mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a rotary electrical machine structure support, the method comprising: an arranging step of arranging a first joining object member and a second joining object member composed of a plurality of plate materials stacked and integrated in a thickness direction from a first outer surface (F1,F2) side to a second outer surface (F1,F2) side with end parts (32a,31a) of the first and second joining object members being in contact with each other; and a joining step of making a tool which is rotary driven penetrate into a boundary part between the first joining object member and the second joining object member whose end parts (32a,31a) are in contact with each other, from the first outer surface (F1,F2) side of the boundary part, and sliding the tool along an interface of the boundary part, characterized in that the second joining object member is thicker, in the thickness direction, than the first joining object member, and an excessive portion of the stack of the second joining object member in the thickness direction is removed after the joining. an arranging step of arranging a first joining object member and a second joining object member composed of a plurality of plate materials stacked and integrated in a thickness direction from a first outer surface (F1,F2) side to a second outer surface (F1,F2) side with end parts (32a,31a) of the first and second joining object members being in contact with each other; and a joining step of making a tool which is rotary driven penetrate into a boundary part between the first joining object member and the second joining object member whose end parts (32a,31a) are in contact with each other, from the first outer surface (F1,F2) side of the boundary part, and sliding the tool along an interface of the boundary part, characterized in that the second joining object member is thicker, in the thickness direction, than the first joining object member, and an excessive portion of the stack of the second joining object member in the thickness direction is removed after the joining.
A protection device for providing protection against ionizing radiation passing through an orifice defined by a wall bushing structure fitted with a glove, said device comprising a structure for attenuating ionizing radiation passing through the orifice, which structure is suitable for covering (or closing off) the orifice, and including fastener means arranged to ensure that the structure for attenuating ionizing radiation can be fastened releasably to the wall bushing structure, the device being characterized in that the structure for attenuating ionizing radiation is a sleeve that is open at both ends (13, 14), that is deformable under its own weight, that is arranged to be fastened to the wall bushing structure by said fastener means at a first open end of the sleeve, and that is arranged to be capable of being turned inside out so as to extend, in part, inside the sleeve of the glove.
Method of planning a platform lift, in particular a stairlift, at a stair, the platform lift comprising a rail, a platform, in particular a chair, a drive unit for driving the platform along the rail, the platform is attached to the drive unit, the method comprising the steps - acquiring 3D stair data of a stair on which the platform lift is to be installed; - acquiring 3D environmental data; - calculating based on the acquired 3D stair data a path of travel (D, FD, ND) of the rail; calculating 3D platform data representing the platform in one or several positions along the calculated path of travel (D, ND, FD) and/or calculating 3D person data, representing the person in one or several positions on the platform along the calculated path of travel (D, ND, FD); - retrieving manufacturing constraints, in particular from a database, - in the step of calculating a feasible path of travel under consideration of the retrieved manufacturing constraints is calculated, wherein the calculated path of travel (D, ND, FD) is visualized on a screen of an augmented reality device, characterized by the steps of detecting a collision situation between - the 3D platform data and/or the 3D person data on one hand - and the 3D environmental data on the other hand. a rail, a platform, in particular a chair, a drive unit for driving the platform along the rail, the platform is attached to the drive unit, the method comprising the steps - acquiring 3D stair data of a stair on which the platform lift is to be installed; - acquiring 3D environmental data; - calculating based on the acquired 3D stair data a path of travel (D, FD, ND) of the rail; - acquiring 3D stair data of a stair on which the platform lift is to be installed; - acquiring 3D environmental data; - calculating based on the acquired 3D stair data a path of travel (D, FD, ND) of the rail; calculating 3D platform data representing the platform in one or several positions along the calculated path of travel (D, ND, FD) and/or calculating 3D person data, representing the person in one or several positions on the platform along the calculated path of travel (D, ND, FD); - retrieving manufacturing constraints, in particular from a database, - in the step of calculating a feasible path of travel under consideration of the retrieved manufacturing constraints is calculated, - retrieving manufacturing constraints, in particular from a database, - in the step of calculating a feasible path of travel under consideration of the retrieved manufacturing constraints is calculated, wherein the calculated path of travel (D, ND, FD) is visualized on a screen of an augmented reality device, characterized by the steps of detecting a collision situation between - the 3D platform data and/or the 3D person data on one hand - and the 3D environmental data on the other hand. - the 3D platform data and/or the 3D person data on one hand - and the 3D environmental data on the other hand.
A swivel anchor (1, 61) for use as part of a drill string, the swivel anchor (1, 61) having a longitudinal axis and a length and comprising: a slip arrangement, comprising a slip body and one or more slip elements, wherein the or each slip element is movable from a retracted position, and an extended position, in which the slip element protrudes beyond the profile of the slip body and may engage with a casing of a wellbore in which the swivel anchor (1, 61) is positioned; upper and lower connections (3, 39), by which the swivel anchor (1, 61) may be attached to further components, wherein the slip arrangement is rotatable about the longitudinal axis with respect to the upper and lower connections (3, 39); and a slip joint (29, 29a, 29b), comprising an upper component and a lower component, wherein the upper and lower components (30, 31) may move relative to each other in a direction parallel with the longitudinal axis, between an open position and a closed position of the slip joint (29, 29a, 29b), wherein in the open position the longitudinal displacement between the upper component and the lower component is greater than the longitudinal displacement between the upper component and the lower component when the slip joint (29, 29a, 29b) is in the closed position, and wherein when the slip joint (29, 29a, 29b) is in the closed position the overall length of the swivel anchor (1, 61) is less than when the slip joint (29, 29a, 29b) is in the open position. a slip arrangement, comprising a slip body and one or more slip elements, wherein the or each slip element is movable from a retracted position, and an extended position, in which the slip element protrudes beyond the profile of the slip body and may engage with a casing of a wellbore in which the swivel anchor (1, 61) is positioned; upper and lower connections (3, 39), by which the swivel anchor (1, 61) may be attached to further components, wherein the slip arrangement is rotatable about the longitudinal axis with respect to the upper and lower connections (3, 39); and a slip joint (29, 29a, 29b), comprising an upper component and a lower component, wherein the upper and lower components (30, 31) may move relative to each other in a direction parallel with the longitudinal axis, between an open position and a closed position of the slip joint (29, 29a, 29b), wherein in the open position the longitudinal displacement between the upper component and the lower component is greater than the longitudinal displacement between the upper component and the lower component when the slip joint (29, 29a, 29b) is in the closed position, and wherein when the slip joint (29, 29a, 29b) is in the closed position the overall length of the swivel anchor (1, 61) is less than when the slip joint (29, 29a, 29b) is in the open position.
A parachute attachment system comprising: a handle configured to be rotatably attached to an airborne vehicle and having an unrotated position and a rotated position; a riser attachment fitting on the handle for attachment of parachute risers; and, at least one release assembly operable to release the handle from the unrotated position to the rotated position, wherein the system is configured to alter a suspended deck angle of an airborne vehicle upon rotation of the handle between the unrotated and rotated position. a handle configured to be rotatably attached to an airborne vehicle and having an unrotated position and a rotated position; a riser attachment fitting on the handle for attachment of parachute risers; and, at least one release assembly operable to release the handle from the unrotated position to the rotated position,
An edible pet chew, comprising: a chewy sheet of meat based material, wherein said meat based material comprises at least 1/3 meat ingredient in the formula of said meat based material by weight, less than 1/2 plant ingredient in the formula of said meat based material by weight and an additive, wherein said chewy sheet is without use of rawhide, where said chewy sheet is without use of porkhide; wherein said plant ingredient in said meat based material is less than 1/2 in the formula by weight, so as to ensure inherent appeal, attraction and chewing interest of said edible pet chew for pets to chew on. a chewy sheet of meat based material, wherein said meat based material comprises at least 1/3 meat ingredient in the formula of said meat based material by weight, less than 1/2 plant ingredient in the formula of said meat based material by weight and an additive, wherein said chewy sheet is without use of rawhide, where said chewy sheet is without use of porkhide; wherein said plant ingredient in said meat based material is less than 1/2 in the formula by weight, so as to ensure inherent appeal, attraction and chewing interest of said edible pet chew for pets to chew on.
Cutting device for severing non-woven-in sections of threads or filaments woven in textile ribbons, the device comprising: a ribbon conveying table configured to convey a textile ribbon having a metallized thread or filament quasi-endlessly woven/non-woven in the fabric of the ribbon; a ribbon conveying drive configured to convey the ribbon in a conveying direction; at least two cutting assemblies spaced apart from one another along the conveying direction of the textile ribbon, the at least two cutting assemblies being configured to simultaneously perform a cutting action for severing a non-woven-in section of the metallized thread or filament from the fabric of the ribbon; and at least two sliding spacers spaced apart from one another along the conveying direction of the textile ribbon, the at least two sliding spacers each being connected to a respective one of the at least two cutting assemblies, contacting the surface of the ribbon and being configured to slidingly move between the metallized thread or filament and the fabric of the ribbon at the edges of the non-woven-in sections to facilitate the cutting action of the at least two cutting assemblies wherein the cutting assemblies and/or the sliding spacers are kinematically connected via a tool connecting assembly, in particular a spindle or a shaft, such that the position of and/or the distance between the cutting assemblies and/or the sliding spacers are adjustable in an axis parallel to the conveying direction of the ribbon. a ribbon conveying table configured to convey a textile ribbon having a metallized thread or filament quasi-endlessly woven/non-woven in the fabric of the ribbon; a ribbon conveying drive configured to convey the ribbon in a conveying direction; at least two cutting assemblies spaced apart from one another along the conveying direction of the textile ribbon, the at least two cutting assemblies being configured to simultaneously perform a cutting action for severing a non-woven-in section of the metallized thread or filament from the fabric of the ribbon; and at least two sliding spacers spaced apart from one another along the conveying direction of the textile ribbon, the at least two sliding spacers each being connected to a respective one of the at least two cutting assemblies, contacting the surface of the ribbon and being configured to slidingly move between the metallized thread or filament and the fabric of the ribbon at the edges of the non-woven-in sections to facilitate the cutting action of the at least two cutting assemblies wherein the cutting assemblies and/or the sliding spacers are kinematically connected via a tool connecting assembly, in particular a spindle or a shaft, such that the position of and/or the distance between the cutting assemblies and/or the sliding spacers are adjustable in an axis parallel to the conveying direction of the ribbon.
A method for the production of a beta-lactamase polypeptide in Escherichia coli ( E. coli), comprising: (a) providing a host E. coli cell transformed with a vector comprising a sequence encoding the beta-lactamase polypeptide; (b) culturing the E. coli cell to induce expression of the beta-lactamase polypeptide in the cytoplasm, wherein isopropylthiogalactoside (IPTG) is added to the culture; and (c) recovering the beta-lactamase polypeptide from a soluble fraction prepared from the E. coli cell, wherein the method yields at least 10 grams of the beta-lactamase polypeptide per liter of culture, wherein the beta-lactamase polypeptide comprises an amino acid sequence having at least 95% sequence identity with SEQ ID NO:5. (a) providing a host E. coli cell transformed with a vector comprising a sequence encoding the beta-lactamase polypeptide; (b) culturing the E. coli cell to induce expression of the beta-lactamase polypeptide in the cytoplasm, wherein isopropylthiogalactoside (IPTG) is added to the culture; and (c) recovering the beta-lactamase polypeptide from a soluble fraction prepared from the E. coli cell, wherein the method yields at least 10 grams of the beta-lactamase polypeptide per liter of culture,
Process for the production of objects in aluminium, aluminium alloys, light alloys, brass and bronze comprising the steps of: - inserting into a mould cavity, enclosed in a surface defined between an upper mould and a lower mould, liquid metal coming from a feed duct until the mould cavity is totally filled; - forming at least one accumulation cavity of the mould cavity, and accumulating further liquid metal in the accumulation cavity; - subsequently closing the communication with said feed duct; - compacting the material in semi-solid state by compression of at least a portion of the surface of said mould cavity; - maintaining closure and pressure for a predetermined period of time; - opening the moulds (3,4) and removing the piece; wherein the step of forming at least one accumulation cavity requires retracting a compacting plug suitable to compact the material and/or a shutter element suitable to close the communication with said feed duct; and characterised in that the retraction speed of the compacting plug and/or of the shutter element is a function of the input speed of the liquid metal of the mould cavity in such a way that the filling of the accumulation cavity occurs simultaneously with the formation of the accumulation cavity itself. - inserting into a mould cavity, enclosed in a surface defined between an upper mould and a lower mould, liquid metal coming from a feed duct until the mould cavity is totally filled; - forming at least one accumulation cavity of the mould cavity, and accumulating further liquid metal in the accumulation cavity; - subsequently closing the communication with said feed duct; - compacting the material in semi-solid state by compression of at least a portion of the surface of said mould cavity; - maintaining closure and pressure for a predetermined period of time; - opening the moulds (3,4) and removing the piece;
Hydraulic circuit element for the exchange of heat between a first fluid and a second fluid, defining a path for the first fluid, the circuit element comprising at least one tube having at least one open end and an endpiece able to accept a single end of tube, the said endpiece comprising an end wall closing off the said end and a lateral wall surrounding the tube in the vicinity of the said end, the lateral wall comprising at least one opening in communication with a lateral opening of the tube in order to contribute to defining the path of the first fluid, characterized in that the lateral wall of the endpiece presses closely against the tube via its entire surface.
A process for conversion of heteroatom-containing compounds in a hydrocarbon feedstock to their oxidation products comprising: separating the hydrocarbon feedstock (22 or 22a) into an aromatic-lean fraction and an aromatic-rich fraction; contacting the aromatic-rich fraction with an effective amount of gaseous oxidant in an organic peroxide generation apparatus under conditions effective for organic peroxide generation and to produce a mixture containing organic peroxide and heteroatom-containing hydrocarbons; contacting the mixture containing produced organic peroxide and heteroatom-containing hydrocarbons with the aromatic-lean fraction in an oxidative reaction apparatus under conditions effective for, and for a residence time sufficient for, oxidative conversion of heteroatom-containing hydrocarbons in the mixture and in the aromatic-lean fraction into oxidation products of heteroatom-containing hydrocarbons. separating the hydrocarbon feedstock (22 or 22a) into an aromatic-lean fraction and an aromatic-rich fraction; contacting the aromatic-rich fraction with an effective amount of gaseous oxidant in an organic peroxide generation apparatus under conditions effective for organic peroxide generation and to produce a mixture containing organic peroxide and heteroatom-containing hydrocarbons; contacting the mixture containing produced organic peroxide and heteroatom-containing hydrocarbons with the aromatic-lean fraction in an oxidative reaction apparatus under conditions effective for, and for a residence time sufficient for, oxidative conversion of heteroatom-containing hydrocarbons in the mixture and in the aromatic-lean fraction into oxidation products of heteroatom-containing hydrocarbons.
System including pressure cylinder valve with integrated pressure regulator (VIPR) having a VIPR non-return valve and comprising an activation shaft and a medical gas filler adapter for emptying and filling the pressure cylinder, where said medical gas filler adapter comprises an integrated adapter non-return valve for use in filling and testing VIPR valve, and a first end and a second end, wherein at least one gas connection is arranged between said first end and said second end, characterized in that, the first end is configured to be connected to the VIPR valve and the second end is configured to be connected to the activation shaft that is able to open the adapter non-return valve; where the adapter non-return valve via a spring is spring-loaded toward a closed position in direction of the second end, whereby the at least one gas connection is closed when the adapter non-return valve is closed that the adapter non-return valve comprises an actuator pin configured to activate said VIPR non-return valve and where the actuator pin is configured to be moved in different length by means of said activation shaft.
A communication control device comprising: a radio communication unit configured to perform radio communication with a plurality of terminal apparatuses of a primary system using communication resources of the primary system; and a generating unit configured to generate resource information for notifying a secondary system secondarily using the communication resources of available communication resources of the primary system, wherein the radio communication unit is configured to transmit the resource information generated by the generating unit through a downlink control channel; the generating unit is configured to generate first likelihood information for notifying the secondary system of a likelihood of presence of the available communication resources of the primary system, the radio communication unit is configured to transmit system information of a frequency band of the primary system, the system information including the first likelihood information; and the system information includes the first likelihood information and second likelihood information for notifying the secondary system of a likelihood of presence of available communication resources of another frequency band of another primary system. a radio communication unit configured to perform radio communication with a plurality of terminal apparatuses of a primary system using communication resources of the primary system; and a generating unit configured to generate resource information for notifying a secondary system secondarily using the communication resources of available communication resources of the primary system,
An asphalt composition, comprising: aggregate, binder coating the aggregate, the binder being at least partially transparent to visible and infrared radiation; reflective particles embedded within and coated by the binder, the reflective particles having fracture faces; and at least one of A and B, where A the binder comprises titanium dioxide and the reflective particles comprise aluminum or aluminum oxide particles; and B the reflective particles comprise reflective metal or metal oxide particles, the reflective metal or metal oxide particles being present in an amount of from 0.01% to 2.4% by weight of the asphalt composition. aggregate, binder coating the aggregate, the binder being at least partially transparent to visible and infrared radiation; reflective particles embedded within and coated by the binder, the reflective particles having fracture faces; and at least one of A and B, where A the binder comprises titanium dioxide and the reflective particles comprise aluminum or aluminum oxide particles; and B the reflective particles comprise reflective metal or metal oxide particles, the reflective metal or metal oxide particles being present in an amount of from 0.01% to 2.4% by weight of the asphalt composition. A the binder comprises titanium dioxide and the reflective particles comprise aluminum or aluminum oxide particles; and B the reflective particles comprise reflective metal or metal oxide particles, the reflective metal or metal oxide particles being present in an amount of from 0.01% to 2.4% by weight of the asphalt composition.