mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, wherein the method comprises: sending (S201), by a base station, a first synchronization signal block, wherein the first synchronization signal block comprises a primary synchronization signal, a secondary synchronization signal, and information carried on a physical broadcast channel, and the first synchronization signal block is used by a terminal to access the base station; receiving, by the base station, on a first carrier, uplink control information from the terminal, wherein the uplink control information comprises information indicating out-of-synchronization on a second carrier; and sending (S202), by the base station, based on the uplink control information, on the second carrier, a second synchronization signal block, wherein the second synchronization signal block comprises a primary synchronization signal or comprises a primary synchronization signal and a secondary synchronization signal, and does not comprise information carried on the physical broadcast channel, and the second synchronization signal block is used by the terminal to perform time and frequency synchronization after the terminal accesses the base station. sending (S201), by a base station, a first synchronization signal block, wherein the first synchronization signal block comprises a primary synchronization signal, a secondary synchronization signal, and information carried on a physical broadcast channel, and the first synchronization signal block is used by a terminal to access the base station; receiving, by the base station, on a first carrier, uplink control information from the terminal, wherein the uplink control information comprises information indicating out-of-synchronization on a second carrier; and sending (S202), by the base station, based on the uplink control information, on the second carrier, a second synchronization signal block, wherein the second synchronization signal block comprises a primary synchronization signal or comprises a primary synchronization signal and a secondary synchronization signal, and does not comprise information carried on the physical broadcast channel, and the second synchronization signal block is used by the terminal to perform time and frequency synchronization after the terminal accesses the base station.
A method of controlling an aerosol generating device , the method comprising: measuring a current temperature of a heater before power is supplied to the heater that heats an aerosol generating material; setting a preheating completion parameter, based on the measured current temperature of the heater and a value of an amount of heat required to be supplied to the aerosol generating material to generate an adequate amount of aerosol; and controlling power supplied to the heater , based on the preheating completion parameter, such that a value of an amount of heat supplied to the aerosol generating material by the heater reaches the value of the amount of heat required to be supplied to the aerosol generating material. measuring a current temperature of a heater before power is supplied to the heater that heats an aerosol generating material; setting a preheating completion parameter, based on the measured current temperature of the heater and a value of an amount of heat required to be supplied to the aerosol generating material to generate an adequate amount of aerosol; and controlling power supplied to the heater , based on the preheating completion parameter, such that a value of an amount of heat supplied to the aerosol generating material by the heater reaches the value of the amount of heat required to be supplied to the aerosol generating material.
A reduction clutch for a washing machine, comprising a fixed disk , an input shaft , an input shaft sleeve , a gear train , an output shaft for driving a pulsator of the washing machine, an output shaft sleeve for driving an inner tub of the washing machine, and a clutch shaft sleeve outside the input shaft sleeve which is slidably and irrotationally connected to the input shaft sleeve , the input shaft being connected to the output shaft via the gear train , the input shaft sleeve being connected to the output shaft sleeve , and the clutch shaft sleeve being configured to slide axially downward for allowing a lower portion thereof to connect to a driving device and to slide upward for allowing an upper portion thereof to connect to the fixed disk , characterized in that the clutch shaft sleeve is configured to have, when slid upward to connect to the fixed disk , only one connecting position in a circumferential direction, the clutch shaft sleeve is connected to the fixed disk by key-tooth connection, a connection part of the upper portion of the clutch shaft sleeve fitting with the fixed disk is provided with at least one protrusion , and a recess corresponding to the protrusion is provided on the fixed disk , when the clutch shaft sleeve rotates in a circle, the protrusion of the clutch shaft sleeve inserts to the recess of the fixed disk for fitting connection at said only one connecting position, whereby the input shaft sleeve and the output shaft sleeve are positioned by said connecting position in the circumferential direction. a fixed disk , an input shaft , an input shaft sleeve , a gear train , an output shaft for driving a pulsator of the washing machine, an output shaft sleeve for driving an inner tub of the washing machine, and a clutch shaft sleeve outside the input shaft sleeve which is slidably and irrotationally connected to the input shaft sleeve , the input shaft being connected to the output shaft via the gear train , the input shaft sleeve being connected to the output shaft sleeve , and the clutch shaft sleeve being configured to slide axially downward for allowing a lower portion thereof to connect to a driving device and to slide upward for allowing an upper portion thereof to connect to the fixed disk , characterized in that the clutch shaft sleeve is configured to have, when slid upward to connect to the fixed disk , only one connecting position in a circumferential direction, the clutch shaft sleeve is connected to the fixed disk by key-tooth connection, a connection part of the upper portion of the clutch shaft sleeve fitting with the fixed disk is provided with at least one protrusion , and a recess corresponding to the protrusion is provided on the fixed disk , when the clutch shaft sleeve rotates in a circle, the protrusion of the clutch shaft sleeve inserts to the recess of the fixed disk for fitting connection at said only one connecting position, whereby the input shaft sleeve and the output shaft sleeve are positioned by said connecting position in the circumferential direction.
A method for authenticating a device in a communication network, the method comprising: receiving (52; 120), at a residential gateway (8; 110), an Ethernet frame , wherein the Ethernet frame encapsulates i) a first Extensible Authentication Protocol, EAP, packet , which includes an EAP ID, Identity response and comprises i) a first destination address and a ii) source address ; swapping (58; 122), by the residential gateway, the first destination address of the received Ethernet frame for a second destination address, to create a second Ethernet frame comprising the second destination address , the source address and the first EAP ID response, the second destination address being a media access control, MAC, address different from the first destination address; and transmitting (58; 124), by the residential gateway, the second Ethernet frame toward the second destination address, the first destination address being a multicast address selected from a Spanning Tree Protocol address range, and the second destination address being the MAC address of an access node associated with an authentication server . receiving (52; 120), at a residential gateway (8; 110), an Ethernet frame , wherein the Ethernet frame encapsulates i) a first Extensible Authentication Protocol, EAP, packet , which includes an EAP ID, Identity response and comprises i) a first destination address and a ii) source address ; swapping (58; 122), by the residential gateway, the first destination address of the received Ethernet frame for a second destination address, to create a second Ethernet frame comprising the second destination address , the source address and the first EAP ID response, the second destination address being a media access control, MAC, address different from the first destination address; and transmitting (58; 124), by the residential gateway, the second Ethernet frame toward the second destination address, the first destination address being a multicast address selected from a Spanning Tree Protocol address range, and the second destination address being the MAC address of an access node associated with an authentication server .
A high-precision sphere size measuring device comprising: a sphere size measuring unit configured to measure each diameter parameter (d1, d2) of a standard sphere (B2) and an object sphere (B1) that is in a course of processing by a sphere polishing device configured to process spheres (B); and a size difference calculation unit configured to obtain, as a size difference between the diameter (D1) of the object sphere (B1) and the diameter (D2) of the standard sphere (B2), a difference between the diameter parameter (d1) of the object sphere (B1) and the diameter parameter (d2) of the standard sphere (B2) both measured by the sphere size measuring unit , characterized by a determination unit configured to compare the size difference with a threshold value (TH1) so as to determine whether or not the diameter (D1) of the object sphere (B1) reaches a target value, wherein the high-precision sphere size measuring device is mounted on the sphere polishing device , wherein the diameter parameter (d1, d2) is obtained by adding a certain fixed value to each diameter, wherein the sphere size measuring unit includes a washing part configured to wash, with washing oil, the object sphere (B1) before the measurement, and wherein in use the sphere size measuring unit measures the object sphere (B1) and the standard sphere (B2) in the washing oil so as to measure the object sphere (B1) and the standard sphere (B2) under a same environment and to prevent measurement accuracy from being affected by expansion or contraction of the spheres (B). a sphere size measuring unit configured to measure each diameter parameter (d1, d2) of a standard sphere (B2) and an object sphere (B1) that is in a course of processing by a sphere polishing device configured to process spheres (B); and a size difference calculation unit configured to obtain, as a size difference between the diameter (D1) of the object sphere (B1) and the diameter (D2) of the standard sphere (B2), a difference between the diameter parameter (d1) of the object sphere (B1) and the diameter parameter (d2) of the standard sphere (B2) both measured by the sphere size measuring unit , characterized by a determination unit configured to compare the size difference with a threshold value (TH1) so as to determine whether or not the diameter (D1) of the object sphere (B1) reaches a target value, wherein the high-precision sphere size measuring device is mounted on the sphere polishing device , wherein the diameter parameter (d1, d2) is obtained by adding a certain fixed value to each diameter, wherein the sphere size measuring unit includes a washing part configured to wash, with washing oil, the object sphere (B1) before the measurement, and wherein in use the sphere size measuring unit measures the object sphere (B1) and the standard sphere (B2) in the washing oil so as to measure the object sphere (B1) and the standard sphere (B2) under a same environment and to prevent measurement accuracy from being affected by expansion or contraction of the spheres (B).
Turbine casing for a turbine, in particular a steam turbine, having a front casing segment , configured about a turbine longitudinal axis , having a first front casing sub-segment as well as a second front casing sub-segment , and a rear casing segment , configured about the turbine longitudinal axis , having a first rear casing sub-segment as well as a second rear casing sub-segment , wherein the rear casing segment in the flow direction (D) is disposed behind the front casing segment and, while configuring a split cross joint , by way of a rear vertical flange of the rear casing segment is fastened to a front vertical flange of the front casing segment on the front casing segment , wherein a protrusion that on the front casing segment surrounds the turbine longitudinal axis is configured in a region of the front vertical flange , said protrusion extending parallel or at least substantially parallel to the turbine longitudinal axis and in the flow direction (D) protruding beyond the front vertical flange , characterized in that an encircling sealing device which seals the protrusion in relation to the rear casing segment is disposed on an external side of the protrusion that faces away from the turbine longitudinal axis . a protrusion that on the front casing segment surrounds the turbine longitudinal axis is configured in a region of the front vertical flange , said protrusion extending parallel or at least substantially parallel to the turbine longitudinal axis and in the flow direction (D) protruding beyond the front vertical flange , characterized in that an encircling sealing device which seals the protrusion in relation to the rear casing segment is disposed on an external side of the protrusion that faces away from the turbine longitudinal axis .
A multiphase, phosphate-free dishwashing detergent, in particular an automatic dishwashing detergent, which in one phase contains at least one enzyme, characterized in that the enzyme-containing phase further contains a mixture of sodium citrate dihydrate and sodium citrate anhydrate in a weight ratio of from 1:5 to 5:1.
A method comprising: when communication application software on a client terminal (104 , 104 ) is in an offline state, starting a background service (106 , 106 ) corresponding to the communication application software at the client terminal (104 , 104 ); establishing a communication connection between the client terminal (104 , 104 ) and a message server via the background service (106 , 106 ); reading, via the message server , local data of the communication application software to obtain the login information of the communication application software at the client terminal (104 , 104 ); receiving offline data corresponding to the login information from the message server via the background service (106 , 106 ); analyzing the offline data to generate a prompt message for displaying; and displaying the prompt message at a pre-determined display area, wherein the offline data is saved by the message server and synchronized with a query server before the client terminal (104 , 104 ) receives the offline data from the message server via the background service (106 , 106 ), and the query server is regularly checked to read the saved offline data after the client terminal (104 , 104 ) starts the background service (106 , 106 ). when communication application software on a client terminal (104 , 104 ) is in an offline state, starting a background service (106 , 106 ) corresponding to the communication application software at the client terminal (104 , 104 ); establishing a communication connection between the client terminal (104 , 104 ) and a message server via the background service (106 , 106 ); reading, via the message server , local data of the communication application software to obtain the login information of the communication application software at the client terminal (104 , 104 ); receiving offline data corresponding to the login information from the message server via the background service (106 , 106 ); analyzing the offline data to generate a prompt message for displaying; and displaying the prompt message at a pre-determined display area, wherein the offline data is saved by the message server and synchronized with a query server before the client terminal (104 , 104 ) receives the offline data from the message server via the background service (106 , 106 ), and the query server is regularly checked to read the saved offline data after the client terminal (104 , 104 ) starts the background service (106 , 106 ).
A thermoplastic composition, comprising: from 40 wt% to 60 wt% polycarbonate homopolymer or copolymer; from 15 wt% to 30 wt% styrene acrylonitrile copolymer; from 13 wt% to 15 wt% flat glass fiber; and from 9 wt% to 11 wt% round glass fiber, wherein the combined weight percent value of all components does not exceed 100 wt%, and all weight percentage values are based on the total weight of the composition. from 40 wt% to 60 wt% polycarbonate homopolymer or copolymer; from 15 wt% to 30 wt% styrene acrylonitrile copolymer; from 13 wt% to 15 wt% flat glass fiber; and from 9 wt% to 11 wt% round glass fiber, wherein the combined weight percent value of all components does not exceed 100 wt%, and all weight percentage values are based on the total weight of the composition.
Method for controlling a road finishing machine having a material bunker for receiving paving material, a screed for compressing paving material, a drivable rear wheel , and a drivable front wheel , comprising: measuring a rotational speed of the rear wheel , characterized by measuring a travel speed of the road finishing machine ; calculating a target driving torque of the front wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine ; and adjusting an actual driving torque of the front wheel to the calculated target driving torque, wherein the step of calculating the target driving torque comprises: determining an actually transmitted driving torque of the rear wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine ; and setting the target driving torque of the front wheel to be proportional to the determined actually transmitted driving torque of the rear wheel . measuring a rotational speed of the rear wheel , characterized by measuring a travel speed of the road finishing machine ; calculating a target driving torque of the front wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine ; and adjusting an actual driving torque of the front wheel to the calculated target driving torque, wherein the step of calculating the target driving torque comprises: determining an actually transmitted driving torque of the rear wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine ; and setting the target driving torque of the front wheel to be proportional to the determined actually transmitted driving torque of the rear wheel . determining an actually transmitted driving torque of the rear wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine ; and setting the target driving torque of the front wheel to be proportional to the determined actually transmitted driving torque of the rear wheel .
A semiconductor chip comprising: a first memory block and a second memory block ; means for selecting between a first power supply and a second power supply , wherein the selecting means are disposed between and adjacent to both the first memory block and the second memory block and configurable to provide an operating voltage to the first memory block , and to provide the operating voltage to the second memory block ; and means for controlling the selecting means , wherein the controlling means are disposed at a periphery of the chip away from the first memory block and the second memory block , the controlling means being coupled to control terminals of transistors of the selecting means . a first memory block and a second memory block ; means for selecting between a first power supply and a second power supply , wherein the selecting means are disposed between and adjacent to both the first memory block and the second memory block and configurable to provide an operating voltage to the first memory block , and to provide the operating voltage to the second memory block ; and means for controlling the selecting means , wherein the controlling means are disposed at a periphery of the chip away from the first memory block and the second memory block , the controlling means being coupled to control terminals of transistors of the selecting means .
A shaft drive type vehicle configured so that power of a power source is transmitted through a drive shaft to a pinion gear and transmitted to an axle shaft through a bevel gear meshing with the pinion gear , wherein a final gear box is provided which is adapted to accommodate the pinion gear and the bevel gear in a rotatable manner and to contain an oil for lubrication; a recess in which to dispose an upstream end of a pinion gear shaft portion constituting a shaft portion of the pinion gear is provided at a downstream end of the drive shaft ; the recess and the upstream end of the pinion gear shaft portion are spline coupled to each other so that the drive shaft and the pinion gear can be rotated as one body and relatively moved in an axial direction; and a space portion (S1) permitting relative movement between the drive shaft and the pinion gear in the axial direction is provided between the pinion gear and the recess , with the pinion gear provided with a hollow portion which pierces the pinion gear in the axial direction and conducts the oil to the space portion (S1), characterized in that the final gear box includes an opening communicating with the hollow portion , and an oil guide wall extending upward from the opening , the oil guide wall receiving the oil raked up by rotation of the bevel gear .
A polylactic acid polymer (PLA) sheet for a PLA article, the sheet comprising: at least one PLA between 90 and 99 weight% of the total weight of the sheet; and an additive between 1 and 10 weight% of the total weight of the sheet, the additive comprising: at least one acrylic impact modifier between 10 and 80 weight% of the total weight of the additive; and at least one ethylene vinyl acetate copolymer (EVA) having between 12 and 40 weight% vinyl acetate, the EVA between 5 and 50 weight% of the additive. at least one PLA between 90 and 99 weight% of the total weight of the sheet; and an additive between 1 and 10 weight% of the total weight of the sheet, the additive comprising: at least one acrylic impact modifier between 10 and 80 weight% of the total weight of the additive; and at least one ethylene vinyl acetate copolymer (EVA) having between 12 and 40 weight% vinyl acetate, the EVA between 5 and 50 weight% of the additive. at least one acrylic impact modifier between 10 and 80 weight% of the total weight of the additive; and at least one ethylene vinyl acetate copolymer (EVA) having between 12 and 40 weight% vinyl acetate, the EVA between 5 and 50 weight% of the additive.