mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accessing to a network, comprising: determining (S201) a location of a mobile communication terminal; scanning (S202) a Bluetooth low energy, BLE, protocol broadcast channel recorded in the mobile communication terminal if a network identity of a public land mobile network, PLMN, corresponding to the location is not included in a first equivalent public land mobile network, EPLMN, list, wherein the network identity includes network code; broadcasting (S203) a request to share a second EPLMN list on the BLE protocol broadcast channel; characterized in that the method further comprises: extracting (S204) the second EPLMN list including a plurality of network identities of PLMNs stored in another mobile communication terminal over the BLE protocol broadcast channel; adding (S205) the plurality of network identities of PLMNs included in the second EPLMN list to the mobile communication terminal; and if one of the network identities of PLMNs of the second EPLMN list added in the mobile communication terminal matches the PLMN corresponding to the location, accessing (S205) to the network based on the network identity of the matched PLMN. determining (S201) a location of a mobile communication terminal; scanning (S202) a Bluetooth low energy, BLE, protocol broadcast channel recorded in the mobile communication terminal if a network identity of a public land mobile network, PLMN, corresponding to the location is not included in a first equivalent public land mobile network, EPLMN, list, wherein the network identity includes network code; broadcasting (S203) a request to share a second EPLMN list on the BLE protocol broadcast channel; characterized in that the method further comprises: extracting (S204) the second EPLMN list including a plurality of network identities of PLMNs stored in another mobile communication terminal over the BLE protocol broadcast channel; adding (S205) the plurality of network identities of PLMNs included in the second EPLMN list to the mobile communication terminal; and if one of the network identities of PLMNs of the second EPLMN list added in the mobile communication terminal matches the PLMN corresponding to the location, accessing (S205) to the network based on the network identity of the matched PLMN. extracting (S204) the second EPLMN list including a plurality of network identities of PLMNs stored in another mobile communication terminal over the BLE protocol broadcast channel; adding (S205) the plurality of network identities of PLMNs included in the second EPLMN list to the mobile communication terminal; and if one of the network identities of PLMNs of the second EPLMN list added in the mobile communication terminal matches the PLMN corresponding to the location, accessing (S205) to the network based on the network identity of the matched PLMN.
A wireless communication system comprising: a base station (104A to 104M); and a plurality of remotely located terminal units (106A to 106N); the base station and the remotely located terminal units comprising respective communication modules (302 to 310) for transmitting and receiving data over operational wireless communication links between the base station (104A to 104M) and the terminal units (106A to 106N), the communication links being assigned to respective sub-channels comprising tiles separated by frequency and time; wherein the base station (104A to 104M) and/or at least one terminal unit (106A to 106N) includes at least one detector for analysing signals from the communication modules for detecting extraneous received signals; characterised in that : the at least one detector is configured for analysing signals from the communication modules (302 to 310) in unassigned tiles of the communication links; the at least one detector is configured for discriminating between a first type of extraneous signals detected in an unassigned tile or group of unassigned tiles of one sub-frame and also detected in other unassigned tiles or groups of unassigned tiles, and a second type of extraneous signals detected in the unassigned tile or group of unassigned tiles of one sub-frame but not detected in other unassigned tiles or groups of unassigned tiles; and the reaction of the base station (104A to 104M) to detection of the first type of extraneous signals is configured to be different from the reaction of the base station to detection of the second type of extraneous signals. a base station (104A to 104M); and a plurality of remotely located terminal units (106A to 106N); the base station and the remotely located terminal units comprising respective communication modules (302 to 310) for transmitting and receiving data over operational wireless communication links between the base station (104A to 104M) and the terminal units (106A to 106N), the communication links being assigned to respective sub-channels comprising tiles separated by frequency and time; wherein the base station (104A to 104M) and/or at least one terminal unit (106A to 106N) includes at least one detector for analysing signals from the communication modules for detecting extraneous received signals; the at least one detector is configured for analysing signals from the communication modules (302 to 310) in unassigned tiles of the communication links; the at least one detector is configured for discriminating between a first type of extraneous signals detected in an unassigned tile or group of unassigned tiles of one sub-frame and also detected in other unassigned tiles or groups of unassigned tiles, and a second type of extraneous signals detected in the unassigned tile or group of unassigned tiles of one sub-frame but not detected in other unassigned tiles or groups of unassigned tiles; and the reaction of the base station (104A to 104M) to detection of the first type of extraneous signals is configured to be different from the reaction of the base station to detection of the second type of extraneous signals.
A motorcycle tire comprising a tread part , the tread part comprising a center part having a tire equator (C), and a pair of shoulder parts having tread grounding ends ; wherein the motorcycle tire is characterized in that a rubber composition constituting the center part comprises a filler (C), the filler (C) comprising silica, and a ratio of silica in the filler (C) is greater than 50% by mass, a rubber composition constituting the shoulder parts comprises a filler (S), the filler (S) comprising carbon black, and a ratio of carbon black in the filler (S) is greater than 50% by mass, and when a loss tangent at 70°C of the rubber composition constituting the center part is defined as 70°C tan δ(c), a complex elastic modulus at 0°C of the rubber composition constituting the center part is defined as 0°CE*(c), a loss tangent at 70°C of the rubber composition constituting the shoulder parts is defined as 70°C tan δ(s), the "70°C tan δ" is a loss tangent measured in an extension mode under a temperature of 70°C, a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of 1%, and a complex elastic modulus at 0°C of the rubber composition constituting the shoulder parts is defined as 0°CE*(s), the "0°C E*" is a complex elastic modulus measured in an extension mode under a temperature of 0°C, a frequency of 10 Hz, an initial strain of 5%, a dynamic strain of 1% and 70°C tan δ(c) and 70°C tan δ(s) satisfy the following inequality 1.30 < 70 ° C tan δ s / 70 ° C tan δ c and 0°CE*(c) and 0°CE*(s) satisfy the following inequality 0 ° CE * s / 0 ° CE * c < 1.50 the tread part comprising a center part having a tire equator (C), and a pair of shoulder parts having tread grounding ends ; wherein the motorcycle tire is characterized in that a rubber composition constituting the center part comprises a filler (C), the filler (C) comprising silica, and a ratio of silica in the filler (C) is greater than 50% by mass, a rubber composition constituting the shoulder parts comprises a filler (S), the filler (S) comprising carbon black, and a ratio of carbon black in the filler (S) is greater than 50% by mass, and when a loss tangent at 70°C of the rubber composition constituting the center part is defined as 70°C tan δ(c), a complex elastic modulus at 0°C of the rubber composition constituting the center part is defined as 0°CE*(c), a loss tangent at 70°C of the rubber composition constituting the shoulder parts is defined as 70°C tan δ(s), the "70°C tan δ" is a loss tangent measured in an extension mode under a temperature of 70°C, a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of 1%, and a complex elastic modulus at 0°C of the rubber composition constituting the shoulder parts is defined as 0°CE*(s), the "0°C E*" is a complex elastic modulus measured in an extension mode under a temperature of 0°C, a frequency of 10 Hz, an initial strain of 5%, a dynamic strain of 1% and 70°C tan δ(c) and 70°C tan δ(s) satisfy the following inequality 1.30 < 70 ° C tan δ s / 70 ° C tan δ c and 0°CE*(c) and 0°CE*(s) satisfy the following inequality
A method performed by a radio-network node for handling access to the radio-network node from a wireless device in the wireless communication network ; the method comprising - determining a load on PRACH resources in the wireless communication network based on one or more received measurement reports and/or measurements performed, wherein the load on PRACH resources indicates a load in the wireless communication network; - determining one or more preamble configuration parameters indicating a length of a preamble for a physical random-access channel, PRACH, for the wireless device based on one or more signal strength or quality measurements, and the load in the wireless communication network ; and - transmitting an indication of the determined one or more preamble configuration parameters to the wireless device and optionally a load on PRACH resources to the wireless device , wherein the one or more preamble configuration parameters further comprises: PRACH subframe configuration, sequence configuration, PRACH frequency resources, and a first symbol or a start symbol of a preamble sequence. - determining a load on PRACH resources in the wireless communication network based on one or more received measurement reports and/or measurements performed, wherein the load on PRACH resources indicates a load in the wireless communication network; - determining one or more preamble configuration parameters indicating a length of a preamble for a physical random-access channel, PRACH, for the wireless device based on one or more signal strength or quality measurements, and the load in the wireless communication network ; and - transmitting an indication of the determined one or more preamble configuration parameters to the wireless device and optionally a load on PRACH resources to the wireless device , wherein the one or more preamble configuration parameters further comprises: PRACH subframe configuration, sequence configuration, PRACH frequency resources, and a first symbol or a start symbol of a preamble sequence.
A control system for a power-driven nail gun , the power-driven nail gun comprising a battery , a motor , a flywheel rotating along with the motor , an impacting member receiving kinetic energy of the flywheel and a nail channel providing a channel for a nail to move along a nail hitting direction when hit by the impacting member , the control system comprises: a driving circuit , configured to drive the motor ; a microcontroller , connected to the driving circuit , configured to provide a pulse width modulation (PWM) signal to the driving circuit for the driving circuit to drive the motor based on the PWM signal; a battery voltage detecting circuit , connected between the battery and the microcontroller , configured to detect a voltage of the battery , characterized in that the system further comprises: a coil position detecting circuit , connected to the motor and the microcontroller , configured to provide the microcontroller with a signal related to rotation speed of the motor ; and wherein in response to reaching a target rotation speed by the motor , the microcontroller outputs a corresponding PWM duty to the driving circuit based on the voltage of the battery detected by the battery voltage detecting circuit , to make the motor maintain at the target rotation speed. a driving circuit , configured to drive the motor ; a microcontroller , connected to the driving circuit , configured to provide a pulse width modulation (PWM) signal to the driving circuit for the driving circuit to drive the motor based on the PWM signal; a battery voltage detecting circuit , connected between the battery and the microcontroller , configured to detect a voltage of the battery , characterized in that the system further comprises: a coil position detecting circuit , connected to the motor and the microcontroller , configured to provide the microcontroller with a signal related to rotation speed of the motor ; and wherein in response to reaching a target rotation speed by the motor , the microcontroller outputs a corresponding PWM duty to the driving circuit based on the voltage of the battery detected by the battery voltage detecting circuit , to make the motor maintain at the target rotation speed.
Use of a lubricating grease composition with a worked penetration of 400 to 500, comprising: a base oil having a kinematic viscosity at 40°C of 10 to 200 mm 2 /s, determined in accordance with JIS K2283, a urea type thickener, and 0.1 to 10 mass% of solid particles insoluble in the base oil, wherein the solid particles are those of at least one selected from the group consisting of organic molybdenum, polytetrafluoroethylene, melamine cyanurate, molybdenum disulfide, graphite and metal salts of dialkyldithiocarbamate, for lubrication in a machine tool equipped with an automatic lubricator. a base oil having a kinematic viscosity at 40°C of 10 to 200 mm 2 /s, determined in accordance with JIS K2283, a urea type thickener, and 0.1 to 10 mass% of solid particles insoluble in the base oil, wherein the solid particles are those of at least one selected from the group consisting of organic molybdenum, polytetrafluoroethylene, melamine cyanurate, molybdenum disulfide, graphite and metal salts of dialkyldithiocarbamate, for lubrication in a machine tool equipped with an automatic lubricator.
A sealant composition for use with tires comprising biorubber and a softener comprising at least one of plant resin or plant oil, and optionally a cure package, wherein the sealant composition contains at least 70 weight %, based upon the total weight of the sealant composition, non-petroleum ingredients including the biorubber, and plant resin or plant oil, the sealant composition has a viscosity of 200 to 500 Pa-S at 100 °C, determined by ASTM Method D6204 or ISO Method 13145, the sealant composition further comprises at least one filler in an amount of up to 20 weight %, based upon the total weight of the sealant composition, the biorubber is present in an amount of about 15 to about 90 weight %, based upon the total weight of the sealant composition, the softener is present in an amount of about 10 to about 85 weight %, based upon the total weight of the sealant composition, and the sealant composition contains no more than 5% by weight water, based upon the total weight of the sealant composition. biorubber and a softener comprising at least one of plant resin or plant oil, and optionally a cure package, wherein the sealant composition contains at least 70 weight %, based upon the total weight of the sealant composition, non-petroleum ingredients including the biorubber, and plant resin or plant oil, the sealant composition has a viscosity of 200 to 500 Pa-S at 100 °C, determined by ASTM Method D6204 or ISO Method 13145, the sealant composition further comprises at least one filler in an amount of up to 20 weight %, based upon the total weight of the sealant composition, the biorubber is present in an amount of about 15 to about 90 weight %, based upon the total weight of the sealant composition, the softener is present in an amount of about 10 to about 85 weight %, based upon the total weight of the sealant composition, and the sealant composition contains no more than 5% by weight water, based upon the total weight of the sealant composition.
An information transmission method, performed by a base station, , the method comprises: transmitting , to a mobile terminal, configuration information of a target frequency to be used by the mobile terminal in a random access procedure, wherein the configuration information comprises time slot information corresponding to the target frequency, the time slot information comprises a time slot or a part of time slots configured by a base station other than a predetermined time slot, wherein the predetermined time slot is a time slot for downlink reception in a connected state or in an idle state by the mobile terminal using a downlink service frequency of a New Radio, NR, communication system, characterized in that , the target frequency comprises a first service frequency of a Long Term Evolution, LTE, communication system and a second service frequency of the NR communication system, the NR communication system is a communication system deployed on a carrier where a downlink transmission loss is much less than an uplink transmission loss, and in which the mobile terminal is located. transmitting , to a mobile terminal, configuration information of a target frequency to be used by the mobile terminal in a random access procedure, wherein the configuration information comprises time slot information corresponding to the target frequency, the time slot information comprises a time slot or a part of time slots configured by a base station other than a predetermined time slot, wherein the predetermined time slot is a time slot for downlink reception in a connected state or in an idle state by the mobile terminal using a downlink service frequency of a New Radio, NR, communication system, characterized in that , the target frequency comprises a first service frequency of a Long Term Evolution, LTE, communication system and a second service frequency of the NR communication system, the NR communication system is a communication system deployed on a carrier where a downlink transmission loss is much less than an uplink transmission loss, and in which the mobile terminal is located.
Method for measuring breath alcohol concentration (BrAC) of a user, comprising the steps of: - receiving a flow of an expired breath sample from the user; - measuring the flow rate ( Q ) of the breath sample; - leading the breath sample into a fuel cell sensor ; and - calculating the breath alcohol concentration (BrAC) based on an output signal ( FC out ) of the fuel cell sensor ; - calculating the volume ( V b ) of the breath sample based on the measured flow rate ( Q ); characterised by : - updating continually the calculated breath sample volume ( V b ) and the calculated breath alcohol concentration (BrAC) by integrating the measured instantaneous flow rate ( Q ) and the fuel cell output signal ( FC out ) over time, irrespective of the breath sample volume ( V b ); and when the user stops blowing, performing the following step before calculating the final breath alcohol concentration (BrAC): - compensating the fuel cell output signal ( FC out ) using a stored calibration volume ( V cal ) to obtain a final compensated fuel cell output signal ( FC comp ). - receiving a flow of an expired breath sample from the user; - measuring the flow rate ( Q ) of the breath sample; - leading the breath sample into a fuel cell sensor ; and - calculating the breath alcohol concentration (BrAC) based on an output signal ( FC out ) of the fuel cell sensor ; - calculating the volume ( V b ) of the breath sample based on the measured flow rate ( Q ); - updating continually the calculated breath sample volume ( V b ) and the calculated breath alcohol concentration (BrAC) by integrating the measured instantaneous flow rate ( Q ) and the fuel cell output signal ( FC out ) over time, irrespective of the breath sample volume ( V b ); and - compensating the fuel cell output signal ( FC out ) using a stored calibration volume ( V cal ) to obtain a final compensated fuel cell output signal ( FC comp ).
A curved screen assembly, wherein the curved screen assembly comprises a curved screen and a cover panel , the curved screen is attached to the cover panel , the curved screen comprises a main display panel and a plurality of side display panels , the cover panel is in a box-shaped structure, the main display panel is attached to a bottom surface of the box-shaped structure, the side display panel is attached to a side surface of the box-shaped structure, and the curved screen located on the inside of the cover panel is in a form of a closed round or quasi-round polygon as a whole in a direction perpendicular to the bottom surface; wherein an edge of the main display panel is a straight edge , the main display panel has a plurality of straight edges , a part at which two adjacent straight edges intersect is a corner , each straight edge is correspondingly connected to one side display panel , an edge that is of the side display panel and that intersects with the straight edge is an inner edge , there is an outer edge at the fringe of the side display panel , the outer edge is located at the fringe of the curved screen ; characterized in that both the inner edge and the outer edge are connected to the corner of the main display panel, and a segment connecting the outer edge and the corner is an arc-shaped transition edge. wherein an edge of the main display panel is a straight edge , the main display panel has a plurality of straight edges , a part at which two adjacent straight edges intersect is a corner , each straight edge is correspondingly connected to one side display panel , an edge that is of the side display panel and that intersects with the straight edge is an inner edge , there is an outer edge at the fringe of the side display panel , the outer edge is located at the fringe of the curved screen ; characterized in that both the inner edge and the outer edge are connected to the corner of the main display panel, and a segment connecting the outer edge and the corner is an arc-shaped transition edge.
Illumination device for a microscope or for a macroscope , comprising a first illumination source and a system of lenses, wherein light emitted by the first illumination source is cast on an object , which is intended to be illuminated and disposed in an object plane , via the system of lenses , which is embodied as a collector optical unit comprising at least one collector lens and as a condenser optical unit comprising at least one condenser lens , and along an illumination beam path, characterized by at least one second illumination source which is positionable in the illumination beam path, which has a transparent or semi-transparent and self-luminous embodiment and which at least partly passes light emitted by the first illumination source , wherein the object plane with the object to be illuminated is illuminated both by the first and by the second illumination source and wherein the second illumination source is embodied with a number of individually driveable regions (900a-900f, 910, 920) for providing a position-dependent illumination correction, wherein the at least one second illumination source is disposed in the aperture plane or in an intermediate image plane of the illumination beam path or in the vicinity of the aperture plane or on one of the lenses of the corresponding collector optical unit or condenser optical unit.