mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: starting, by a station, a timer when the station has uplink data to be transmitted or a queue of the station changes from empty to non-empty, receiving, by the station from an access point, a trigger frame; sending, by the station to the access point, uplink transmission data according to the trigger frame; when receiving the trigger frame, updating, by the station, the timer; wherein the timer is used to counting a duration for updating an access manner, wherein the access manner is based on enhanced distributed channel access, EDCA; accessing, by the station, a channel in a contention access manner that is based on EDCA when the timer reaches 0. starting, by a station, a timer when the station has uplink data to be transmitted or a queue of the station changes from empty to non-empty, receiving, by the station from an access point, a trigger frame; sending, by the station to the access point, uplink transmission data according to the trigger frame; when receiving the trigger frame, updating, by the station, the timer; wherein the timer is used to counting a duration for updating an access manner, wherein the access manner is based on enhanced distributed channel access, EDCA; accessing, by the station, a channel in a contention access manner that is based on EDCA when the timer reaches 0.
Hydraulic circuit as a transmission control system, by which operating elements of the hydraulic circuit , which operate at working pressures, can be addressed in order to operate transmission components such as clutches , in particular dual clutches or drivetrains having more than two friction clutches, and by which hydraulic medium for cooling and/or lubricating individual transmission components can be distributed, having a priority circuit (179, 179 I , 179", 179 III , 159), by which hydraulic flows (Q) can be prioritized depending on a switch position (105, 105 I , 105", 107) of at least one valve, characterized in that the priority circuit (179, 179 I , 179", 179 III , 159), by way of piston positions of a single valve designed as a piston slide valve , for example a first priority directional control valve , having at least two working ports and at least two pressure supply ports , controls a working pressure on an assembly of the hydraulic circuit as well as a flow (Q) of a hydraulic medium at a pressure level differing from the working pressure, for example a lower-pressure coolant stream (110, 110 I ). by which operating elements of the hydraulic circuit , which operate at working pressures, can be addressed in order to operate transmission components such as clutches , in particular dual clutches or drivetrains having more than two friction clutches, and by which hydraulic medium for cooling and/or lubricating individual transmission components can be distributed, having a priority circuit (179, 179 I , 179", 179 III , 159), by which hydraulic flows (Q) can be prioritized depending on a switch position (105, 105 I , 105", 107) of at least one valve, characterized in that the priority circuit (179, 179 I , 179", 179 III , 159), by way of piston positions of a single valve designed as a piston slide valve , for example a first priority directional control valve , having at least two working ports and at least two pressure supply ports , controls a working pressure on an assembly of the hydraulic circuit as well as a flow (Q) of a hydraulic medium at a pressure level differing from the working pressure, for example a lower-pressure coolant stream (110, 110 I ).
A synthetic high-pressure high-temperature, HPHT, diamond tool piece, wherein at least a portion of the HPHT diamond tool piece comprises an aggregated nitrogen centre to C-nitrogen centre ratio of greater than 30%, the portion being at least 40% of the volume of the HPHT diamond tool piece, the aggregated nitrogen centres comprising A centres and B centres, wherein the HPHT diamond tool piece is a single crystal HPHT diamond tool piece selected from one of: a wear part, a dresser, a wire drawing die, a gauge stone, a cutter and an engraving tool.
A light source device comprising: a light guide plate ; a light source unit optically coupled to the light guide plate and comprising a substrate and a plurality of light emitting devices disposed on the substrate ; and a photo luminescent film disposed between the light guide plate and the light source unit , wherein the photo luminescent film comprises a first area including a first fluorescent material and a second area including a second fluorescent material , wherein the first fluorescent material is different from the second fluorescent material , wherein the plurality of the light emitting devices comprises a first white LED (152-a) and a second white LED (152-b), wherein the first white LED (152-a) is different from the second white LED (152-b), and wherein the first area of the photo luminescent film is disposed on the first white LED (152-a) and the second area of the photo luminescent film is disposed on the second white LED (152-b), wherein the first fluorescent material and the second fluorescent material are alternately arranged in the longitudinal direction of the photo luminescent film , and wherein the first white LED (152-a) and the second white LED (152-b) are alternately arranged in the longitudinal direction of the substrate , and wherein the first white LED (152-a) emits a correlated color temperature within a range between 2,000 K and 3,000 K, and the second white LED (152-b) emits a correlated color temperature within a range between 5,500 K and 6,500 K. a light guide plate ; a light source unit optically coupled to the light guide plate and comprising a substrate and a plurality of light emitting devices disposed on the substrate ; and a photo luminescent film disposed between the light guide plate and the light source unit , wherein the photo luminescent film comprises a first area including a first fluorescent material and a second area including a second fluorescent material , wherein the first fluorescent material is different from the second fluorescent material , wherein the plurality of the light emitting devices comprises a first white LED (152-a) and a second white LED (152-b), wherein the first white LED (152-a) is different from the second white LED (152-b), and wherein the first area of the photo luminescent film is disposed on the first white LED (152-a) and the second area of the photo luminescent film is disposed on the second white LED (152-b), wherein the first fluorescent material and the second fluorescent material are alternately arranged in the longitudinal direction of the photo luminescent film , and wherein the first white LED (152-a) and the second white LED (152-b) are alternately arranged in the longitudinal direction of the substrate , and wherein the first white LED (152-a) emits a correlated color temperature within a range between 2,000 K and 3,000 K, and the second white LED (152-b) emits a correlated color temperature within a range between 5,500 K and 6,500 K.
Torque transmission device , in particular for a drive train of a motor vehicle having a hub part which has an internal spline system and a shaft part with an external spline system , the internal spline system and the external spline system forming a push-in connection with a rotationally locked connection with tooth flank play , and the hub part and the shaft part being prestressed against one another in the circumferential direction by means of an arcuate brace which is produced from spring wire, characterized in that the arcuate brace is received on an axially oriented hub flange of the hub part .
An alkyl ether derivative or a salt thereof for use in the treatment or prevention of diseases where sigma-1 receptors are involved, selected from drug addiction, HIV encephalopathy, heart diseases, neuropathy, diabetic cardiomyopathy, spinal canal stenosis, multiple sclerosis, cerebral ischemic diseases, epilepsy, tremor, restless legs syndrome, neuropathic pain, chronic pain, numbness due to wound, autonomic defects, bladder dysfunction, hearing disorder, acoustic trauma-induced hearing loss, and Hirschsprung's disease; wherein the alkyl ether derivative is 1-(3-(2-(1-benzothiophene-5-yl)ethoxy)propyl)azetidine-3-ol.
Susceptor for the processing chamber of a protective-gas and vacuum high-temperature processing unit, comprising a circular segment greater than 180° as a body of a tunnel and comprising a base element which completes the circular segment to form a closed cross section, the tunnel being composed of at least two modules which are mounted on one another by their end faces and each consist of a circular segment and a base element , characterised in that at least one end module is in the form of a monolithic body having a self-contained cross section consisting of a circular segment and a base surface .
A nacelle of a wind turbine, the nacelle comprising a rear frame structure , the rear frame structure comprising: - a plurality of truss members , and - a plurality of pivot joints , wherein each pivot joint interconnects ends of at least two truss members , thereby forming a truss structure with the pivot joints arranged in node points of the truss structure, and wherein at least some of the pivot joints are adjustable in such a manner that an angle between two truss members being interconnected via a pivot joint is adjustable by means of the pivot joint . - a plurality of truss members , and - a plurality of pivot joints ,
A method comprising: determining whether a user equipment is a narrow band internet of things user equipment, wherein only one hybrid automatic repeat request process is used for data communication between the user equipment and a network element; determining whether a hybrid automatic repeat request round trip time timer expires ; if the user equipment is a narrow band internet of things user equipment and the hybrid automatic repeat request round trip time timer expires, starting or restarting a discontinuous reception inactivity timer ; receiving, by the user equipment , a control channel message or generating, by the network element, a control channel message; determining whether the control channel message indicates a new transmission; and characterized in that if the user equipment is a narrow band internet of things user equipment and the control channel message indicates a new transmission, forbidding to start or restart the discontinuous reception inactivity timer. determining whether a user equipment is a narrow band internet of things user equipment, wherein only one hybrid automatic repeat request process is used for data communication between the user equipment and a network element; determining whether a hybrid automatic repeat request round trip time timer expires ; if the user equipment is a narrow band internet of things user equipment and the hybrid automatic repeat request round trip time timer expires, starting or restarting a discontinuous reception inactivity timer ; receiving, by the user equipment , a control channel message or generating, by the network element, a control channel message; determining whether the control channel message indicates a new transmission; and characterized in that if the user equipment is a narrow band internet of things user equipment and the control channel message indicates a new transmission, forbidding to start or restart the discontinuous reception inactivity timer.
A power supply method, comprising: converting a voltage input into a power source into a first voltage, and supplying power to an energy-consuming component based on the first voltage; obtaining status information obtained after the energy-consuming component is powered on, wherein the status information comprises identification information of the energy-consuming component or current working status information of the energy-consuming component ; determining a second voltage based on the status information; and converting the voltage input into the power source into the second voltage, and supplying power to the energy-consuming component based on the second voltage; characterized in that the status information comprises load power percentage information of the energy-consuming component ; and the determining a second voltage based on the status information comprises: determining an optimal voltage based on the load power percentage information and a rule table, wherein the optimal voltage is an output voltage of the power source when input power of the power source is minimum at a determined load power percentage, and a correspondence between different load power percentages and different optimal voltages is preset in the rule table; and determining that the second voltage is the optimal voltage. converting a voltage input into a power source into a first voltage, and supplying power to an energy-consuming component based on the first voltage; obtaining status information obtained after the energy-consuming component is powered on, wherein the status information comprises identification information of the energy-consuming component or current working status information of the energy-consuming component ; determining a second voltage based on the status information; and converting the voltage input into the power source into the second voltage, and supplying power to the energy-consuming component based on the second voltage; characterized in that the status information comprises load power percentage information of the energy-consuming component ; and the determining a second voltage based on the status information comprises: determining an optimal voltage based on the load power percentage information and a rule table, wherein the optimal voltage is an output voltage of the power source when input power of the power source is minimum at a determined load power percentage, and a correspondence between different load power percentages and different optimal voltages is preset in the rule table; and determining that the second voltage is the optimal voltage. determining an optimal voltage based on the load power percentage information and a rule table, wherein the optimal voltage is an output voltage of the power source when input power of the power source is minimum at a determined load power percentage, and a correspondence between different load power percentages and different optimal voltages is preset in the rule table; and determining that the second voltage is the optimal voltage.
A granular composition for agricultural use comprising: a plurality of granulates having a biodegradable coating applied over the granulates, wherein the granulates comprise a material selected from the group consisting of seeds, fertilizers, and pesticides, wherein the biodegradable coating comprises from about 5 to about 75 weight percent polylactic acid and from about 25 to about 95 weight percent polyhydroxyalkanoates, and wherein the biodegradable coating comprises a continuous phase of polylactic acid having globules of the polyhydroxyalkanoates homogeneously dispersed therein, wherein the globules have an average size of from about 2 nm to about 10 micron. a plurality of granulates having a biodegradable coating applied over the granulates, wherein the granulates comprise a material selected from the group consisting of seeds, fertilizers, and pesticides, wherein the biodegradable coating comprises from about 5 to about 75 weight percent polylactic acid and from about 25 to about 95 weight percent polyhydroxyalkanoates, and wherein the biodegradable coating comprises a continuous phase of polylactic acid having globules of the polyhydroxyalkanoates homogeneously dispersed therein, wherein the globules have an average size of from about 2 nm to about 10 micron.
Process for the production of a solid cosmetic preparation wherein: a) a wax phase comprising at least one wax, at least one oil, and if applicable, oil-soluble ingredients and solvents, are melted, b) the molten wax phase is mixed with an aqueous phase comprising at least one water-soluble or water-dispersible film former and with a w/o emulsifying system until an emulsion is formed, c) the resulting emulsion is allowed to cool to form a wax matrix with aqueous phase droplets embedded therein. a) a wax phase comprising at least one wax, at least one oil, and if applicable, oil-soluble ingredients and solvents, are melted, b) the molten wax phase is mixed with an aqueous phase comprising at least one water-soluble or water-dispersible film former and with a w/o emulsifying system until an emulsion is formed, c) the resulting emulsion is allowed to cool to form a wax matrix with aqueous phase droplets embedded therein.
- A dishwasher comprising a tub ; a circulation pump ; at least one rack ; at least one spray arm ; a heat pump which heats the washing water; and a compressor , a condenser , an evaporator which draws heat from the outer environment and transfers the same to the condenser by means of the compressor , a capillary which is disposed between the condenser and the evaporator and which decreases the pressure and hence the temperature of the refrigerant, a refrigerant line composed of flow pipes wherein the refrigerant fluid flows, and at least one fan which provides the heat transfer by blowing the ambient air onto the evaporator , which all together constitute the heat pump , the capillary which is cooled down with the cold water which condenses in the evaporator during the operation of the heat pump and leaves the evaporator , a condensation receptacle wherein the water condensing on the evaporator is collected characterized by a first receptacle into which the condensate collected in the condensation receptacle is delivered by means of a first pump , and by the capillary which is placed into the first receptacle .
A method of manufacturing, the method comprising: investment casting a part using a casting shell to form a casting of the part; positioning the casting relative to a laser emitter , wherein the casting comprises a nickel-based superalloy having a scale formed thereon, and the scale is a byproduct of the investment casting and consists of a metal carbide layer; and passing a laser beam emitted from the laser emitter across the casting such that the laser beam causes the scale to at least one of crack, break, shatter, and spall. investment casting a part using a casting shell to form a casting of the part; positioning the casting relative to a laser emitter , wherein the casting comprises a nickel-based superalloy having a scale formed thereon, and the scale is a byproduct of the investment casting and consists of a metal carbide layer; and passing a laser beam emitted from the laser emitter across the casting such that the laser beam causes the scale to at least one of crack, break, shatter, and spall.
A method for transmitting uplink control information at an apparatus configured with a plurality of cells including a Primary Cell, PCell, and a Secondary Cell, SCell, in a 3rd Generation Partnership Project, 3GPP,-based wireless communication system, the method comprising: receiving at least a Physical Downlink Control CHannel, PDCCH, signal indicating Semi-Persistent Scheduling, SPS, release or a Physical Downlink Shared CHannel, PDSCH, signal with a corresponding PDCCH; and transmitting reception response information about the at least the PDCCH signal indicating SPS release or the PDSCH signal with the corresponding PDCCH through a Physical Uplink Control CHannel, PUCCH, on a subframe configured for Scheduling Request, SR, transmission, wherein, when a predetermined condition is not satisfied, the reception response information and SR information are multiplexed and transmitted using a first PUCCH resource for Hybrid Automatic Repeat request Acknowledgement, HARQ-ACK, wherein, when (i) the predetermined condition is satisfied and (ii) there is a positive SR for the subframe configured for SR transmission, the reception response information is transmitted using a PUCCH resource for SR, and wherein the predetermined condition includes any one of: only a single PDSCH transmission that is scheduled by a PDCCH having a Downlink Assignment Index, DAI, initial value is present on the PCell; and only a single PDCCH transmission that has the DAI initial value and indicates SPS release is present on the PCell. receiving at least a Physical Downlink Control CHannel, PDCCH, signal indicating Semi-Persistent Scheduling, SPS, release or a Physical Downlink Shared CHannel, PDSCH, signal with a corresponding PDCCH; and transmitting reception response information about the at least the PDCCH signal indicating SPS release or the PDSCH signal with the corresponding PDCCH through a Physical Uplink Control CHannel, PUCCH, on a subframe configured for Scheduling Request, SR, transmission, wherein, when a predetermined condition is not satisfied, the reception response information and SR information are multiplexed and transmitted using a first PUCCH resource for Hybrid Automatic Repeat request Acknowledgement, HARQ-ACK, wherein, when (i) the predetermined condition is satisfied and (ii) there is a positive SR for the subframe configured for SR transmission, the reception response information is transmitted using a PUCCH resource for SR, and wherein the predetermined condition includes any one of: only a single PDSCH transmission that is scheduled by a PDCCH having a Downlink Assignment Index, DAI, initial value is present on the PCell; and only a single PDCCH transmission that has the DAI initial value and indicates SPS release is present on the PCell. only a single PDSCH transmission that is scheduled by a PDCCH having a Downlink Assignment Index, DAI, initial value is present on the PCell; and only a single PDCCH transmission that has the DAI initial value and indicates SPS release is present on the PCell.
A method implemented using a processor , comprising: determining respective poses of first and second eyes of a wearer of a head-mounted display , HMD; the method being characterized by selecting a portion of a first image rendered on a first display of the HMD based on the pose of the first eye of the wearer; matching the portion of the first image to a portion of a second image rendered on a second display of the HMD; and determining an eye tracking calibration error based on the pose of the second eye of the wearer and a location of the portion of the second image. determining respective poses of first and second eyes of a wearer of a head-mounted display , HMD; the method being characterized by selecting a portion of a first image rendered on a first display of the HMD based on the pose of the first eye of the wearer; matching the portion of the first image to a portion of a second image rendered on a second display of the HMD; and determining an eye tracking calibration error based on the pose of the second eye of the wearer and a location of the portion of the second image.