mhurhangee/ep-ind-claims huggingface dataset:
A flash memory drive comprising: (a) a male Universal Serial Bus connector; (b) a female USB connector, said female USB connector and the male USB connector not being in data communication with one another; (c) a flash memory chip to store file data; (d) a computing processor, operatively connected to the flash memory chip, to manage transfers of data to and from the flash memory chip, and to manage movement and storage of file data between parts of the flash memory chip; and, (e) a changeover switch, operatively connected to the computing processor, and activateable by the computing processor, for establishing a data communication link between the computing processor and one of the male USB connector or the female USB connector, and to thereafter switch said connection from between the computing processor and one of the male USB connector and female USB connector to between the computing processor and the other of the male USB connector and the female USB connector. (a) a male Universal Serial Bus connector; (b) a female USB connector, said female USB connector and the male USB connector not being in data communication with one another; (c) a flash memory chip to store file data; (d) a computing processor, operatively connected to the flash memory chip, to manage transfers of data to and from the flash memory chip, and to manage movement and storage of file data between parts of the flash memory chip; and, (e) a changeover switch, operatively connected to the computing processor, and activateable by the computing processor, for establishing a data communication link between the computing processor and one of the male USB connector or the female USB connector, and to thereafter switch said connection from between the computing processor and one of the male USB connector and female USB connector to between the computing processor and the other of the male USB connector and the female USB connector.
A base station, comprising an antenna unit and a radio frequency unit, wherein a port corresponding to a receive channel that is of the radio frequency unit and in a working state and a port corresponding to a transmit channel that is of the radio frequency unit and in the working state are separately connected to ports corresponding to different dual-polarized dipoles in the antenna unit, wherein the different dual-polarized dipoles in the antenna unit are mutually isolated; wherein the radio frequency unit comprises 2 radio frequency subunits (121, 122), wherein each radio frequency subunit comprises 3 transceiver ports and 3 receive ports, and the antenna unit comprises 6 dual-polarized dipoles (111, 112, 113), wherein each dual-polarized dipole corresponds to 2 ports in the antenna unit, wherein the 6 dual-polarized dipoles comprise 3 first dual-polarized dipoles and 3 second dual-polarized dipoles; and wherein that a port corresponding to a receive channel that is of the radio frequency unit and in a working state and a port corresponding to a transmit channel that is of the radio frequency unit and in the working state are separately connected to ports corresponding to different dual-polarized dipoles in the antenna unit, wherein 12 ports in the antenna unit are separately connected to 12 ports in the radio frequency unit, wherein 1 port in each of the first dual-polarized dipoles in the antenna unit is connected to a transceiver port of 1 radio frequency subunit, and the other port is connected to a transceiver port of the other radio frequency subunit; and 1 port in each of the second dual-polarized dipoles in the antenna unit is connected to a receive port of 1 radio frequency subunit, and the other port is connected to a receive port of the other radio frequency subunit; and receive channels of all the transceiver ports in each of the radio frequency subunits are in a closed state, and transmit channels are in the working state.
A preparation method of an anode active material for a pseudocapacitor, comprising the steps of: preparing a mixed solution by mixing a precursor material of iron oxide and a C1 to C18 alcohol-based compound, followed by adding an aqueous solution containing thiosulfate ions and sulfate ions; reacting the mixed solution at a temperature of 50 °C to 75 °C to prepare goethite iron oxide; and heat treating the goethite iron oxide at a temperature of 250 °C to 400 °C to prepare hematite iron oxide. preparing a mixed solution by mixing a precursor material of iron oxide and a C1 to C18 alcohol-based compound, followed by adding an aqueous solution containing thiosulfate ions and sulfate ions; reacting the mixed solution at a temperature of 50 °C to 75 °C to prepare goethite iron oxide; and heat treating the goethite iron oxide at a temperature of 250 °C to 400 °C to prepare hematite iron oxide.
An electronic apparatus comprising: a plurality of USB terminals; a sensor configured to sense a current of each of connected USB devices (210, 220, 230, 240) and to output current information in response to a USB device being connected to each of the plurality of USB terminals; a controller configured to determine whether or not a predetermined condition is satisfied based on the current information output from the sensor and permissible current information related to a current that is allowed to be supplied to the plurality of USB terminals, and to output a message according to a result of the determination, wherein the predetermined condition is at least one of a first condition, in which remaining current information which is calculated based on the current information output from the sensor, and the permissible current information related to the current that is allowed to be supplied to the plurality of USB terminals, are less than a predetermined current value, and a second condition, in which the current information output from the sensor exceeds the permissible current information; and an outputter configured to output the message. a plurality of USB terminals; a sensor configured to sense a current of each of connected USB devices (210, 220, 230, 240) and to output current information in response to a USB device being connected to each of the plurality of USB terminals; a controller configured to determine whether or not a predetermined condition is satisfied based on the current information output from the sensor and permissible current information related to a current that is allowed to be supplied to the plurality of USB terminals, and to output a message according to a result of the determination, wherein the predetermined condition is at least one of a first condition, in which remaining current information which is calculated based on the current information output from the sensor, and the permissible current information related to the current that is allowed to be supplied to the plurality of USB terminals, are less than a predetermined current value, and a second condition, in which the current information output from the sensor exceeds the permissible current information; and an outputter configured to output the message.
An uplink control channel transmission method, applied to a terminal, characterized in that, the method comprising: determining a total transmission length T of an uplink control channel, PUCCH, to be transmitted in P slots, wherein P is greater than 1 and T is expressed as a number of symbols; determining a transmission structure of the PUCCH on the basis of T, wherein different transmission lengths correspond to different transmission structures; and transmitting the PUCCH in the P slots according to the transmission structure. determining a total transmission length T of an uplink control channel, PUCCH, to be transmitted in P slots, wherein P is greater than 1 and T is expressed as a number of symbols; determining a transmission structure of the PUCCH on the basis of T, wherein different transmission lengths correspond to different transmission structures; and transmitting the PUCCH in the P slots according to the transmission structure.
A method for generating a learning model of a data learning server, for setting the temperature of an air conditioner, the method comprising: obtaining a set temperature set in the air conditioner and a current temperature of the air conditioner at a time of obtaining the set temperature; transmitting the set temperature and the current temperature to the data learning server; generating a plurality of learning models for each operation mode of the air conditioner by the data learning server by using the obtained set temperature of the air conditioner and the current temperature of the air conditioner, wherein the learning model is configured to provide a recommended temperature of the air conditioner; storing the generated plurality of learning models in an analysis database of the learning server. obtaining a set temperature set in the air conditioner and a current temperature of the air conditioner at a time of obtaining the set temperature; transmitting the set temperature and the current temperature to the data learning server; generating a plurality of learning models for each operation mode of the air conditioner by the data learning server by using the obtained set temperature of the air conditioner and the current temperature of the air conditioner, wherein the learning model is configured to provide a recommended temperature of the air conditioner; storing the generated plurality of learning models in an analysis database of the learning server.
A portable desk comprising: a main body; at least one wheel engaged or engagable with the main body; and a support element having a user work-surface and which is engaged or engagable with the main body at or adjacent to the or each wheel; wherein, in a first configuration, the main body is arrangable such that the support element is disposed at or adjacent to an upper end portion of the main body thereby presenting the work-surface for use by a user, and in a second configuration, the main body is inverted such that the or each wheel is in contact with the ground to allow the desk to be pushed or pulled by a user, characterised in that the support element is pivotably engagable with the main body. a main body; at least one wheel engaged or engagable with the main body; and a support element having a user work-surface and which is engaged or engagable with the main body at or adjacent to the or each wheel; wherein, in a first configuration, the main body is arrangable such that the support element is disposed at or adjacent to an upper end portion of the main body thereby presenting the work-surface for use by a user, and in a second configuration, the main body is inverted such that the or each wheel is in contact with the ground to allow the desk to be pushed or pulled by a user, characterised in that the support element is pivotably engagable with the main body.
A method for wireless communication at a user equipment, UE, comprising: receiving an indication that there is partial beam correspondence between a plurality of downlink, DL, beams at the base station and a plurality of uplink, UL, beams at the base station; receiving a DL signal from a base station on the plurality of DL beams, each of the plurality of DL beams received on a respective symbol of a subframe; selecting a DL beam of the plurality of DL beams for communications from the base station to the UE; selecting, based on the partial beam correspondence, resources for uplink transmissions in a corresponding subframe, the resources comprising symbols of the corresponding subframe which correspond to the selected DL beam and one or more adjacent DL beams either side of the selected DL beam; and transmitting a scheduling request message to the base station using the resources selected based at least in part on the selected DL beam. receiving an indication that there is partial beam correspondence between a plurality of downlink, DL, beams at the base station and a plurality of uplink, UL, beams at the base station; receiving a DL signal from a base station on the plurality of DL beams, each of the plurality of DL beams received on a respective symbol of a subframe; selecting a DL beam of the plurality of DL beams for communications from the base station to the UE; selecting, based on the partial beam correspondence, resources for uplink transmissions in a corresponding subframe, the resources comprising symbols of the corresponding subframe which correspond to the selected DL beam and one or more adjacent DL beams either side of the selected DL beam; and transmitting a scheduling request message to the base station using the resources selected based at least in part on the selected DL beam.
A generation apparatus comprising: a preprocessing unit configured to aggregate a plurality of traffic data for each of a plurality of predetermined targets; a sampling unit configured to sample target traffic data for a target, if a number of traffic data aggregated by the preprocessing unit for the target exceeds a threshold; and a generation unit configured to generate a feature vector representing a feature of aggregated traffic data for a target that is not sampled by the sampling unit, and generate a feature vector representing a feature of sampled traffic data for the target sampled by the sampling unit. a preprocessing unit configured to aggregate a plurality of traffic data for each of a plurality of predetermined targets; a sampling unit configured to sample target traffic data for a target, if a number of traffic data aggregated by the preprocessing unit for the target exceeds a threshold; and a generation unit configured to generate a feature vector representing a feature of aggregated traffic data for a target that is not sampled by the sampling unit, and generate a feature vector representing a feature of sampled traffic data for the target sampled by the sampling unit.
A system for monitoring changes during therapy, comprising: a first segment having an optical fiber sensor disposed therein, the first segment for being percutaneously inserted in or near a target area and providing a local reference for one or more treatment devices; a second segment having an optical fiber sensor disposed therein, the second segment being generally disposed apart from the first segment and providing a spatial reference point for the first segment, and the first and second segments having at least one common position to function as a reference between the first and second segments, characterized by a shape determination module configured to determine, by using the at least one common position of the first and second segments (112, 114) as a boundary condition, a shape of each of the first and second segments based on feedback signals to measure changes in the shapes during a procedure by comparing the shapes with shape information from a different point in time, and to relate the measured changes in the shapes to a therapy plan so as to quantify deviations from the therapy plan and update the therapy plan in accordance with the changes. a first segment having an optical fiber sensor disposed therein, the first segment for being percutaneously inserted in or near a target area and providing a local reference for one or more treatment devices; a second segment having an optical fiber sensor disposed therein, the second segment being generally disposed apart from the first segment and providing a spatial reference point for the first segment, and the first and second segments having at least one common position to function as a reference between the first and second segments, characterized by a shape determination module configured to determine, by using the at least one common position of the first and second segments (112, 114) as a boundary condition, a shape of each of the first and second segments based on feedback signals to measure changes in the shapes during a procedure by comparing the shapes with shape information from a different point in time, and to relate the measured changes in the shapes to a therapy plan so as to quantify deviations from the therapy plan and update the therapy plan in accordance with the changes.
A vaso-occlusive treatment system, comprising: a delivery assembly; and a vaso-occlusive device detachably coupled to the delivery assembly by a severable junction, the vaso-occlusive device comprising a proximal coil having an inner axial lumen and a proximal end portion coupled to the severable junction, and a braid having a proximal end portion coupled to a distal end portion of the proximal coil by a first intra-device junction, the braid comprising a plurality of elongate braid members, wherein at least one of the braid members extends proximally from the braid through the axial lumen of proximal coil and is secured to the proximal end portion of the proximal coil, respectively, to thereby form proximal coil stretch-resisting member. a delivery assembly; and a vaso-occlusive device detachably coupled to the delivery assembly by a severable junction, the vaso-occlusive device comprising a proximal coil having an inner axial lumen and a proximal end portion coupled to the severable junction, and a braid having a proximal end portion coupled to a distal end portion of the proximal coil by a first intra-device junction, the braid comprising a plurality of elongate braid members, wherein at least one of the braid members extends proximally from the braid through the axial lumen of proximal coil and is secured to the proximal end portion of the proximal coil, respectively, to thereby form proximal coil stretch-resisting member. a proximal coil having an inner axial lumen and a proximal end portion coupled to the severable junction, and a braid having a proximal end portion coupled to a distal end portion of the proximal coil by a first intra-device junction, the braid comprising a plurality of elongate braid members, wherein at least one of the braid members extends proximally from the braid through the axial lumen of proximal coil and is secured to the proximal end portion of the proximal coil, respectively, to thereby form proximal coil stretch-resisting member.
A computer program for troubleshooting a control program, the control program comprised of instructions, the instructions receiving input data from variables of the control program and measurements of physical inputs from an industrial process, and providing output data to variables of the control program and output signals controlling the industrial process, the computer program stored in a non-transient computer readable medium for execution on an electronic computer to: output, on a display in communication with the electronic computer, a representation of a first instruction of the control program, the representation of the first instruction showing a value of output or input data for the first instruction at a first time; accept a step instruction from a user changing the output on the display of the first instruction to jump to a second time showing the input data for the first instruction at the second time, wherein the second time is limited to times of change of output data by a second instruction of the control program that provides its output data to the first instruction, wherein the computer program communicates with a program log providing a list of events recording changes of physical inputs from the industrial process only at times of change of the physical inputs, and wherein the events of the list are linked to the second instruction providing the change of the output data. output, on a display in communication with the electronic computer, a representation of a first instruction of the control program, the representation of the first instruction showing a value of output or input data for the first instruction at a first time; accept a step instruction from a user changing the output on the display of the first instruction to jump to a second time showing the input data for the first instruction at the second time, wherein the second time is limited to times of change of output data by a second instruction of the control program that provides its output data to the first instruction, wherein the computer program communicates with a program log providing a list of events recording changes of physical inputs from the industrial process only at times of change of the physical inputs, and wherein the events of the list are linked to the second instruction providing the change of the output data.
Coating device for coating of components with a coating agent, in particular for painting motor vehicle body components with a paint, with a) a printhead for applying the coating agent to the component, a1) wherein the printhead comprises several coating agent nozzles for application of the coating agent, a2) wherein the printhead comprises a plurality of nozzle valves for controlling the flow of coating agent through said individual coating agent nozzles, and b) a coating agent supply for supplying the printhead with the coating agent to be applied, b1) wherein the coating agent flows at a specific coating agent pressure (p) and a specific flow rate from the coating agent supply to the printhead, b2) wherein the coating agent supply has a coating agent pump with an adjustable delivery rate for conveying the coating agent, c) a control unit (15, 20) for setting the delivery rate of the coating agent pump, wherein the control unit (15, 20) determines the number of opened nozzle valves and sets the delivery rate of the coating agent pump as a function of the number of opened nozzle valves, characterized by d) a bypass line for bypassing the coating agent pump, and e) a bypass valve controlling the coating agent flow through the bypass line, in particular for rapid flushing. a) a printhead for applying the coating agent to the component, a1) wherein the printhead comprises several coating agent nozzles for application of the coating agent, a2) wherein the printhead comprises a plurality of nozzle valves for controlling the flow of coating agent through said individual coating agent nozzles, and a1) wherein the printhead comprises several coating agent nozzles for application of the coating agent, a2) wherein the printhead comprises a plurality of nozzle valves for controlling the flow of coating agent through said individual coating agent nozzles, and b) a coating agent supply for supplying the printhead with the coating agent to be applied, b1) wherein the coating agent flows at a specific coating agent pressure (p) and a specific flow rate from the coating agent supply to the printhead, b2) wherein the coating agent supply has a coating agent pump with an adjustable delivery rate for conveying the coating agent, b1) wherein the coating agent flows at a specific coating agent pressure (p) and a specific flow rate from the coating agent supply to the printhead, b2) wherein the coating agent supply has a coating agent pump with an adjustable delivery rate for conveying the coating agent, c) a control unit (15, 20) for setting the delivery rate of the coating agent pump, wherein the control unit (15, 20) determines the number of opened nozzle valves and sets the delivery rate of the coating agent pump as a function of the number of opened nozzle valves, d) a bypass line for bypassing the coating agent pump, and e) a bypass valve controlling the coating agent flow through the bypass line, in particular for rapid flushing.