mhurhangee/ep-ind-claims huggingface dataset:
Gas supply module for an engine comprising a heat exchanger capable of cooling gases for the intake thereof into an inlet volume of a cylinder head of the engine and a gas supply valve capable of directing said gases toward the inlet volume of said cylinder head and/or through said heat exchanger, said module also comprising an interface element closing said inlet volume of said cylinder head, said interface element and said valve being configured in order to permit the fixing of said valve to said cylinder head via at least one first means for fixing passing through at least the interface element, said interface element being produced in the form of an interface plate, characterized in that said interface plate comprises at least one recess forming a through-passage and said valve comprises at least one protrusion provided with a fixing orifice, said protrusion of the valve being introduced into the recess and said fixing orifice receiving said first means for fixing to the cylinder head.
A method in a base station for allocating communication resources to a user equipment (4, 5,..., n), the base station supporting the use of a single physical resource block, PRB, scheduling request resource for two or more user equipment (4, 5,..., n) by allocating the same PRB scheduling request resource to more than one user equipment (4, 5,..., n), the method comprising: - receiving, from a user equipment (4, 5,..., n) of the two or more user equipment (4, 5,..., n), a scheduling request on the single PRB scheduling request resource, the method characterized by the steps of - granting access to a selected user equipment (4, 5,..., n) of the two or more user equipment (4, 5,..., n) using the single PRB scheduling request resource, wherein the step of granting access comprises determining the highest prioritized user equipment (4, 5,..., n) using the single PRB scheduling request resource, and granting access to the determined highest prioritized user equipment (4, 5,..., n). - receiving, from a user equipment (4, 5,..., n) of the two or more user equipment (4, 5,..., n), a scheduling request on the single PRB scheduling request resource, the method characterized by the steps of - granting access to a selected user equipment (4, 5,..., n) of the two or more user equipment (4, 5,..., n) using the single PRB scheduling request resource,
An Home Node B gateway device including a function to obtain a usage rate of the Home Node B gateway device, relaying signals between a switching center and an Home Node B, and transitioning to a sleep mode when the usage rate of the Home Node B gateway device reaches or falls below a predetermined value, the Home Node B gateway device comprising: means for changing, upon transition to the sleep mode, an Home Node B gateway list in the Home Node B performing Home Node B registration on the Home Node B gateway device using a Remote Procedure Call: Set Parameter Values message from an Home Node B Management System, wherein the means for changing is configured to select a different Home Node B gateway device operating in a normal mode, and to instruct, using the Remote Procedure Call: Set Parameter Values message, the Home Node B to set a priority of the different Home Node B gateway device to be the highest in the Home Node B gateway list. means for changing, upon transition to the sleep mode, an Home Node B gateway list in the Home Node B performing Home Node B registration on the Home Node B gateway device using a Remote Procedure Call: Set Parameter Values message from an Home Node B Management System, wherein the means for changing is configured to select a different Home Node B gateway device operating in a normal mode, and to instruct, using the Remote Procedure Call: Set Parameter Values message, the Home Node B to set a priority of the different Home Node B gateway device to be the highest in the Home Node B gateway list.
A valve device comprising: a ball valve having a ball face shaped in a convex spherical surface; and a valve seat having a seat face shaped in a concave spherical surface, the seat face being pressed onto the ball face, wherein the ball valve being rotated to open by communicating a valve opening defined in the ball valve and a seat opening defined in the valve seat with each other, the valve seat having a seat opposite face opposite from the seat face, a back pressure space (α) being defined adjacent to the seat opposite face, in which a fluid flowing into the valve device is guided to the back pressure space, characterized in that, when the ball valve is closed, only a radially inner side of the seat face is in contact with the ball face to define a contact ring at a site where the ball face and the seat face oppose each other; an annular gap (β) is defined between the ball valve and the valve seat, the fluid being able to flow into the annular gap when the valve is closed, and a pressure-receiving projection area where fluid pressure is applied from the back pressure space (α) to the seat opposite face is the same as a pressure-receiving projection area where fluid pressure is applied from the gap (β) to the seat face. a ball valve having a ball face shaped in a convex spherical surface; and a valve seat having a seat face shaped in a concave spherical surface, the seat face being pressed onto the ball face, wherein the ball valve being rotated to open by communicating a valve opening defined in the ball valve and a seat opening defined in the valve seat with each other, the valve seat having a seat opposite face opposite from the seat face, a back pressure space (α) being defined adjacent to the seat opposite face, in which a fluid flowing into the valve device is guided to the back pressure space, characterized in that, when the ball valve is closed, only a radially inner side of the seat face is in contact with the ball face to define a contact ring at a site where the ball face and the seat face oppose each other; an annular gap (β) is defined between the ball valve and the valve seat, the fluid being able to flow into the annular gap when the valve is closed, and a pressure-receiving projection area where fluid pressure is applied from the back pressure space (α) to the seat opposite face is the same as a pressure-receiving projection area where fluid pressure is applied from the gap (β) to the seat face.
Negative functional modulators of erythropoietin for use in the treatment of glioblastoma multiforme, wherein said modulators are molecules that bind EPO selected from the group consisting of: (i) anti EPO-antibodies, that recognize and bind the AA 28-189 of human EPO (SEQ ID NO: 2); (ii) anti-EPO receptor antibodies (EPOR) recognizing the C-terminal cytoplasmic portion of EPOR; and (iii) peptides or mimetic peptides that recognize and bind the AA 28-189 of human EPO. (i) anti EPO-antibodies, that recognize and bind the AA 28-189 of human EPO (SEQ ID NO: 2); (ii) anti-EPO receptor antibodies (EPOR) recognizing the C-terminal cytoplasmic portion of EPOR; and (iii) peptides or mimetic peptides that recognize and bind the AA 28-189 of human EPO.
A cardboard lid for a container, the cardboard lid comprising: - side panels (101, 102, 103, 104) forming lid flanks; - lid flaps connected to the side panels by lid flaps fold lines, a lid top panel; and - a support element structure extending away from the top panel and positioned between the side panels; whereby the lid flaps, side panels, and support element structure pertain to a single blank, characterised in that two of the lid flaps are forming the lid top panel. - side panels (101, 102, 103, 104) forming lid flanks; - lid flaps connected to the side panels by lid flaps fold lines, a lid top panel; and - a support element structure extending away from the top panel and positioned between the side panels;
A method of designing a patient-specific prosthesis for a current patient, comprising: receiving scan data of a mouth of the current patient to identify conditions at a location at which the patient-specific prosthesis is to be placed on a dental implant; determining at least two clinical factors for the current patient; identifying a desired outcome for soft tissue for the current patient at the location; accessing a database having soft-tissue-outcome information for each of a plurality of previous patients, the soft-tissue outcome information including information on soft-tissue contour "C", soft-tissue height "H" and/or inter-papillae fullness "IPF", the database further including clinical-factor information for each of the plurality of previous patients; and based on the soft-tissue-outcome information and the clinical-factor information for at least a first previous patient from the plurality of previous patients being related to the current patient's desired soft-tissue outcome and the current patient's at least two clinical factors, developing a design for the patient-specific prosthesis for the current patient that includes design features, including the aesthetic appearance of the prosthesis, from an actual previous prosthesis used by the at least first previous patient. receiving scan data of a mouth of the current patient to identify conditions at a location at which the patient-specific prosthesis is to be placed on a dental implant; determining at least two clinical factors for the current patient; identifying a desired outcome for soft tissue for the current patient at the location; accessing a database having soft-tissue-outcome information for each of a plurality of previous patients, the soft-tissue outcome information including information on soft-tissue contour "C", soft-tissue height "H" and/or inter-papillae fullness "IPF", the database further including clinical-factor information for each of the plurality of previous patients; and based on the soft-tissue-outcome information and the clinical-factor information for at least a first previous patient from the plurality of previous patients being related to the current patient's desired soft-tissue outcome and the current patient's at least two clinical factors, developing a design for the patient-specific prosthesis for the current patient that includes design features, including the aesthetic appearance of the prosthesis, from an actual previous prosthesis used by the at least first previous patient.
A Tool, for example a surface grinding wheel or a peripheral grinding wheel, having a base body and a hard material coating arranged thereon, the hard material coating comprising, at least in one region, a plurality of hard material elements arranged in a layer, the layer having a layer thickness (d) which corresponds to a multiple and at least twice the mean diameter of the hard material elements and wherein the hard material elements are held in the layer by means of a solder and the hard material elements are randomly distributed along the layer thickness, wherein the hard material elements have a size of 0.1 to 1 mm or greater than 1 mm and less than 2 mm and/or wherein the hard material elements comprise fragments with a size of about 1mm 3.
A laser apparatus including a laser beam oscillator and a condensing optical system for condensing a laser beam outputted from the laser beam oscillator, wherein an optical path length is defined as a distance between the laser beam oscillator and the condensing optical system, and wherein the laser beam's radius (r) varies according to the optical path length, to define a laser beam propagating curve, characterized in that a first laser beam propagating curve is defined by the laser beam's radius (r) at the time of the start of outputting the laser beam, and a second laser beam propagating curve is defined by the laser beam's radius (r) after the laser beam has been outputted for a sufficiently long period of time for a thermal lens effect to be generated, wherein the condensing optical system is arranged on a center line of the laser beam at a distance from the laser beam oscillator corresponding to a point of intersection between the first laser beam propagating curve and the second laser beam propagating curve.
Operating means for a latch of a door or panel of a motor vehicle, having a mechanism for opening the door or panel, having a movably mounted inertia mass (7, 9) to avoid unintentionally opening the door or panel if a predetermined acceleration is exceeded, having levers for moving the inertia mass (7, 9), the inertia mass (7, 9) or a component of the inertia mass being rotatably mounted by means of a shaft, and, in the initial position of the inertia mass (7, 9), a point of application for moving the inertia mass (7, 9) being located close to the shaft and this distance increasing if the inertia mass (7, 9) is moved from its initial position, as a result of which the lever ratios of the levers change by the inertia mass being moved, characterized in that the point of application is formed by means of a bolt extending into a slot.
A composition comprising a reaction product of: a reactive compound comprising a material having functional groups that are reactive with active hydrogens; a thioether-functional, oligomeric polythiol prepared by reacting together: a compound having at least two thiol functional groups; a compound having triple bond functionality; and a compound having at least two double bonds; and, a compound different from containing active hydrogens. a reactive compound comprising a material having functional groups that are reactive with active hydrogens; a thioether-functional, oligomeric polythiol prepared by reacting together: a compound having at least two thiol functional groups; a compound having triple bond functionality; and a compound having at least two double bonds; and, a compound having at least two thiol functional groups; a compound having triple bond functionality; and a compound having at least two double bonds; and, a compound different from containing active hydrogens.
A base assembly for a dryer, the base assembly comprising: an air duct shell having a cavity, wherein the cavity is suitable for accommodating a heat exchanger; and a connection base having a channel in communication with the cavity, the connection base being detachably disposed at a side of the air duct shell, characterised in that one of the connection base and the air duct shell has a sealing groove, and the other of the connection base and the air duct shell has a sealing rib engaged in the sealing groove to seal a connection between the air duct shell and the connection base; wherein the one of the connection base and the air duct shell has a first protruding rib and a second protruding rib that are spaced apart from each other in an arrangement direction of the air duct shell and the connection base; and the sealing groove is located between the first protruding rib and the second protruding rib; and wherein the other of the connection base and the air duct shell has a positioning groove close to the sealing rib; and one of the first protruding rib and the second protruding rib is inserted into the positioning groove. characterised in that one of the connection base and the air duct shell has a sealing groove, and the other of the connection base and the air duct shell has a sealing rib engaged in the sealing groove to seal a connection between the air duct shell and the connection base; wherein the one of the connection base and the air duct shell has a first protruding rib and a second protruding rib that are spaced apart from each other in an arrangement direction of the air duct shell and the connection base; and the sealing groove is located between the first protruding rib and the second protruding rib; and wherein the other of the connection base and the air duct shell has a positioning groove close to the sealing rib; and one of the first protruding rib and the second protruding rib is inserted into the positioning groove.
A segmented turbine shroud for radially encasing a rotatable turbine in a gas turbine engine, said shroud including a plurality of cartridges, one or more cartridges comprising: a carrier segment; and a ceramic matrix composite seal segment carried by said carrier segment, said carrier segment and said CMC seal segment being positioned so that a surface of said carrier segment and a surface of said CMC seal segment form a mating region proximate an entire perimeter of said CMC seal segment to thereby form a cavity bounded by surfaces of said carrier segment and said CMC seal segment. a carrier segment; and a ceramic matrix composite seal segment carried by said carrier segment, said carrier segment and said CMC seal segment being positioned so that a surface of said carrier segment and a surface of said CMC seal segment form a mating region proximate an entire perimeter of said CMC seal segment to thereby form a cavity bounded by surfaces of said carrier segment and said CMC seal segment.
A process for preparing an animal feed additive comprising the following steps: a) providing granules of a mineral raw material; b) mixing said granules of the mineral raw material with sepiolite granules, obtaining a granule mixture; c) spraying the granule mixture with at least one first coating agent, d) adding a compound selected from salts or oxides of at least one oligoelement and obtaining a granule mixture comprising at least one oligoelement; and e) spraying the granule mixture comprising at least one oligoelement with at least one second coating agent and obtaining the feed additive, wherein said at least one second coating agent is different from said at least one first coating agent, and said sepiolite comprises up to 5% by weight, with respect to its total weight, of granules having a size greater than 0.60 mm and up to 8% by weight, with respect to its total weight, of granules having a size smaller than 0.125 mm. and wherein the percentage by weight of sepiolite granules which is mixed with the mineral raw material in step b) is in the range from 0.1 to 2% by weight, with respect to the total weight of the additive. a) providing granules of a mineral raw material; b) mixing said granules of the mineral raw material with sepiolite granules, obtaining a granule mixture; c) spraying the granule mixture with at least one first coating agent, d) adding a compound selected from salts or oxides of at least one oligoelement and obtaining a granule mixture comprising at least one oligoelement; and e) spraying the granule mixture comprising at least one oligoelement with at least one second coating agent and obtaining the feed additive, said at least one second coating agent is different from said at least one first coating agent, and said sepiolite comprises up to 5% by weight, with respect to its total weight, of granules having a size greater than 0.60 mm and up to 8% by weight, with respect to its total weight, of granules having a size smaller than 0.125 mm. and wherein the percentage by weight of sepiolite granules which is mixed with the mineral raw material in step b) is in the range from 0.1 to 2% by weight, with respect to the total weight of the additive.
A method for isolating extracellular nucleic acids from a sample by binding the extracellular nucleic acids to a solid phase carrying anion exchange groups, wherein said method comprises the following steps: a. acidifying the sample to establish the binding conditions and binding the extracellular nucleic acids to the solid phase in a binding mixture having a first pH of ≤ 6.5 which allows binding the extracellular nucleic acids to the anion exchange groups of the solid phase, wherein the solid phase is provided by magnetic particles; b. separating the solid phase with the bound extracellular nucleic acids; c. optionally washing the extracellular nucleic acids; d. eluting extracellular nucleic acids from the solid phase, wherein elution occurs at a second pH lying in the range of ≥ 8 to ≤ 14; wherein the sample is a cell-free or cell-depleted sample which was obtained from a body fluid by removing cells by separation and wherein the extracellular nucleic acids are extracellular DNA. a. acidifying the sample to establish the binding conditions and binding the extracellular nucleic acids to the solid phase in a binding mixture having a first pH of ≤ 6.5 which allows binding the extracellular nucleic acids to the anion exchange groups of the solid phase, wherein the solid phase is provided by magnetic particles; b. separating the solid phase with the bound extracellular nucleic acids; c. optionally washing the extracellular nucleic acids; d. eluting extracellular nucleic acids from the solid phase, wherein elution occurs at a second pH lying in the range of ≥ 8 to ≤ 14;
Cosmetic use of Elemi oil for modulating the circadian rhythm for improving rough skin resulting from the malfunction of the circadian rhythm by inducing expression rhythms of a Bmal gene or promoting expression of a Bmal gene.
A weatherable multilayer composite comprising: a) an outer fluoropolymer layer containing at least 61wt% of fluoroplymer selected from polyvinylidene fluoride (PVDF), ethylene tetrafluoroethylene (ETFE), terpolymers of ethylene with tetrafluoroethylene and hexafluoropropylene (EFEP), terpolymers of tetrafluoroethylene-hexafluoropropylene-vinyl fluoride, copolymers of vinyl fluoride, and blends of PVDF with functionalized or unfunctionalized polymethyl methacrylate polymers and copolymers, b) a thermoplastic substrate layer, further comprising one or more intermediate thermoplastic polymer layers between the outer fluoropolymer layer and the thermoplastic substrate layer said intermediate layer comprises a thermoplastic selected from the group consisting of acrylics, styrenics, polycarbonates, polyolefins, and blends thereof and wherein said intermediate layer comprises a acrylonitrile-styrene-acrylate copolymer. a) an outer fluoropolymer layer containing at least 61wt% of fluoroplymer selected from polyvinylidene fluoride (PVDF), ethylene tetrafluoroethylene (ETFE), terpolymers of ethylene with tetrafluoroethylene and hexafluoropropylene (EFEP), terpolymers of tetrafluoroethylene-hexafluoropropylene-vinyl fluoride, copolymers of vinyl fluoride, and blends of PVDF with functionalized or unfunctionalized polymethyl methacrylate polymers and copolymers, b) a thermoplastic substrate layer,