mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving media data, the method comprising: receiving a file from a server, wherein the file comprises information about a plurality of media data corresponding to a predetermined content, wherein each of the plurality of media data corresponds to an encoding of the predetermined content having a different quality; selecting at least one media data of the plurality of media data, based on the file; and requesting and receiving the selected at least one media data; wherein the quality of an encoding of the predetermined content is determined according to a plurality of elements, the plurality of elements including a frame rate and at least one of a resolution and a bit rate; wherein the file comprises: an indication of each element of the plurality of elements for each of the plurality of media data; and information about priority among the plurality of elements, the information about priority indicating the importance of each element of the plurality of elements in determining the quality of the encodings of the predetermined content, relative to the other elements of the plurality of elements; and wherein selecting the at least one media data comprises selecting the at least one media data based on the information about priority. receiving a file from a server, wherein the file comprises information about a plurality of media data corresponding to a predetermined content, wherein each of the plurality of media data corresponds to an encoding of the predetermined content having a different quality; selecting at least one media data of the plurality of media data, based on the file; and requesting and receiving the selected at least one media data; wherein the quality of an encoding of the predetermined content is determined according to a plurality of elements, the plurality of elements including a frame rate and at least one of a resolution and a bit rate; wherein the file comprises: an indication of each element of the plurality of elements for each of the plurality of media data; and information about priority among the plurality of elements, the information about priority indicating the importance of each element of the plurality of elements in determining the quality of the encodings of the predetermined content, relative to the other elements of the plurality of elements; and an indication of each element of the plurality of elements for each of the plurality of media data; and information about priority among the plurality of elements, the information about priority indicating the importance of each element of the plurality of elements in determining the quality of the encodings of the predetermined content, relative to the other elements of the plurality of elements; and wherein selecting the at least one media data comprises selecting the at least one media data based on the information about priority.
A method for dewatering a solution including processing a draw solution and controlling its flow through at least one forward osmosis membrane in at least three predetermined different modes of operation including: filtration mode, followed by osmotic relaxation mode followed by pulsation mode, wherein said membrane is partially or completely submerged in a vessel or in a solar evaporation pond, wherein said filtration mode comprises filtration by forward osmosis causing water to pass through FO membrane; wherein said osmotic relaxation mode comprises a period of stop of flow of said draw solution to the membrane and said stop of flow period being determined according to precipitation intensity of scaling precipitants; and wherein the pulsation mode comprises applying a transmembrane pressure varied by the predetermined number of pulses, applied with a predetermined amplitude within the predetermined range of values, provided in the predetermined frequency during the predetermined time interval, and the number of pulses, the range of values, the frequency and the time interval being functions of the precipitation intensity to cause precipitants to lose adherence to the membrane surface. wherein said membrane is partially or completely submerged in a vessel or in a solar evaporation pond, wherein said filtration mode comprises filtration by forward osmosis causing water to pass through FO membrane; wherein said osmotic relaxation mode comprises a period of stop of flow of said draw solution to the membrane and said stop of flow period being determined according to precipitation intensity of scaling precipitants; and wherein the pulsation mode comprises applying a transmembrane pressure varied by the predetermined number of pulses, applied with a predetermined amplitude within the predetermined range of values, provided in the predetermined frequency during the predetermined time interval, and the number of pulses, the range of values, the frequency and the time interval being functions of the precipitation intensity to cause precipitants to lose adherence to the membrane surface.
A method for a point of sale terminal, comprising: reading a first PIN code that is stored in an RFID chip that is embedded in a plastic card; identifying a first keypad character on a touch sensitive display screen that is being tapped by the plastic card; reading a second PIN code that is stored in an RFID chip that is embedded in a plastic card; identifying a second keypad character on the touch sensitive display screen that is being tapped by the plastic card; determining whether the second PIN code matches the first PIN code; and if said determining is affirmative, then appending the second keypad character to the first keypad character to generate a two-character input code, else starting a new one-character input code with the second keypad character alone. reading a first PIN code that is stored in an RFID chip that is embedded in a plastic card; identifying a first keypad character on a touch sensitive display screen that is being tapped by the plastic card; reading a second PIN code that is stored in an RFID chip that is embedded in a plastic card; identifying a second keypad character on the touch sensitive display screen that is being tapped by the plastic card; determining whether the second PIN code matches the first PIN code; and if said determining is affirmative, then appending the second keypad character to the first keypad character to generate a two-character input code, else starting a new one-character input code with the second keypad character alone.
A method of identifying a large number of radio-frequency identification tags, the number of radio-frequency identification tags being at least 100, in a cryogenic container, the method comprising the steps of: - configuring a radio-frequency identification interrogation unit connected to a plurality of interrogation antennas to transmit radio-frequency interrogation signals in the cryogenic container with a frequency of at least 30 MHz; - configuring the radio-frequency identification interrogation unit to operate in a plurality of different signal propagation modes such that the cryogenic container is divided into a plurality of propagation zones, wherein each propagation zone is associated with a corresponding propagation mode; and - configuring the radio-frequency identification interrogation unit to receive radio-frequency response signals from the radio-frequency identification tags, the method characterized in that: - the radio-frequency identification interrogation unit operates in a plurality of different signal propagation modes by applying beamforming; and - the interrogation antennas are configured to apply individual beams associated with the propagation zones and to operate with individual amplification weights such that only the radio-frequency identification tags within a specific propagation zone are excited when the interrogation unit is in the corresponding propagation mode. - configuring a radio-frequency identification interrogation unit connected to a plurality of interrogation antennas to transmit radio-frequency interrogation signals in the cryogenic container with a frequency of at least 30 MHz; - configuring the radio-frequency identification interrogation unit to operate in a plurality of different signal propagation modes such that the cryogenic container is divided into a plurality of propagation zones, wherein each propagation zone is associated with a corresponding propagation mode; and - configuring the radio-frequency identification interrogation unit to receive radio-frequency response signals from the radio-frequency identification tags, the method characterized in that: - the radio-frequency identification interrogation unit operates in a plurality of different signal propagation modes by applying beamforming; and - the interrogation antennas are configured to apply individual beams associated with the propagation zones and to operate with individual amplification weights such that only the radio-frequency identification tags within a specific propagation zone are excited when the interrogation unit is in the corresponding propagation mode. - the radio-frequency identification interrogation unit operates in a plurality of different signal propagation modes by applying beamforming; and - the interrogation antennas are configured to apply individual beams associated with the propagation zones and to operate with individual amplification weights such that only the radio-frequency identification tags within a specific propagation zone are excited when the interrogation unit is in the corresponding propagation mode.
Manually operated pump for dispensing a fluid substance contained inside a container to which said pump can be associated, the pump comprising a cup-shaped body provided on its bottom with an opening that can be associated with a drawing tube inside said container and with a spherule housed in a first seat adapted to act as a suction valve, a piston being sealingly slidable inside the cup-shaped body in opposition to a return spring, a hollow stem being extended from such piston, one end of such stem projecting towards the exterior of the cup-shaped body, the hollow stem housing in a second seat a movable element of a delivery valve (14/16) loaded by a spring, the pump having a bottom or ring nut for fixing to said container, the bottom or ring nut being provided with a hole through which said stem passes and with means for coupling with said cup-shaped body, the movable element of the delivery valve having an at least partially conical surface adapted to be coupled with a corresponding surface of said second seat, in a manner such that due to the action of said spring, the movable element can be fit in said second seat, characterised in that said at least partially conical surface has an opening (y) comprised between 17° and 22°.
An apparatus, comprising: a first digital-to-analog converter, DAC, wherein the first DAC is a current-steering DAC comprising a plurality of current-steering switches wherein, depending on an applied digital code input to the first DAC, some or all of the current-steering switches participate in the conversion process; a calibration system coupled to an output port of the first DAC to process an output of the first DAC; wherein the calibration system includes a second DAC (602, 612) coupled to a switch in the first DAC; wherein the calibration system is configured to measure an output spectrum of the output of the first DAC to determine a spurious spectral performance parameter indicative of a spurious spectral component and provide an adjustment signal responsive to the spurious spectral performance parameter; wherein the spurious spectral performance parameter is sensitive to a timing error associated with the first DAC; and wherein the second DAC of the calibration system is coupled to provide the adjustment signal to adjust a bulk source potential of the participating current-steering switches in the first DAC to correct the timing error of the first DAC. a first digital-to-analog converter, DAC, wherein the first DAC is a current-steering DAC comprising a plurality of current-steering switches wherein, depending on an applied digital code input to the first DAC, some or all of the current-steering switches participate in the conversion process; a calibration system coupled to an output port of the first DAC to process an output of the first DAC; wherein the calibration system includes a second DAC (602, 612) coupled to a switch in the first DAC; wherein the calibration system is configured to measure an output spectrum of the output of the first DAC to determine a spurious spectral performance parameter indicative of a spurious spectral component and provide an adjustment signal responsive to the spurious spectral performance parameter; wherein the spurious spectral performance parameter is sensitive to a timing error associated with the first DAC; and wherein the second DAC of the calibration system is coupled to provide the adjustment signal to adjust a bulk source potential of the participating current-steering switches in the first DAC to correct the timing error of the first DAC.
An electronic control for a circulation pump comprising a drive motor, the control comprising: - a control module for the drive motor of the circulation pump; - a parameterization module of the control module; - a connector for electrical communication; - a communication module connected, on the one hand, to the connector and, on the other hand, to the parameterization and control modules, the communication module being adapted to: - distribute parameterization data and control data, received by the connector, respectively to the parameterization module and the control module, and - identify by default the received data as control data and identify after receiving a switching signal, the received data as parameterization data, at least for a specified period of time. - a control module for the drive motor of the circulation pump; - a parameterization module of the control module; - a connector for electrical communication; - a communication module connected, on the one hand, to the connector and, on the other hand, to the parameterization and control modules, the communication module being adapted to: - distribute parameterization data and control data, received by the connector, respectively to the parameterization module and the control module, and - identify by default the received data as control data and identify after receiving a switching signal, the received data as parameterization data, at least for a specified period of time. - distribute parameterization data and control data, received by the connector, respectively to the parameterization module and the control module, and - identify by default the received data as control data and identify after receiving a switching signal, the received data as parameterization data, at least for a specified period of time.
A laser scanner system comprising: a laser scanner which includes a distance measuring unit for emitting a distance measuring light, receiving a reflected light from an object to be measured, and performing a distance measurement, a scanning unit for rotatably irradiating said distance measuring light, a directional angle detecting unit (14, 18) for detecting an irradiating direction of said distance measuring light, a GNSS device and a control arithmetic unit, and a target which sets a back sight point, wherein said control arithmetic unit has a target scanning mode in which a target scanning is performed over a range including said target, and a point cloud data measurement mode in which said distance measuring light is scanned to a measurement range and point cloud data is acquired, and characterised in that said control arithmetic unit is configured to obtain global coordinate values of an installation position of said laser scanner from said GNSS device at a plurality of installation points of said laser scanner respectively, to acquire point cloud data by executing said point cloud data measurement mode at said plurality of installation points respectively, to determine a target central position by executing said target scanning mode at said plurality of installation points respectively, to obtain a global coordinate value of center of said target based on a measurement result obtained by said target scanning mode and said global coordinate values of said plurality of installation points, and to combine said plurality of point cloud data with each other by a shape matching based on said global coordinate value of said center of said target as an initial value.
A retractable cleaning apparatus for spray cleaning of pipes or vessels, the retractable cleaning apparatus comprising: a rotatable spray head configured to spray the interior of the pipes or vessels with a cleaning liquid, wherein the rotatable spray head being linearly movable between a retracted position and a cleaning position along a longitudinal axis of the rotatable spray head, wherein the rotatable spray head being rotatable about the longitudinal axis of the rotatable spray head independent of a flow of the cleaning liquid, and wherein the rotatable spray head is configured for reciprocating rotation about the longitudinal axis of the rotatable spray head, characterized in that the rotatable spray head being rotatable with an angular velocity within a range of 0.1 - 1.3 radians per second and that the retractable cleaning apparatus further comprises: a pneumatically or hydraulically driven unit, wherein the pneumatically or hydraulically driven unit is configured to convert a reciprocatingly translational drive movement to a reciprocatingly rotational movement of the rotatable spray head, wherein the rotatable spray head is coupled to a rotatable member, and wherein the pneumatically or hydraulically driven unit includes a linearly movable first piston, the pneumatically or hydraulically driven unit being configured to convert a reciprocatingly translational drive movement of the linearly movable first piston to a reciprocatingly rotational movement of the rotatable member. a rotatable spray head configured to spray the interior of the pipes or vessels with a cleaning liquid, wherein the rotatable spray head being linearly movable between a retracted position and a cleaning position along a longitudinal axis of the rotatable spray head, wherein the rotatable spray head being rotatable about the longitudinal axis of the rotatable spray head independent of a flow of the cleaning liquid, and wherein the rotatable spray head is configured for reciprocating rotation about the longitudinal axis of the rotatable spray head, characterized in that the rotatable spray head being rotatable with an angular velocity within a range of 0.1 - 1.3 radians per second and that the retractable cleaning apparatus further comprises: a pneumatically or hydraulically driven unit, wherein the pneumatically or hydraulically driven unit is configured to convert a reciprocatingly translational drive movement to a reciprocatingly rotational movement of the rotatable spray head, wherein the rotatable spray head is coupled to a rotatable member, and wherein the pneumatically or hydraulically driven unit includes a linearly movable first piston, the pneumatically or hydraulically driven unit being configured to convert a reciprocatingly translational drive movement of the linearly movable first piston to a reciprocatingly rotational movement of the rotatable member.
A method performed by a network device for transmitting mobility information (302, 322) to support handover and roaming in a convergence of broadcasting and mobile services, CBMS, system, the method comprising the steps of: setting mobility information (302, 322) comprising information elements (304, 306, 308) for indicating handover/roaming type according to whether or not support of an interactive network is available for handover/roaming; inserting the mobility information (302, 322) into at least one of an electronic service guide, ESG, regarding broadcasting services, a notification message, and an independent signaling message so that the mobility information (302, 322) is transmitted to at least one terminal; and conducting handover or roaming of the terminal according to the mobility information (302, 322), wherein the handover/roaming type indicates an information element regarding if the interactive network is available for handover/roaming, an information element regarding if signaling information or service data can be delivered over the interactive network, and an information element regarding which of the network and the terminal makes a handover/roaming decision. setting mobility information (302, 322) comprising information elements (304, 306, 308) for indicating handover/roaming type according to whether or not support of an interactive network is available for handover/roaming; inserting the mobility information (302, 322) into at least one of an electronic service guide, ESG, regarding broadcasting services, a notification message, and an independent signaling message so that the mobility information (302, 322) is transmitted to at least one terminal; and conducting handover or roaming of the terminal according to the mobility information (302, 322), wherein the handover/roaming type indicates an information element regarding if the interactive network is available for handover/roaming, an information element regarding if signaling information or service data can be delivered over the interactive network, and an information element regarding which of the network and the terminal makes a handover/roaming decision.
A method of operating an electric brake system in different power consumption modes, the method comprising: operating the electric brake system in a full power mode corresponding to a first maximum brake performance capability; detecting a condition that triggers a reduced power mode for the electric brake system; switching from the full power mode to the reduced power mode; and while in the reduced power mode, operating the electric brake system in a low power mode corresponding to a second maximum brake performance capability that is less than the first maximum brake performance capability, characterised in that the method further comprises: maintaining a relatively high speed data communication protocol for control signal messages of the electric brake system when operating the electric brake system in the full power mode; and maintaining a relatively low speed data communication protocol for control signal messages of the electric brake system when operating the electric brake system in the low power mode. operating the electric brake system in a full power mode corresponding to a first maximum brake performance capability; detecting a condition that triggers a reduced power mode for the electric brake system; switching from the full power mode to the reduced power mode; and while in the reduced power mode, operating the electric brake system in a low power mode corresponding to a second maximum brake performance capability that is less than the first maximum brake performance capability, characterised in that the method further comprises: maintaining a relatively high speed data communication protocol for control signal messages of the electric brake system when operating the electric brake system in the full power mode; and maintaining a relatively low speed data communication protocol for control signal messages of the electric brake system when operating the electric brake system in the low power mode. maintaining a relatively high speed data communication protocol for control signal messages of the electric brake system when operating the electric brake system in the full power mode; and maintaining a relatively low speed data communication protocol for control signal messages of the electric brake system when operating the electric brake system in the low power mode.