mhurhangee/ep-ind-claims huggingface dataset:
A container type refrigeration system, wherein the container comprises an upper beam assembly, a lower beam assembly, a first end wall assembly, and a second end wall assembly, the upper beam assembly is spaced from the lower beam assembly to form a first accommodation space between the upper beam assembly and the lower beam assembly, the upper beam assembly and the lower beam assembly each has one end connected to the first end wall assembly and the other end connected to the second end wall assembly to form a second accommodation space above the upper beam assembly and between the first end wall assembly and the second end wall assembly, the first accommodation space is isolated from the second accommodation space through the upper beam assembly, the second accommodation space has a water chilling unit, and the first accommodation space has a water channel system, wherein the water chilling unit comprises more than two refrigeration units, a power distribution cabinet, and a pneumatic tank, wherein the refrigeration units are set alternately along a lengthwise direction of the container, the power distribution cabinet and the pneumatic tank are respectively set in a spacing between the alternately set refrigeration units; the water channel system comprises a chilling water tank and a pipeline and valve, and the chilling water tank is set in the first accommodation space and communicated with the pipeline through the valve.
A method for simultaneously picking at least two components arranged in adjacent component tapes in a component mounting machine, the component mounting machine including: at least two mounting tools for picking and placing components within the component mounting machine and arranged adjacent to each other along a horizontal axis, rotatably arranged around individual vertical rotational axes (V1, V2), and including individual mounting tool tip portions each offset in a horizontal direction relative to the respective vertical rotational axis such that respective x and y coordinates of each mounting tool tip portion in a horizontal plane perpendicular to the respective vertical rotational axis are adjustable by rotating (A, B) the respective mounting tool around the respective vertical rotational axis; and a component tape feeding mechanism for feeding at least two adjacent component tapes along a y-direction, said method comprising the steps of: a) receiving respective x and y coordinates of said at least two components in the horizontal plane; b) positioning said mounting tool tip portions to the x coordinates of said at least two components, said positioning including rotating the mounting tools around the vertical rotational axes; c) adjusting said component tapes in the y direction to the y coordinates of said at least two components; thereby aligning said components under said mounting tool tip portions; and d) picking said at least two components with said at least two mounting tools. a) receiving respective x and y coordinates of said at least two components in the horizontal plane; b) positioning said mounting tool tip portions to the x coordinates of said at least two components, said positioning including rotating the mounting tools around the vertical rotational axes; c) adjusting said component tapes in the y direction to the y coordinates of said at least two components; thereby aligning said components under said mounting tool tip portions; and d) picking said at least two components with said at least two mounting tools.
A camera module, wherein the camera module comprises a lens and a voice coil motor VCM, and the lens is placed in the voice coil motor, wherein a first portion of an inner side of the voice coil motor is attached to a first portion of an outer side of the lens; and a second portion of the inner side of the voice coil motor is provided with a screw thread structure recessed relative to the first portion of the inner side of the voice coil motor, the screw thread structure and a second portion of the outer side of the lens, wherein the outer side of the lens has a screw-free smooth surface structure or the outer the outer side of the lens is provided with at least one groove wrapping around the outer side of the lens, form a groove portion, and the groove portion is filled with adhesive, wherein the first portion of the inner side of the voice coil motor is a lower portion of the inner side of the voice coil motor, the second portion of the inner side of the voice coil motor is an upper portion of the inner side of the voice coil motor, the first portion of the outer side of the lens is a lower portion of the outer side of the lens, and the second portion of the outer side of the lens is an upper portion of the outer side of the lens. a first portion of an inner side of the voice coil motor is attached to a first portion of an outer side of the lens; and a second portion of the inner side of the voice coil motor is provided with a screw thread structure recessed relative to the first portion of the inner side of the voice coil motor, the screw thread structure and a second portion of the outer side of the lens, wherein the outer side of the lens has a screw-free smooth surface structure or the outer the outer side of the lens is provided with at least one groove wrapping around the outer side of the lens, form a groove portion, and the groove portion is filled with adhesive, wherein the first portion of the inner side of the voice coil motor is a lower portion of the inner side of the voice coil motor, the second portion of the inner side of the voice coil motor is an upper portion of the inner side of the voice coil motor, the first portion of the outer side of the lens is a lower portion of the outer side of the lens, and the second portion of the outer side of the lens is an upper portion of the outer side of the lens.
A structural tyre component compound comprising a cross-linkable, unsaturated-chain polymer base, a reinforcing filler, and curing agents; said compound being characterized by comprising a mixture of reinforcing resins, in turn comprising (a) a methylene acceptor resin combined with a methylene donor compound, and (b) a hydrazide-derived resin; and in that said reinforcing filler comprises a mixture of 20 to 80% by weight of carbon black with a hydrogen-absorption-measured surface area (N2SA) of 100 to 150 m 2 /g, and 80 to 20% by weight of carbon black with a hydrogen-absorption-measured surface area (N2SA) of 33 to 49 m 2 /g.
A hair care appliance comprising a body having an outer wall, a duct extending at least partially along the body within the outer wall, an interior passage extending about the duct for receiving a primary fluid flow, a primary fluid outlet for emitting the primary fluid flow from the body, characterised in that the primary fluid outlet is defined by the duct and an inner wall of the body, wherein at least one spacer is provided between the inner wall and the duct.
Hull panel of a submersible module comprising: - an outer skin; - structural elements (20, 21) secured to an inner face of the skin, each of the structural elements extending locally in a main direction; the skin comprising a skin opening, at least one of the structural elements being interrupted by the opening in the main direction, so as to be divided into a first part and a second part located on either side of the opening; - a lateral reinforcement secured to an edge of the skin opening, the lateral reinforcement comprising inner surfaces (78, 80) substantially perpendicular to the main direction, near the skin opening, of the interrupted structural element; and - a cover able to be assembled to the lateral reinforcement for closing the skin opening; the panel being characterized in that it comprises at least one stringer substantially arranged along a main axis, wherein the stringer extends transversely through the skin opening, and each of the ends (70, 72) of the stringer is removably attached to one of the inner surfaces (78, 80) of the lateral reinforcement. - an outer skin; - structural elements (20, 21) secured to an inner face of the skin, each of the structural elements extending locally in a main direction; - a lateral reinforcement secured to an edge of the skin opening, the lateral reinforcement comprising inner surfaces (78, 80) substantially perpendicular to the main direction, near the skin opening, of the interrupted structural element; and - a cover able to be assembled to the lateral reinforcement for closing the skin opening;
A method of compressing an electrochemical-cell stack, comprising: placing an electrochemical-cell stack on a first endplate; positioning a compression plate on the electrochemical-cell stack at an end opposite the first endplate; arranging one or more compression members on the compression plate, wherein at least one of the one or more compression members comprises a stack of belleville-washers and a compression cap; positioning a second endplate over the compression plate so that the one or more compression members align with one or more threaded openings in the second endplate; applying a force to the compression plate through the one or more compression members, wherein the force compresses the electrochemical-cell stack; attaching one or more tension members to the first endplate and the second endplate, wherein the tension members are configured to maintain a fixed distance between the first endplate and the second endplate; and then fastening one or more locking nuts to the second endplate wherein the locking nuts are screwed into the openings and wherein the locking nuts are configured to secure the position of the one or more compression members and the compression plate relative to the second endplate, wherein the locking nuts contact the compression member; wherein the compression cap is conical shaped and the locking nuts have a corresponding conical-shaped cavity configured to mate flush with the compression cap. placing an electrochemical-cell stack on a first endplate; positioning a compression plate on the electrochemical-cell stack at an end opposite the first endplate; arranging one or more compression members on the compression plate, wherein at least one of the one or more compression members comprises a stack of belleville-washers and a compression cap; positioning a second endplate over the compression plate so that the one or more compression members align with one or more threaded openings in the second endplate; applying a force to the compression plate through the one or more compression members, wherein the force compresses the electrochemical-cell stack; attaching one or more tension members to the first endplate and the second endplate, wherein the tension members are configured to maintain a fixed distance between the first endplate and the second endplate; and then fastening one or more locking nuts to the second endplate wherein the locking nuts are screwed into the openings and wherein the locking nuts are configured to secure the position of the one or more compression members and the compression plate relative to the second endplate, wherein the locking nuts contact the compression member; wherein the compression cap is conical shaped and the locking nuts have a corresponding conical-shaped cavity configured to mate flush with the compression cap.
A Composition for nucleic acid amplification using PCR comprising a biological buffer, deoxynucleoside triphosphate and a mesylate wherein the mesylate is 30 - 80 mM potassium methanesulfonate, and/or wherein the mesylate is 1.2 - 1.8 mM magnesium methanosulfonate, and wherein the biological buffer is 10 - 50 mM Tris-mesylate. wherein the mesylate is 30 - 80 mM potassium methanesulfonate, and/or wherein the mesylate is 1.2 - 1.8 mM magnesium methanosulfonate, and wherein the biological buffer is 10 - 50 mM Tris-mesylate.
A LED lighting module comprising: a body frame, a lower portion of which has an accommodation groove; a substrate fixed at an inner installation surface of the accommodation groove of the body frame, and having a plurality of LED packages mounted thereon; a plurality of heat-dissipating fins arranged on an upper surface and lateral surfaces of the body frame, and spaced apart from each other; characterized by a fixing part protruding from the upper surface of the body frame, a lower portion of the fixing part having a coupling hole for coupling the substrate with a bolt, and an upper surface of the body frame has a slope whose center area in a longitudinal direction is higher than edge areas. a body frame, a lower portion of which has an accommodation groove; a substrate fixed at an inner installation surface of the accommodation groove of the body frame, and having a plurality of LED packages mounted thereon; a plurality of heat-dissipating fins arranged on an upper surface and lateral surfaces of the body frame, and spaced apart from each other; characterized by a fixing part protruding from the upper surface of the body frame, a lower portion of the fixing part having a coupling hole for coupling the substrate with a bolt, and
A spark plug having an insulator formed of an alumina-based sintered material which contains an Si component and a rare earth element component and which has alumina grains and an alumina grain boundary phase including a complex oxide crystal phase satisfying the following condition 3): 3) the complex oxide crystal phase contains at least two components selected from among an Al component, an Si component, a Group 2 element component, the Group included in the periodic table defined by Recommendations 1990, IUPAC, and a rare earth element component, characterized in that the alumina-based sintered material contains the Si component and the rare earth element component in such amounts that satisfy the following conditions 1) and 2): 0.05 ≤ oxide-reduced amount of the Si component in mass % ≤ 0.45; and 2.5 ≤ oxide-reduced amount of the rare earth element component / oxide-reduced amount of the Si component ≤ 4.5.
A combustor for a turbine engine, comprising: a single-walled, annular liner portion defining an axial direction and a radial direction; and an impingement chamber positioned in the annular liner portion, the impingement chamber connecting to: a first impingement hole that connects to a cooling air entry opening positioned on a cold side annular surface of the annular liner portion, and to the impingement chamber at a chamber entry opening; and a cooling air outlet passageway that is angled with respect to a hot side annular surface of the annular liner portion and that connects to a cooling air exit opening positioned on the hot side annular surface of the annular liner portion, and to the impingement chamber at a chamber exit opening; wherein the cooling air outlet passageway directs the air onto the hot side annular surface and spreads the airflow axially and laterally parallel to the hot side annular surface; wherein a ratio of a radial thickness of the annular liner portion to a diameter of the cooling air entry opening is from 2 to 6; wherein the impingement chamber comprises an impingement surface disposed at a radially hot side end of the impingement chamber and has a radial depth with respect to the hot side annular surface; characterized in that the chamber exit opening extends along said radial depth and is comprised within a plane perpendicular to the hot side annular surface of the annular liner portion. a single-walled, annular liner portion defining an axial direction and a radial direction; and an impingement chamber positioned in the annular liner portion, the impingement chamber connecting to: a first impingement hole that connects to a cooling air entry opening positioned on a cold side annular surface of the annular liner portion, and to the impingement chamber at a chamber entry opening; and a cooling air outlet passageway that is angled with respect to a hot side annular surface of the annular liner portion and that connects to a cooling air exit opening positioned on the hot side annular surface of the annular liner portion, and to the impingement chamber at a chamber exit opening; a first impingement hole that connects to a cooling air entry opening positioned on a cold side annular surface of the annular liner portion, and to the impingement chamber at a chamber entry opening; and a cooling air outlet passageway that is angled with respect to a hot side annular surface of the annular liner portion and that connects to a cooling air exit opening positioned on the hot side annular surface of the annular liner portion, and to the impingement chamber at a chamber exit opening;
Steam ironing appliance comprising an iron with a soleplate (2; 202) for ironing, comprising a front part (21; 221) equipped with steam outlets (20; 220) and a back part (22; 222) without steam outlets, the steam outlets (20; 220) being supplied by a diffusion chamber (30; 230) covering the front part (21; 221) of the soleplate, the diffusion chamber (30; 230) being supplied by a steam distribution circuit housed in a heating body (4; 204) in thermal contact with the back part (22; 222) of the soleplate, said heating body (4; 204) being equipped with a heating element to increase its temperature, characterised in that the diffusion chamber (30; 230) is housed in a non-heating body (3; 203), not provided with any heating element, positioned on the front part of the soleplate (2; 202), the non-heating body (3; 203) being separate from the heating body (4; 204) positioned on the back part (22; 222) of the soleplate, the diffusion chamber (30; 230) lowering the temperature of the steam from the steam distribution circuit, the steam temperature dropping to a temperature of between 100 °C and 120 °C at the steam outlets (20; 220).
A rail vehicle, comprising: a first current collector (1, 2); a second current collector (3, 4); and a contactor, electrically connected to the first current collector (1, 2) and to the second current collector (3, 4), and arranged to interrupt a current flow between the first current collector (1, 2) and the second current collector (3, 4) when the current flow exceeds a first threshold value and/or when an increase in the current flow exceeds a second threshold value, characterised in that only a single contactor is arranged between the first current collector (1, 2) and the second current collector (3, 4). a first current collector (1, 2); a second current collector (3, 4); and a contactor, electrically connected to the first current collector (1, 2) and to the second current collector (3, 4), and arranged to interrupt a current flow between the first current collector (1, 2) and the second current collector (3, 4) when the current flow exceeds a first threshold value and/or when an increase in the current flow exceeds a second threshold value, characterised in that only a single contactor is arranged between the first current collector (1, 2) and the second current collector (3, 4).
A heat exchanger, comprising a heat conduction member and a casing containing the heat conduction member therein, the heat conduction member comprising: a cylindrical ceramic body (1, 11) having passages passing through from one end face to the other end face and allowing a first fluid as a heating body to flow therethrough, wherein the cylindrical ceramic body (1, 11) is a dense structure which is a ceramic body impregnated with silicon; a metal pipe on the outer periphery side of the cylindrical ceramic body (1, 11); and an intermediate member held between the cylindrical ceramic body (1, 11) and the metal pipe and brought into contact with at least a part of the metal pipe and the cylindrical ceramic body (1, 11), the intermediate member being made of a graphite sheet having a Young's modulus of 1 GPa or less in the thickness direction, and having a heat conductivity of 3 W/m·K or more in the thickness direction; wherein the first fluid is allowed to flow through the inside of the cylindrical ceramic body (1, 11) while the second fluid having lower temperature than that of the first fluid is allowed to flow on the outer peripheral face side of the metal pipe to perform heat exchange between the first fluid and the second fluid. a cylindrical ceramic body (1, 11) having passages passing through from one end face to the other end face and allowing a first fluid as a heating body to flow therethrough, wherein the cylindrical ceramic body (1, 11) is a dense structure which is a ceramic body impregnated with silicon; a metal pipe on the outer periphery side of the cylindrical ceramic body (1, 11); and an intermediate member held between the cylindrical ceramic body (1, 11) and the metal pipe and brought into contact with at least a part of the metal pipe and the cylindrical ceramic body (1, 11), the intermediate member being made of a graphite sheet having a Young's modulus of 1 GPa or less in the thickness direction, and having a heat conductivity of 3 W/m·K or more in the thickness direction; wherein the first fluid is allowed to flow through the inside of the cylindrical ceramic body (1, 11) while the second fluid having lower temperature than that of the first fluid is allowed to flow on the outer peripheral face side of the metal pipe to perform heat exchange between the first fluid and the second fluid.
A program-controlled machine tool for machining workpieces, comprising - a machine frame, which has a column and a machine base with two side walls (4, 5), - a workpiece support system movable by a motor along horizontal linear guides (19, 20, 29, 30; 74, 75) using linear drives, and - a machining unit, which is attached to the column, can be moved by a motor along at least one coordinate axis and includes an exchangeable cutting tool, - wherein the linear guides of the workpiece support system are covered by cover members (22, 33; 23, 80) so as to be protected against chip deposits, characterized in that - the cover members are made as stationary and longitudinally continuous profiled sheet strips (22, 33; 23, 80), - a first linear guide (19, 20), which is attached to the front-side end wall of the column, and the linear drive thereof are covered by a profiled sheet strip, which is also permanently mounted on the front-side end wall and extends as a protective sheet over the effective length of the linear guide (19, 20), and - a crossbar (30; 65) for a second linear guide is arranged between the two side walls (4, 5), said second linear guide supporting the workpiece support and being covered by a profiled sheet strip (33; 80) that is mounted on the crossbar (30; 65). - a machine frame, which has a column and a machine base with two side walls (4, 5), - a workpiece support system movable by a motor along horizontal linear guides (19, 20, 29, 30; 74, 75) using linear drives, and - a machining unit, which is attached to the column, can be moved by a motor along at least one coordinate axis and includes an exchangeable cutting tool, - wherein the linear guides of the workpiece support system are covered by cover members (22, 33; 23, 80) so as to be protected against chip deposits, - the cover members are made as stationary and longitudinally continuous profiled sheet strips (22, 33; 23, 80), - a first linear guide (19, 20), which is attached to the front-side end wall of the column, and the linear drive thereof are covered by a profiled sheet strip, which is also permanently mounted on the front-side end wall and extends as a protective sheet over the effective length of the linear guide (19, 20), and - a crossbar (30; 65) for a second linear guide is arranged between the two side walls (4, 5), said second linear guide supporting the workpiece support and being covered by a profiled sheet strip (33; 80) that is mounted on the crossbar (30; 65).