mhurhangee/ep-ind-claims huggingface dataset:
A method for scheduling downlink data at a base station, the method comprising: determining (405, 505) whether a bearer associated with the downlink data is a radio link control-acknowledged mode, RLC-AM, bearer; determining (407, 505) whether the bearer is a data radio bearer, DRB, or a signaling radio bearer, SRB, in case that the bearer is the RLC-AM bearer; determining (409, 509) a first serving cell using a licensed band or a second serving cell using an unlicensed band as a serving cell for scheduling the downlink data, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and transmission of the downlink data is an initial transmission; determining whether a number of transmission failures of the downlink data exceeds a first reference value, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and the transmission of the downlink data is retransmission; determining the first serving cell using the licensed band as the serving cell for scheduling the downlink data, in case that the number of transmission failures of the downlink data exceeds the first reference value; and transmitting control information comprising information about the determined serving cell to a user equipment, UE. determining (405, 505) whether a bearer associated with the downlink data is a radio link control-acknowledged mode, RLC-AM, bearer; determining (407, 505) whether the bearer is a data radio bearer, DRB, or a signaling radio bearer, SRB, in case that the bearer is the RLC-AM bearer; determining (409, 509) a first serving cell using a licensed band or a second serving cell using an unlicensed band as a serving cell for scheduling the downlink data, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and transmission of the downlink data is an initial transmission; determining whether a number of transmission failures of the downlink data exceeds a first reference value, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and the transmission of the downlink data is retransmission; determining the first serving cell using the licensed band as the serving cell for scheduling the downlink data, in case that the number of transmission failures of the downlink data exceeds the first reference value; and transmitting control information comprising information about the determined serving cell to a user equipment, UE.
A fire suppression system for an aircraft cargo compartment, the system comprising: a source of fire suppression agent; and a supply line for conducting the fire suppression agent to the compartment; one or more flow control valves arrangeable between the source and the cargo compartment; a controller for controlling the flow control valve to control the supply of fire suppression agent to the cargo compartment from the source through the supply line; at least one first pressure sensor for sensing the pressure within the cargo compartment; and at least one second pressure sensor for sensing the pressure in an area (14, 16) within the aircraft but external to the cargo compartment; said first and second pressure sensors (52, 54) being in communication with said controller, characterised in that: said controller is configured so as to control said flow control valve for reducing the flow of fire suppression agent to the cargo compartment when at least one of a ratio of the pressures sensed by the first and second pressure sensors (52, 54) and a rate of change in a pressure measured by the first pressure sensor exceeds a respective predetermined value. a source of fire suppression agent; and a supply line for conducting the fire suppression agent to the compartment; one or more flow control valves arrangeable between the source and the cargo compartment; a controller for controlling the flow control valve to control the supply of fire suppression agent to the cargo compartment from the source through the supply line; at least one first pressure sensor for sensing the pressure within the cargo compartment; and at least one second pressure sensor for sensing the pressure in an area (14, 16) within the aircraft but external to the cargo compartment; said first and second pressure sensors (52, 54) being in communication with said controller, characterised in that: said controller is configured so as to control said flow control valve for reducing the flow of fire suppression agent to the cargo compartment when at least one of a ratio of the pressures sensed by the first and second pressure sensors (52, 54) and a rate of change in a pressure measured by the first pressure sensor exceeds a respective predetermined value.
A chemical-mechanical polishing composition comprising: a. at least one oxidizer b. at least one catalyst having multiple oxidation states; and c. an abrasive comprising an abrasive particle consisting essentially of a primary particle modified with an aluminosilicate layer, and wherein the abrasive particle has a zeta potential measured at pH 2.3 of -5 mV to -100mV. a. at least one oxidizer b. at least one catalyst having multiple oxidation states; and c. an abrasive comprising an abrasive particle consisting essentially of a primary particle modified with an aluminosilicate layer, and wherein the abrasive particle has a zeta potential measured at pH 2.3 of -5 mV to -100mV.
A method for complexation of a chelate with a radionuclide, the complexation being carried out at ambient temperature without heating, by adding the radionuclide to the chelate in a buffer solution, the buffer of this solution being a mono-, di-, tri- or tetrahydroxylated C 1 -C 10 monocarboxylic acid, or a C 1 -C 10 dicarboxylic acid which is optionally mono-, di-, or trihydroxylated and optionally unsaturated, and the radionuclide being 68 Ga, and wherein the chelate is NOTA, PCTA, vectorised NOTA or vectorised PCTA.
A method for monitoring and controlling the operation of a pump station, wherein the pump station comprises a tank for temporary storage of a liquid and at least one pump configured for transporting the liquid away from the tank, the pump station further comprises an outlet conduit connected to the pump, the method is characterized by the steps of: - determining the Geodetic head (Hgeo) of the pump station, - determining the pumped Flow for a given pump operation duty point, - determining the consumed Power for the given pump operation duty point, and - determining a Normalized Specific Energy (nSE) of the pump station based on the determined values of Geodetic head (Hgeo), pumped Flow and consumed Power, by means of the formula (nSE) = (P/Q)/Hgeo. - determining the Geodetic head (Hgeo) of the pump station, - determining the pumped Flow for a given pump operation duty point, - determining the consumed Power for the given pump operation duty point, and - determining a Normalized Specific Energy (nSE) of the pump station based on the determined values of Geodetic head (Hgeo), pumped Flow and consumed Power, by means of the formula (nSE) = (P/Q)/Hgeo.
A power-down detection circuit, comprising: a low-voltage side power supply, a voltage conversion unit, a power-down detection sub-circuit, a controller, a memory; the low-voltage side power supply is connected to the power-down detection sub-circuit and the voltage conversion unit, configured to provide an output voltage of the low-voltage side power supply to the power-down detection sub-circuit and supply power for the power-down detection sub-circuit, the controller and the memory via the voltage conversion unit; the voltage conversion unit is connected to the power-down detection sub-circuit, the controller and the memory, configured to convert a voltage of the low-voltage side power supply into a standard power supply voltage to supply power for the power-down detection sub-circuit, the controller and the memory; the power-down detection sub-circuit is connected to the controller, configured to acquire the output voltage of the low-voltage side power supply, determine, according to the output voltage of the low-voltage side power supply, whether a power-down event occurs in the low-voltage side power supply, and send, in the case where it is determined that a power-down event occurs, a power-down signal to the controller; characterised in that: said power-down detection circuit further comprises a high-voltage side current sensor; the controller is connected to the memory and the high-voltage side current sensor, configured to receive the power-down signal and control the memory to record fault information including current information sensed by the high-voltage side current sensor; and the high-voltage side current sensor is configured to sense the current information on a high-voltage bus. said power-down detection circuit further comprises a high-voltage side current sensor; the controller is connected to the memory and the high-voltage side current sensor, configured to receive the power-down signal and control the memory to record fault information including current information sensed by the high-voltage side current sensor; and the high-voltage side current sensor is configured to sense the current information on a high-voltage bus.
A positive electrode material for a rechargeable lithium battery comprising a Li metal oxide electroactive material, and between 0.15 and 5 wt % of a LiNaSO 4 secondary phase.
A method for wireless communications by a base station, BS, comprising: determining a first configuration of one or more subframes within at least one radio frame available for a plurality of user equipments, UEs, to use for bundled communications with the BS; determining, for a subset of the plurality of UEs, one or more subframes in the at least one radio frame that are unavailable for bundled uplink transmissions from the subset of UEs; transmitting an indication of the determined unavailable subframes to the subset of UEs in order to override the first configuration of subframes with a second configuration of one or more subframes, within the at least one radio frame, for the subset of UEs to use for bundled communications with the BS; and communicating with the subset of UEs using the second configuration of subframes. determining a first configuration of one or more subframes within at least one radio frame available for a plurality of user equipments, UEs, to use for bundled communications with the BS; determining, for a subset of the plurality of UEs, one or more subframes in the at least one radio frame that are unavailable for bundled uplink transmissions from the subset of UEs; transmitting an indication of the determined unavailable subframes to the subset of UEs in order to override the first configuration of subframes with a second configuration of one or more subframes, within the at least one radio frame, for the subset of UEs to use for bundled communications with the BS; and communicating with the subset of UEs using the second configuration of subframes.
A computer-implemented method for performing non-maximum suppression, NMS, on a plurality of detection boxes (101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117) identifying potential locations for one or more objects within an image, the computer-implemented method comprising: dividing the image into a plurality of tiles (151, 152, 153, 154, 155, 156); identifying, for each tile, which, if any, detection boxes overlap a portion of the tile; performing a tile-by-tile suppression process comprising, for each tile having detection boxes that overlap one another by more than a predetermined amount: comparing confidence values of detection boxes that overlap one another by more than a predetermined amount, a confidence value indicating the confidence that the detection box identifies an object, and for each comparison, marking the detection box associated with the lowest confidence value for discarding building an output list of detection boxes, the output list identifying detection boxes that have never been marked for discarding during the tile-by-tile suppression process. dividing the image into a plurality of tiles (151, 152, 153, 154, 155, 156); identifying, for each tile, which, if any, detection boxes overlap a portion of the tile; performing a tile-by-tile suppression process comprising, for each tile having detection boxes that overlap one another by more than a predetermined amount: comparing confidence values of detection boxes that overlap one another by more than a predetermined amount, a confidence value indicating the confidence that the detection box identifies an object, and for each comparison, marking the detection box associated with the lowest confidence value for discarding comparing confidence values of detection boxes that overlap one another by more than a predetermined amount, a confidence value indicating the confidence that the detection box identifies an object, and for each comparison, marking the detection box associated with the lowest confidence value for discarding building an output list of detection boxes, the output list identifying detection boxes that have never been marked for discarding during the tile-by-tile suppression process.
A horn antenna for a radar measuring device, in particular a radar filling level measuring device, comprising an antenna horn emitting in the direction towards the front, a rear supplying device, and a filling at least partially filling the horn antenna and closing it at the front, characterized in that the filling has at least one first section consisting of a first material which seals a cavity of the antenna horn at the front in a main emission direction, and has a second section consisting of a second material which is disposed within the sealed cavity, wherein the antenna horn has at the front a peripherally extending supporting edge that extends substantially perpendicularly to the main emission direction, and wherein the antenna horn has a collar extending from the supporting edge substantially in the main emission direction, wherein the first section of the filling completely fills a space delimited by the collar in the radial direction and at least one peripherally extending sealing member is disposed between the collar and the first section of the filling.
A controlling method of a fabric treating apparatus comprising: driving a motor coupled to a device configured to move a hanger rack within the fabric treating apparatus, the motor driven to rotate at a target number of rotations per minute, the target number being a predefined value associated with a course of the fabric treating apparatus; characterized in that the device transforms a rotary motion received from the motor into a reciprocating motion of the hanger rack; by sensing an electric current of the motor; by comparing the sensed electric current of the motor with a preset maximum permissible limit; by stopping the motor if the sensed electric current of the motor is greater than a preset maximum permissible limit; by controlling the motor to reverse its direction of rotation if a number of times, the sensed electric current of the motor exceeds the preset maximum permissible limit, is less than a set number of times; and by emitting a warning message if the number of times, the sensed electric current of the motor exceeds the preset maximum permissible limit, is greater or equal to the set number of times. driving a motor coupled to a device configured to move a hanger rack within the fabric treating apparatus, the motor driven to rotate at a target number of rotations per minute, the target number being a predefined value associated with a course of the fabric treating apparatus; in that the device transforms a rotary motion received from the motor into a reciprocating motion of the hanger rack; by sensing an electric current of the motor; by comparing the sensed electric current of the motor with a preset maximum permissible limit; by stopping the motor if the sensed electric current of the motor is greater than a preset maximum permissible limit; by controlling the motor to reverse its direction of rotation if a number of times, the sensed electric current of the motor exceeds the preset maximum permissible limit, is less than a set number of times; and by emitting a warning message if the number of times, the sensed electric current of the motor exceeds the preset maximum permissible limit, is greater or equal to the set number of times.
A damper device for a machine tool, the damper device comprising: - a tubular element having a cavity and a central axis, the tubular element comprising a first surface; - a damping mass arranged within the cavity and movable radially with respect to the central axis and relative to the tubular element; - at least one spring element (34, 36) supporting the damping mass relative to the tubular element, the damping mass and the at least one spring element (34, 36) being arranged to attenuate kinetic vibration energy of the damper device; and - at least one fixed part having a fixed interior portion inside the cavity and a second surface; characterized in that the damper device further comprises: - a vibration damping material provided between the first surface and the second surface, the vibration damping material being arranged to attenuate potential vibration energy of the damper device; wherein the vibration damping material is substantially evenly compressed between the first surface and the second surface. - a tubular element having a cavity and a central axis, the tubular element comprising a first surface; - a damping mass arranged within the cavity and movable radially with respect to the central axis and relative to the tubular element; - at least one spring element (34, 36) supporting the damping mass relative to the tubular element, the damping mass and the at least one spring element (34, 36) being arranged to attenuate kinetic vibration energy of the damper device; and - at least one fixed part having a fixed interior portion inside the cavity and a second surface; - a vibration damping material provided between the first surface and the second surface, the vibration damping material being arranged to attenuate potential vibration energy of the damper device;
A method for operating a network, wherein at least one end user device is connected to an access network, wherein that the at least one end user device or an application on said end user device queries at least one network element of the access network and/or at least one network element attached to the access network about low layer parameters information of the access network for optimizing connection and/or protocol parameters after having received the queried low layer parameters information of the access network, wherein the end user device or the querying network element and the queried network element each have a communication manager that implements the query and response mechanism, respectively, and wherein optimizing connection and/or protocol parameters is comprising selecting or parameterizing a protocol or an IP stack of the querying end user device.
Binding folder for binding a bundle of leaves, whereby this binding folder essentially comprises a spine for enclosing an edge of the bundle of leaves and two cover sheets attached to the spine, at least one of which is made of a synthetic material, characterised in that at least one cover sheet is provided with a top sheet against the side of the cover sheet oriented towards the inside of the binding folder, characterised in that this top sheet is attached to the cover sheet and/or spine in a removable way.
A vinyl alcohol-based polymer having an olefin in side chain, comprising a vinyl alcohol unit and a structural unit represented by Formula: wherein X represents a divalent saturated hydrocarbon group with 1 to 6 carbon atoms, optionally having a branched structure; Y represents a hydrogen atom or a saturated hydrocarbon group with 1 to 6 carbon atoms, optionally having a branched structure; and Z represents a hydrogen atom or a methyl group.
A method of operating an induction cooktop, the cooktop including at least two inductors, the method including: - a step of identifying an assembly of adjacent inductors which are at least partially covered by a ferromagnetic element, the assembly including at least one inductor which is at least partially covered, and the step of identifying the assembly including: ∘ a step of detecting a ferromagnetic element on an inductor, for each inductor of the cooktop; and ∘ if a ferromagnetic element is detected on at least two inductors, a step of checking if the at least two inductors are adjacent; - a secondary comparison step, relative to a secondary threshold (Vss), of at least one parameter (Pv) determined depending on at least one value (Vmi), each value (Vmi) resulting from at least one physical magnitude measured for one of the inductors of the assembly; and if a result (Rs) of the secondary comparison step is positive, when the determined parameter (Pv) reflects that at least one inductor of the assembly is at least partially covered by a ferromagnetic element to be heated, the method includes: - a step of activating each inductor of the assembly. - a step of identifying an assembly of adjacent inductors which are at least partially covered by a ferromagnetic element, the assembly including at least one inductor which is at least partially covered, and the step of identifying the assembly including: ∘ a step of detecting a ferromagnetic element on an inductor, for each inductor of the cooktop; and ∘ if a ferromagnetic element is detected on at least two inductors, a step of checking if the at least two inductors are adjacent; ∘ a step of detecting a ferromagnetic element on an inductor, for each inductor of the cooktop; and ∘ if a ferromagnetic element is detected on at least two inductors, a step of checking if the at least two inductors are adjacent; - a secondary comparison step, relative to a secondary threshold (Vss), of at least one parameter (Pv) determined depending on at least one value (Vmi), each value (Vmi) resulting from at least one physical magnitude measured for one of the inductors of the assembly; - a step of activating each inductor of the assembly.