mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic heart valve having a compressed delivery configuration and an original uncompressed shape, the prosthetic heart valve comprising: an outer stent body having a tubular body and a cuff integral with and extending from the tubular body, a cuff covering being disposed on the cuff; characterized by an inner leaflet structural support disposed within a lumen of the tubular body and attached to the outer stent body, and wherein the leaflet structural support is housed within the stent body in both the compressed delivery configuration and in the original uncompressed shape; and a prosthetic leaflet structure attached to the leaflet structural support, the cuff including a plurality of radially extending loops collectively defining a collar shape and defining circumferential spaces between adjacent loops, the collar having a distal-facing side and a proximal-facing side, wherein the outer stent body and the inner leaflet structural support are each formed of a shape memory alloy, the shape memory alloy being a nickel titanium alloy, so that the outer stent body and the inner leaflet structural support are both configured to compress when the prosthetic heart valve is in the compressed delivery configuration, and to return to the original uncompressed shape when the prosthetic heart valve is deployed from a deployment catheter. an outer stent body having a tubular body and a cuff integral with and extending from the tubular body, a cuff covering being disposed on the cuff; characterized by an inner leaflet structural support disposed within a lumen of the tubular body and attached to the outer stent body, and wherein the leaflet structural support is housed within the stent body in both the compressed delivery configuration and in the original uncompressed shape; and a prosthetic leaflet structure attached to the leaflet structural support, the cuff including a plurality of radially extending loops collectively defining a collar shape and defining circumferential spaces between adjacent loops, the collar having a distal-facing side and a proximal-facing side, wherein the outer stent body and the inner leaflet structural support are each formed of a shape memory alloy, the shape memory alloy being a nickel titanium alloy, so that the outer stent body and the inner leaflet structural support are both configured to compress when the prosthetic heart valve is in the compressed delivery configuration, and to return to the original uncompressed shape when the prosthetic heart valve is deployed from a deployment catheter.
A vacuum thermal insulating material that has a core material enclosed in a gas barrier container whose inside is decompressed at a predetermined degree of vacuum, wherein a prurality of long sheet-shaped first and second fibrous assemblies (10a to 10d and 11a to 11d) are arranged in parallel to a width direction to form sheet-shaped first and second multiple fibrous assemblies (100 and 110), respectively, the core material is obtained by winding and laminating the sheet-shaped first and second multiple fibrous assemblies (100, 110) into a roll, first joint sections of the first fibrous assemblies (10a to 10d) constituting the first multiple fibrous assembly and second joint sections of the second fibrous assemblies (11a to 11d) constituting the second multiple fibrous assembly are alternatingly shifted in the width direction so as not to be vertically overlapped, the first joint sections of the first multiple fibrous assembly are vertically located in a same first position, the second joint sections of the second multiple fibrous assembly are vertically located in a same second position.
An apparatus comprising: a power converter having a power supply input for receiving an input power supply voltage generated by a power supply, an output for generating an output voltage to a load, and a power inductor (42, 62) coupled between the power supply input and the output; and an energy storage element coupled to the power supply input, the power inductor (42, 62), and the output such that: operation of the energy storage element is split temporally between delivering energy to the load and receiving energy from one or both of the power supply and the load; characterized in that operation of the power inductor is split temporally between delivering energy to the energy storage element and delivering energy to the load. a power converter having a power supply input for receiving an input power supply voltage generated by a power supply, an output for generating an output voltage to a load, and a power inductor (42, 62) coupled between the power supply input and the output; and an energy storage element coupled to the power supply input, the power inductor (42, 62), and the output such that: operation of the energy storage element is split temporally between delivering energy to the load and receiving energy from one or both of the power supply and the load; characterized in that operation of the power inductor is split temporally between delivering energy to the energy storage element and delivering energy to the load. operation of the energy storage element is split temporally between delivering energy to the load and receiving energy from one or both of the power supply and the load; characterized in that operation of the power inductor is split temporally between delivering energy to the energy storage element and delivering energy to the load.
A method for accessing data in a directory for a requesting entity, comprising: Receiving, by a data request receiver, a data request to perform an action on data in an attribute of a first entry at a first location in the directory provided by the requesting entity, wherein the attribute is of a first attribute type and comprises at least one attribute value, wherein data for the attribute requested in the data request resides in a differently identified attribute at a second entry at a second location in the directory, wherein the differently identified attribute is of a second attribute type different from the first attribute type; Identifying one or more applicable rules associated with the first entry; Deriving, by a location deriver, the second location in the directory for the data in the attribute of the data request using the one or more applicable rules, wherein the derivation is performed at a point of access to a data storage mechanism for the directory; and Finding, by a read/update module, the data in the attribute of the data request at the second entry using the derived second location; and Performing the action on the data at the derived second location. Receiving, by a data request receiver, a data request to perform an action on data in an attribute of a first entry at a first location in the directory provided by the requesting entity, wherein the attribute is of a first attribute type and comprises at least one attribute value, wherein data for the attribute requested in the data request resides in a differently identified attribute at a second entry at a second location in the directory, wherein the differently identified attribute is of a second attribute type different from the first attribute type; Identifying one or more applicable rules associated with the first entry; Deriving, by a location deriver, the second location in the directory for the data in the attribute of the data request using the one or more applicable rules, wherein the derivation is performed at a point of access to a data storage mechanism for the directory; and Finding, by a read/update module, the data in the attribute of the data request at the second entry using the derived second location; and
Kit for mounting a plantable wall garden which is formed from at least two wall elements (1, 2), of which at least one wall element has at least one planting hole through which the plants that can be rooted in a planting substrate provided on the one side of the wall elements can grow outwards, wherein the wall elements (1, 2) of the kit are connectable to each other by plug-in connections, wherein, of the adjacent wall elements (1, 2), at mutually facing edge or corner regions, a first wall element has at least one mounting hook, which is insertable into a mounting slot on an adjacent second wall element in such a manner that the at least one mounting hook engages by means of a hook protrusion behind an edge zone, which surrounds the associated mounting slot, of the second wall element, wherein at least one planting hole is provided at least on the at least one first and/or on the at least one second wall element (1, 2), and wherein the at least one first and/or the at least one second wall element are/is designed in each case as a sheet-metal cassette/sheet-metal cassettes, wherein the kit is designed for mounting a wall garden which forms an at least circumferentially closed hollow body and can be filled in its hollow body interior with earth, sand or a similar planting substrate, characterized in that the wall garden designed as a hollow body has the planting holes on at least one of its wall elements (1, 2) forming the hollow body circumference.
A process for performing a steam reforming reaction on coal- or biomass-gasifier effluents to reform methane and higher hydrocarbons, including tars into gas streams comprising hydrogen and carbon oxides using a catalyst prepared by a method comprising the steps of: (i) preparing a particulate catalyst compound comprising one or more catalytic metals selected from the group consisting of Ni, Pt, Pd, Rh, Ru and Au dispersed over the surface of a particulate catalyst support material by impregnation of a soluble catalytic metal compound or compounds onto the particulate catalyst support material followed by drying and calcination to convert the catalytic metal compound or compounds to their respective oxides, (ii) spraying a slurry containing the particulate catalyst compound on to the surface of a shaped support in a pan coater to form a coated shaped support material having the catalytic metal in a surface layer, wherein the solids content of the slurry is in the range 1-60% by weight, (iii) drying and optionally calcining the coated shaped support material to form a catalyst precursor, and (iv) optionally reducing the metal or metals in the catalyst precursor to a lower oxidation state to form the catalyst. (i) preparing a particulate catalyst compound comprising one or more catalytic metals selected from the group consisting of Ni, Pt, Pd, Rh, Ru and Au dispersed over the surface of a particulate catalyst support material by impregnation of a soluble catalytic metal compound or compounds onto the particulate catalyst support material followed by drying and calcination to convert the catalytic metal compound or compounds to their respective oxides, (ii) spraying a slurry containing the particulate catalyst compound on to the surface of a shaped support in a pan coater to form a coated shaped support material having the catalytic metal in a surface layer, wherein the solids content of the slurry is in the range 1-60% by weight, (iii) drying and optionally calcining the coated shaped support material to form a catalyst precursor, and (iv) optionally reducing the metal or metals in the catalyst precursor to a lower oxidation state to form the catalyst.
An explosion-proof valve, wherein the explosion-proof valve comprises a first connection member, a second connection member, a resilient connection member, and an explosion-proof film; an upper port is formed on the first connection member, and the first connection member comprises an ejector pin; the second connection member is located below the first connection member in an up-down direction, and is disposed at an interval from the first connection member; the resilient connection member sleeves the first connection member and the second connection member, and is in sealed connection with the first connection member and the second connection member; and the explosion-proof film is disposed at the upper port of the first connection member and seals the upper port, and the explosion-proof film is located above the ejector pin in the up-down direction. an upper port is formed on the first connection member, and the first connection member comprises an ejector pin; the second connection member is located below the first connection member in an up-down direction, and is disposed at an interval from the first connection member; the resilient connection member sleeves the first connection member and the second connection member, and is in sealed connection with the first connection member and the second connection member; and the explosion-proof film is disposed at the upper port of the first connection member and seals the upper port, and the explosion-proof film is located above the ejector pin in the up-down direction.
An engine comprising a cylinder head, a camshaft bearing cap fixed on the cylinder head by the means of a locating pin and a bolt, and a rocker shaft, a rocker, a hydraulic tappet and a camshaft supported on the camshaft bearing cap, said engine characterized in the following: the inside of the cylinder head is provided with a main oil-feeding passage that extends from the cylinder head to the hole of the main journal of the camshaft and to the internal center position of the camshaft bearing cap; the inside of the camshaft bearing cap is provided with an oil passage that connects the main oil-feeding passage to a central installation hole of the rocker shaft, and a plurality of oil passages that connect the installation holes at two sides of the rocker shaft to the holes on the secondary journal of the camshaft at two sides of the camshaft; the interior of the rocker shaft is provided with a rocker shaft oil passage that connect the central installation hole of the rocker shaft to the installation holes at two sides of the rocker shaft and to each of the rocker installation holes; an oil passage of the rocker that connects the installation holes of rockers to the interior of the hydraulic tappet is provided inside the rockers.
A last for forming a footwear upper configuring an article of footwear, comprising: a foot length forming member that defines a shape of the last at least in a lengthwise direction of the article of footwear; a plurality of foot width forming members that define a shape of the last at least in a widthwise direction of the article of footwear and are assembled to the foot length forming member; wherein the foot length forming member comprises a plurality of engagement grooves or the last comprises at least one spacer disposed between adjacent foot width forming members so that the foot width forming members are assembled to define a spacing between adjacent foot width forming members. a foot length forming member that defines a shape of the last at least in a lengthwise direction of the article of footwear; a plurality of foot width forming members that define a shape of the last at least in a widthwise direction of the article of footwear and are assembled to the foot length forming member; wherein the foot length forming member comprises a plurality of engagement grooves or the last comprises at least one spacer disposed between adjacent foot width forming members so that the foot width forming members are assembled to define a spacing between adjacent foot width forming members.
(-)-(3aR,4S,7aR)-4-Hydroxy-4-m-tolylethynyl-octahydro-indole-1-carboxylic acid methyl ester in free base or acid addition salt form, for use in the treatment, prevention or delay of progression of a Parkinson's associated levodopa (L-dopa) induced dyskinesia.
An air to air heat exchange assembly, comprising: one or more sensible heat exchangers; and characterized by one or more latent heat exchangers, the one or more sensible heat exchangers and the one or more latent heat exchangers are arranged and configured to make up a first inlet face configured to receive a first stream of air, the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second inlet face configured to receive a second stream of air different from the first stream of air, the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a first outlet in fluid communication with the first inlet face, the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second outlet in fluid communication with the second inlet face, the one or more sensible heat exchangers and the one or more latent heat exchangers include flow channels (140, 150) between the first inlet face and the first outlet, and between the second inlet face and the second outlet, and the flow channels between the first inlet face and the first outlet are in a heat exchange relationship with the flow channels between the second inlet face and the second outlet, and are configured such that both sensible heat exchange and latent heat exchange occurs through the heat exchange assembly. one or more sensible heat exchangers; and characterized by one or more latent heat exchangers, the one or more sensible heat exchangers and the one or more latent heat exchangers are arranged and configured to make up a first inlet face configured to receive a first stream of air, the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second inlet face configured to receive a second stream of air different from the first stream of air, the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a first outlet in fluid communication with the first inlet face, the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second outlet in fluid communication with the second inlet face, the one or more sensible heat exchangers and the one or more latent heat exchangers include flow channels (140, 150) between the first inlet face and the first outlet, and between the second inlet face and the second outlet, and the flow channels between the first inlet face and the first outlet are in a heat exchange relationship with the flow channels between the second inlet face and the second outlet, and are configured such that both sensible heat exchange and latent heat exchange occurs through the heat exchange assembly.
A video decoder for decoding video signal data for an image block, configured to decode all color components of the video signal data, wherein said decoder is configured to use common interpolation filters for B and P frames for all of the color components of the video signal data and wherein the video decoder is configured to perform an inverse color transform on the video signal data in a post-processing step subsequent to said decoding step, and wherein color components of the video signal data input to the decoder are color components of YUV, YCrCb or YCOCG, characterized in that the video decoder is configured to decode each color component of the video signal data using a respective one of three separate spatial predictors.
A stable, synthetic capture agent that specifically binds CD8, wherein the capture agent comprises a first ligand having affinity for a first epitope on CD8, a second ligand having affinity for a second epitope on CD8, and a linker covalently connecting the first ligand to the second ligand, wherein the first epitope is 5 to 30 amino acids long, wherein the second epitope is 5 to 30 amino acids long, wherein the first epitope comprises the sequence SQFRVSPLD or the sequence FLLYLSQNKP, wherein the second epitope comprises the sequence FLLYLSQNKP or the sequence AAEGLDTQR, wherein the first ligand and the second ligand comprise 5-9 amino acids, wherein the first ligand and the second ligand comprise a 1,4-substituted-1,2,3-triazole residue or a 1,5-substituted-1,2,3-triazole residue, wherein the linker comprises one or more repeat units of ethylene glycol, preferably the linker comprises PEG 1, PEG 2, PEG 3, PEG 4, PEG 5, PEG 6, PEG 7 or PEG 8, an amino acid, or a peptide, wherein the length of the linker corresponds to the distance between the first epitope and the second epitope, and wherein the K D of the capture agent is less than 10 -6 M, wherein the capture agent has a binding affinity that is at least 50% of the binding affinity of a full cooperative binder, wherein the binding affinity of a full cooperative binder is the product of the binding affinity of the first ligand and the second ligand. wherein the first epitope is 5 to 30 amino acids long, wherein the second epitope is 5 to 30 amino acids long, wherein the first epitope comprises the sequence SQFRVSPLD or the sequence FLLYLSQNKP, wherein the second epitope comprises the sequence FLLYLSQNKP or the sequence AAEGLDTQR, wherein the first ligand and the second ligand comprise 5-9 amino acids, wherein the first ligand and the second ligand comprise a 1,4-substituted-1,2,3-triazole residue or a 1,5-substituted-1,2,3-triazole residue, wherein the linker comprises one or more repeat units of ethylene glycol, preferably the linker comprises PEG 1, PEG 2, PEG 3, PEG 4, PEG 5, PEG 6, PEG 7 or PEG 8, an amino acid, or a peptide, wherein the length of the linker corresponds to the distance between the first epitope and the second epitope, and wherein the K D of the capture agent is less than 10 -6 M, wherein the capture agent has a binding affinity that is at least 50% of the binding affinity of a full cooperative binder, wherein the binding affinity of a full cooperative binder is the product of the binding affinity of the first ligand and the second ligand.