mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring channel access parameters in a wireless communication system, the method comprising: selecting, at an access point: a first enhanced distributed channel access, EDCA, parameter for a first subset of stations of a plurality of stations, the first subset of stations capable of transmitting multi-user uplink transmissions, and a second EDCA parameter for a second subset of stations of the plurality of stations, the second subset of stations not capable of transmitting multi-user uplink transmissions, wherein the first EDCA parameter comprises a shorter transmission opportunity, TXOP, limit or a larger minimum contention window, CWmin, for the first subset of stations than a TXOP limit or CWmin for the second subset of stations; generating an information element including the first EDCA parameter or the second EDCA parameter; and transmitting the information element. selecting, at an access point: a first enhanced distributed channel access, EDCA, parameter for a first subset of stations of a plurality of stations, the first subset of stations capable of transmitting multi-user uplink transmissions, and a second EDCA parameter for a second subset of stations of the plurality of stations, the second subset of stations not capable of transmitting multi-user uplink transmissions, wherein the first EDCA parameter comprises a shorter transmission opportunity, TXOP, limit or a larger minimum contention window, CWmin, for the first subset of stations than a TXOP limit or CWmin for the second subset of stations; a first enhanced distributed channel access, EDCA, parameter for a first subset of stations of a plurality of stations, the first subset of stations capable of transmitting multi-user uplink transmissions, and a second EDCA parameter for a second subset of stations of the plurality of stations, the second subset of stations not capable of transmitting multi-user uplink transmissions, wherein the first EDCA parameter comprises a shorter transmission opportunity, TXOP, limit or a larger minimum contention window, CWmin, for the first subset of stations than a TXOP limit or CWmin for the second subset of stations; generating an information element including the first EDCA parameter or the second EDCA parameter; and transmitting the information element.
Drive system with a motor, which has a rotor and a drive shaft by means of which a device is driven by the motor, and with an angular encoder mounted into or onto the motor for monitoring the angular position of a rotating shaft, with a modulator which can be positioned on the rotating shalt in order to provide a signal which changes as a function of the angular position of the rotating shaft, and with a receiver for the reception of the signal which changes as a function of the angular position ofthe rotating shaft, wherein the receiver and the modulator are positioned in such a way as to be thermally insulated from each other, so that heat transfer fmm the modulator to the receiver is impeded, while thermal insulation is achieved at least in part by a thermally insulating separator, which is positioned between the modulator, on the one hand, and the transmitter and/or the receiver, on the other hand, and which is transparent relative to the modulated signal and/or the transmitted signal, characterized in that the electronic control unit, the receiver and the transmitter are positioned on a motor cover lying opposite the drive shalt or on some other attachment lying opposite the drive shaft.
A method for programming with a 3D simulation system a physical component of a process plant, wherein the process plant includes at least one fluid vessel (103, 501); at least one pipe (401, 507) coupled to the at least one fluid vessel (103, 501); and at least one control device coupled to the at least one pipe (401, 507) and configured to control flow of a fluid to or from the at least one fluid vessel (103, 501) via the at least one pipe (401, 507), wherein the 3D simulation system comprises a 3D workspace containing a plurality of 3D programmable simulation objects, each of the plurality of 3D programmable simulation objects corresponding to a physical component of the process plant, the method comprising: identifying a plurality of physical components of the process plant; coupling the process plant to the 3D simulation system; defining at least one 3D programmable simulation object which describes attributes of the physical components, wherein the 3D programmable simulation object includes programming code relating to operation of the physical component, and at least one physics object representative of a state of fluid materials present in the process plant; placing a plurality of 3D programmable simulation objects in the 3D workspace of the 3D simulation system; automatically determining internal functional structures of the process plant by the connections of the vessels of the process plant and generating physics objects for the fluid materials and the vessels of the process plant, the physics objects handling simulation of the fluid motion and interaction; performing a simulation on a plurality of 3D programmable simulation objects of the 3D simulation system; and transferring the programming code of at least one of the 3D programmable simulation objects to a corresponding physical component of the process plant. identifying a plurality of physical components of the process plant; coupling the process plant to the 3D simulation system; defining at least one 3D programmable simulation object which describes attributes of the physical components, wherein the 3D programmable simulation object includes programming code relating to operation of the physical component, and at least one physics object representative of a state of fluid materials present in the process plant; placing a plurality of 3D programmable simulation objects in the 3D workspace of the 3D simulation system; automatically determining internal functional structures of the process plant by the connections of the vessels of the process plant and generating physics objects for the fluid materials and the vessels of the process plant, the physics objects handling simulation of the fluid motion and interaction; performing a simulation on a plurality of 3D programmable simulation objects of the 3D simulation system; and transferring the programming code of at least one of the 3D programmable simulation objects to a corresponding physical component of the process plant.
A hygienic article for a male comprising: an elongated chassis component including a moisture barrier back sheet, an absorbent core component, a one-way moisture barrier component coupled to the absorbent core component, and a top sheet overlapping the absorbent core component and the one-way moisture barrier component, the top sheet and the back sheet having a continuous engagement surrounding the absorbent core component and the one-way moisture barrier component; elasticized side-panels extending from longitudinal sides of the chassis component, the side-panels having exterior corners (50,52) folded over the chassis component to a lateral midpoint of the chassis component and coupled to the top sheet at opposing ends of the chassis component, the side-panels drawing the opposing ends of the chassis component to each other at a relaxed configuration of the side-panels, the side-panels and top sheet defining a pouch therebetween when the chassis component is folded, the pouch being configured to receive a penis therein with the side-panels in a stretched configuration, the article being configured to engage and conform to the penis upon the side panels being relaxed from the stretched configuration; and a fastening strap coupled to an exterior surface of the chassis component, the fastening strap including an elastic material and hook material portions, the hook material portions configured to releasably secure to the exterior surface of the chassis component with the elastic material of the fastening strap in a stretched configuration to secure the hygiene article to the penis. an elongated chassis component including a moisture barrier back sheet, an absorbent core component, a one-way moisture barrier component coupled to the absorbent core component, and a top sheet overlapping the absorbent core component and the one-way moisture barrier component, the top sheet and the back sheet having a continuous engagement surrounding the absorbent core component and the one-way moisture barrier component; elasticized side-panels extending from longitudinal sides of the chassis component, the side-panels having exterior corners (50,52) folded over the chassis component to a lateral midpoint of the chassis component and coupled to the top sheet at opposing ends of the chassis component, the side-panels drawing the opposing ends of the chassis component to each other at a relaxed configuration of the side-panels, the side-panels and top sheet defining a pouch therebetween when the chassis component is folded, the pouch being configured to receive a penis therein with the side-panels in a stretched configuration, the article being configured to engage and conform to the penis upon the side panels being relaxed from the stretched configuration; and a fastening strap coupled to an exterior surface of the chassis component, the fastening strap including an elastic material and hook material portions, the hook material portions configured to releasably secure to the exterior surface of the chassis component with the elastic material of the fastening strap in a stretched configuration to secure the hygiene article to the penis.
An RFID tag for use in harsh environments comprising an UHF-SHF antenna made from a continuous electroconductive textile thread, electrically insulated, embroidered on a textile substrate, an encapsulated RFID transponder, and said textile substrate on which the encapsulated RFID transponder and the UHF-SHF antenna are placed, characterized in that the UHF-SHF antenna has a central zone in which the electroconductive thread forms a central double loop which inductively couples with the encapsulated RFID transponder, when forming the central double loop, the continuous electroconductive textile thread crosses itself at two crossing points (A, B) without having electrical contact.
A composition comprising N-palmitoyl-vanillamide for use in the treatment of inflammatory and neuropathic hyperalgesia in mammals, further comprising adelmidrol wherein the said composition is in the form of a topical composition.
A transition metal activated reversible addition fragmentation chain transfer controlled polymerization process comprising polymerizing radically (co)polymerizable monomer(s) in the absence of a conventional radical initiator and in the presence of: a chain transfer agent comprising substituted dithio-groups being dithiocarbamates, substituted with various alkyl substituents; a transition metal complex comprising a transition metal compound; and a ligand; and wherein said chain transfer agent is not 2-( N, N -diethyldithiocarbamyl)-isobutyric acid ethyl ester. a chain transfer agent comprising substituted dithio-groups being dithiocarbamates, substituted with various alkyl substituents; a transition metal complex comprising a transition metal compound; and a ligand; and wherein said chain transfer agent is not 2-( N, N -diethyldithiocarbamyl)-isobutyric acid ethyl ester.
Pharmaceutical composition to protect an animal against a disorder arising from an infection with a bacterium that belongs to the group of nocardioform actinomycetes having the ability to survive within macrophages of the animal, comprising live bacteria of a nocardioform actinomycetes species, the live bacteria being attenuated by inactivation of a gene that encodes a protein involved in methylhexahydroindanedione propionate degradation, and a pharmaceutically acceptable carrier for these live bacteria.
A suspension system of a snow plough, the system comprising a body and a hitch, a mouldboard with a swivel-mounted plough blade being attachable to the body, a cooperating vehicle being attachable to the hitch, wherein the hitch is a closed frame with an opening in the middle wherein the body is connected with the hitch by means of connecting elements (7, 8), and overload protection mechanism which is constituted by at least a front pressure plate and a rear pressure plate, between which are clamped and stabilized a plate of the body and plates of the hitch, whereas the front pressure plate is connected trough plate of the hitch with rear pressure plate by means of the connecting elements (7, 8), wherein the size of the plate of the body is smaller than the opening of the hitch, such that, in an overload thrust towards the vehicle, the connecting elements (7, 8) and overload protection mechanism break and the plate of the body can pass through the opening.
A method of making an elastic laminate, wherein a) an elastic film is stretched transverse to a web direction and, after elastic relaxation, is cut into strips, b) the strips are laminated next to one another between nonwoven material webs (4, 5) supplied without prestretching and joined to the strips, c) the laminate thus formed is stretched transverse to the web direction in regions rendered elastic by the strips and, after elastic relaxation, is wound into a roll. a) an elastic film is stretched transverse to a web direction and, after elastic relaxation, is cut into strips, b) the strips are laminated next to one another between nonwoven material webs (4, 5) supplied without prestretching and joined to the strips, c) the laminate thus formed is stretched transverse to the web direction in regions rendered elastic by the strips and, after elastic relaxation, is wound into a roll.
A base station, comprising: circuitry, which, in operation, selects, from a plurality of combinations of parameters regarding uplink control channel, PUCCH resources, one combination; and a transmitter, which, in operation, indicates a terminal of resource settings including the plurality of combinations by higher layer signaling, and indicates the terminal of the one combination that has been selected by dynamic signaling, characterized in that one of a first transmission method that is in slot based, and a second transmission method that is in non-slot based, is set, wherein, in a case where the first transmission method is set, at least a parameter indicating a symbol position is included in a plurality of parameters corresponding to the one combination indicated by the dynamic signaling, and the transmitter indicates the terminal of a parameter indicating a slot, independently from the resource settings, and wherein, in a case where the second transmission method is set, at least the parameter indicating the slot and a parameter indicating a symbol position within the slot, are included in the plurality of parameters. circuitry, which, in operation, selects, from a plurality of combinations of parameters regarding uplink control channel, PUCCH resources, one combination; and a transmitter, which, in operation, indicates a terminal of resource settings including the plurality of combinations by higher layer signaling, and indicates the terminal of the one combination that has been selected by dynamic signaling, characterized in that one of a first transmission method that is in slot based, and a second transmission method that is in non-slot based, is set, wherein, in a case where the first transmission method is set, at least a parameter indicating a symbol position is included in a plurality of parameters corresponding to the one combination indicated by the dynamic signaling, and the transmitter indicates the terminal of a parameter indicating a slot, independently from the resource settings, and wherein, in a case where the second transmission method is set, at least the parameter indicating the slot and a parameter indicating a symbol position within the slot, are included in the plurality of parameters.
An apparatus comprising: means (22, 24) for creating a viewpoint position structure for omnidirectional content consumption of virtual/augmented reality media content, wherein the virtual/augmented reality media content comprises viewpoints aligned with real-world points of interest, wherein the viewpoint position structure specifies: a position of a viewpoint defined in a reference coordinate system used in the virtual/augmented reality media content; an offset of the reference coordinate system used in the virtual/augmented reality media content with respect to a geographical reference defining real-world coordinates, wherein the offset enables alignment of the reference coordinate system of the virtual/augmented reality media content with the geographical reference; and means (22, 24) for causing storage of the viewpoint position structure. means (22, 24) for creating a viewpoint position structure for omnidirectional content consumption of virtual/augmented reality media content, wherein the virtual/augmented reality media content comprises viewpoints aligned with real-world points of interest, wherein the viewpoint position structure specifies: a position of a viewpoint defined in a reference coordinate system used in the virtual/augmented reality media content; an offset of the reference coordinate system used in the virtual/augmented reality media content with respect to a geographical reference defining real-world coordinates, wherein the offset enables alignment of the reference coordinate system of the virtual/augmented reality media content with the geographical reference; and a position of a viewpoint defined in a reference coordinate system used in the virtual/augmented reality media content; an offset of the reference coordinate system used in the virtual/augmented reality media content with respect to a geographical reference defining real-world coordinates, wherein the offset enables alignment of the reference coordinate system of the virtual/augmented reality media content with the geographical reference; and means (22, 24) for causing storage of the viewpoint position structure.
An anti-Ang2 antibody or an antigen-binding fragment thereof, which specifically binds to Angiopoietin-2 and forms a complex with a Tie2 receptor and Ang2 and increases the activity of Tie2 by increasing phosphorylation of the Tie2 receptor, wherein the anti-Ang-2 antibody or the antigen-binding fragment thereof comprises: at least one heavy chain complementarity determining region selected from the group consisting of a polypeptide (CDR-H1) comprising the amino acid sequence of SEQ ID NO: 1, a polypeptide (CDR-H2) comprising the amino acid sequence of SEQ ID NO: 2, and a polypeptide (CDR-H3) comprising the amino acid sequence of SEQ ID NO: 3; and/or at least one light chain complementarity determining region selected from the group consisting of a polypeptide (CDR-L1) comprising the amino acid sequence of SEQ ID NO: 4, a polypeptide (CDR-L2) comprising the amino acid sequence of SEQ ID NO: 5, and a polypeptide (CDR-L3) comprising the amino acid sequence of SEQ ID NO: 6. at least one heavy chain complementarity determining region selected from the group consisting of a polypeptide (CDR-H1) comprising the amino acid sequence of SEQ ID NO: 1, a polypeptide (CDR-H2) comprising the amino acid sequence of SEQ ID NO: 2, and a polypeptide (CDR-H3) comprising the amino acid sequence of SEQ ID NO: 3; and/or at least one light chain complementarity determining region selected from the group consisting of a polypeptide (CDR-L1) comprising the amino acid sequence of SEQ ID NO: 4, a polypeptide (CDR-L2) comprising the amino acid sequence of SEQ ID NO: 5, and a polypeptide (CDR-L3) comprising the amino acid sequence of SEQ ID NO: 6.
A multi-port Universal Serial Bus, USB, hub, comprising: a first USB hub circuit having a first input port and a first plurality of output ports (74A-74G); a second USB hub circuit having a second input port and a second plurality of output ports (74H-74N), the second input port being connected to one of the first plurality of output ports; a third USB hub circuit having a third input port and a third plurality of output ports (74O-74U), the third input port being connected to one of the first plurality of output ports; and a microprocessor, said multi-part Universal Serial bus, USB, hub being characterized in that said microprocessor selectively holds in a reset mode at least one of the second and third USB hub circuits to cause devices connected to the output ports of that USB hub circuit to temporarily not be able to communicate with a computer after the computer has been connected to the first input port. a first USB hub circuit having a first input port and a first plurality of output ports (74A-74G); a second USB hub circuit having a second input port and a second plurality of output ports (74H-74N), the second input port being connected to one of the first plurality of output ports; a third USB hub circuit having a third input port and a third plurality of output ports (74O-74U), the third input port being connected to one of the first plurality of output ports; and a microprocessor, said multi-part Universal Serial bus, USB, hub being characterized in that said microprocessor selectively holds in a reset mode at least one of the second and third USB hub circuits to cause devices connected to the output ports of that USB hub circuit to temporarily not be able to communicate with a computer after the computer has been connected to the first input port.
A method for producing nanofluorapatite crystals or microfluorapatite crystals, the method comprising the steps of: a) providing a first aqueous solution comprising: a phosphate source and a fluoride source, and optionally lactic acid said first aqueous solution being supersaturated with respect to the phosphate source and the fluoride source, b) providing a second aqueous solution comprising a calcium source, said second aqueous solution being unsaturated with respect to the calcium source, c) mixing the first aqueous solution and the second aqueous solution thereby providing a mixture comprising nanofluorapatite crystals or microfluorapatite crystals and a further aqueous solution, d) optionally stirring the mixture of step c), e) optionally heating the mixture of step c) and/or step d), f) separating the nanofluorapatite crystals or microfluorapatite crystals from the further aqueous solution, g) optionally drying the nanofluorapatite crystals or microfluorapatite crystals of step f), and h) optionally milling the nanofluorapatite crystals or microfluorapatite crystals obtained in step f) or step g), wherein nanofluorapatite crystals are formed when the first aqueous solution in step a) is free from lactic acid and microfluorapatite crystals are formed when the first aqueous solution in step a) comprises lactic acid a) providing a first aqueous solution comprising: a phosphate source and a fluoride source, and optionally lactic acid said first aqueous solution being supersaturated with respect to the phosphate source and the fluoride source, a phosphate source and a fluoride source, and optionally lactic acid said first aqueous solution being supersaturated with respect to the phosphate source and the fluoride source, b) providing a second aqueous solution comprising a calcium source, said second aqueous solution being unsaturated with respect to the calcium source, c) mixing the first aqueous solution and the second aqueous solution thereby providing a mixture comprising nanofluorapatite crystals or microfluorapatite crystals and a further aqueous solution, d) optionally stirring the mixture of step c), e) optionally heating the mixture of step c) and/or step d), f) separating the nanofluorapatite crystals or microfluorapatite crystals from the further aqueous solution, g) optionally drying the nanofluorapatite crystals or microfluorapatite crystals of step f), and h) optionally milling the nanofluorapatite crystals or microfluorapatite crystals obtained in step f) or step g),