mhurhangee/ep-ind-claims huggingface dataset:
Moving walkway comprising: at least one endless belt moving in a conveyance direction along a closed loop, the closed loop comprising a conveyance portion and a return portion extending between two turnaround portions (5, 7), respectively; a plurality of pallets; and a plurality of linkages (26a, 26b) rotatably connecting adjacent pallets with each other; wherein at least one mounting portion of each pallet is rotatably connected to the at least one belt; and wherein each of the linkages (26a, 26b) comprises a first linkage element and a second linkage element, wherein the first linkage elements are spaced apart from the second linkage elements in the lateral direction, wherein the first and second linkage elements (26a, 26b) in particular are located on opposite lateral sides of the belt; and wherein the moving walkway comprises first linkage axles extending between the first sides of the first and second linkage elements (26a, 26b); and characterized in that the first linkage axles are fixed to the at least one belt at a position corresponding to the neutral phase of the at least one belt which is neither compressed nor stretched when the belt is bent; and/or wherein the moving walkway further comprises second linkage axles extending between the second sides of the first and second linkage elements (26a, 26b). at least one endless belt moving in a conveyance direction along a closed loop, the closed loop comprising a conveyance portion and a return portion extending between two turnaround portions (5, 7), respectively; a plurality of pallets; and a plurality of linkages (26a, 26b) rotatably connecting adjacent pallets with each other; wherein at least one mounting portion of each pallet is rotatably connected to the at least one belt; and wherein each of the linkages (26a, 26b) comprises a first linkage element and a second linkage element, wherein the first linkage elements are spaced apart from the second linkage elements in the lateral direction, wherein the first and second linkage elements (26a, 26b) in particular are located on opposite lateral sides of the belt; and wherein the moving walkway comprises first linkage axles extending between the first sides of the first and second linkage elements (26a, 26b); and characterized in that the first linkage axles are fixed to the at least one belt at a position corresponding to the neutral phase of the at least one belt which is neither compressed nor stretched when the belt is bent; and/or wherein the moving walkway further comprises second linkage axles extending between the second sides of the first and second linkage elements (26a, 26b).
A mounting structure for a concentrator photovoltaic module housing configured to be used in a concentrator photovoltaic module, the concentrator photovoltaic module including: a plurality of power generating elements; and a concentrating member configured to concentrate sunlight toward each of the plurality of power generating elements, the mounting structure comprising: a bottom plate formed from an electric conductor and having the plurality of power generating elements arrayed thereat; a side wall frame made of resin, the side wall frame standing along an outer edge of the bottom plate and configured to hold the concentrating member so as to face the bottom plate; a support member being a grounded electric conductor, the support member configured to be in contact with the bottom plate to support the concentrator photovoltaic module; and a fastening member (25, 26) configured to fasten the support member and the bottom plate to each other thereby to fix the concentrator photovoltaic module to the support member, the fastening member (25, 26) being formed from an electric conductor thereby to serve as a path for electric connection from the bottom plate to the support member, wherein the fastening member (25, 26) includes: a bolt configured to penetrate the bottom plate and the support member; and a nut configured to be screwed with the bolt to fasten the bottom plate and the support member, wherein a holding portion holding the nut or a head of the bolt inside the housing and at an inner face of the bottom plate is formed integrally with an inner face of the side wall frame. a bottom plate formed from an electric conductor and having the plurality of power generating elements arrayed thereat; a side wall frame made of resin, the side wall frame standing along an outer edge of the bottom plate and configured to hold the concentrating member so as to face the bottom plate; a support member being a grounded electric conductor, the support member configured to be in contact with the bottom plate to support the concentrator photovoltaic module; and a fastening member (25, 26) configured to fasten the support member and the bottom plate to each other thereby to fix the concentrator photovoltaic module to the support member, the fastening member (25, 26) being formed from an electric conductor thereby to serve as a path for electric connection from the bottom plate to the support member, wherein the fastening member (25, 26) includes: a bolt configured to penetrate the bottom plate and the support member; and a nut configured to be screwed with the bolt to fasten the bottom plate and the support member, wherein a bolt configured to penetrate the bottom plate and the support member; and a nut configured to be screwed with the bolt to fasten the bottom plate and the support member, wherein a holding portion holding the nut or a head of the bolt inside the housing and at an inner face of the bottom plate is formed integrally with an inner face of the side wall frame.
An apparatus for continuously cooking and cooling in water meat food products removably contained in cooking molds, said apparatus comprising a cooking basin and a cooling basin, said cooking basin and cooling basin being separated from one another while being operatively interconnected to one another, said basins (2, 3) including driving means (11, 12, 13, 14) for continuously transferring a plurality of frameworks supporting a plurality of said food products each removably held in a respective mold, said apparatus further comprising pumping and thermal processing assemblies for pumping and thermally processing a circulating large water volume which is circulated in cross flows substantially perpendicular to said food product molds and a bridge crane arranged at loading and unloading end portions of both said cooking and cooling basins on a steel supporting construction arranged on a side of said basins (2, 3) and thereon a portal robot is driven.
A contamination limiter for a spacecraft, the contamination limiter comprising; a body having an interior; an inlet fluidly coupled to the interior of the body, a collector plate positioned within the interior of the body; at least one ultraviolet light source directed to a top surface and at least one ultraviolet light source directed to a bottom surface of the collector plate; and an exterior vent fluidly coupled to the interior of the body, a first collimator at the inlet and a second collimator at the exterior vent, the first collimator and the second collimator being disposed at one side of the contamination limiter in a manner to have a volatile condensable material to follow a flow path across the top and bottom surfaces of the collector plate to maximize the amount of the volatile condensable materials contacting the collector plate, while the top and bottom surfaces of the collector plate are exposed to UV light sources to cause photofixing of the volatile condensable material to the top and bottom surfaces of the collector plate. a body having an interior; an inlet fluidly coupled to the interior of the body, a collector plate positioned within the interior of the body; at least one ultraviolet light source directed to a top surface and at least one ultraviolet light source directed to a bottom surface of the collector plate; and an exterior vent fluidly coupled to the interior of the body, a first collimator at the inlet and a second collimator at the exterior vent, the first collimator and the second collimator being disposed at one side of the contamination limiter in a manner to have a volatile condensable material to follow a flow path across the top and bottom surfaces of the collector plate to maximize the amount of the volatile condensable materials contacting the collector plate, while the top and bottom surfaces of the collector plate are exposed to UV light sources to cause photofixing of the volatile condensable material to the top and bottom surfaces of the collector plate.
A method for manufacturing a bioprosthetic heart valve comprising treating a fully assembled bioprosthetic heart valve including fixed-tissue leaflets in a solution containing an aldehyde capping agent and a reducing agent; and dehydrating the capped tissue with a non-aqueous solution, wherein the fixed tissue of the leaflets is tissue treated with glutaraldehyde or other aldehyde-containing agents.
A UV-curable inkjet composition comprising: ≥ 20% (w/w) of any blend of monofunctional acrylate monomers; ≤ 7.5% (w/w) of any blend of photoinitiators; and one or more acrylated amine(s). ≥ 20% (w/w) of any blend of monofunctional acrylate monomers; ≤ 7.5% (w/w) of any blend of photoinitiators; and one or more acrylated amine(s).
A pool cleaner hose assembly, the assembly comprising: a. a first pool cleaner hose segment, having a first end; b. a second pool cleaner hose segment, having a second end; c. wherein a portion of the first end of the first pool cleaner hose segment is inserted inside of a portion of the second end of the second pool cleaner hose segment; and d. wherein a seal associated with the second end of the second pool cleaner hose segment contacts an interior surface of the distal end of the portion of the first end of the first pool cleaner hose segment inserted into the portion of the second end of the second pool cleaner hose segment; characterised in that e. a lock (38, 40), comprising a first locked position and a second locked position, releasably locks the first and second pool cleaner hose segments together when the portion of the first end of the first pool cleaner hose segment is inserted inside the portion of the second end of the second pool cleaner hose segment; and f. in that moving the lock (38, 40) from the first locked position to the second locked position, causes the first pool cleaner hose segment to insert further inside of the portion of the second end of the second pool cleaner hose segment. a. a first pool cleaner hose segment, having a first end; b. a second pool cleaner hose segment, having a second end; c. wherein a portion of the first end of the first pool cleaner hose segment is inserted inside of a portion of the second end of the second pool cleaner hose segment; and d. wherein a seal associated with the second end of the second pool cleaner hose segment contacts an interior surface of the distal end of the portion of the first end of the first pool cleaner hose segment inserted into the portion of the second end of the second pool cleaner hose segment; characterised in that e. a lock (38, 40), comprising a first locked position and a second locked position, releasably locks the first and second pool cleaner hose segments together when the portion of the first end of the first pool cleaner hose segment is inserted inside the portion of the second end of the second pool cleaner hose segment; and f. in that moving the lock (38, 40) from the first locked position to the second locked position, causes the first pool cleaner hose segment to insert further inside of the portion of the second end of the second pool cleaner hose segment.
An antibody against Activin B for use in a method of treating Fibrodysplasia Ossificans Progressiva, wherein the antibody against Activin B is an antagonist antibody.
Device for manufacturing a container by blow moulding or stretch blow moulding from a plastics blank, the device comprising: - a mould comprising two half-moulds (21, 22) which together define an impression of the container to be formed; - a support (31, 32) for each of the half-moulds (21, 22), each half-mould (21, 22) having a degree of travel with respect to its support (31, 32); - means for compensating for a blowing pressure inside the mould; the compensation means comprising: - at least one sealed chamber (41, 42) interposed between each half-mould (21, 22) and its support (31, 32); - means for injecting a pressurized fluid into the sealed chambers (41, 42); characterized in that it comprises a mechanism for the referential positioning of one of the half-moulds, referred to as reference half-mould, against at least one referential stop borne by the support of the reference half-mould, the referential stop or stops tending to limit the movement of the reference half-mould towards its support, and means for holding the reference half-mould in abutment against the referential stop or stops while the other of the half-moulds, referred to as second half-mould, is movable under the action of the pressurized fluid. - a mould comprising two half-moulds (21, 22) which together define an impression of the container to be formed; - a support (31, 32) for each of the half-moulds (21, 22), each half-mould (21, 22) having a degree of travel with respect to its support (31, 32); - means for compensating for a blowing pressure inside the mould; the compensation means comprising: - at least one sealed chamber (41, 42) interposed between each half-mould (21, 22) and its support (31, 32); - means for injecting a pressurized fluid into the sealed chambers (41, 42); - at least one sealed chamber (41, 42) interposed between each half-mould (21, 22) and its support (31, 32); - means for injecting a pressurized fluid into the sealed chambers (41, 42); characterized in that it comprises a mechanism for the referential positioning of one of the half-moulds, referred to as reference half-mould, against at least one referential stop borne by the support of the reference half-mould, the referential stop or stops tending to limit the movement of the reference half-mould towards its support, and means for holding the reference half-mould in abutment against the referential stop or stops while the other of the half-moulds, referred to as second half-mould, is movable under the action of the pressurized fluid.
A process for the synthesis of a monounsaturated nitrile-ester (acid) by cross metathesis starting from an unsaturated compound I comprising at least one trivalent nitrile, acid or ester functional group, characterized in that it comprises a stage in which two types of cross metathesis are alternated consecutively: - a first type of cross metathesis mc1 with an acrylic compound II chosen from acrylonitrile, acrylic acid or an acrylic ester, one of the compounds I or II comprising a nitrile functional group and the other of these compounds II or I comprising an acid or ester functional group, and - a second type of cross metathesis mc2 with a light C 2 to C 4 alkene compound III, preferably with ethylene. - a first type of cross metathesis mc1 with an acrylic compound II chosen from acrylonitrile, acrylic acid or an acrylic ester, one of the compounds I or II comprising a nitrile functional group and the other of these compounds II or I comprising an acid or ester functional group, and - a second type of cross metathesis mc2 with a light C 2 to C 4 alkene compound III, preferably with ethylene.
A control unit that is adapted to determine a change in transpulmonary pressure (ΔPtp) in a patient, wherein said control unit is operable to: a) set a breathing apparatus in a first mode of operation for ventilating said patient with a first Positive End Expiratory Pressure (PEEP) of equal inspiratory and expiratory volume; b) set said breathing apparatus in a second mode of operation for ventilating said patient over a plurality of breathing cycles with a second PEEP level starting from said first PEEP level until equal inspiratory and expiratory tidal volumes are reached at said second PEEP level, wherein said second PEEP is based on a target PEEP different from said first PEEP; c) determine a difference between said first PEEP and said second PEEP (ΔPEEP), and d) determine said change in transpulmonary pressure (ΔPtp) as said difference between said first PEEP of equal inspiratory and expiratory volume and said second PEEP of equal inspiratory and expiratory volume (ΔPEEP). a) set a breathing apparatus in a first mode of operation for ventilating said patient with a first Positive End Expiratory Pressure (PEEP) of equal inspiratory and expiratory volume; b) set said breathing apparatus in a second mode of operation for ventilating said patient over a plurality of breathing cycles with a second PEEP level starting from said first PEEP level until equal inspiratory and expiratory tidal volumes are reached at said second PEEP level, wherein said second PEEP is based on a target PEEP different from said first PEEP; c) determine a difference between said first PEEP and said second PEEP (ΔPEEP), and d) determine said change in transpulmonary pressure (ΔPtp) as said difference between said first PEEP of equal inspiratory and expiratory volume and said second PEEP of equal inspiratory and expiratory volume (ΔPEEP).
A sensor comprising: an actuation element; a sense die; a housing comprising a cuboid shape comprising up to five faces, the faces including a top wall and a bottom wall [112, 113]; wherein the faces define a cavity therebetween, wherein the top wall defines an aperture extending therethrough, the aperture having a first central axis, wherein at least a portion of the actuation element extends from the cavity through the aperture. Characterised in that the faces of the housing define a second opening between an exterior of the housing and the cavity, wherein the second opening has a second central axis and is configured to receive the sense die therethrough; and wherein the central axis of the aperture in the top wall of the cuboid shaped housing is orthogonal to the central axis of the opening. an actuation element; a sense die; a housing comprising a cuboid shape comprising up to five faces, the faces including a top wall and a bottom wall [112, 113]; wherein the faces define a cavity therebetween, wherein the top wall defines an aperture extending therethrough, the aperture having a first central axis, including a top wall and a bottom wall [112, 113]; wherein the faces define a cavity therebetween, wherein the top wall defines an aperture extending therethrough, the aperture having a first central axis, wherein at least a portion of the actuation element extends from the cavity through the aperture. Characterised in that the faces of the housing define a second opening between an exterior of the housing and the cavity, wherein the second opening has a second central axis and is configured to receive the sense die therethrough; and wherein the central axis of the aperture in the top wall of the cuboid shaped housing is orthogonal to the central axis of the opening.
A soap base composition produced from a saponification reaction between: (a) a first mixture including a first herbal extract infusion having soluble components of an herb solvated in a first extraction medium, wherein the first extraction medium is a first saponification reactant for producing the soap base composition; and (b) a second mixture including a second saponification reactant for producing the soap base composition, wherein the second mixture includes a second herbal extract infusion having soluble components of an herb solvated in a second extraction medium, wherein the second extraction medium has a same composition as the second saponification reactant. (a) a first mixture including a first herbal extract infusion having soluble components of an herb solvated in a first extraction medium, wherein the first extraction medium is a first saponification reactant for producing the soap base composition; and (b) a second mixture including a second saponification reactant for producing the soap base composition, wherein the second mixture includes a second herbal extract infusion having soluble components of an herb solvated in a second extraction medium, wherein the second extraction medium has a same composition as the second saponification reactant.
A transgenic safflower plant comprising a recombinant promoter functional in said safflower plant wherein said promoter is operably linked to a recombinant DNA sequence encoding a Saprolegnia diclina Δ6-desaturase with SEQ ID NO: 10, wherein said safflower plant produces seeds and wherein oil produced from said seeds comprises gamma-linolenic acid at a level of 45%-50% or greater by weight.
A method for the production of D-erythrose and acetyl phosphate comprising the enzymatic conversion of D-fructose into D-erythrose and acetyl phosphate by making use of a phosphoketolase.
A seal associated with an engine of an aircraft, comprising: a plurality of lands (202a, 202b); and a barrel coupled to the lands (202a, 202b) and formed from a plurality of segments (260a-d), where the segments (260a-d) are coupled to one another such that the barrel is substantially non-linear; wherein the seal further comprises: a plurality of knife edges coupled to the plurality of segments (260a-d); wherein: a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'V'-shaped; or a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'U'-shaped, characterised in that the barrel is substantially 'M'-shaped. a plurality of lands (202a, 202b); and a barrel coupled to the lands (202a, 202b) and formed from a plurality of segments (260a-d), where the segments (260a-d) are coupled to one another such that the barrel is substantially non-linear; wherein the seal further comprises: a plurality of knife edges coupled to the plurality of segments (260a-d); wherein: a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'V'-shaped; or a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'U'-shaped, characterised in that the barrel is substantially 'M'-shaped. a plurality of knife edges coupled to the plurality of segments (260a-d); wherein: a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'V'-shaped; or a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'U'-shaped, a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'V'-shaped; or a first of the plurality of segments (260a-d) and a second of the plurality of segments (260a-d) between the knife edges is substantially 'U'-shaped, characterised in that the barrel is substantially 'M'-shaped.