1 to 1.0% by mass of P, 0.5 to 5% by mass of Zn and 0.2 to 8% by mass of a solid lubricant, and a remainder of Cu and inevitable impurities, wherein said Ni-P alloy particles consist of 1 to 12% by mass of P and a remainder of Ni and inevitable impurities.
A microsystem comprising a heating element and a porous thermal insulation body composed of particles having a size of 10 nm to 100 μm and a thermal conductivity of less than 10 W/(m-K), said thermal insulation body having a porosity of 1 to 70% and being subjected to negative pressure.
Seal for sealing a gap in a high-temperature application, in particular for use in a combustion arrangement of a gas turbine, having a hot side and an opposite cold side, and a left side and an opposite right side, comprising - an angle profile having an L-shaped configuration with a left engagement flank extending from a left angle corner to the left side and with a left sealing flank extending from the left angle corner to the cold side; and - a clamping profile with a right engagement flank extending from a right angle corner to the right side and with a right sealing flank extending from the right angle corner to the cold side and lying against the left sealing flank, and with a holding portion lying against the left sealing flank opposite the right sealing flank, and with a curved clamping portion connecting the right sealing flank to the holding portion. - an angle profile having an L-shaped configuration with a left engagement flank extending from a left angle corner to the left side and with a left sealing flank extending from the left angle corner to the cold side; and - a clamping profile with a right engagement flank extending from a right angle corner to the right side and with a right sealing flank extending from the right angle corner to the cold side and lying against the left sealing flank, and with a holding portion lying against the left sealing flank opposite the right sealing flank, and with a curved clamping portion connecting the right sealing flank to the holding portion.
A planarization processing device for planarization processing in a catalyst-aided chemical processing with high precision at the atomic level, comprising: a first planarization processing section that includes: a first holding means that holds one of a workpiece and a catalyst body having a catalyst layer at least on a surface thereof, a second holding means that holds the other of the workpiece and the catalyst body and brings the surface thereof into contact with or proximal to a surface of the one of the workpiece and the catalyst body, and a first guide member that causes the second holding means to move in a direction parallel to the other surface of the workpiece or the catalyst body at least by an amount that makes possible planarization based on a catalytic reaction; at least one weight section; and a primary driver that reciprocates the second holding means of the first planarization processing section and the weight section in a single plane in opposite phases in opposite directions along the first guide member in such a way that vibration-causing forces arising from reaction forces during movement thereof are attenuated overall. a first holding means that holds one of a workpiece and a catalyst body having a catalyst layer at least on a surface thereof, a second holding means that holds the other of the workpiece and the catalyst body and brings the surface thereof into contact with or proximal to a surface of the one of the workpiece and the catalyst body, and a first guide member that causes the second holding means to move in a direction parallel to the other surface of the workpiece or the catalyst body at least by an amount that makes possible planarization based on a catalytic reaction; at least one weight section; and a primary driver that reciprocates the second holding means of the first planarization processing section and the weight section in a single plane in opposite phases in opposite directions along the first guide member in such a way that vibration-causing forces arising from reaction forces during movement thereof are attenuated overall.
Collet chuck for clamping a tool shank, having a chuck body, a collet and a multiple-part clamping nut which is composed of a clamping ring and a threaded portion that are connected to one another in a rotatable and otherwise form-fitting manner by way of rolling members, characterized in that the clamping ring and the collet have coupling elements which act in a form-fitting manner and are designed such that the collet, through the central opening of the clamping ring held on the chuck body, said central opening facing away from the latter, can be inserted into the collet receptacle in that coupling elements move past one another and the coupling elements thereupon, by twisting the clamping ring relative to the collet, can be brought to mutually engage such that the clamping ring, by way of the coupling elements, can transmit the forces, which have been imparted to said clamping ring by the threaded portion during tightening, to the collet and drive the collet into the chuck body, and in that the collet and the chuck body have interacting first and second form-fitting elements (17; 18) which ensure that the collet can be inserted into the chuck body only in one or a plurality of pre-defined twisted positions.
A multi-lumen catheter comprising: a tubular shaft member having a proximal end, a distal end and a longitudinal length therebetween, the tubular shaft member having a first lumen and a second lumen defined therein, the first lumen having a first lumen cross-sectional dimension and a length extending at least along a portion of the length of the tubular shaft member, and the second lumen having a second lumen cross-sectional dimension and a length extending along the length of tubular shaft member, characterized in that the tubular shaft member is a monolithic elongate tubular shaft member having an inner core made of a first material and an outer layer made of a second material, the first material of the inner core defining the first lumen and the second lumen therein, wherein the first lumen is positioned adjacent to the second lumen, the first lumen cross-sectional dimension being uniform along the length of the first lumen, the second lumen cross-sectional dimension being uniform along the length of the second lumen, and the tubular shaft member having an outer cross-sectional dimension that varies along the length of the tubular shaft member. a tubular shaft member having a proximal end, a distal end and a longitudinal length therebetween, the tubular shaft member having a first lumen and a second lumen defined therein, the first lumen having a first lumen cross-sectional dimension and a length extending at least along a portion of the length of the tubular shaft member, and the second lumen having a second lumen cross-sectional dimension and a length extending along the length of tubular shaft member, characterized in that the tubular shaft member is a monolithic elongate tubular shaft member having an inner core made of a first material and an outer layer made of a second material, the first material of the inner core defining the first lumen and the second lumen therein, wherein the first lumen is positioned adjacent to the second lumen, the first lumen cross-sectional dimension being uniform along the length of the first lumen, the second lumen cross-sectional dimension being uniform along the length of the second lumen, and the tubular shaft member having an outer cross-sectional dimension that varies along the length of the tubular shaft member.
A heat treatment method, the method comprising providing a glass pane having a transparent electrically conductive coating on a surface of the glass pane such that the glass pane has a coated surface, the coated surface having a central region and a perimeter region, wherein the perimeter region constitutes less than 50% of the entire surface area of the coated surface, and the method includes moving a heat treatment device about a perimeter of the coated surface while operating the heat treatment device so as to selectively heat treat the perimeter region of the coated surface such that the transparent electrically conductive coating has a sheet resistance that is at least 5 Ω/square higher at the perimeter region than it is at the central region.
Structural part for arrangement in a roller shutter housing, the structural part being designed as two pieces, comprising a cover part and a base part, the parts being interconnected so as to be immovable at least in the vertical direction but detachable and the cover part having a vertical portion, the base part and the cover part having a portion that extends parallel to the base or cover respectively, characterised in that the base part of the structural part is designed as an insertion part comprising an insertion tongue.
Casing for a control unit, the casing comprising: - a connector region which is situated on a connector side of the casing and can be closed by way of two covering hoods (10, 20), each covering hood (10, 20) comprising two hinge elements (11, 12) which are arranged along an edge of the covering hood (10, 20) asymmetrically from a centre of the edge; and - at least four gripping arms (111, 121) which are configured to at least partially engage around the hinge elements (11, 12) of the two covering hoods (10, 20) and to hold them rotationally, it being possible for the two covering hoods (10, 20) to be placed at different positions on the connector region of the casing and to be closed rotationally. - a connector region which is situated on a connector side of the casing and can be closed by way of two covering hoods (10, 20), each covering hood (10, 20) comprising two hinge elements (11, 12) which are arranged along an edge of the covering hood (10, 20) asymmetrically from a centre of the edge; and - at least four gripping arms (111, 121) which are configured to at least partially engage around the hinge elements (11, 12) of the two covering hoods (10, 20) and to hold them rotationally, it being possible for the two covering hoods (10, 20) to be placed at different positions on the connector region of the casing and to be closed rotationally.
Helium emptying device for retrieval of liquid helium (LHe) (109, 110, 208, 301, 402,1003) from low-temperature magnets (111, 210, 304) of magnetic resonance tomography units (MRTs), comprising a coupling unit (113, 205, 305, 500, 600, 700, 900, 1008) fastened to a wall (404, 501, 601, 701) of an MRT container in order to form a two-channel connection point for a siphon gas supply line (102, 204, 306, 507, 607, 709, 1007) on a siphon gas bottle (101, 201, 1001) and an LHe discharge line (203, 307, 401, 504, 604, 710, 1010) on a temperature-insulated helium transport vessel (103, 202, 1006), said coupling unit (113, 205, 305, 500, 600, 700, 900, 1008) comprising in the direction of the container interior a connection or link to a siphon gas riser (104, 206, 302, 806, 911) in the direction of an upper section area of the container of the MRT and a connection or link to an LHe collecting line (112, 213, 808, 912, 1005) in the direction of a lower section area of the container for collection and discharge of the helium reservoir (109, 110, 208, 301, 402, 1003), characterized in that starting from the coupling unit (113, 205, 305, 500, 600, 700, 900, 1008) inside the MRT container the LHe collecting line (112, 213, 808, 912, 1005) does not run parallel to the siphon gas riser (104, 206, 302, 806, 911), so that the LHe collecting line (112, 213, 808, 912, 1005) runs at an angle to the siphon gas riser (104, 206, 302, 806, 911) and has a geometrically complex, angled or curved course or is flexibly designed in order to follow a curvature of the cylinder jacket wall (404, 501, 601, 701) of the MRT container in the direction of a lowest point (212, 309, 405) of the container and/or that starting from the coupling unit (113, 205, 305, 500, 600, 700, 900, 1002) the siphon gas riser (104, 206, 302, 806, 911) in the interior of the MRT container has a geometrically complex, angled or curved course or is flexibly designed in order to follow a curvature of the cylinder jacket of the MRT container in the direction of a highest point of the MRT container.
An integrated rolling curtain window, including a profile window, characterized in that, the integrated rolling curtain window further comprises a rolling curtain assembly having a window curtain cover assembly mounted on the top of the profile window, two windproof rails positioned on the front surface of both sides of the profile window, a first connection piece for removably mounting the window curtain cover assembly to the top of the profile window and a second connection piece for removably connecting the said two windproof rails to the front surface of both sides of the profile window respectively, the window curtain cover assembly has a curtain cloth component which could be rolled out and in, and both sides of the curtain cloth component move within the said two windproof rails respectively when the curtain cloth component is rolled out.