mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor package, comprising: a conductive trace (202a; 202c) embedded in a base; and a semiconductor device mounted on the conductive trace (202a; 202c) via a conductive structure; wherein the conductive trace (202a; 202c) has a bottom surface (206a; 206c) and at least a portion of a sidewall fully connected to the base, wherein a top surface of the conductive trace (202a; 202c) is below a surface of the base and wherein the conductive structure comprises a solder cap in contact with the top surface of the conductive trace (202a; 202c); or wherein the conductive trace (202a; 202c) has a top surface above a surface of the base and wherein the conductive structure wraps around a top surface and a portion of a sidewall of the conductive trace (202a; 202c). a conductive trace (202a; 202c) embedded in a base; and a semiconductor device mounted on the conductive trace (202a; 202c) via a conductive structure; wherein the conductive trace (202a; 202c) has a bottom surface (206a; 206c) and at least a portion of a sidewall fully connected to the base, wherein a top surface of the conductive trace (202a; 202c) is below a surface of the base and wherein the conductive structure comprises a solder cap in contact with the top surface of the conductive trace (202a; 202c); or wherein the conductive trace (202a; 202c) has a top surface above a surface of the base and wherein the conductive structure wraps around a top surface and a portion of a sidewall of the conductive trace (202a; 202c).
A process for preparing (3S,3S') 4,4'-disulfanediylbis(3-aminobutane 1-sulfonic acid) from ethyl 2-(benzyloxycarbonylamino) 4-(neopentyloxysulfonyl)butanoate A comprising the steps of: (a) reducing the ethyl ester of A to give neopentyl 3-(benzyloxycarbonylamino) 4-hydroxybutane 1-sulfonate B; (b) reacting the alcohol B with methanesulfonic anhydride or methanesulfonyl chloride in presence of a base to give neopentyl 3-(benzyloxycarbonylamino) 4-(methylsulfonyloxy)butane 1-sulfonate C; (c) reacting the mesylated alcohol C with potassium thioacetate to give 2-(benzyloxycarbonylamino) 4-(neopentyloxysulfonyl)butyl thioacetate D; (d) dimerizing D to give (3S,3S') neopentyl 4,4'-disulfanediylbis(3-(benzyloxycarbonylamino)butane 1-sulfonate) E; and (e) deprotecting sulfonic ester and amine groups of E by stirring E in a refluxing mixture of trifluoroacetic acid and anisole, to give (3S,3S') 4,4'-disulfanediylbis(3-aminobutane 1-sulfonic acid). (a) reducing the ethyl ester of A to give neopentyl 3-(benzyloxycarbonylamino) 4-hydroxybutane 1-sulfonate B; (b) reacting the alcohol B with methanesulfonic anhydride or methanesulfonyl chloride in presence of a base to give neopentyl 3-(benzyloxycarbonylamino) 4-(methylsulfonyloxy)butane 1-sulfonate C; (c) reacting the mesylated alcohol C with potassium thioacetate to give 2-(benzyloxycarbonylamino) 4-(neopentyloxysulfonyl)butyl thioacetate D; (d) dimerizing D to give (3S,3S') neopentyl 4,4'-disulfanediylbis(3-(benzyloxycarbonylamino)butane 1-sulfonate) E; and (e) deprotecting sulfonic ester and amine groups of E by stirring E in a refluxing mixture of trifluoroacetic acid and anisole, to give (3S,3S') 4,4'-disulfanediylbis(3-aminobutane 1-sulfonic acid).
A composition comprising: a) 5-95 wt% of a poly(alkylene carbonate), wherein said poly(alkylene carbonate) has a glass transition temperature equal to or lower than 30°C and a number average molecular weight higher than 15,000 Da; and b) 95-5 wt% of a poly(alkylene carbonate), wherein said poly(alkylene carbonate) has a glass transition temperature higher than 30°C; wherein: - the values of the glass transition temperature and the number average molecular weight are measured following the methods specified in the description. a) 5-95 wt% of a poly(alkylene carbonate), wherein said poly(alkylene carbonate) has a glass transition temperature equal to or lower than 30°C and a number average molecular weight higher than 15,000 Da; and b) 95-5 wt% of a poly(alkylene carbonate), wherein said poly(alkylene - the values of the glass transition temperature and the number average molecular weight are measured following the methods specified in the description.
An organic light-emitting diode (OLED) display, comprising: a substrate having a flexible portion configured to bend or fold; a semiconductor on the substrate; a gate insulating layer on the semiconductor and having two openings (145, 146) exposing at least parts of the semiconductor, wherein the gate insulating layer overlaps a central portion and an edge portion of the semiconductor; an interlayer insulating layer comprising an organic insulating material on the gate insulating layer, wherein a portion of the interlayer insulating layer is within the openings (145, 146); a gate electrode between the gate insulating layer and the interlayer insulating layer and overlapping the semiconductor; and a source electrode and a drain electrode on the interlayer insulating layer and connected to the semiconductor, wherein the source and drain electrodes (170a, 170b) do not directly contact the gate insulating layer, and the interlayer insulating layer has a contact hole (165, 166) positioned within each of the two openings (145, 146) and the source and drain electrodes (170a, 170b) are connected to the semiconductor through the contact holes (165, 166). a substrate having a flexible portion configured to bend or fold; a semiconductor on the substrate; a gate insulating layer on the semiconductor and having two openings (145, 146) exposing at least parts of the semiconductor, wherein the gate insulating layer overlaps a central portion and an edge portion of the semiconductor; an interlayer insulating layer comprising an organic insulating material on the gate insulating layer, wherein a portion of the interlayer insulating layer is within the openings (145, 146); a gate electrode between the gate insulating layer and the interlayer insulating layer and overlapping the semiconductor; and a source electrode and a drain electrode on the interlayer insulating layer and connected to the semiconductor, wherein the source and drain electrodes (170a, 170b) do not directly contact the gate insulating layer, and the interlayer insulating layer has a contact hole (165, 166) positioned within each of the two openings (145, 146) and the source and drain electrodes (170a, 170b) are connected to the semiconductor through the contact holes (165, 166).
A manufacturing method of an atomizing unit, comprising: a step A of disposing a resistance heating element along a groove or a projection having a spiral shape and formed on a side surface of a base member having an axis extending along a predetermined direction; a step B of rotating the base member about the axis as a rotation axis to separate at least a part of the resistance heating element from the groove or the projection; and a step C of disposing a liquid holding member holding an aerosol source to contact or come close to at least a part of the resistance heating element. a step A of disposing a resistance heating element along a groove or a projection having a spiral shape and formed on a side surface of a base member having an axis extending along a predetermined direction; a step B of rotating the base member about the axis as a rotation axis to separate at least a part of the resistance heating element from the groove or the projection; and a step C of disposing a liquid holding member holding an aerosol source to contact or come close to at least a part of the resistance heating element.
A process for the preparation of azilsartan or its esters or salts thereof comprising reacting methyl 2-ethoxy[(2'-(hydroxyamidino)biphenyl-4-yl]methyl]-1H-benzimidazole-7-carboxylate of formula with a "carbonyl" source in presence of a suitable base to obtain methyl 1-[[2'-4,5-dihydro-5-oxo-4H-1,2,4-oxadiazol-3-yl) biphenyl-4-yl]methyl]-2-ethoxy-1H-benzimidazole-7-carboxylate of formula; wherein the "carbonyl" source is N,N-carbonyldiimidazole, the base used is 1,8-diazabicycloundec-7-ene, and the solvent is selected from THF, ethyl acetate, DCM or cyclohexane.
Method for induction bend forming a pressure-tight round pipe having a large wall thickness and a large diameter, in particular on a power-station and pipeline pipe; said method comprising at least the following steps: - mounting the non-machined round pipe horizontally; - advancing the pipe until a front pipe portion passes through an annular inductor of an electrical induction unit which is displaceable transversely to the longitudinal extent of the pipe; - clamping the front pipe portion in a bending lock which is mounted on a bending arm which is pivotable about a vertical rotation axis that is disposed laterally of the pipe; - energizing the induction unit with a current, in order for a pipe portion to be heated; - deflecting the bending arm by longitudinally advancing the pipe up to the completion of the pipe bend; characterized in that - the pipe, prior to being introduced into the inductor, is vertically compressed in a press unit, a cross section in the shape of a horizontal oval being forced upon the pipe herein; and in that - at least during part of the pipe bending operation a temperature profile having a lower temperature on a bend outer side (3.2) and having a higher temperature on a bend inner side (3.1) is set by means of a transverse displacement of the inductor relative to the pipe. - mounting the non-machined round pipe horizontally; - advancing the pipe until a front pipe portion passes through an annular inductor of an electrical induction unit which is displaceable transversely to the longitudinal extent of the pipe; - clamping the front pipe portion in a bending lock which is mounted on a bending arm which is pivotable about a vertical rotation axis that is disposed laterally of the pipe; - energizing the induction unit with a current, in order for a pipe portion to be heated; - deflecting the bending arm by longitudinally advancing the pipe up to the completion of the pipe bend; characterized in that - the pipe, prior to being introduced into the inductor, is vertically compressed in a press unit, a cross section in the shape of a horizontal oval being forced upon the pipe herein; and in that - at least during part of the pipe bending operation a temperature profile having a lower temperature on a bend outer side (3.2) and having a higher temperature on a bend inner side (3.1) is set by means of a transverse displacement of the inductor relative to the pipe.
Container for a waste heat utilisation circuit, wherein a conveying device of the waste heat utilisation circuit is disposed downstream of the container and wherein the container follows the condenser of the waste heat utilisation circuit, - comprising a housing delimiting a housing interior such that the housing interior can be flowed through by a working medium, - a sheath arranged in the housing interior, in which an auxiliary medium is accommodated, wherein the sheath is fluid-tight and is designed at least in sections in a heat-conductive manner and delimits a sheath interior of variable volume, characterised in that the housing interior is filled at least partially with the working medium and/or flowed through by the same and the sheath is filled with an auxiliary medium, which is disposed in the sheath interior in a gaseous and/or liquid state, wherein a boiling temperature of the auxiliary medium has a value that is preferably at least 10K, most preferably at least 14K, lower than a boiling temperature of the working medium. - comprising a housing delimiting a housing interior such that the housing interior can be flowed through by a working medium, - a sheath arranged in the housing interior, in which an auxiliary medium is accommodated,
Flat weather protection canopy, comprising - a carrying frame which can be positioned horizontally above a protected area by a support ring device, and - a canopy-fabric web which can be wound up on a fabric-web shaft, arranged on the carrying frame, such that it can be extended and retracted, = wherein the water-impermeable canopy-fabric web is held in a tensioned manner in an at least partially extended position by virtue of the fact that the leading edge thereof, facing in the direction of extension, is held in a front profile displaceably mounted on the carrying frame and that the lateral edges (16, 17) thereof, lying parallel to the direction of extension, are displaceably guided in the carrying frame, - characterized in that a plurality of water drainage openings are arranged in a row or a grid arrangement in a centrally located region of the canopy-fabric web, wherein the direction of the row of water drainage openings runs parallel to the direction of extension of the canopy-fabric web, and - in that a water drainage device for taking the water draining through the water drainage openings away from the protected area is provided underneath the water drainage openings. - a carrying frame which can be positioned horizontally above a protected area by a support ring device, and - a canopy-fabric web which can be wound up on a fabric-web shaft, arranged on the carrying frame, such that it can be extended and retracted, = wherein the water-impermeable canopy-fabric web is held in a tensioned manner in an at least partially extended position by virtue of the fact that the leading edge thereof, facing in the direction of extension, is held in a front profile displaceably mounted on the carrying frame and that the lateral edges (16, 17) thereof, lying parallel to the direction of extension, are displaceably guided in the carrying frame, - characterized in that a plurality of water drainage openings are arranged in a row or a grid arrangement in a centrally located region of the canopy-fabric web, wherein the direction of the row of water drainage openings runs parallel to the direction of extension of the canopy-fabric web, and - in that a water drainage device for taking the water draining through the water drainage openings away from the protected area is provided underneath the water drainage openings.
Waste compactor including a frame, to which compaction equipment and a sliding plane are fitted for a waste bin, the frame is essentially free of protruding parts, and it is dimensioned to be smaller than a cabinet for installing the waste compactor in the cabinet, and the compaction equipment includes a compactor being a scissors mechanism, and the compactor includes a drive shaft that extends in the longitudinal direction of the frame, the compaction equipment includes two or three compactors, and the drive shaft is shared by the compactors, characterised in that the scissors mechanisms are manual, and, arranged as an extension to the drive shaft, there is a crank, which is fitted on the face of a cover included in the frame.
A use of a filter material in a food packaging comprising a fiber product (2, 2.1, 2.2, 2.3) with at least a first fiber layer (4.1, 4.1', 4.1", 4.2, 4.2', 4.2", 4.3", 4.4", 4.5", 4.6", 14, 16, 18), wherein the first fiber layer (4.1, 4.1', 4.1", 4.2, 4.2', 4.2", 4.3", 4.4", 4.5", 4.6", 14, 16, 18) is at least partially interspersed with the filter material for binding mineral oil substances, to reduce the migration of mineral oil saturated hydrocarbons (MOSH) and/or mineral oil aromatic hydrocarbons (MOAH) from the fiber product (2, 2.1, 2.2, 2.3) into a food product in contact with the fiber product (2, 2.1, 2.2, 2.3), wherein the migration is investigated by checking a simulant for migrated components after a defined exposure time of 10 days at a temperature of 40°C, and wherein the filter material is an activated carbon.
A method of manufacturing a top sheet material or back sheet material for use in the manufacture of disposable absorbent articles, comprising the steps of, a) splitting a continuous first web (1;1") of sheet material having substantially straight side edges (2a,2b;2a',2b';2a",2b") into a second and third continuous web (4 and 5; 4'and 5'; 4" and 5") by an alternating concave-convex cutting line (3; 3'; 3 "), wherein said cutting line (3;3';3") is formed by a series of a straight line (3c;3c';3c")-an outwardly inclined line (3d;3d';3d")-a straight line (3a;3a';3a")-an inwardly inclined line (3b;3b';3b"), or wherein said cutting line (3;3';3 ") forms a sinus wave, cut in a longitudinal direction along said continuous first web (1;;1"), said cutting line being distanced from both side edges (2a,2b;2a',2b';2a",2b") of said continuous first web (1;1 "), b) shifting the second continuous web (4;4';4") in a lateral direction in relation to the third continuous web (5;5';5") so that the substantially straight edges (2a,2b;2a',2b';2a",2b") of the second and third continuous webs are parallel to and adjacent to each other and longitudinally shifting the second continuous web (4;4';4") so that the series of concave edge portions, and the series of convex edge portions of the second and third continuous webs (4,5;4',5';4",5") are longitudinally aligned with each other, c) directly or indirectly joining the straight edges of the second and third continuous webs to each other, thereby forming a composite fourth web (6;6';6"), characterised in that the cutting line (3;3';3") is made in said first continuous web (1;1 ") so that all portions (3a-3d;3a'-3d';3a"-3d") of said cutting line (3;3',3") are distanced from a longitudinal centre line of said first continuous web. a) splitting a continuous first web (1;1") of sheet material having substantially straight side edges (2a,2b;2a',2b';2a",2b") into a second and third continuous web (4 and 5; 4'and 5'; 4" and 5") by an alternating concave-convex cutting line (3; 3'; 3 "), wherein said cutting line (3;3';3") is formed by a series of a straight line (3c;3c';3c")-an outwardly inclined line (3d;3d';3d")-a straight line (3a;3a';3a")-an inwardly inclined line (3b;3b';3b"), or wherein said cutting line (3;3';3 ") forms a sinus wave, cut in a longitudinal direction along said continuous first web (1;;1"), said cutting line being distanced from both side edges (2a,2b;2a',2b';2a",2b") of said continuous first web (1;1 "), b) shifting the second continuous web (4;4';4") in a lateral direction in relation to the third continuous web (5;5';5") so that the substantially straight edges (2a,2b;2a',2b';2a",2b") of the second and third continuous webs are parallel to and adjacent to each other and longitudinally shifting the second continuous web (4;4';4") so that the series of concave edge portions, and the series of convex edge portions of the second and third continuous webs (4,5;4',5';4",5") are longitudinally aligned with each other, c) directly or indirectly joining the straight edges of the second and third continuous webs to each other, thereby forming a composite fourth web (6;6';6"),
A furniture extension wall, in particular a table furniture extension wall, with a frame, and flat panels (4, 5) arranged on both sides of the frame, wherein at least one flat panel (4, 5) is constituted wholly or partially as a predominantly smooth-surface shaped plastic nonwoven fabric, and wherein the shaped nonwoven fabric is produced from a fibre composite material made of plastic fibres, which are connected to one another mechanically and/or chemically and/or thermally and binder-free, characterised in that the flat panel facing the furniture has a smaller area than the flat panel facing away from the furniture.
Capsule for the preparation of a beverage in a beverage preparation device comprising a cup-like body, a cover for closing the cup-like body; a flange for the cover to seal thereon; the cup-like body being shaped from a paper-based sheet to form a cavity wall containing beverage ingredients and an inner flange portion extending outwardly from the cavity wall; wherein the flange further comprises an outer flange portion formed of moulded polymer-based material said capsule being characterized in that the outer flange portion comprises at least a loop shaped recess, the inner flange portion being received in said loop shaped recess, and the polymer-based material of the outer flange portion sealing at least partially against a lower surface of the inner flange portion oriented in the direction towards the cavity wall and against the outer edge of the inner flange portion.
A learning system for vehicles for learning a neutral point of a measurement sensor equipped in a vehicle by using a magnetic marker disposed in a traveling road, the system comprising: a marker detection part attached to a vehicle body floor corresponding to a bottom surface of the vehicle and which includes magnetic sensors (Cn) arrayed on a straight line along a vehicle width direction and a detection processing circuit having an arithmetic circuit configured to perform various computation processes, and which detects the magnetic marker and measures a lateral shift amount of the vehicle with respect to the magnetic marker; a route information acquiring part which acquires route information indicating a shape of the traveling road; and a learning determination part which determines whether a learning condition as a condition for performing learning of the neutral point of the measurement sensor is satisfied, wherein a fluctuation amount of a lateral shift amount measured by the marker detection part when the vehicle is traveling a learning road as a traveling road in a constant shape is equal to or smaller than a predetermined threshold is set at least as the learning condition, wherein the measurement sensor is a yaw rate sensor for measuring a change rate of a rotation angle of the vehicle in a turning direction, and the learning road is a straight road or a curved road with a constant curvature, and/or a steering angle sensor which measures a steering angle of a steering wheel of the vehicle, and the learning road is a straight road, and wherein the route information acquiring part acquires the route information from the magnetic marker. a marker detection part attached to a vehicle body floor corresponding to a bottom surface of the vehicle and which includes magnetic sensors (Cn) arrayed on a straight line along a vehicle width direction and a detection processing circuit having an arithmetic circuit configured to perform various computation processes, and which detects the magnetic marker and measures a lateral shift amount of the vehicle with respect to the magnetic marker; a route information acquiring part which acquires route information indicating a shape of the traveling road; and a learning determination part which determines whether a learning condition as a condition for performing learning of the neutral point of the measurement sensor is satisfied, wherein a fluctuation amount of a lateral shift amount measured by the marker detection part when the vehicle is traveling a learning road as a traveling road in a constant shape is equal to or smaller than a predetermined threshold is set at least as the learning condition, wherein the measurement sensor is a yaw rate sensor for measuring a change rate of a rotation angle of the vehicle in a turning direction, and the learning road is a straight road or a curved road with a constant curvature, and/or a steering angle sensor which measures a steering angle of a steering wheel of the vehicle, and the learning road is a straight road, and wherein the route information acquiring part acquires the route information from the magnetic marker.