mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; a bottom contact disposed on a bottom surface of the semiconductor structure, the bottom contact being electrically connected to one of the n-type region and the p-type region; a top contact (22a, 22b, 22c, 22d) disposed on a top surface of the semiconductor structure, the top contact (22a, 22b, 22c, 22d) being electrically connected to the other of the n-type region and the p-type region, the top contact (22a, 22b, 22c, 22d) comprising a first edge (30, 32) and a second edge (30, 32) opposite the first edge (30, 32); a first trench formed in a bottom surface of the semiconductor structure beneath the first edge (30, 32) of the top contact (22a, 22b, 22c, 22d); a second trench formed in the bottom surface of the semiconductor structure beneath the second edge (30, 32) of the top contact (22a, 22b, 22c, 22d); and a dielectric layer lining the bottom surface, the first trench, and the second trench characterised in that the sum of the widths, defined at the bottom surface, of the first trench, the second trench and a gap between the two trenches (80A, 80B) is approximately equal to the width between the first and the second edge of the top contact (22a, 22b, 22c, 22d). a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; a bottom contact disposed on a bottom surface of the semiconductor structure, the bottom contact being electrically connected to one of the n-type region and the p-type region; a top contact (22a, 22b, 22c, 22d) disposed on a top surface of the semiconductor structure, the top contact (22a, 22b, 22c, 22d) being electrically connected to the other of the n-type region and the p-type region, the top contact (22a, 22b, 22c, 22d) comprising a first edge (30, 32) and a second edge (30, 32) opposite the first edge (30, 32); a first trench formed in a bottom surface of the semiconductor structure beneath the first edge (30, 32) of the top contact (22a, 22b, 22c, 22d); a second trench formed in the bottom surface of the semiconductor structure beneath the second edge (30, 32) of the top contact (22a, 22b, 22c, 22d); and a dielectric layer lining the bottom surface, the first trench, and the second trench characterised in that the sum of the widths, defined at the bottom surface, of the first trench, the second trench and a gap between the two trenches (80A, 80B) is approximately equal to the width between the first and the second edge of the top contact (22a, 22b, 22c, 22d).
Sterile connector for tubing comprising - a section of tubing with an end portion to be connected to a further end portion of a further section of tubing and/or another counterpart in order to establish fluid communication, - at least one axial protrusion extending away from the end portion of the section of tubing in an axial direction of the section of tubing, and - a separation layer which closes off an inside of the section of tubing, characterised in that the separation layer comprises a predetermined breaking site and that the at least one axial protrusion - is connected pivotally to the end portion of the section of tubing to pivot from a first position to a second position when engaged with a further axial protrusion on the further end portion of the further section of tubing and/or with the other counterpart and - is coupled to the separation layer so as to exert a breaking force on the separation layer in the second position which breaking force is big enough to break the separation layer at the predetermined breaking site. - a section of tubing with an end portion to be connected to a further end portion of a further section of tubing and/or another counterpart in order to establish fluid communication, - at least one axial protrusion extending away from the end portion of the section of tubing in an axial direction of the section of tubing, and - a separation layer which closes off an inside of the section of tubing, - is connected pivotally to the end portion of the section of tubing to pivot from a first position to a second position when engaged with a further axial protrusion on the further end portion of the further section of tubing and/or with the other counterpart and - is coupled to the separation layer so as to exert a breaking force on the separation layer in the second position which breaking force is big enough to break the separation layer at the predetermined breaking site.
An oxide superconducting wire comprising: a superconducting laminate comprising an oxide superconducting layer disposed, either directly or indirectly, on a substrate; and a stabilization layer which is a Cu plating layer covering the outer periphery of the superconducting laminate, characterized in that an average crystal grain size of the Cu plating layer is 2 μm or more and equal to or less than a thickness of the Cu plating layer. a superconducting laminate comprising an oxide superconducting layer disposed, either directly or indirectly, on a substrate; and a stabilization layer which is a Cu plating layer covering the outer periphery of the superconducting laminate, characterized in that an average crystal grain size of the Cu plating layer is 2 μm or more and equal to or less than a thickness of the Cu plating layer.
Method for producing a beverage by dissolution of at least one soluble beverage powder with water in a beverage preparation apparatus, said apparatus comprising: - one milk chamber configured for receiving and mixing a dose of soluble milk powder with water to prepare milk and for dispensing milk to a drinking receptacle receiving area, and - one coffee chamber for receiving and mixing a dose of soluble coffee powder with water to prepare coffee and for dispensing coffee to the drinking receptacle receiving area, and - a nozzle for delivering a jet of water to the drinking receptacle receiving area, and said method comprising the steps of: a1) preparing frothed milk within the milk chamber and dispensing said frothed milk inside a drinking receptacle at the receiving area, then a2) preparing coffee within the coffee chamber and dispensing said coffee inside the drinking receptacle comprising frothed milk at the receiving area, the beverage resulting from step a2) forming visual layers inside the drinking receptacle, b) jetting water inside the drinking receptacle at the receiving area after step a2). said apparatus comprising: - one milk chamber configured for receiving and mixing a dose of soluble milk powder with water to prepare milk and for dispensing milk to a drinking receptacle receiving area, and - one coffee chamber for receiving and mixing a dose of soluble coffee powder with water to prepare coffee and for dispensing coffee to the drinking receptacle receiving area, and - a nozzle for delivering a jet of water to the drinking receptacle receiving area, and - one milk chamber configured for receiving and mixing a dose of soluble milk powder with water to prepare milk and for dispensing milk to a drinking receptacle receiving area, and - one coffee chamber for receiving and mixing a dose of soluble coffee powder with water to prepare coffee and for dispensing coffee to the drinking receptacle receiving area, and - a nozzle for delivering a jet of water to the drinking receptacle receiving area, said method comprising the steps of: a1) preparing frothed milk within the milk chamber and dispensing said frothed milk inside a drinking receptacle at the receiving area, then a2) preparing coffee within the coffee chamber and dispensing said coffee inside the drinking receptacle comprising frothed milk at the receiving area, the beverage resulting from step a2) forming visual layers inside the drinking receptacle, b) jetting water inside the drinking receptacle at the receiving area after step a2). a1) preparing frothed milk within the milk chamber and dispensing said frothed milk inside a drinking receptacle at the receiving area, then a2) preparing coffee within the coffee chamber and dispensing said coffee inside the drinking receptacle comprising frothed milk at the receiving area, the beverage resulting from step a2) forming visual layers inside the drinking receptacle, b) jetting water inside the drinking receptacle at the receiving area after step a2).
An antenna arrangement (100, 200, 300, 400, 500) comprising a first (110, 210, 310, 410, 430) and a second (120, 220, 320, 420, 440) elongated structure for guiding an electromagnetic wave, and arranged for enabling a respective data stream to be transmitted in the two structures, each of said structures exhibiting a longitudinal and a transversal direction of extension, said structures being positioned alongside each other in their longitudinal direction of extension, each of said structures comprising at least one group (111, 130, 150, 140, 160, 445, 470) of radiation elements, the antenna arrangement being characterized in that the first and second structures are arranged so that for at least two adjacent sections, one in each structure, the groups of radiation elements are distributed along the two structures such that a group (110, 130, 150) in the first structure does not overlap in the longitudinal direction of extension with a group (120, 140, 160) in the second structure in which the groups of radiation elements in one of said structures are arranged at a minimum longitudinal distance (d 2) to the nearest group of radiation elements in the other structure (120, 110).
A vehicle comprising a battery pack mounted under a floor of the vehicle, the battery pack comprising: one or more battery cells (12; 22); a battery pack case in which the one or more battery cells (12; 22) are disposed; and a cushioning member (14; 16; 54; 56) arranged to be sandwiched between the one or more battery cells (12; 22) and the floor or between the one or more battery cells (12; 22) and the battery pack case, by fixing the battery pack case to the floor; the vehicle has one or more suspension mounts, characterized in that the cushioning member (54; 56) includes: a first area, and a second area closer to the one or more suspension mounts than the first area, and the cushioning member (54; 56) is configured such that a rigidity of the second area is lower than a rigidity of the first area. one or more battery cells (12; 22); a battery pack case in which the one or more battery cells (12; 22) are disposed; and a cushioning member (14; 16; 54; 56) arranged to be sandwiched between the one or more battery cells (12; 22) and the floor or between the one or more battery cells (12; 22) and the battery pack case, by fixing the battery pack case to the floor; the vehicle has one or more suspension mounts, characterized in that the cushioning member (54; 56) includes: a first area, and a second area closer to the one or more suspension mounts than the first area, and the cushioning member (54; 56) is configured such that a rigidity of the second area is lower than a rigidity of the first area. a first area, and a second area closer to the one or more suspension mounts than the first area, and the cushioning member (54; 56) is configured such that a rigidity of the second area is lower than a rigidity of the first area.
Pressing line comprising multiple presses arranged one behind the other for the continuous production of vehicle body components, comprising: - multiple press-bound tools, which are built into the presses and in which successive forming and/or cutting operations can be performed in the cycle of the pressing line for the production of the vehicle body components; - a transfer system, linking the presses together, for transporting parts between the tools built into the presses; and - at least one measuring device, on which the geometry of the vehicle body components produced can be inspected in the cycle of the pressing line; characterized in that the measuring device is designed in the manner of a tool and merely consists of a lower tool part of a press in the pressing line in such a way that all of the constituent parts of the measuring device are built up on a tool base plate and the measuring device is arranged within the pressing line in one of the presses at a free pressing tool location, so that each vehicle body component produced can be placed into the measuring device within the cycle of the pressing line by the transfer system belonging to the pressing line and can be removed again after the cyclical inspection. - multiple press-bound tools, which are built into the presses and in which successive forming and/or cutting operations can be performed in the cycle of the pressing line for the production of the vehicle body components; - a transfer system, linking the presses together, for transporting parts between the tools built into the presses; and - at least one measuring device, on which the geometry of the vehicle body components produced can be inspected in the cycle of the pressing line;
Vibration damper, in particular designed for a chassis of a vehicle, with a damper tube and a damper piston which is arranged in the damper tube so as to be reciprocatingly movable and is connected to a piston rod which extends out of the damper tube, wherein the damper piston movably separates a first oil-filled damper chamber on the piston rod side from a second oil-filled damper chamber remote from the piston rod, and wherein a bottom element is arranged at one end of the damper tube and seals an open end of the damper tube, wherein the bottom element is formed by a solid component which protrudes into the end of the damper tube and thereby reduces the oil volume of the second damper chamber, characterized in that the bottom element has a circumferential welding collar via which the bottom element is welded to the end of the damper tube by means of a weld seam, and the bottom element has a circumferential sealing collar which protrudes into the damper tube and receives a sealing element which is arranged in a sealing manner against the inside of the damper tube.
A process to manufacture an externally structured aqueous detergent liquid formulation comprising the steps of: i) forming a premix of citrus fibre and water swellable clay powder; followed by ii) passing the premix of external structurants through a high pressure homogeniser to form a structuring homogenised premix, followed by adding to the structuring homogenised premix; iii) at least 2 weight % surfactant; and iv) at least 0.001 weight % non-clay solid particles and milling to form an externally structured detergent liquid formulation. i) forming a premix of citrus fibre and water swellable clay powder; followed by ii) passing the premix of external structurants through a high pressure homogeniser to form a structuring homogenised premix, followed by adding to the structuring homogenised premix; iii) at least 2 weight % surfactant; and iv) at least 0.001 weight % non-clay solid particles and milling to form an externally structured detergent liquid formulation.
An overfill prevention valve system comprising: an overfill prevention valve including: a fluid path; a blocking component positioned in the fluid path, wherein said blocking component is movable between a closed position wherein the blocking component generally blocks fluid from flowing through the fluid path and an open position wherein the blocking component generally allows fluid to flow through the fluid path; and a float operatively coupled or coupleable to the blocking component and positioned or positionable externally of said fluid path, characterised in that said valve system is configured such that an actuator can be positioned in said fluid path from a position above the valve system to thereby enable said actuator and said float to magnetically interact to thereby move the blocking component away from the open position and enable testing of the valve. an overfill prevention valve including: a fluid path; a blocking component positioned in the fluid path, wherein said blocking component is movable between a closed position wherein the blocking component generally blocks fluid from flowing through the fluid path and an open position wherein the blocking component generally allows fluid to flow through the fluid path; and a float operatively coupled or coupleable to the blocking component and positioned or positionable externally of said fluid path, characterised in that said valve system is configured such that an actuator can be positioned in said fluid path from a position above the valve system to thereby enable said actuator and said float to magnetically interact to thereby move the blocking component away from the open position and enable testing of the valve. a fluid path; a blocking component positioned in the fluid path, wherein said blocking component is movable between a closed position wherein the blocking component generally blocks fluid from flowing through the fluid path and an open position wherein the blocking component generally allows fluid to flow through the fluid path; and a float operatively coupled or coupleable to the blocking component and positioned or positionable externally of said fluid path, characterised in that said valve system is configured such that an actuator can be positioned in said fluid path from a position above the valve system to thereby enable said actuator and said float to magnetically interact to thereby move the blocking component away from the open position and enable testing of the valve.
Dental prosthetic arrangement with at least one jaw implant (PI, PT) and an abutment (OA, KA), which are connected to each other in a connection portion by way of a lower part (VI, VT) assigned to the jaw implant and an upper part (OA, KA) assigned to the abutment, wherein, in the connection portion, - the lower part (VI, VT) engages in a recess of the upper part (OA, KA) via a projection that surrounds a central axis, - the lower part (VI, VT) and the upper part (OA, KA) are supported on each other, in a force-transmitting manner, at several contact faces, - a first contact face is, with respect to the central axis, a first cylindrical contact face at the end of the connection portion facing towards the jaw implant, - a second contact face is, with respect to the central axis, a second cylindrical contact face at the end of the connection portion facing away from the jaw implant, - the diameter of the second cylindrical contact face is less than the diameter of the first contact face, - a third contact face is an annular face at the end of the connection portion facing towards the jaw implant, and, - in a central portion, a holding element engages with a form fit in first structures of the projection and second structures of the recess and brings about a holding force against axial removal of the upper part (OA, KA) from the lower part (VI, VT), characterized in that the upper part (OA, KA) has a conical wall face, and the lower part has a conical wall face, wherein the lower part (VI, VT) is formed as an approximately frustoconical projection, wherein the upper part and the lower part are spaced apart from each other by a narrow gap, such that no transmission of force takes place between the upper part and lower part via contact of the conical wall faces, and force components between the upper part and lower part can be transmitted exclusively via the first cylindrical contact face, the second cylindrical contact face and the plane, annular third contact face. - the lower part (VI, VT) engages in a recess of the upper part (OA, KA) via a projection that surrounds a central axis, - the lower part (VI, VT) and the upper part (OA, KA) are supported on each other, in a force-transmitting manner, at several contact faces, - a first contact face is, with respect to the central axis, a first cylindrical contact face at the end of the connection portion facing towards the jaw implant, - a second contact face is, with respect to the central axis, a second cylindrical contact face at the end of the connection portion facing away from the jaw implant, - the diameter of the second cylindrical contact face is less than the diameter of the first contact face, - a third contact face is an annular face at the end of the connection portion facing towards the jaw implant, and, - in a central portion, a holding element engages with a form fit in first structures of the projection and second structures of the recess and brings about a holding force against axial removal of the upper part (OA, KA) from the lower part (VI, VT),
A contact lens embedded sensor system for IOP monitoring in ocular hypertension and glaucoma conditions, comprising at least one contact lens with one sensor embedded therein along with at least one antenna coupled to said at least one contact lens and electronic readout device wherein said sensor comprises at least two split-ring resonator type resonator rings with identical resonance characteristics and at least one flexible biocompatible substrate layer in between and, said contact lens embedded sensor system is a passive structure continuously configured to sense intraocular pressure. said sensor comprises at least two split-ring resonator type resonator rings with identical resonance characteristics and at least one flexible biocompatible substrate layer in between and, said contact lens embedded sensor system is a passive structure continuously configured to sense intraocular pressure.
A magnet arrangement for a magnetic levitation vehicle with a plurality of magnetic poles each formed from a core and a winding, the magnetic poles being combined to form groups of magnetic poles, with a number of control circuits corresponding to the number of groups for controlling a current flowing through the windings of an associated group of magnetic poles and with an energy supply unit for the control circuits, characterised in that each group includes one magnetic pole or two magnetic poles, that the energy supply unit contains windings of a linear generator, which are formed in the magnetic poles and each control circuit has a separate energy supply unit associated with it, which contains those linear generator windings, which are present in the magnetic poles of the group associated with the control circuit and in that the energy supply unit for each group of magnetic poles comprises at least one separate voltage transformer connected to the associated linear generator windings.
A pharmaceutical composition comprising a compound of formula below or a pharmaceutically acceptable salt thereof and a pH regulator, wherein the composition has a pH value of 3-5.5, wherein the composition is a solution for injection; wherein the pH regulator is a buffer consisting of acids and salts and having a pH value in the range of 3-5.5,