mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus, characterized in that , the apparatus comprises a light emitting and display layer , and a supporting layer ; wherein the light emitting and display layer is located above the supporting layer and is used for displaying an image by emitting light; the supporting layer comprises an array formed by a photovoltaic material , the array is located horizontally and directly under driving circuits in the light emitting and display layer , and the array formed by the photovoltaic material forms a circuit path for absorbing the light emitted from the light emitting and display layer and convert it into current.
Gas compression system with - a compressor for compressing hydrogen; - at least one recovery device for recovering hydrogen which escapes from the compressor as leakage gas during compression; and - a leakage gas return line which is designed to return the leakage gas recovered by the at least one recovery device into a stage in the gas compression system upstream of the compressor and/or into the suction line of a compressor stage , in particular into the suction line of the first compressor stage , of the compressor ; wherein the compressor comprises a leakage gas discharge line for discharging the leakage gas from the compressor ; and wherein each recovery device can be fluidically connected to the leakage gas discharge line and the leakage gas return line ; characterized in that each recovery device has at least one metal hydride reservoir , each of which is heat-coupled to a heat exchanger ; wherein each metal hydride reservoir comprises at least one hydride-forming metal alloy which is designed for cyclic de- or absorption of leakage gas with heat supply or removal through the respective heat exchanger ; and wherein each recovery device is designed to increase the leakage gas pressure ( p L ) prevailing in the leakage gas discharge line to at least the pressure ( p ) prevailing in the stage of the gas compression system and/or to at least the suction pressure ( p s ) prevailing in the suction line of the compressor stage . - a compressor for compressing hydrogen; - at least one recovery device for recovering hydrogen which escapes from the compressor as leakage gas during compression; and - a leakage gas return line which is designed to return the leakage gas recovered by the at least one recovery device into a stage in the gas compression system upstream of the compressor and/or into the suction line of a compressor stage , in particular into the suction line of the first compressor stage , of the compressor ; wherein the compressor comprises a leakage gas discharge line for discharging the leakage gas from the compressor ; and wherein each recovery device can be fluidically connected to the leakage gas discharge line and the leakage gas return line ; characterized in that each recovery device has at least one metal hydride reservoir , each of which is heat-coupled to a heat exchanger ; wherein each metal hydride reservoir comprises at least one hydride-forming metal alloy which is designed for cyclic de- or absorption of leakage gas with heat supply or removal through the respective heat exchanger ; and wherein each recovery device is designed to increase the leakage gas pressure ( p L ) prevailing in the leakage gas discharge line to at least the pressure ( p ) prevailing in the stage of the gas compression system and/or to at least the suction pressure ( p s ) prevailing in the suction line of the compressor stage .
A system for providing feedback during ligament insertion in knee joint orthopedic surgeries comprising: an imaging device providing knee joint articular surface geometry data; a position measuring device providing distal ligament insertion sites ; and a drive system providing a prescribed kinematic path for the knee joint; characterized by a strain measuring device providing ligament reference strain ; and an adaptive migration application configured to receive inputs comprising said knee joint articular surface geometry data, said distal ligament insertion sites , said ligament reference strain and said prescribed kinematic path for the knee joint and to generate outputs comprising sets of isotonic, hypertonic and hypotonic points representing proximal insertion sites of ligament fiber associated with prescribed distal ligament insertion sites . an imaging device providing knee joint articular surface geometry data; a position measuring device providing distal ligament insertion sites ; and a drive system providing a prescribed kinematic path for the knee joint; characterized by a strain measuring device providing ligament reference strain ; and an adaptive migration application configured to receive inputs comprising said knee joint articular surface geometry data, said distal ligament insertion sites , said ligament reference strain and said prescribed kinematic path for the knee joint and to generate outputs comprising sets of isotonic, hypertonic and hypotonic points representing proximal insertion sites of ligament fiber associated with prescribed distal ligament insertion sites .
A plate condenser assembly comprising: a plate condenser core ; a housing enclosing the plate condenser core ; wherein the housing further comprises an internal housing adapted to enclose and firmly hold the plate condenser core , an external housing adapted to enclose and firmly hold the internal housing , spacing means disposed between the internal housing and the external housing and defining volumes between these housings ; characterised in that a rigid material is disposed in the defined volumes , forming rigid connection between the internal housing and the external housing . a plate condenser core ; a housing enclosing the plate condenser core ; wherein the housing further comprises an internal housing adapted to enclose and firmly hold the plate condenser core , an external housing adapted to enclose and firmly hold the internal housing , spacing means disposed between the internal housing and the external housing and defining volumes between these housings ; characterised in that a rigid material is disposed in the defined volumes , forming rigid connection between the internal housing and the external housing .
Optoelectronic semiconductor component having at least one semiconductor chip which emits radiation and a housing base body , where - the semiconductor chip is arranged in a recess of the housing base body , - the recess is bounded laterally by an inner side of a wall surrounding the semiconductor chip and is at least partially filled with a covering mass which covers the semiconductor chip and is well permeable to electromagnetic radiation emitted by the semiconductor chip , - the inner side of the wall is formed in such a way that, seen in plan view of the front side of the semiconductor component, it has at least one partial surface which, seen from the radiation-emitting semiconductor chip , lies in the shade and which is at least partially covered by covering mass and from which the covering mass extends towards the semiconductor chip and covers the latter, - the at least one partial surface is formed at an edge of the inner side towards the front side of the housing base body , and the inner side extends in a region between a bottom surface of the recess and the partial surface perpendicular to the bottom surface, characterized in that - at least one anchoring element , which projects into the covering mass , is formed on the at least one partial surface of the inner side . - the semiconductor chip is arranged in a recess of the housing base body , - the recess is bounded laterally by an inner side of a wall surrounding the semiconductor chip and is at least partially filled with a covering mass which covers the semiconductor chip and is well permeable to electromagnetic radiation emitted by the semiconductor chip , - the inner side of the wall is formed in such a way that, seen in plan view of the front side of the semiconductor component, it has at least one partial surface which, seen from the radiation-emitting semiconductor chip , lies in the shade and which is at least partially covered by covering mass and from which the covering mass extends towards the semiconductor chip and covers the latter, - the at least one partial surface is formed at an edge of the inner side towards the front side of the housing base body , and the inner side extends in a region between a bottom surface of the recess and the partial surface perpendicular to the bottom surface, characterized in that - at least one anchoring element , which projects into the covering mass , is formed on the at least one partial surface of the inner side .
A radiation crosslinkable pressure sensitive adhesive precursor comprising: a) an acrylate base polymer b) a co-polymerized type (II) photocrosslinker, in an amount greater than 0.1 parts by weight per 100 parts by weight of acrylate base polymer; c) a co-polymerized hydrogen-donating monomer; and d) a hydrocarbon tackifying resin, in an amount greater than 40 parts by weight per 100 parts by weight of acrylate base polymer, and wherein either the total acid content of a), b), and c) is zero or the total acid content of a), b), and c) is greater than zero and not more than 3%, wherein the "total acid content" of a), b), and c) refers to the weight percent of polymerized monomers bearing an acid moiety of all of a), b), and c) and the term "acid content" refers to the total content of polymerized monomers bearing an acid moiety. a) an acrylate base polymer b) a co-polymerized type (II) photocrosslinker, in an amount greater than 0.1 parts by weight per 100 parts by weight of acrylate base polymer; c) a co-polymerized hydrogen-donating monomer; and d) a hydrocarbon tackifying resin, in an amount greater than 40 parts by weight per 100 parts by weight of acrylate base polymer, and wherein either the total acid content of a), b), and c) is zero or the total acid content of a), b), and c) is greater than zero and not more than 3%, wherein the "total acid content" of a), b), and c) refers to the weight percent of polymerized monomers bearing an acid moiety of all of a), b), and c) and the term "acid content" refers to the total content of polymerized monomers bearing an acid moiety.
An engine for an aircraft comprising: a propulsive fan or propeller; a gas turbine engine comprising a low-pressure compressor connected in driven relationship with a low-pressure turbine , the low-pressure compressor comprising one or more rotor stages comprised of an integrally bladed ring; and a star-configuration epicyclic reduction gearbox for connecting the gas turbine engine to the propulsive fan or propeller, the gearbox comprising: a sun gear connected in driven relationship with the low-pressure turbine ; a static carrier ; a plurality of planet gears intermeshed with the sun gear , which planet gears are located in the static carrier ; a ring gear connected in driving relationship with the propulsive fan or propeller, which ring gear is intermeshed with the plurality of planet gears , and one or more electric machines drivingly connected with a respective one of the plurality of planet gears . a propulsive fan or propeller; a gas turbine engine comprising a low-pressure compressor connected in driven relationship with a low-pressure turbine , the low-pressure compressor comprising one or more rotor stages comprised of an integrally bladed ring; and a star-configuration epicyclic reduction gearbox for connecting the gas turbine engine to the propulsive fan or propeller, the gearbox comprising: a sun gear connected in driven relationship with the low-pressure turbine ; a static carrier ; a plurality of planet gears intermeshed with the sun gear , which planet gears are located in the static carrier ; a ring gear connected in driving relationship with the propulsive fan or propeller, which ring gear is intermeshed with the plurality of planet gears , and one or more electric machines drivingly connected with a respective one of the plurality of planet gears . a sun gear connected in driven relationship with the low-pressure turbine ; a static carrier ; a plurality of planet gears intermeshed with the sun gear , which planet gears are located in the static carrier ; a ring gear connected in driving relationship with the propulsive fan or propeller, which ring gear is intermeshed with the plurality of planet gears , and one or more electric machines drivingly connected with a respective one of the plurality of planet gears .
A method for producing a lithographic printing plate comprising in order: a step of preparing a lithographic printing plate precursor having an image-recording layer on a hydrophilic support; a step of exposing the lithographic printing plate precursor in an image shape; and a step of removing a non-exposed portion of the image-recording layer exposed in the lithographic printing plate precursor using a developer, wherein the developer includes a compound having at least one acidic group selected from the group consisting of a phosphate group, a phosphonate group, and a phosphinate group and one or more carboxy groups, an anionic surfactant and a nonionic surfactant, a pH of the developer is 5 to 10, and after the removal step, a step of washing a surface of an obtained lithographic printing plate with water and a step of desensitizing the surface of the obtained lithographic printing plate are not provided. a step of preparing a lithographic printing plate precursor having an image-recording layer on a hydrophilic support; a step of exposing the lithographic printing plate precursor in an image shape; and a step of removing a non-exposed portion of the image-recording layer exposed in the lithographic printing plate precursor using a developer, wherein the developer includes a compound having at least one acidic group selected from the group consisting of a phosphate group, a phosphonate group, and a phosphinate group and one or more carboxy groups, an anionic surfactant and a nonionic surfactant, a pH of the developer is 5 to 10, and after the removal step, a step of washing a surface of an obtained lithographic printing plate with water and a step of desensitizing the surface of the obtained lithographic printing plate are not provided.
An article comprising a helmet cover , the helmet cover comprising: a top portion; two opposing side portions that extend down from said top portion; a front portion ; a back portion; an outside surface ; an inside surface having an inner skin layer ; an outer skin configured on the outside surface an impact absorbing material configured between the inner and outer skin and attached to the outer skin and having an original shape; wherein the impact absorbing material is a resilient impact absorbing compressible foam that returns to its original shape after being compressed and deformed; wherein said helmet cover is dome shaped and extends over a helmet from the front to the back and down the two opposing side portions to cover an outer surface of said helmet ; characterised in that the outer skin consists of a hard plastic material having low friction and a shore A hardness of 60 or more; and the helmet cover further comprises an impact deflection feature configured in the outer skin and comprising a plurality of dimples to reduce the outer most contact surface area, wherein the dimples are configured to extend into the outside surface of the helmet cover extending from the front portion to the top portion, from the top portion to the back portion and from the top portion down the two opposing side portions of the helmet cover; and wherein the plastic material of the outer skin is a harder material than the impact absorbing material . a top portion; two opposing side portions that extend down from said top portion; a front portion ; a back portion; an outside surface ; an inside surface having an inner skin layer ; an outer skin configured on the outside surface an impact absorbing material configured between the inner and outer skin and attached to the outer skin and having an original shape; wherein the impact absorbing material is a resilient impact absorbing compressible foam that returns to its original shape after being compressed and deformed; wherein said helmet cover is dome shaped and extends over a helmet from the front to the back and down the two opposing side portions to cover an outer surface of said helmet ; characterised in that the outer skin consists of a hard plastic material having low friction and a shore A hardness of 60 or more; and the helmet cover further comprises an impact deflection feature configured in the outer skin and comprising a plurality of dimples to reduce the outer most contact surface area, wherein the dimples are configured to extend into the outside surface of the helmet cover extending from the front portion to the top portion, from the top portion to the back portion and from the top portion down the two opposing side portions of the helmet cover; and wherein the plastic material of the outer skin is a harder material than the impact absorbing material .
A battery module comprising: a cell assembly in which a plurality of cells are arranged at a predetermined interval, wherein each of the plurality of cells comprises a cell lead ; a sensing wire harness disposed around the cell lead and comprising a connecting terminal corresponding to the cell lead, wherein the connecting terminal is directly bonded to the cell lead; and a connector connected to the sensing wire harness by being fixed at one side of the cell assembly wherein the connecting terminal of the sensing wire harness is directly bonded to the cell lead via welding, wherein the cell lead comprises a first lead plate and a second lead plate that overlap each other, and wherein each of the first lead plate and the second lead plate is formed of at least two layers of thin slices. a cell assembly in which a plurality of cells are arranged at a predetermined interval, wherein each of the plurality of cells comprises a cell lead ; a sensing wire harness disposed around the cell lead and comprising a connecting terminal corresponding to the cell lead, wherein the connecting terminal is directly bonded to the cell lead; and a connector connected to the sensing wire harness by being fixed at one side of the cell assembly wherein the connecting terminal of the sensing wire harness is directly bonded to the cell lead via welding, wherein the cell lead comprises a first lead plate and a second lead plate that overlap each other, and wherein each of the first lead plate and the second lead plate is formed of at least two layers of thin slices.
An umbilical termination assembly for terminating an umbilical having a plurality of umbilical elements extending from said umbilical, the termination assembly comprising: a bulkhead having a plurality of concave recesses, each recess having a partial spherical inner surface opening on one side of the bulkhead and a smaller opening on an opposite side of the bulkhead; and a plurality of ball elements having a spherical body portion with an elongate channel passing therethrough, each arranged with the spherical body portion at least partially inserted into a respective one of said recesses such that the spherical portion is prevented from passing through said bulkhead, wherein each of said ball elements is attached, in use, to a respective umbilical element . a bulkhead having a plurality of concave recesses, each recess having a partial spherical inner surface opening on one side of the bulkhead and a smaller opening on an opposite side of the bulkhead; and a plurality of ball elements having a spherical body portion with an elongate channel passing therethrough, each arranged with the spherical body portion at least partially inserted into a respective one of said recesses such that the spherical portion is prevented from passing through said bulkhead, wherein each of said ball elements is attached, in use, to a respective umbilical element .
A system for generating and collimating an X-ray beam , comprising: an X-ray tube insert for generating said X-ray beam, said X-ray tube insert being a vacuum tube; a tube housing for containing said X-ray tube insert , said tube housing being made of an X-ray absorbing material; and a collimator for collimating said X-ray beam ; wherein said collimator is arranged between said X-ray tube insert and said tube housing . wherein said collimator comprises a plurality of collimating areas , and wherein said collimator is adapted to be movable with respect to the X-ray tube insert so as to select one of the plurality of collimating areas for collimating the X-ray beam, characterised in that each of at least one of the plurality of collimating areas comprises a plurality of binary openings , wherein said binary openings have a density in a center region of a collimating area being higher than at border regions of the collimating area. an X-ray tube insert for generating said X-ray beam, said X-ray tube insert being a vacuum tube; a tube housing for containing said X-ray tube insert , said tube housing being made of an X-ray absorbing material; and a collimator for collimating said X-ray beam ; wherein said collimator is arranged between said X-ray tube insert and said tube housing .
An electroconductive adhesive composition comprising: (A) electroconductive particles; (B) a thermoplastic resin; (C) a nonpolar solvent; and (D) a water-insoluble fluorochemical surfactant, wherein the electroconductive adhesive composition contains fluorine in an amount of at least 40 mass ppm of the whole electroconductive adhesive composition, the thermoplastic resin (B) is a saturated ester resin, and the nonpolar solvent (C) comprises one or more aliphatic or aromatic hydrocarbons.