mhurhangee/ep-ind-claims huggingface dataset:
A method for selecting channel access parameters for communication in a network, the method comprising: selecting, at a first wireless device, a first enhanced distributed channel access, EDCA, parameter for communication with a first subset of wireless devices that do not have the capability to transmit multi-user uplink transmissions; selecting, at the first wireless device, a second EDCA parameter for communication with a second subset of wireless devices, wherein selecting the second EDCA parameter is based on: a capability of the first wireless device to receive scheduled uplink transmissions, and a capability of the second subset of wireless devices to transmit multi-user uplink transmissions; generating an EDCA parameter set information element including the second EDCA parameter; and transmitting the EDCA parameter set information element in a physical layer convergence procedure, PLCP, protocol data unit, PPDU, that is only decodable by the second subset of wireless devices and not by the first subset of wireless devices. selecting, at a first wireless device, a first enhanced distributed channel access, EDCA, parameter for communication with a first subset of wireless devices that do not have the capability to transmit multi-user uplink transmissions; selecting, at the first wireless device, a second EDCA parameter for communication with a second subset of wireless devices, wherein selecting the second EDCA parameter is based on: a capability of the first wireless device to receive scheduled uplink transmissions, and a capability of the second subset of wireless devices to transmit multi-user uplink transmissions; a capability of the first wireless device to receive scheduled uplink transmissions, and a capability of the second subset of wireless devices to transmit multi-user uplink transmissions; generating an EDCA parameter set information element including the second EDCA parameter; and transmitting the EDCA parameter set information element in a physical layer convergence procedure, PLCP, protocol data unit, PPDU, that is only decodable by the second subset of wireless devices and not by the first subset of wireless devices.
A manufacturing method of a composition element of a favorite item including a flavor component, comprising: a step A of heating a tobacco source which is subjected to an alkaline treatment to release the flavor component from the tobacco source into a vapor phase; a step B of bringing the flavor component released into the vapor phase into contact with a predetermined solvent to trap the flavor component, the predetermined solvent being a liquid substance at room temperature; and a step C of adding the predetermined solvent obtained from step B to a composition element, wherein in the step A, the tobacco source is subjected to a wetting treatment, wherein in the step B, the flavor component released into the vapor phase is aerated into the predetermined solvent to trap the flavor component by the predetermined solvent, wherein the heating temperature is in a range of 60°C to 150°C, and wherein the composition element is a composition element of a flavor inhaler, a residual tobacco source that is the tobacco source after the flavor component is released in the step A, and the step C comprises a step of pouring back the predetermined solvent to the remaining tobacco source, or an aerosol source of an inhaler. a step A of heating a tobacco source which is subjected to an alkaline treatment to release the flavor component from the tobacco source into a vapor phase; a step B of bringing the flavor component released into the vapor phase into contact with a predetermined solvent to trap the flavor component, the predetermined solvent being a liquid substance at room temperature; and a step C of adding the predetermined solvent obtained from step B to a composition element, wherein in the step A, the tobacco source is subjected to a wetting treatment, wherein in the step B, the flavor component released into the vapor phase is aerated into the predetermined solvent to trap the flavor component by the predetermined solvent, wherein the heating temperature is in a range of 60°C to 150°C, and wherein the composition element is a composition element of a flavor inhaler, a residual tobacco source that is the tobacco source after the flavor component is released in the step A, and the step C comprises a step of pouring back the predetermined solvent to the remaining tobacco source, or an aerosol source of an inhaler.
Method for surface treating an object, characterised in that it comprises the following steps: - Immersion of said object in a solution comprising an acid or a mixture of acids, and having a pH of between 0 and 6, in order to impregnate the surface of said object; - Removal of said object from said acid solution; - Heating of said object at a temperature of between 50°C and the melting temperature of said object, until desired surface properties in terms of shine and roughness are obtained. - Immersion of said object in a solution comprising an acid or a mixture of acids, and having a pH of between 0 and 6, in order to impregnate the surface of said object; - Removal of said object from said acid solution; - Heating of said object at a temperature of between 50°C and the melting temperature of said object, until desired surface properties in terms of shine and roughness are obtained.
A process for making a flexo plate, the process comprising a plurality of process steps, including at least an imaging step, a curing step, a washing or other non-cured-polymer-removal step, and a printing step, each step performed by a processing machine having at least one variable operating parameter, the process comprising: providing machine-readable indicia on the flexo plate, wherein the machine-readable indicia is configured to provide readability downstream of the washing or other non-cured-polymer-removal step without printing in the printing step; embodying in the indicia information including instructions corresponding to the at least one variable operating parameter for each of the processing machines or embodying in the indicia information corresponding to an address in computer storage where said information resides; reading the indicia from the flexo plate using a reader in communication with at least a controller of each of the processing equipment configured to perform one of the process steps; and programming each of the processing equipment using the at least one variable operating parameter embodied in the indicia or stored at the address embodied in the indicia. providing machine-readable indicia on the flexo plate, wherein the machine-readable indicia is configured to provide readability downstream of the washing or other non-cured-polymer-removal step without printing in the printing step; embodying in the indicia information including instructions corresponding to the at least one variable operating parameter for each of the processing machines or embodying in the indicia information corresponding to an address in computer storage where said information resides; reading the indicia from the flexo plate using a reader in communication with at least a controller of each of the processing equipment configured to perform one of the process steps; and programming each of the processing equipment using the at least one variable operating parameter embodied in the indicia or stored at the address embodied in the indicia.
A computer-implemented method for iteratively identifying candidate proteins within a sample of unknown proteins, the method comprising: (a) receiving, by said computer, binding measurements of each of a plurality of affinity reagent probes to said unknown proteins in said sample, each affinity reagent probe configured to selectively bind to one or more candidate proteins among a plurality of candidate proteins; (b) comparing, by said computer, the binding measurements against a database comprising a plurality of protein sequences, each protein sequence corresponding to a candidate protein among said plurality of candidate proteins; and (c) for each of one or more candidate proteins in said plurality of candidate proteins, iteratively generating, by said computer, a probability that said candidate protein is present in said sample based on said comparison of said binding measurements against said database comprising said plurality of protein sequences; wherein iteratively generating said plurality of probabilities further comprises iteratively receiving additional binding measurements of each of a plurality of additional affinity reagent probes, each additional affinity reagent probe configured to selectively bind to one or more candidate proteins among said plurality of candidate proteins. (a) receiving, by said computer, binding measurements of each of a plurality of affinity reagent probes to said unknown proteins in said sample, each affinity reagent probe configured to selectively bind to one or more candidate proteins among a plurality of candidate proteins; (b) comparing, by said computer, the binding measurements against a database comprising a plurality of protein sequences, each protein sequence corresponding to a candidate protein among said plurality of candidate proteins; and (c) for each of one or more candidate proteins in said plurality of candidate proteins, iteratively generating, by said computer, a probability that said candidate protein is present in said sample based on said comparison of said binding measurements against said database comprising said plurality of protein sequences;
A fire extinguishing assembly for transforming a liquid into a liquid mist, the assembly comprising an adapter section (3a, 14a) having at least one liquid inlet (3b, 14b) and a nipple section (6a, 9a) in connection with the adapter section, the nipple section comprising multiple bores (6c, 9c) extending between an internal duct that connects to the liquid inlet (3b, 14b) and outlets on an outside of the nipple section (6a, 9a), with the bores (6c, 9c) being positioned around the nipple section (6a, 9a) wherein: a deflecting surface (3d, 12d) for guiding the liquid is positioned around the outlets (6c, 9c) of the bores; the bores (6c, 9c) and deflecting surface (3d, 12d) have a mutual positioning so that straight liquid jets flowing through the bores (6c, 9c) will hit the deflecting surface (3d, 12d) in a point of impingement having at least a bevel angle, characterized in that the deflecting surface (3d, 12d) includes recesses running in a direction substantially from the nipple section (6a, 9a) to a circumference of the deflecting surface (3d, 12d). a deflecting surface (3d, 12d) for guiding the liquid is positioned around the outlets (6c, 9c) of the bores; the bores (6c, 9c) and deflecting surface (3d, 12d) have a mutual positioning so that straight liquid jets flowing through the bores (6c, 9c) will hit the deflecting surface (3d, 12d) in a point of impingement having at least a bevel angle, characterized in that the deflecting surface (3d, 12d) includes recesses running in a direction substantially from the nipple section (6a, 9a) to a circumference of the deflecting surface (3d, 12d).
A rivet setting machine comprising: a rivet; a nosepiece; a feeder (21, 23) operably supplying the rivet to the nosepiece; a punch linearly moving from a retracted position to an advanced position through the nosepiece; a linear displacement sensor positioned adjacent to the nosepiece directly sensing the location of the punch relative to the nosepiece during setting of the rivet, characterised in that: the linear displacement sensor further comprises a longitudinally elongated magnetic scale component and a magnetic length sensor component, the magnetic scale component being mounted to the punch and moving relative to the magnetic length sensor, which is mounted to the nosepiece, when the punch moves relative to the nosepiece; and a programmable controller controls actuation of the punch when the punch moves relative to the nosepiece, the magnetic length sensor component detecting a magnetic radiant field and sending a position signal to the programmable controller. a rivet; a nosepiece; a feeder (21, 23) operably supplying the rivet to the nosepiece; a punch linearly moving from a retracted position to an advanced position through the nosepiece; a linear displacement sensor positioned adjacent to the nosepiece directly sensing the location of the punch relative to the nosepiece during setting of the rivet, characterised in that: the linear displacement sensor further comprises a longitudinally elongated magnetic scale component and a magnetic length sensor component, the magnetic scale component being mounted to the punch and moving relative to the magnetic length sensor, which is mounted to the nosepiece, when the punch moves relative to the nosepiece; and a programmable controller controls actuation of the punch when the punch moves relative to the nosepiece, the magnetic length sensor component detecting a magnetic radiant field and sending a position signal to the programmable controller.
A method comprising: receiving, by a session management function, SMF, from an access and mobility management function, a first request message indicating that the first request message is for a time sensitive network, TSN, bridge; selecting, by the SMF, based on the first request message, a user plane function, UPF, that supports TSN functionality; and sending, by the SMF to the UPF, a second request message to configure the UPF for the TSN bridge, the second request message comprising: an identifier of the TSN bridge; and an identifier of a port associated with TSN packet transmission. receiving, by a session management function, SMF, from an access and mobility management function, a first request message indicating that the first request message is for a time sensitive network, TSN, bridge; selecting, by the SMF, based on the first request message, a user plane function, UPF, that supports TSN functionality; and sending, by the SMF to the UPF, a second request message to configure the UPF for the TSN bridge, the second request message comprising: an identifier of the TSN bridge; and an identifier of a port associated with TSN packet transmission. an identifier of the TSN bridge; and an identifier of a port associated with TSN packet transmission.
A method for wireless communication at a user equipment, UE, comprising: monitoring, in a connected mode during discontinuous reception operation, a wake-up signal occasion using receive beams corresponding to one or more configured beam pairs, the wake-up signal occasion occurring prior to or within a discontinuous reception on-duration; detecting a wake-up message via a first receive beam corresponding to a first configured beam pair of the one or more configured beam pairs based at least in part on the monitoring; identifying, based at least in part on the wake-up message, a first uplink resource from among a set of uplink resources prior to or within the discontinuous reception on-duration, each of the one or more configured beam pairs being associated with a corresponding uplink resource of the set of uplink resources, wherein the first uplink resource is configured for transmitting feedback for the first configured beam pair; and transmitting, using the first uplink resource, a beam report for the one or more configured beam pairs based at least in part on detecting the wake-up message, wherein the beam report comprises feedback for the first receive beam. monitoring, in a connected mode during discontinuous reception operation, a wake-up signal occasion using receive beams corresponding to one or more configured beam pairs, the wake-up signal occasion occurring prior to or within a discontinuous reception on-duration; detecting a wake-up message via a first receive beam corresponding to a first configured beam pair of the one or more configured beam pairs based at least in part on the monitoring; identifying, based at least in part on the wake-up message, a first uplink resource from among a set of uplink resources prior to or within the discontinuous reception on-duration, each of the one or more configured beam pairs being associated with a corresponding uplink resource of the set of uplink resources, wherein the first uplink resource is configured for transmitting feedback for the first configured beam pair; and transmitting, using the first uplink resource, a beam report for the one or more configured beam pairs based at least in part on detecting the wake-up message, wherein the beam report comprises feedback for the first receive beam.
Combined appliance comprising a hob and at least one fume extractor device, wherein the fume extractor device has an air intake opening, by way of which air is sucked downward, and a fan with a fan wheel, the axis of which lies vertically, a motor and a fan housing, in which the fan wheel and the motor are accommodated and in the upper face of which an air inlet opening is provided, wherein means for removing impurities in the fume extractor device are only provided in the flow direction downstream of the air inlet opening of the fan housing, wherein the fan housing has a radial housing wall, which radial housing wall represents the means for removing impurities and the radial side wall or the radial side wall and a part of the base of the fan housing can be removed, characterised in that the means for removing impurities are only provided in the flow direction downstream of the fan wheel and the motor is dishwasher-proof.
An electric heating plate fixing structure of an electric heater, comprising a cross beam, an outer support and a first support, wherein the cross beam is connected with the outer support, the first support is used for connecting an electric heating plate of the electric heater, the first support is connected with the cross beam, the cross beam comprises an upper cross beam and a lower cross beam, the first support is connected with the lower cross beam, and the electric heating plate is connected with the upper cross beam, the electric heating plate being characterised in that the upper cross beam is connected with the outer support by an insulating structure. the electric heating plate is connected with the upper cross beam, the electric heating plate being characterised in that the upper cross beam is connected with the outer support by an insulating structure.
A discontinuous reception method, comprising: starting, by a first apparatus, a first timer in the first time unit after a first sidelink hybrid automatic repeat request, HARQ, feedback occasion of a first sidelink HARQ process, wherein the first timer is associated with the HARQ process: starting, by the first apparatus, a second timer associated with the first sidelink HARQ process after the expiry of the first timer, if a HARQ feedback of the first sidelink HARQ process is negative acknowledgement, NACK, wherein the HARQ feedback being NACK indicates that a first data associated with the first sidelink HARQ process is not successfully decoded by a second apparatus; and monitoring, by the first apparatus, a physical downlink control channel, PDCCH, during running of the second timer, wherein the HARQ feedback occasion is used to send the HARQ feedback of the first sidelink HARQ process to a network device; the HARQ feedback is used to indicate whether the first data associated with the first sidelink HARQ process is successfully decoded by the second apparatus. starting, by the first apparatus, a second timer associated with the first sidelink HARQ process after the expiry of the first timer, if a HARQ feedback of the first sidelink HARQ process is negative acknowledgement, NACK, wherein the HARQ feedback being NACK indicates that a first data associated with the first sidelink HARQ process is not successfully decoded by a second apparatus; and monitoring, by the first apparatus, a physical downlink control channel, PDCCH, during running of the second timer, wherein the HARQ feedback occasion is used to send the HARQ feedback of the first sidelink HARQ process to a network device; the HARQ feedback is used to indicate whether the first data associated with the first sidelink HARQ process is successfully decoded by the second apparatus.
A cosmetic for eyelashes characteristically comprising hollow fibers having a pentagonal cross-section, wherein the length of the hollow fibers is 0.5-4 mm and the size is 20-50 μm, and wherein each side of the pentagonal cross-section of said pentagonal cross-section hollow fibers is depressed like an arch so they can orient along the eyelashes.
A method for an apparatus operating in a wireless communication network comprising: determining at least one functional safety level indicator that indicates at least one of a plurality of safety integrity levels; mapping a QoS flow belonging to data (d#1) to a Data Radio Bearer (DRB#1) based on the at least one functional safety level indicator; determining, based on the functional safety level indicator, at least one functional safety indicator that indicates at least whether the associated data (d#1, e#3) is relevant according to at least one safety integrity level; and transmitting the data (d#1) along with the at least one determined functional safety indicator, wherein the transmitting of the data (d#1) is conducted via the mapped Data Radio Bearer (DRB#1). determining at least one functional safety level indicator that indicates at least one of a plurality of safety integrity levels; mapping a QoS flow belonging to data (d#1) to a Data Radio Bearer (DRB#1) based on the at least one functional safety level indicator; determining, based on the functional safety level indicator, at least one functional safety indicator that indicates at least whether the associated data (d#1, e#3) is relevant according to at least one safety integrity level; and transmitting the data (d#1) along with the at least one determined functional safety indicator, wherein the transmitting of the data (d#1) is conducted via the mapped Data Radio Bearer (DRB#1).
An epitope of an epidermal growth factor receptor (EGFR) consisting of the amino acid sequence of RGDSFTH (SEQ ID NO: 2) or RGDSFTHTP (SEQ ID NO: 3).
A method of making cutting tools comprising a substrate comprising a hard phase and a binder phase, the method comprising forming green powder compacts using powder metallurgical techniques, charging the green powder compacts, placed on one or several trays, in a furnace and sintering the green powder compacts wherein the furnace comprises an insulation package, at least three individually controlled heating elements located inside the insulation package including a vertical heating element, an upper horizontal heating element arranged in an upper part of the furnace, and a lower horizontal heating element arranged in a lower part of the furnace, characterize d by operating the at least three heating elements such that an average controlled cooling rate from a sintering temperature down to at least a solidification temperature of the binder phase is 0.1-4.0 °C/min and wherein the furnace having at least three separate thermocouples, including a middle thermocouple, an upper thermocouple and a lower thermocouple located close to the vertical cylindrical heating element the upper horizontal heating element and the lower horizontal heating element, respectively.