mhurhangee/ep-ind-claims huggingface dataset:
A method performed by hardware processing circuitry, comprising: receiving a plurality of notifications, each notification indicating issuance of a security token, wherein an issuer of each security token is a first token issuing authority; decoding, from the plurality of notifications, a corresponding plurality of token sequence numbers; determining, from the plurality of notifications, a rate of change of the plurality of token sequence numbers, the rate of change indicating a number of increments or decrements of a baseline sequence number that occur per unit time; receiving a first security token at a first time; determining an issuer of the first security token is the first token issuing authority; determining a digital signature of the first security token is valid; determining the first token issuing authority is offline; responsive to determining the first token issuing authority is offline, determining, based on the first time and the rate of change, a token sequence number confidence interval of the first security token issuing authority; determining a token sequence number included in the first security token is within the token sequence number confidence interval; and validating the first security token based on determining the token sequence number included in the first security token is within the token sequence number confidence interval. receiving a plurality of notifications, each notification indicating issuance of a security token, wherein an issuer of each security token is a first token issuing authority; decoding, from the plurality of notifications, a corresponding plurality of token sequence numbers; determining, from the plurality of notifications, a rate of change of the plurality of token sequence numbers, the rate of change indicating a number of increments or decrements of a baseline sequence number that occur per unit time; receiving a first security token at a first time; determining an issuer of the first security token is the first token issuing authority; determining a digital signature of the first security token is valid; determining the first token issuing authority is offline; responsive to determining the first token issuing authority is offline, determining, based on the first time and the rate of change, a token sequence number confidence interval of the first security token issuing authority; determining a token sequence number included in the first security token is within the token sequence number confidence interval; and validating the first security token based on determining the token sequence number included in the first security token is within the token sequence number confidence interval.
Method for operating a vehicle, in particular a watercraft, wherein the vehicle has at least one combustion engine, in particular a combustion engine which emits pollutants contained in an exhaust gas and/or in wastewater, wherein the current position of the vehicle is determined by means of a location determination system, wherein a closed-loop and/or open-loop control device is provided, by means of which the quantity of at least one pollutant emitted by the combustion engine is selectively set and/or adjusted in a self-acting and/or automatic way, at least in accordance with the determined position of the vehicle and with information on local pollutant regulations, in particular exhaust and/or water regulations, wherein, for setting and/or adjustment of the pollutant quantity by means of the closed-loop and/or open-loop control device, at least one parameter of an exhaust gas aftertreatment system of the vehicle is adjusted and/or set, characterized in that the at least one parameter of the exhaust gas aftertreatment system is at least the wastewater quantity passed through an exhaust gas scrubber of the exhaust gas aftertreatment system and/or the wastewater quantity passed into the body of water by the vehicle designed as a watercraft and/or the pH of the wastewater passed into the body of water by the vehicle designed as a watercraft.
A connected heating system for aquatic applications, comprising: a heater having a first inflow port and a first outflow port; a controller that monitors one or more conditions relating to the heater; a heater bypass coupled between the first inflow port and the first outflow port; and a valve that controls flow of water received from a pool into the first inflow port and the heater bypass based on an operating state identified by the controller, wherein, responsive to the controller identifying the operating state, the controller is configured to transmit control signals that direct actuation of the valve to achieve the operating state, and wherein the heater is configured to heat portions of the water from the pool that flow between the first inflow port and the first outflow port when a heating mode is active. a heater having a first inflow port and a first outflow port; a controller that monitors one or more conditions relating to the heater; a heater bypass coupled between the first inflow port and the first outflow port; and a valve that controls flow of water received from a pool into the first inflow port and the heater bypass based on an operating state identified by the controller, wherein, responsive to the controller identifying the operating state, the controller is configured to transmit control signals that direct actuation of the valve to achieve the operating state, and wherein the heater is configured to heat portions of the water from the pool that flow between the first inflow port and the first outflow port when a heating mode is active.
A cosmetic agent for treating keratinic fibers, which comprises at least two phases that are separate from one another, the first phase being an aqueous phase which contains at least one chemical oxidizing agent, and the second phase being a hydrophobic phase which contains at least one silicone oil, characterized in that, the two phases are in two layers one on top of the other, in that the agent contains non-ionic, anionic, zwitterionic and/or amphoteric surfactants and/or emulsifiers in a total weight of less than 5 wt. % based on the total weight of the agent, in that the agent contains, as the hydrophobic phase, at least one silicone oil selected from the group formed of dimethicones and cyclomethicones, and in that the agent contains in addition at least one nourishing component that can be predominantly dissolved in silicone oil and is selected from oil-soluble nourishing ingredients, oil-soluble vitamins and triglycerides.
A method for dressing a grinding tool by means of a machine tool, having the following method steps: - providing a dressable grinding tool; - dressing the grinding tool by means of a form dressing roller, - wherein the tool profile to be generated on the grinding tool is formed by a contact between the rotating grinding tool and the rotating form dressing roller along a dressing path, - wherein a travel along the dressing path is performed automatically with the aid of two or more NC axes (X, Y, Z) of the machine tool, which generate a relative movement between the rotating grinding tool and the rotating form dressing roller; characterized in that - during the travel along the dressing path and while the form dressing roller is in forming contact with the grinding tool, it is provided - that each of the NC axes (X, Y, Z) generating the relative movement between the rotating grinding tool and the rotating form dressing roller has an axial velocity, the absolute value of which is greater than zero, wherein none of these NC axes (X, Y, Z) carries out a directional reversal or comes to a standstill. - providing a dressable grinding tool; - dressing the grinding tool by means of a form dressing roller, - wherein the tool profile to be generated on the grinding tool is formed by a contact between the rotating grinding tool and the rotating form dressing roller along a dressing path, - wherein a travel along the dressing path is performed automatically with the aid of two or more NC axes (X, Y, Z) of the machine tool, which generate a relative movement between the rotating grinding tool and the rotating form dressing roller; characterized in that - wherein the tool profile to be generated on the grinding tool is formed by a contact between the rotating grinding tool and the rotating form dressing roller along a dressing path, - wherein a travel along the dressing path is performed automatically with the aid of two or more NC axes (X, Y, Z) of the machine tool, which generate a relative movement between the rotating grinding tool and the rotating form dressing roller; characterized in that - during the travel along the dressing path and while the form dressing roller is in forming contact with the grinding tool, it is provided - that each of the NC axes (X, Y, Z) generating the relative movement between the rotating grinding tool and the rotating form dressing roller has an axial velocity, the absolute value of which is greater than zero, wherein none of these NC axes (X, Y, Z) carries out a directional reversal or comes to a standstill.
At an observing wireless transceiver device, a method comprising: receiving one or more fine timing measurement, FTM, range request messages from an assisting wireless transceiver device comprising one or more neighbor report subelements fields, at least one of the one or more neighbor report subelements fields comprising a wide bandwidth channel subelement of one or more neighboring wireless transceiver devices; and exchanging messages with at least one of the one or more neighboring wireless transceiver devices based, at least in part, on one or more parameters in the wide bandwidth channel subelement, wherein the wide bandwidth channel subelement further specifies a center frequency of at least one primary channel and a frequency offset of a center frequency of a secondary segment from the center frequency of the at least one primary channel. receiving one or more fine timing measurement, FTM, range request messages from an assisting wireless transceiver device comprising one or more neighbor report subelements fields, at least one of the one or more neighbor report subelements fields comprising a wide bandwidth channel subelement of one or more neighboring wireless transceiver devices; and exchanging messages with at least one of the one or more neighboring wireless transceiver devices based, at least in part, on one or more parameters in the wide bandwidth channel subelement, wherein the wide bandwidth channel subelement further specifies a center frequency of at least one primary channel and a frequency offset of a center frequency of a secondary segment from the center frequency of the at least one primary channel.
A cable processing machine for fitting prefabricated cable ends with connector housings of at least one type, with at least one cable fitting device for introducing at least one prefabricated cable end into a corresponding cable receptacle of a connector housing, with at least one connector housing holder, wherein the connector housing holder has at least one connector housing receptacle and holding means for the at least one connector housing receptacle for releasably holding a connector housing which can be received in the connector housing receptacle, wherein the connector housing holder has a device for automatically unloading the at least one connector housing receptacle, which device comprises means for automatically releasing the holding means, wherein the connector housing holder comprises a plurality of connector housing receptacles and, for at least two of the plurality of, preferably for all, connector housing receptacles, has a common ejection means for the common ejecting of the connector housings that are held or can be received in the at least two connector housing receptacles, characterized in that a receiving device is provided for simultaneously receiving a plurality of cable ends fitted with connector housings during or after the simultaneous ejection of the connector housings, and in that the common ejection means for the at least two connector housing receptacles has compressed air means for commonly and directly acting on the connector housings that are held or can be received in the at least two connector housing receptacles.
Uninterruptible power supply, comprising: AC input terminals (3a,3b,3c) for receiving AC input power; a rectifier connected to the AC input terminals (3a,3b,3c) for providing a rectifier output power at rectifier output terminals (7a,7b); a voltage multiplier connected at voltage multiplier input terminals (11a,11b,11c) to the AC input terminals (3a,3b,3c) for providing a boosted DC voltage at voltage multiplier output terminals (15a,15b); DC output terminals (17a, 17b); an output converter connected between the rectifier output terminals (7a,7b) and the DC output terminals (17a, 17b), the DC output terminals (17a, 17b) being connectable via the output converter to the voltage multiplier output terminals for providing DC output power to a load; a switch; and energy storage terminals (21a, 21b) connected to the voltage multiplier output terminals (15a, 15b) and connectable via the switch and the output converter to the DC output terminals (17a, 17b) AC input terminals (3a,3b,3c) for receiving AC input power; a rectifier connected to the AC input terminals (3a,3b,3c) for providing a rectifier output power at rectifier output terminals (7a,7b); a voltage multiplier connected at voltage multiplier input terminals (11a,11b,11c) to the AC input terminals (3a,3b,3c) for providing a boosted DC voltage at voltage multiplier output terminals (15a,15b); DC output terminals (17a, 17b); an output converter connected between the rectifier output terminals (7a,7b) and the DC output terminals (17a, 17b), the DC output terminals (17a, 17b) being connectable via the output converter to the voltage multiplier output terminals for providing DC output power to a load; a switch; and energy storage terminals (21a, 21b) connected to the voltage multiplier output terminals (15a, 15b) and connectable via the switch and the output converter to the DC output terminals (17a, 17b)
A method performed by an apparatus, the apparatus for interfering with voluntary locomotion by a target by conducting a current through the target, the method comprising: charging a capacitance in accordance with a goal; discharging the capacitance to provide the current, wherein the current causes pain or skeletal muscle contractions that interfere with voluntary locomotion by the target; monitoring (308,310) a charge of the current; and in response to monitoring, adjusting (312,314) the goal. charging a capacitance in accordance with a goal; discharging the capacitance to provide the current, wherein the current causes pain or skeletal muscle contractions that interfere with voluntary locomotion by the target; monitoring (308,310) a charge of the current; and in response to monitoring, adjusting (312,314) the goal.
A method for transmitting, by a user equipment, UE, acknowledgement/negative acknowledgement, ACK/NACK, information in a carrier aggregation based wireless communication system, comprising: receiving one or more physical downlink control channel, PDCCH, signals in a subframe, SF, interval of a frequency division duplex, FDD, cell, wherein the SF interval includes one or more first downlink, DL, SFs and one last second DL SF; receiving one or more physical downlink shared channel, PDSCH, signals indicated by the one or more PDCCH signals in the SF interval of the FDD cell; and transmitting ACK/NACK information corresponding to the one or more PDSCH signals through a physical uplink control channel, PUCCH, in a second uplink, UL, SF of the FDD cell corresponding to the last second DL SF, wherein one or more first UL SFs corresponding to the one or more first DL SFs are used for ACK/NACK transmission for another FDD cell, and not used for ACK/NACK transmission for the FDD cell, wherein when at least one PDSCH signal is received in the one or more first DL SFs of the FDD cell, the ACK/NACK information includes ACK/NACK responses for all DL SFs of the SF interval and is transmitted in the second UL SF of the FDD cell by using a PUCCH resource allocated by an upper layer, wherein when one PDSCH signal is received only in the last second DL SF of the FDD cell, the ACK/NACK information includes ACK/NACK response only for the last second DL SF and is transmitted in the second UL SF of the FDD cell by using a PUCCH resource linked to an index of a resource through which a PDCCH signal corresponding to the PDSCH signal is transmitted. receiving one or more physical downlink control channel, PDCCH, signals in a subframe, SF, interval of a frequency division duplex, FDD, cell, wherein the SF interval includes one or more first downlink, DL, SFs and one last second DL SF; receiving one or more physical downlink shared channel, PDSCH, signals indicated by the one or more PDCCH signals in the SF interval of the FDD cell; and transmitting ACK/NACK information corresponding to the one or more PDSCH signals through a physical uplink control channel, PUCCH, in a second uplink, UL, SF of the FDD cell corresponding to the last second DL SF, wherein one or more first UL SFs corresponding to the one or more first DL SFs are used for ACK/NACK transmission for another FDD cell, and not used for ACK/NACK transmission for the FDD cell, wherein when at least one PDSCH signal is received in the one or more first DL SFs of the FDD cell, the ACK/NACK information includes ACK/NACK responses for all DL SFs of the SF interval and is transmitted in the second UL SF of the FDD cell by using a PUCCH resource allocated by an upper layer, wherein when one PDSCH signal is received only in the last second DL SF of the FDD cell, the ACK/NACK information includes ACK/NACK response only for the last second DL SF and is transmitted in the second UL SF of the FDD cell by using a PUCCH resource linked to an index of a resource through which a PDCCH signal corresponding to the PDSCH signal is transmitted.
A method of generating a stream representative of a 3D scene, the method comprising: - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map; said first depth data being encoded as depth patch pictures packed in a depth atlas associated with metadata comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene invisible from said point of view and visible from a space of view around said point of view; and - encoding, in said stream, said first color data in a first element of syntax and said first depth data, said second color data, said second depth data and said metadata in at least a second element of syntax. - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map; said first depth data being encoded as depth patch pictures packed in a depth atlas associated with metadata comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene invisible from said point of view and visible from a space of view around said point of view; and - encoding, in said stream, said first color data in a first element of syntax and said first depth data, said second color data, said second depth data and said metadata in at least a second element of syntax.
A method of performing sounding by an access point, AP, to transmit a frame to one or more stations, STAs, using a beamforming scheme in a wireless LAN, WLAN, system, the method comprising: transmitting a specific signal, which is transmitted to the one or more STAs by the AP via a plurality of tones belonging to a prescribed range; and receiving a beamforming feedback, which is generated based on measurement of the specific signal at the one or more STAs by grouping a prescribed number of tones according to a tone grouping element, Ng, each tone group including Ng continuous tones, wherein the Ng is configured by one selected from 1, 2 and 4 in a first type system configuration using a first subcarrier spacing, wherein the Ng is configured by one selected from 4, 8, and 16 in a second type system configuration using a second subcarrier spacing, and wherein the first subcarrier spacing has a value four times larger than the second subcarrier spacing. transmitting a specific signal, which is transmitted to the one or more STAs by the AP via a plurality of tones belonging to a prescribed range; and receiving a beamforming feedback, which is generated based on measurement of the specific signal at the one or more STAs by grouping a prescribed number of tones according to a tone grouping element, Ng, each tone group including Ng continuous tones, wherein the Ng is configured by one selected from 1, 2 and 4 in a first type system configuration using a first subcarrier spacing, wherein the Ng is configured by one selected from 4, 8, and 16 in a second type system configuration using a second subcarrier spacing, and wherein the first subcarrier spacing has a value four times larger than the second subcarrier spacing.
A key generation method, applied to a terminal device in 5th Generation Mobile Communication Technology, 5G, security architecture, comprising: determining a first key KSEAF based on a long-term key K in a 5G network; generating a current session key using a key deduction function based on the first key KSEAF and at least one of additional keys, and communicating with a network device based on the current session key; wherein the at least one of additional keys comprises: an initial session key generated when the terminal device is connected to the 5G network for the first time and/or a session key used in a previous session with the terminal device, the previous session is a session immediately prior to a current session, and the first key KSEAF and the additional keys are symmetric keys. determining a first key KSEAF based on a long-term key K in a 5G network; generating a current session key using a key deduction function based on the first key KSEAF and at least one of additional keys, and communicating with a network device based on the current session key; wherein the at least one of additional keys comprises: an initial session key generated when the terminal device is connected to the 5G network for the first time and/or a session key used in a previous session with the terminal device, the previous session is a session immediately prior to a current session, and the first key KSEAF and the additional keys are symmetric keys.