mhurhangee/ep-ind-claims huggingface dataset:
A current collector (1,2) including a complex polymer film layer, wherein the complex polymer film layer includes: a polymer matrix; and fiber-shaped or plate-shaped metal materials which are dispersed in the polymer matrix, and wherein the metal materials are oriented in one direction. a polymer matrix; and fiber-shaped or plate-shaped metal materials which are dispersed in the polymer matrix, and wherein the metal materials are oriented in one direction.
An upper body structure for a vehicle, the upper body structure comprising: a pair of left and right roof side rails coupled to respective ends of a roof panel in a vehicle width direction, wherein the pair of left and right roof side rails extending substantially in a vehicle front-rear direction; and a roof reinforcement configured to couple intermediate portions in the vehicle front-rear direction of the pair of roof side rails in the vehicle width direction, wherein a vehicle-width-direction inner side end of each roof side rail is substantially formed in a concave-convex shape in side view, wherein a vehicle-width-direction outer side end of the roof reinforcement is substantially formed in a concave-convex shape in side view, and characterized in that the concave-convex shaped end of each roof side rail and the concave-convex shaped end of the roof reinforcement are disposed so as to intersect with each other in side view. a pair of left and right roof side rails coupled to respective ends of a roof panel in a vehicle width direction, wherein the pair of left and right roof side rails extending substantially in a vehicle front-rear direction; and a roof reinforcement configured to couple intermediate portions in the vehicle front-rear direction of the pair of roof side rails in the vehicle width direction, wherein a vehicle-width-direction inner side end of each roof side rail is substantially formed in a concave-convex shape in side view, wherein a vehicle-width-direction outer side end of the roof reinforcement is substantially formed in a concave-convex shape in side view, and
A method for manufacturing a spar cap (48, 50) of a rotor blade of a wind turbine, the method comprising: forming an outer frame of the spar cap (48, 50) comprising a base, perpendicular extended side walls from the base, and an open end opposite the base via at least one of three-dimensional pultrusion, thermoforming, or 3D printing, the outer frame having a varying cross-section that corresponds to a varying cross-section of the rotor blade along a span thereof; arranging a plurality of structural materials within the outer frame of the spar cap (48, 50), the plurality of structural materials comprising at least one of thermoplastic or thermoset plies or pultruded members; infusing the plurality of structural materials and the outer frame together via a resin material so as to form the spar cap (48, 50); and, allowing the spar cap (48, 50) to cure. forming an outer frame of the spar cap (48, 50) comprising a base, perpendicular extended side walls from the base, and an open end opposite the base via at least one of three-dimensional pultrusion, thermoforming, or 3D printing, the outer frame having a varying cross-section that corresponds to a varying cross-section of the rotor blade along a span thereof; arranging a plurality of structural materials within the outer frame of the spar cap (48, 50), the plurality of structural materials comprising at least one of thermoplastic or thermoset plies or pultruded members; infusing the plurality of structural materials and the outer frame together via a resin material so as to form the spar cap (48, 50); and, allowing the spar cap (48, 50) to cure.
A separating device (1; 31; 61; 91; 121) that in use crushes and at least partially separates concrete into original components, comprising at least two at least substantially plate-like crusher members (6, 7; 36, 37; 96, 97; 126, 127) which, optionally in co-action with bounding elements (8; 128) situated adjacently of the at least two crusher members, define at their upper outer ends an inlet opening for concrete to be crushed and at their lower outer ends an outlet opening for crushed concrete or at least concrete fractions, and a drive device adapted to move repetitively at least a part of one of the two crusher members (6, 7; 36, 37; 96, 97; 126, 127) in the direction away from and toward the other crusher member (6, 7; 36, 37; 96, 97; 126, 127), wherein outlet restriction means (9; 39; 80; 110) are provided under the outlet opening to limit an outflow of crushed concrete and/or concrete fractions in order to hold the partially crushed/separated material between the crusher members for a relatively long time, characterized in that push-back means (3, 4, 5, 6, 11, 12; 34, 35, 47, 51; 64, 65, 66, 67, 74; 94, 95, 96; 124a, 124b, 125a, 125b, 126, 127, 141a, 141b) are provided which drive matter situated between the crusher members (6, 7; 36, 37; 96, 97; 126, 127) in upstream direction, at least when the crusher members (6, 7; 36, 37; 96, 97; 126, 127) are not moving away from each other.
A foldaway mirror assembly comprising: a support member; a support arm pivotally connected to the support member; a mirror member pivotally connected to the support arm; the support arm having upper and lower portions (14a, 14b) that are rotatably connected to each other so that the mirror member can be rotated and pivoted with respect to the support member; first and second pivot connections (18, 20), connecting the respective support member and mirror member, to the support arm and each comprising a click-stop mechanism for establishing a plurality of firm but movable pivot positions for the support arm on the support member and for the mirror member on the support arm; a non-magnifying mirror on one side of the mirror member; a magnifying mirror on an opposite side of the mirror member; at least one light source mounted to the mirror member for illuminating the non-magnifying mirror and the magnifying mirror; and a power supply in the support member, electrically connected to the light source for powering the light source, characterized in that the click-stop mechanisms of each the first and second pivot connections (18, 20) comprises a semi-cylindrical portion connected to either the support arm or the mirror member with a plurality of circumferentially spaced stop tabs thereon, and a resiliently mounted stop boss connected to either the support arm or the support member, for engaging between a pair of said stop tabs to establish each pivot position. a support member; a support arm pivotally connected to the support member; a mirror member pivotally connected to the support arm; the support arm having upper and lower portions (14a, 14b) that are rotatably connected to each other so that the mirror member can be rotated and pivoted with respect to the support member; first and second pivot connections (18, 20), connecting the respective support member and mirror member, to the support arm and each comprising a click-stop mechanism for establishing a plurality of firm but movable pivot positions for the support arm on the support member and for the mirror member on the support arm; a non-magnifying mirror on one side of the mirror member; a magnifying mirror on an opposite side of the mirror member; at least one light source mounted to the mirror member for illuminating the non-magnifying mirror and the magnifying mirror; and a power supply in the support member, electrically connected to the light source for powering the light source, characterized in that the click-stop mechanisms of each the first and second pivot connections (18, 20) comprises a semi-cylindrical portion connected to either the support arm or the mirror member with a plurality of circumferentially spaced stop tabs thereon, and a resiliently mounted stop boss connected to either the support arm or the support member, for engaging between a pair of said stop tabs to establish each pivot position.
Vertical lathe, comprising a workpiece-holding electro-chuck rotating around an axis of rotation, said axis being oriented vertically with respect to a support plane of the lathe on the ground, and a tool-bearing carriage mounted on the lathe above the electro-chuck with respect to the vertical direction and movably guided from and towards said electro-chuck, said tool-bearing carriage having at least one tool-bearing member with a principal axis of extension, characterized in that said tool-bearing carriage is movable exclusively along a direction parallel to the direction of the axis of rotation of the electro-chuck, and in that the workpiece-holding electro-chuck is movable in translation, transversely to the direction of movement of the carriage, exclusively along a direction perpendicular to said axis of rotation of the electro-chuck, and in such a way that the principal axis of the tool-bearing member is coplanar with the plane described by the axis of rotation of the electro-chuck in its movement along said direction of transverse movement.
Measuring body for measuring the loading status during adsorption, having at least one board with devices for measuring the electrical and thermal impedance, having at least 2 electrodes (1, 2), which are capable of transmitting the current of a high-frequency alternating voltage, and at least one direct current heat resistor and one temperature sensor, also lines for electrical connections characterised in that - the at least one board is coated with an applied powder of activated carbon adsorbent, wherein this activated carbon adsorbent is arranged both between the electrodes (1, 2) for high-frequency alternating current and also between the heating element and temperature sensor, and - the activated carbon adsorbent powder is fixed agglomerated in porous form onto the least one board. - the at least one board is coated with an applied powder of activated carbon adsorbent, wherein this activated carbon adsorbent is arranged both between the electrodes (1, 2) for high-frequency alternating current and also between the heating element and temperature sensor, and - the activated carbon adsorbent powder is fixed agglomerated in porous form onto the least one board.
Alpha-1 antitrypsin (A1AT) for use in reducing the risk of onset of acute graft versus host disease (aGVHD) in a human subject receiving hematopoietic cell transplantation comprising administering alpha-1 antitrypsin according to the following schedule: (a) administering a dose of at least 120 mg/kg A1AT to the subject at least one day prior to an HCT procedure; and (b) administering a dose of at least 90 mg/kg A1AT to the subject twice weekly following HCT for at least 4 weeks. (a) administering a dose of at least 120 mg/kg A1AT to the subject at least one day prior to an HCT procedure; and (b) administering a dose of at least 90 mg/kg A1AT to the subject twice weekly following HCT for at least 4 weeks.
A kit for assembling an oven shelf which can be dissembled after use, comprising: - a rectangular sheet of a heat-resistant woven cloth covered or impregnated with a non-stick layer, which as a loop-shaped border along the length on two opposite sides, - two heat-resistant longitudinal rods which are located in the loop-shaped borders of the sheet, and the ends of which protrude from the sheet, and - at least two heat-resistant transverse rods which removably fit on the longitudinal rods, whereby the rectangular sheet is tensioned upon assembly. - a rectangular sheet of a heat-resistant woven cloth covered or impregnated with a non-stick layer, which as a loop-shaped border along the length on two opposite sides, - two heat-resistant longitudinal rods which are located in the loop-shaped borders of the sheet, and the ends of which protrude from the sheet, and - at least two heat-resistant transverse rods which removably fit on the longitudinal rods, whereby the rectangular sheet is tensioned upon assembly.
An implantable device for improving the pump function of the heart of a human patient by applying an external force on the heart muscle, said device comprising at least one heart contacting organ, configured to periodically exert force on the heart muscle following the heart contractions and adding force thereto, characterised in that said implantable device is adapted to adjust the location of the heart contacting organ in relation to the heart to enable change in the position of the force exerted on the heart by said heart contacting organ, such that said heart contacting organ can change from exerting force to a first area of the heart to exerting force to a second, different, area of the heart, after said implantable device has been fully implanted in the patient.
An adapter assembly, comprising: a first input shaft; a cam housing, defining a central longitudinal axis ("X"), operably coupled to the first input shaft and defining a proximal cam slot and a distal cam slot; a first elongate shaft having a proximal end portion received in the proximal cam slot, and a distal end portion configured to be coupled to a surgical loading unit; a second elongate shaft having a proximal end portion received in the distal cam slot, and a distal end portion configured to be coupled to the surgical loading unit, wherein the first and second elongate shafts are configured to move in opposing first and second longitudinal directions in response to a rotation of the cam housing to articulate the surgical loading unit; and a ring gear operably coupled to the first input shaft and fixed to the cam housing, such that a rotation of the first input shaft results in a rotation of the cam housing, characterised in that the ring gear has internal teeth. a first input shaft; a cam housing, defining a central longitudinal axis ("X"), operably coupled to the first input shaft and defining a proximal cam slot and a distal cam slot; a first elongate shaft having a proximal end portion received in the proximal cam slot, and a distal end portion configured to be coupled to a surgical loading unit; a second elongate shaft having a proximal end portion received in the distal cam slot, and a distal end portion configured to be coupled to the surgical loading unit, wherein the first and second elongate shafts are configured to move in opposing first and second longitudinal directions in response to a rotation of the cam housing to articulate the surgical loading unit; and a ring gear operably coupled to the first input shaft and fixed to the cam housing, such that a rotation of the first input shaft results in a rotation of the cam housing, characterised in that the ring gear has internal teeth.
A superconducting wire comprising: a plurality of elemental wires formed of MgB 2; and a first metal, wherein the plurality of elemental wires are incorporated into the first metal; the superconducting wire further comprising: an inner peripheral portion situated at a central portion of the superconducting wire and formed by the plurality of elemental wires and the first metal; and an outer peripheral portion situated on an outer side of the inner peripheral portion and formed of a second metal layer which is formed by copper; wherein: the first metal is iron or niobium; regions existing from a center of the superconducting wire to installation positions of the plurality of elemental wires are formed by the elemental wires and the first metal; characterized in that the outer peripheral portion is further formed of a third metal layer which is formed by copper-nickel alloy. a plurality of elemental wires formed of MgB 2; and a first metal, wherein the plurality of elemental wires are incorporated into the first metal; the superconducting wire further comprising: an inner peripheral portion situated at a central portion of the superconducting wire and formed by the plurality of elemental wires and the first metal; and an outer peripheral portion situated on an outer side of the inner peripheral portion and formed of a second metal layer which is formed by copper; wherein: the first metal is iron or niobium; regions existing from a center of the superconducting wire to installation positions of the plurality of elemental wires are formed by the elemental wires and the first metal; characterized in that the outer peripheral portion is further formed of a third metal layer which is formed by copper-nickel alloy. an inner peripheral portion situated at a central portion of the superconducting wire and formed by the plurality of elemental wires and the first metal; and an outer peripheral portion situated on an outer side of the inner peripheral portion and formed of a second metal layer which is formed by copper; wherein: the first metal is iron or niobium; regions existing from a center of the superconducting wire to installation positions of the plurality of elemental wires are formed by the elemental wires and the first metal; characterized in that the outer peripheral portion is further formed of a third metal layer which is formed by copper-nickel alloy. the first metal is iron or niobium; regions existing from a center of the superconducting wire to installation positions of the plurality of elemental wires are formed by the elemental wires and the first metal; characterized in that the outer peripheral portion is further formed of a third metal layer which is formed by copper-nickel alloy.
A spark plug comprising: a rod-like center electrode; a ceramic insulator electrically insulating an outer circumference of the center electrode; a metal shell fixed by caulking to an outer circumference of the ceramic insulator, the metal shell including a cylindrical groove that bulges out in an outer circumference direction, a polygonal tool engagement portion that adjoins one end of the groove and bulges out in the outer circumference direction with respect to the groove, and a trunk portion that adjoins another end of the groove, which is different to the one end, and that bulges out in the outer circumference direction with respect to the groove; and a ground electrode joined to the metal shell and forms a spark gap with the center electrode, wherein an opposite side distance "S" between opposing two sides of the polygonal tool engagement portion is 12mm or less, characterized in that a section modulus "Z1" and a section modulus "Z2" satisfy a relationship: Z1<=Z2, where "Z1" represents a section modulus in the one end of the groove, and where "Z2" represents a section modulus in the other end of the groove; wherein the section modulus "Z1" satisfies a relationship Z1>=49mm 3 and the section modulus "Z2" satisfies a relationship Z2>=53mm 3. a rod-like center electrode; a ceramic insulator electrically insulating an outer circumference of the center electrode; a metal shell fixed by caulking to an outer circumference of the ceramic insulator, the metal shell including a cylindrical groove that bulges out in an outer circumference direction, a polygonal tool engagement portion that adjoins one end of the groove and bulges out in the outer circumference direction with respect to the groove, and a trunk portion that adjoins another end of the groove, which is different to the one end, and that bulges out in the outer circumference direction with respect to the groove; and a cylindrical groove that bulges out in an outer circumference direction, a polygonal tool engagement portion that adjoins one end of the groove and bulges out in the outer circumference direction with respect to the groove, and a trunk portion that adjoins another end of the groove, which is different to the one end, and that bulges out in the outer circumference direction with respect to the groove; and a ground electrode joined to the metal shell and forms a spark gap with the center electrode, wherein an opposite side distance "S" between opposing two sides of the polygonal tool engagement portion is 12mm or less, characterized in that a section modulus "Z1" and a section modulus "Z2" satisfy a relationship: Z1<=Z2, where "Z1" represents a section modulus in the one end of the groove, and where "Z2" represents a section modulus in the other end of the groove; wherein the section modulus "Z1" satisfies a relationship Z1>=49mm 3 and the section modulus "Z2" satisfies a relationship Z2>=53mm 3.
A pot-hole test system for a heavy vehicle comprising a pot-hole track made on a ground and a heavy vehicle, said track defining a plurality of holes and bumps along a direction parallel to a longitudinal axis of said heavy vehicle, characterized in said heavy vehicle comprising a towing cab and a trailer selectively connectable to said cab through connection means, said cab and said trailer each being provided with a plurality of wheels configured to allow the movement of said heavy vehicle on said ground, said wheels of said trailer being arranged transversely to the longitudinal axis of said heavy vehicle at a greater distance from the latter than said wheels of said cab so as to not be in contact with said track.
An array substrate, comprising: a substrate, a plurality of pixels disposed on the substrate and arranged as an array defined by a plurality of gate lines and a plurality of data lines; a common electrode and a pixel electrode are disposed in each pixel region, two pixels at adjacent rows in a same column form a pixel set, a first gate line and a second gate line are disposed between the two pixels of the pixel set, and a data line is disposed on a same side of the two pixels, wherein a first switch transistor and a third switch transistor are disposed in one pixel region of the pixel set and at least a second switch transistor is disposed in the other pixel region; gate electrodes of the first and second switch transistors are respectively connected to the first gate line and the second gate line, source electrodes of the first and second switch transistors are both connected to the same data line, drain electrodes of the first and second switch transistors are respectively connected to a pixel electrode in their respective pixel region; a gate electrode of the third switch transistor is connected to the first gate line, a source electrode of the third switch transistor is connected to a common electrode in the pixel region having the third switch transistor, and a drain electrode of the third switch transistor is connected to a pixel electrode in the pixel region having the second switch transistor.
Starting bar for a continuous casting plant for casting a metal strip, which comprises a starting bar head, a transition member and a link chain, wherein the transition member is arranged between the starting bar head and the link chain, wherein the transition member and/or the link chain consists or consist of a number of pivotably interconnected links (5, 6) and wherein the links (5, 6) are pivotable relative to one another about a transverse axis extending perpendicularly to the longitudinal axis of the starting bar, wherein at least one joint between two pivotably interconnected links (5, 6) is so constructed that it allows a relative pivotation of the links (5, 6) about the transverse axis which is greater than any pivot angle (α) arising during use of the starting bar,wherein disposed in or at the joint is a blocking element arranged to be movable in a direction perpendicular to the longitudinal axis of the starting bar and perpendicularly to the transverse axis, characterised in that the blocking element can adopt a position in which the pivotation of the links (5, 6) is not influenced by the blocking element and a position in which the pivotation of the links (5, 6) in one pivot direction is limited to a defined pivot angle and that the blocking element adopts its position (A, B) exclusively by the action of gravitational force.