mhurhangee/patent-ind-claim-en huggingface dataset:
A method for imaging a body of a user , the method comprising: storing, in a storage , electronic program instructions for controlling an electronic controller ; and controlling the electronic controller via the electronic program instructions to: receive an input via an input means, the input comprising a first representation of the body of the user ; display the first representation on the user's display; generate a user-specific guiding skeleton that will appear on the user display once the input is received; enable the user to align their body in the first representation with the user-specific guiding skeleton as provided on the user display; process the first representation when the body of the user has been aligned with the user-specific guiding skeleton by segmenting the first representation of the body of the user ; and generate a second, anthropometrically accurate and user-specific, representation of the body of the user on the basis of the processing of the first representation in real time. storing, in a storage , electronic program instructions for controlling an electronic controller ; and controlling the electronic controller via the electronic program instructions to: receive an input via an input means, the input comprising a first representation of the body of the user ; display the first representation on the user's display; generate a user-specific guiding skeleton that will appear on the user display once the input is received; enable the user to align their body in the first representation with the user-specific guiding skeleton as provided on the user display; process the first representation when the body of the user has been aligned with the user-specific guiding skeleton by segmenting the first representation of the body of the user ; and generate a second, anthropometrically accurate and user-specific, representation of the body of the user on the basis of the processing of the first representation in real time. receive an input via an input means, the input comprising a first representation of the body of the user ; display the first representation on the user's display; generate a user-specific guiding skeleton that will appear on the user display once the input is received; enable the user to align their body in the first representation with the user-specific guiding skeleton as provided on the user display; process the first representation when the body of the user has been aligned with the user-specific guiding skeleton by segmenting the first representation of the body of the user ; and generate a second, anthropometrically accurate and user-specific, representation of the body of the user on the basis of the processing of the first representation in real time.
An electrolysis apparatus for producing ammonia, comprising - a cathode; - an anode; - an electrolyte; - a current source; - a supply for nitrogen; and - a supply for HCl and/or HBr and/or HI, wherein a material for the supply for HCl and/or HBr and/or HI is stable against any reaction with HCl and/or HBr and/or HI, and wherein the anode comprises at least 10 wt.% of a metal selected from the group consisting of Li, Mg, Ca, Sr, Ba, Zn and Al, based on the total weight of the anode. - a cathode; - an anode; - an electrolyte; - a current source; - a supply for nitrogen; and - a supply for HCl and/or HBr and/or HI,
An apparel drying assembly comprising: a vertically oriented panel having a passage ; a plurality of projections , each of the plurality of projections pivotally mounted to the vertically oriented panel having an inlet in fluid communication with the passage of the panel, at least one outlet , and an internal passage communicating the inlet to the at least one outlet , and oriented in to at least one position adapted to receive an apparel; and a source of pressurized air having an outlet in fluid communication with each inlet of the plurality of projections via the passage of the panel ; wherein the pressurized air passes through the passage of the panel , into each inlet of the plurality of projections , through each internal passage , and out each of the at least one outlet to contact and at least partially dry the apparel received by the projection; and characterized in that : each of the pivotally mounted projections comprises a retracted position, wherein in the retracted position, a surface of each of the plurality of projections is substantially coplanar with a surface of the vertically oriented panel . a vertically oriented panel having a passage ; a plurality of projections , each of the plurality of projections pivotally mounted to the vertically oriented panel having an inlet in fluid communication with the passage of the panel, at least one outlet , and an internal passage communicating the inlet to the at least one outlet , and oriented in to at least one position adapted to receive an apparel; and a source of pressurized air having an outlet in fluid communication with each inlet of the plurality of projections via the passage of the panel ; wherein the pressurized air passes through the passage of the panel , into each inlet of the plurality of projections , through each internal passage , and out each of the at least one outlet to contact and at least partially dry the apparel received by the projection; and characterized in that : each of the pivotally mounted projections comprises a retracted position, wherein in the retracted position, a surface of each of the plurality of projections is substantially coplanar with a surface of the vertically oriented panel .
A current source array , comprising F rows of current source units, a first output signal cable , a second output signal cable , E first branch signal cables , and a compensation circuit , wherein both F and E are integers greater than 1; the E first branch signal cables are disposed between the F rows of current source units, and the E first branch signal cables are parallel to a row arrangement direction of the F rows of current source units; in the E first branch signal cables , one or more rows of current source units are spaced between any two adjacent first branch signal cables ; in the E first branch signal cables , K first branch signal cables are connected to the first output signal cable , and E - K first branch signal cables are connected to the second output signal cable , wherein K is an integer greater than or equal to 1; a first end (p1) of the first output signal cable is configured to output a first output signal of the current source array, and a first end (q1) of the second output signal cable is configured to output a second output signal of the current source array; both of a second end (p2) of the first output signal cable and a second end (q2) of the second output signal cable are connected to the compensation circuit ; and the compensation circuit is configured to compensate for a difference of load impedance between a plurality of rows of current source units adjacent to the first branch signal cable . the E first branch signal cables are disposed between the F rows of current source units, and the E first branch signal cables are parallel to a row arrangement direction of the F rows of current source units; in the E first branch signal cables , one or more rows of current source units are spaced between any two adjacent first branch signal cables ; in the E first branch signal cables , K first branch signal cables are connected to the first output signal cable , and E - K first branch signal cables are connected to the second output signal cable , wherein K is an integer greater than or equal to 1; a first end (p1) of the first output signal cable is configured to output a first output signal of the current source array, and a first end (q1) of the second output signal cable is configured to output a second output signal of the current source array; both of a second end (p2) of the first output signal cable and a second end (q2) of the second output signal cable are connected to the compensation circuit ; and the compensation circuit is configured to compensate for a difference of load impedance between a plurality of rows of current source units adjacent to the first branch signal cable .
A user apparatus configured to perform terminal-to-terminal communication for use in a radio communication system including a base station (eNB-A) that forms a cell, including: a reception unit configured to receive a measurement target signal from the base station; a parameter obtaining unit configured to receive a predetermined threshold as a parameter from a base station of a residing cell; a measurement unit configured to measure the measurement target signal to obtain a measurement value; a condition determination unit configured to determine whether the measurement value of the measurement target signal is less than the predetermined threshold; and an operation execution unit configured to transmit a synchronization signal and a discovery signal to another user apparatus (UE2) in a neighbor cell (eNB-B), when it is determined that the measurement value is less than the predetermined threshold by the condition determination unit . a reception unit configured to receive a measurement target signal from the base station; a parameter obtaining unit configured to receive a predetermined threshold as a parameter from a base station of a residing cell; a measurement unit configured to measure the measurement target signal to obtain a measurement value; a condition determination unit configured to determine whether the measurement value of the measurement target signal is less than the predetermined threshold; and an operation execution unit configured to transmit a synchronization signal and a discovery signal to another user apparatus (UE2) in a neighbor cell (eNB-B), when it is determined that the measurement value is less than the predetermined threshold by the condition determination unit .
A method, characterised by comprising: receiving, by a processor of a network element from a user equipment, an indication of the version of an additional maximum power reduction table supported by the user equipment , wherein the version is associated with a standard.
Cut-off grinder having a gear neck for connecting a dust hood provided with a flange , characterized in that the cut-off grinder has a sensor unit by means of which the type of dust hood connected to the cut-off grinder can be detected, the cut-off grinder also having rotational direction control electronics , which are signal-connected to the sensor unit such that the rotational direction (GGD, GLD) of a cutting disc of the cut-off grinder is specified depending on the dust hood type detected by the sensor unit .
Device for aligning and positioning a workpiece relative to a laser beam of a laser processing machine, with an apparatus base , with a workpiece locating device which receives the workpiece to be processed, with a movement device comprising at least three axes which moves the workpiece locating device relative to the apparatus base , with a rigid body of the movement device , with a first rotary drive of the movement device which generates a torque around an axis of rotation B and drives the rigid body to rotate around the axis of rotation B relative to the machine base , whereby the rigid body protrudes radially outwards from the axis of rotation B, with a first carriage arranged on the rigid body with a second rotary drive arranged on the first carriage and which generates a torque around an axis of rotation C differing from the axis of rotation B and drives the workpiece locating device to rotate around the axis of rotation C, characterized in that a first linear drive arranged on the rigid body is provided, which generates a linear driving force along an axis Xw running essentially radially with respect to the axis of rotation B and displaces the first carriage on the rigid body along the axis Xw, the rigid body is elongated and extends along a longitudinal axis, and the rigid body is accommodated on the first rotary drive in such a way that its longitudinal axis runs in the radial direction with respect to the axis of rotation B. with an apparatus base , with a workpiece locating device which receives the workpiece to be processed, with a movement device comprising at least three axes which moves the workpiece locating device relative to the apparatus base , with a rigid body of the movement device , with a first rotary drive of the movement device which generates a torque around an axis of rotation B and drives the rigid body to rotate around the axis of rotation B relative to the machine base , whereby the rigid body protrudes radially outwards from the axis of rotation B, with a first carriage arranged on the rigid body with a second rotary drive arranged on the first carriage and which generates a torque around an axis of rotation C differing from the axis of rotation B and drives the workpiece locating device to rotate around the axis of rotation C, characterized in that a first linear drive arranged on the rigid body is provided, which generates a linear driving force along an axis Xw running essentially radially with respect to the axis of rotation B and displaces the first carriage on the rigid body along the axis Xw, the rigid body is elongated and extends along a longitudinal axis, and the rigid body is accommodated on the first rotary drive in such a way that its longitudinal axis runs in the radial direction with respect to the axis of rotation B.
A communication method, wherein the method is applied to a radio access network system comprising a distributed unit, DU, and a centralized unit, CU, the DU communicates with the CU through a F1 interface, and characterized in that , the method comprises: receiving , by the DU, second configuration information from the CU, wherein the second configuration information comprises secondary cell identity information and a secondary cell index of a serving cell set configured by the CU for a terminal device; receiving , by the DU, first configuration information from the CU, wherein the first configuration information comprises the serving cell set configured for the terminal device, the serving cell set comprises at least one secondary cell, the first configuration information further indicating a status of the at least one secondary cell, the status of the at least one secondary cell is an active state or an inactive state, and the first configuration information is generated by the CU at a first protocol layer, wherein the first protocol layer is a radio resource control, RRC, layer; sending , by the DU, the first configuration information to the terminal device; and sending , by the DU, first indication information to the terminal device, wherein the first indication information comprises information about a status of at least one first secondary cell, the at least one first secondary cell belongs to the serving cell set, and the first indication information is generated by the DU at a second protocol layer, wherein the second protocol layer is a media access control, MAC, layer. receiving , by the DU, second configuration information from the CU, wherein the second configuration information comprises secondary cell identity information and a secondary cell index of a serving cell set configured by the CU for a terminal device; receiving , by the DU, first configuration information from the CU, wherein the first configuration information comprises the serving cell set configured for the terminal device, the serving cell set comprises at least one secondary cell, the first configuration information further indicating a status of the at least one secondary cell, the status of the at least one secondary cell is an active state or an inactive state, and the first configuration information is generated by the CU at a first protocol layer, wherein the first protocol layer is a radio resource control, RRC, layer; sending , by the DU, the first configuration information to the terminal device; and sending , by the DU, first indication information to the terminal device, wherein the first indication information comprises information about a status of at least one first secondary cell, the at least one first secondary cell belongs to the serving cell set, and the first indication information is generated by the DU at a second protocol layer, wherein the second protocol layer is a media access control, MAC, layer.
A continuous production device for producing a polymer by solution polycondensation, the device comprising: a reactor main body; one or more divider plates configured to divide an interior of the reactor main body into a plurality of reaction vessels; a raw material supply unit configured to supply a raw material; and a reaction mixture recovery unit configured to recover a reaction mixture, wherein each of the one or more divider plates has a rotation center; gas-phase parts of the reaction vessels adjacent to each other are communicating with each other and liquid-phase parts of the reaction vessels adjacent to each other are communicating with each other; and a reaction mixture generated in at least one of the plurality of reaction vessels sequentially moves through the reaction vessels. a reactor main body; one or more divider plates configured to divide an interior of the reactor main body into a plurality of reaction vessels; a raw material supply unit configured to supply a raw material; and a reaction mixture recovery unit configured to recover a reaction mixture, wherein each of the one or more divider plates has a rotation center; gas-phase parts of the reaction vessels adjacent to each other are communicating with each other and liquid-phase parts of the reaction vessels adjacent to each other are communicating with each other; and a reaction mixture generated in at least one of the plurality of reaction vessels sequentially moves through the reaction vessels.
A network entity , comprising: means for receiving a request from a calling party , supporting packet-switched video, to establish a communication channel for traffic to a called party , supporting circuit-switched video, identified in the request , wherein the calling party is a user equipment capable of implementing a session initiation protocol, SIP, and the called party is another user equipment capable of operating according to the third generation, 3G, wireless standard; means for determining a type of traffic identified in the request ; means for routing the request to the called party via a first route when the request is for the traffic of a first type, wherein the first type comprises speech traffic; and means for redirecting the request to the called party via a second route when the request is for the traffic of a second type, wherein the second type comprises video traffic. means for receiving a request from a calling party , supporting packet-switched video, to establish a communication channel for traffic to a called party , supporting circuit-switched video, identified in the request , wherein the calling party is a user equipment capable of implementing a session initiation protocol, SIP, and the called party is another user equipment capable of operating according to the third generation, 3G, wireless standard; means for determining a type of traffic identified in the request ; means for routing the request to the called party via a first route when the request is for the traffic of a first type, wherein the first type comprises speech traffic; and means for redirecting the request to the called party via a second route when the request is for the traffic of a second type, wherein the second type comprises video traffic.
A double-sided display, comprising: a mounting rack and at least two display modules; wherein the mounting rack comprises a first mounting surface and a second mounting surface symmetrically arranged with the first mounting surface ; the at least two display modules are separately mounted on the first mounting surface and the second mounting surface, wherein the double-sided display further comprises a controller communicating with the at least two display modules, characterized in that , fixing frames are arranged on two ends of the mounting rack ; fixing holes are arranged on the fixing frames ; the fixing frames are mountable on a wall or an external fixing bracket using locking elements through the fixing holes, wherein fixing grooves are arranged in the fixing frames ; the controller is mounted on the fixing grooves with bolts. fixing frames are arranged on two ends of the mounting rack ; fixing holes are arranged on the fixing frames ; the fixing frames are mountable on a wall or an external fixing bracket using locking elements through the fixing holes, wherein fixing grooves are arranged in the fixing frames ; the controller is mounted on the fixing grooves with bolts.
A method of testing and adjusting an RFID reading device that has an internal antenna and/or an external antenna connected via a connection line , wherein at least one RFID signal is transmitted between the RFID reading device and the at least one RFID transponder over the antenna and at least one signal parameter of the transmitted RFID signal is measured, and wherein the RFID reading device recognizes which antenna is connected, wherein the RFID reading device compares the connected antenna and/or the connection line with alternative antennas connectable to the RFID reading device and/or with connection lines of an antenna list to identify an antenna and/or connection line that improves the transmission of the RFID signal; wherein the measured signal parameter serves as a basis for the comparison with alternative antennas and possible improvements and the identified antenna and/or connection line is displayed to a user of the RFID reading device .