mhurhangee/ep-ind-claims huggingface dataset:
A packet flow description, PFD, information management method, wherein the method comprises: determining, by a network exposure function network element, that PFD information fails to be deployed on a user plane function network element, wherein the determining comprises determining, by the network exposure function network element, that the PFD information cannot be sent to a session management network element managing the user plane function network element within an allowed delay, wherein the allowed delay is duration of completing deployment of the PFD information; and sending, by the network exposure function network element, a first message to an application server, wherein the first message comprises first indication information, an application ID corresponding to the PFD information, and first information of the user plane function network element; the first information of the user plane function network element is used to identify the user plane function network element, and the first indication information indicates that the PFD information fails to be deployed, wherein the first information of the user plane function network element comprises: one or more of a routing area or tracking area identifier corresponding to the user plane function network element, a cell identifier corresponding to the user plane function network element, a data network access identifier corresponding to the user plane function network element, a geographic location corresponding to the user plane function network element, or a municipal address corresponding to the user plane function network element. determining, by a network exposure function network element, that PFD information fails to be deployed on a user plane function network element, wherein the determining comprises determining, by the network exposure function network element, that the PFD information cannot be sent to a session management network element managing the user plane function network element within an allowed delay, wherein the allowed delay is duration of completing deployment of the PFD information; and sending, by the network exposure function network element, a first message to an application server, wherein the first message comprises first indication information, an application ID corresponding to the PFD information, and first information of the user plane function network element; the first information of the user plane function network element is used to identify the user plane function network element, and the first indication information indicates that the PFD information fails to be deployed, wherein the first information of the user plane function network element comprises: one or more of a routing area or tracking area identifier corresponding to the user plane function network element, a cell identifier corresponding to the user plane function network element, a data network access identifier corresponding to the user plane function network element, a geographic location corresponding to the user plane function network element, or a municipal address corresponding to the user plane function network element.
An SiC composite substrate comprising a polycrystalline SiC substrate and a monocrystalline SiC layer thereon, wherein the entirety or a part of the interface of the polycrystalline SiC substrate in abutment with the monocrystalline SiC layer is a mismatch interface (I 12/11) that is not lattice-matched, the monocrystalline SiC layer has a smooth front surface and a surface on the side of the interface with the polycrystalline SiC substrate that is more rugged than the front surface, said rugged surface of the monocrystalline SiC layer is composed of oblique surface segments randomly oriented with reference to a direction normal to the front surface of the monocrystalline SiC layer, and the close-packed planes of polycrystalline SiC crystals in the polycrystalline SiC substrate are parallel to said oblique surface segments and correspondingly randomly oriented with reference to a direction normal to the front surface of the monocrystalline SiC layer.
A polypeptide for use as a medicament, said polypeptide comprising a) an amino acid sequence SEQ ID NO: 14, or b) an amino acid sequence consisting of at least or exactly 35 contiguous amino acid residues of SEQ ID NOs: 14, or c) an amino acid sequence having a sequence identity of at least 90% with the amino acid sequence of a), or d) an amino acid sequence having a sequence identity of at least 90% with the amino acid sequence of b) said polypeptide being antigenic in a mammal. a) an amino acid sequence SEQ ID NO: 14, or b) an amino acid sequence consisting of at least or exactly 35 contiguous amino acid residues of SEQ ID NOs: 14, or c) an amino acid sequence having a sequence identity of at least 90% with the amino acid sequence of a), or d) an amino acid sequence having a sequence identity of at least 90% with the amino acid sequence of b)
A finger cuff blood pressure measurement system to measure the blood pressure of a patient comprising: a heart reference sensor, hereinafter HRS, including a bladder for mounting proximate the patient's heart level, tubing, and a pressure sensor; a finger cuff attachable to a patient's finger; and a blood pressure measurement controller coupled to the HRS and the finger cuff to perform blood pressure measurement functions; wherein the pressure sensor is to be located at approximately the same height level of the finger cuff, and the tubing extends from the bladder of the HRS to the pressure sensor; the bladder of the HRS includes liquid in fluid communication with liquid in the tubing connected to the pressure sensor at the patient's finger level such that gravity-generated pressure differences between the patient's heart level and the finger level are measurable by the pressure sensor of the HRS and to be subtracted from the blood pressure measurement processed by the blood pressure measurement controller; characterized in that the tubing is non-plasticized tubing or chemically inert tubing. a heart reference sensor, hereinafter HRS, including a bladder for mounting proximate the patient's heart level, tubing, and a pressure sensor; a finger cuff attachable to a patient's finger; and a blood pressure measurement controller coupled to the HRS and the finger cuff to perform blood pressure measurement functions; wherein the pressure sensor is to be located at approximately the same height level of the finger cuff, and the tubing extends from the bladder of the HRS to the pressure sensor; the bladder of the HRS includes liquid in fluid communication with liquid in the tubing connected to the pressure sensor at the patient's finger level such that gravity-generated pressure differences between the patient's heart level and the finger level are measurable by the pressure sensor of the HRS and to be subtracted from the blood pressure measurement processed by the blood pressure measurement controller; characterized in that the tubing is non-plasticized tubing or chemically inert tubing.
A self-retaining suture comprising: a suture thread (120, 702, 722, 742, 760, 804) with a plurality of retainers (130, 704, 724, 744, 764, 762, 768, 784, 802) distributed along the suture thread; wherein the plurality of retainers is distributed at a density of about at least 39 retainers per cm (100 retainers per inch) along a length of the suture thread; and wherein the plurality of retainers is distributed in a pattern selected from: a quadra-helix pattern; a double-helix pattern; and a single helix pattern. a suture thread (120, 702, 722, 742, 760, 804) with a plurality of retainers (130, 704, 724, 744, 764, 762, 768, 784, 802) distributed along the suture thread; wherein the plurality of retainers is distributed at a density of about at least 39 retainers per cm (100 retainers per inch) along a length of the suture thread; and wherein the plurality of retainers is distributed in a pattern selected from: a quadra-helix pattern; a double-helix pattern; and a single helix pattern.
A method for preparing a compound of Formula I: or a pharmaceutically acceptable salt, hydrate or solvate thereof, comprising the steps of: (a) obtaining a compound of formula IV by epimerization and then substitution of an alcohol function in position 4 of podophyllotoxin or demethylated podophyllotoxin by an azido group subsequently reduced into an amine group wherein R 5 is a methyl group; (b) obtaining a compound of Formula V wherein R 1 and R 2 are a hydrogen atom or a protective group for a hydroxyl group, wherein R 3 is a hydrogen atom or a group chosen from a linear or branched alkyl group, benzyl, benzoyl, acetyl, or pivaloyl group, wherein R 4 represents OR''', where R'" is a hydrogen atom or a protective group for a hydroxyl group, via the following reaction sequence: wherein R 1, R 2, R 3, R 4 are as defined in Formula V; and (c) coupling said compound of Formula IV with said compound of formula V, wherein the protective group for a hydroxyl group is selected from the group consisting of a linear alkyl group, a branched alkyl group, a benzyl group, a benzoyl group, an acetyl group and a pivaloyl group. (a) obtaining a compound of formula IV by epimerization and then substitution of an alcohol function in position 4 of podophyllotoxin or demethylated podophyllotoxin by an azido group subsequently reduced into an amine group wherein R 5 is a methyl group; (b) obtaining a compound of Formula V wherein R 1 and R 2 are a hydrogen atom or a protective group for a hydroxyl group, wherein R 3 is a hydrogen atom or a group chosen from a linear or branched alkyl group, benzyl, benzoyl, acetyl, or pivaloyl group, wherein R 4 represents OR''', where R'" is a hydrogen atom or a protective group for a hydroxyl group, via the following reaction sequence: wherein R 1, R 2, R 3, R 4 are as defined in Formula V; and wherein R 1 and R 2 are a hydrogen atom or a protective group for a hydroxyl group, wherein R 3 is a hydrogen atom or a group chosen from a linear or branched alkyl group, benzyl, benzoyl, acetyl, or pivaloyl group, wherein R 4 represents OR''', where R'" is a hydrogen atom or a protective group for a hydroxyl group, via the following reaction sequence: wherein R 1, R 2, R 3, R 4 are as defined in Formula V; and (c) coupling said compound of Formula IV with said compound of formula V, wherein the protective group for a hydroxyl group is selected from the group consisting of a linear alkyl group, a branched alkyl group, a benzyl group, a benzoyl group, an acetyl group and a pivaloyl group.
A hybrid solar energy collector, of the type comprising at least one photovoltaic cell for the conversion of solar energy into electric energy and at least one thermal receiver for the conversion of solar energy into heat energy by heating a fluid, the thermal receiver being arranged so as to receive solar energy passing through the photovoltaic cell, the photovoltaic cell comprising several superimposed semiconductor junctions having different forbidden energy band widths, each semiconductor junction having a forbidden energy band equal to or greater than 1.2 eV, in particular equal to or greater than 1.4 eV.
A refrigerant compressor, comprising: a hermetic container (101, 201, 301) which internally stores oil (103, 202, 302) and also accommodates a compression mechanism (107, 203, 303) for compressing refrigerant gas, wherein the oil (103, 202, 302) ranges from not lower than VG3 to not higher than VG8 in viscosity, characterized in that a component of the oil (103, 202, 302) having a boiling point at 350°C or over is not less than 10% and not higher than 30% in volume ratio, and another component of the oil (103, 202, 302) having a boiling point at 300°C or less is not less than 50% and not higher than 70% in volume ratio. a hermetic container (101, 201, 301) which internally stores oil (103, 202, 302) and also accommodates a compression mechanism (107, 203, 303) for compressing refrigerant gas, wherein the oil (103, 202, 302) ranges from not lower than VG3 to not higher than VG8 in viscosity, a component of the oil (103, 202, 302) having a boiling point at 350°C or over is not less than 10% and not higher than 30% in volume ratio, and another component of the oil (103, 202, 302) having a boiling point at 300°C or less is not less than 50% and not higher than 70% in volume ratio.
A method for producing a biocompatible hydrogel, comprising: coupling a biopolymer with an amine group-containing phenolic compound to provide an amidated biopolymer; mixing the amidated biopolymer with a monophenolic compound and a tyrosine-based peptide represented by YY-X-YY (wherein each Y is a tyrosine residue and X is selected from 20 amino acid residues) to prepare a mixture solution; and mixing the mixture solution with a photopolymerization initiator, followed by photocuring to form a structure in which the amidated biopolymer molecules are bonded through a dityrosine linker.
A plant comprising at least one trait gene of interest on one chromosome of a chromosome pair, wherein the other chromosome of said chromosome pair does not comprise said at least one trait gene of interest, and: (a) a first pollen-inhibitor gene, and a second pollen-inhibitor gene, wherein said first pollen-inhibitor gene and said second pollen-inhibitor gene are each on said one chromosome of said chromosome pair at a position within 5 cM of said at least one trait gene of interest; (b) a first color marker gene, and a second color marker gene, wherein said first color marker gene and said second color marker gene are genetically linked and flank said at least one trait gene of interest, each at a position within 5 cM of said at least one trait gene of interest; or (c) a first pollen-inhibitor gene, and a second color marker gene, wherein said first pollen-inhibitor gene and said second color marker gene are genetically linked and flank said at least one trait gene of interest, each at a position within 5 cM of said at least one trait gene of interest. (a) a first pollen-inhibitor gene, and a second pollen-inhibitor gene, wherein said first pollen-inhibitor gene and said second pollen-inhibitor gene are each on said one chromosome of said chromosome pair at a position within 5 cM of said at least one trait gene of interest; (b) a first color marker gene, and a second color marker gene, wherein said first color marker gene and said second color marker gene are genetically linked and flank said at least one trait gene of interest, each at a position within 5 cM of said at least one trait gene of interest; or (c) a first pollen-inhibitor gene, and a second color marker gene, wherein said first pollen-inhibitor gene and said second color marker gene are genetically linked and flank said at least one trait gene of interest, each at a position within 5 cM of said at least one trait gene of interest.
A driver assistance system DAS comprising: a first forward-view sensor comprising an image sensor mounted to a vehicle, having a field of view FOV including a region forward of the vehicle, and configured to acquire forward-view image data; and/or a second forward-view sensor comprising at least one of a radar sensor or a Light Detection And Ranging LiDAR sensor mounted to the vehicle, having a field of sensing FOS including the region forward of the vehicle, and configured to acquire forward-view sensing data; a corner sensor (131, 132, 133, 134) comprising at least one of a radar sensor or a LiDAR sensor, mounted to the vehicle, having a field of sensing FOS (131a, 132a, 133a, 134a) including a region on a side of the vehicle, and configured to acquire side-view sensing data; and a controller provided with a processor configured to process the forward-view image data and/or the forward-view sensing data, and the side-view sensing data, characterized in that, the controller detects both a preceding object changed lane or turned, located in the region forward of the vehicle and a side object located in the region on the side of the vehicle in response to a result of processing the forward-view image data and/or the forward-view sensing data, and the side-view sensing data, and in response to a collision between the vehicle and the preceding object being predicted and the region on the side of the vehicle being free of the side object, the controller is configured to output a steering signal to a steering device of the vehicle. a first forward-view sensor comprising an image sensor mounted to a vehicle, having a field of view FOV including a region forward of the vehicle, and configured to acquire forward-view image data; and/or a second forward-view sensor comprising at least one of a radar sensor or a Light Detection And Ranging LiDAR sensor mounted to the vehicle, having a field of sensing FOS including the region forward of the vehicle, and configured to acquire forward-view sensing data; a corner sensor (131, 132, 133, 134) comprising at least one of a radar sensor or a LiDAR sensor, mounted to the vehicle, having a field of sensing FOS (131a, 132a, 133a, 134a) including a region on a side of the vehicle, and configured to acquire side-view sensing data; and a controller provided with a processor configured to process the forward-view image data and/or the forward-view sensing data, and the side-view sensing data, characterized in that, the controller detects both a preceding object changed lane or turned, located in the region forward of the vehicle and a side object located in the region on the side of the vehicle in response to a result of processing the forward-view image data and/or the forward-view sensing data, and the side-view sensing data, and in response to a collision between the vehicle and the preceding object being predicted and the region on the side of the vehicle being free of the side object, the controller is configured to output a steering signal to a steering device of the vehicle.
A gas supply valve comprising: - a body provided with a gas inlet, a gas outlet between which a gas flows, the body further comprising a first channel, a second channel, a first cavity, and a second cavity through which the gas can flow from the gas inlet to the gas outlet, the first channel opening, on the one hand, into the first cavity and, on the other hand, into the gas outlet, the second channel opening on the one hand into the second cavity and on the other hand into the first cavity, - a regulating cone housed in the first cavity of the body and rotatable about a longitudinal axis X to regulate the gas flow rate between a minimum position and a maximum position, the gas inlet being in fluid communication with the first cavity, and - a regulating member arranged in the second cavity and comprising an internal passage with an inlet and a first outlet, characterised in that the body comprises a corridor which opens, on the one hand, into the first cavity and, on the other hand, into the second cavity, and in that the regulating member is arranged so as to rotate about an axis parallel to the longitudinal axis between: - a first position in which the regulating member releases an exit from the corridor and - a second position in which the regulating member closes the exit from the corridor. - a body provided with a gas inlet, a gas outlet between which a gas flows, the body further comprising a first channel, a second channel, a first cavity, and a second cavity through which the gas can flow from the gas inlet to the gas outlet, the first channel opening, on the one hand, into the first cavity and, on the other hand, into the gas outlet, the second channel opening on the one hand into the second cavity and on the other hand into the first cavity, - a regulating cone housed in the first cavity of the body and rotatable about a longitudinal axis X to regulate the gas flow rate between a minimum position and a maximum position, the gas inlet being in fluid communication with the first cavity, and - a regulating member arranged in the second cavity and comprising an internal passage with an inlet and a first outlet, - a first position in which the regulating member releases an exit from the corridor and - a second position in which the regulating member closes the exit from the corridor.
Method for manufacturing a multi-density shoe sole by injection moulding sole material onto a shoe upper mounted on a last and where the shoe sole after repeated injections is attached to the shoe upper, the method incorporating the use of a mould with an injection chamber, movable side frames, a vertically movable bottom piston and a shoe sole shaping insert which is placed in the mould prior to a first injection and removed from the mould after said first injection and prior to a second injection, whereby the entire body of the shoe sole shaping insert is placed inside the injection chamber and a first sole material of a given colour or given density is injected into a first cavity through a first mould injection channel, whereby after said removal of the shoe sole shaping insert, a second sole material of another colour or density is injected through a second injection channel into a cavity made by removal of the shoe sole shaping insert, characterized in that the shoe sole shaping insert has the shape of the heel of a shoe, and the first cavity in the injection chamber corresponds to an upper heel area of the shoe upper.
A hollow sleeper having a substantially U-shaped cross section, comprising a base surface and side walls extending therefrom, and a rail fastening, wherein the rail fastening comprises at least one ribbed plate fastened to the hollow sleeper by fastening means, said fastening means comprising at least one bolt passing through an elongated hole for the longitudinal positioning of the ribbed plate, characterized in that the ribbed plate comprises fastening flanges extending along the side walls of the hollow sleeper and fastened thereto, wherein the fastening flanges on each side wall interact with the fastening means in such a manner that at least one bolt passes through the associated elongated hole substantially parallel to the base surface of the hollow sleeper.