mhurhangee/ep-ind-claims huggingface dataset:
A battery pack, comprising: a first rechargeable cell for supplying power; a second rechargeable cell for supplying power, which is of a different type from the first rechargeable cell; a first switching unit for switching power to and/or from the first rechargeable cell; a second switching unit for switching power to and/or from the second rechargeable cell; and a controller for controlling the first and second switching units to supply power from the first and second rechargeable cells, wherein the controller is arranged to transmit information on the shapes, the chemical characteristics, the capacities, and the charging voltages of the first and second rechargeable cells to a charging circuit, so that the charging circuit can supply a suitable charging current based on said information. a first rechargeable cell for supplying power; a second rechargeable cell for supplying power, which is of a different type from the first rechargeable cell; a first switching unit for switching power to and/or from the first rechargeable cell; a second switching unit for switching power to and/or from the second rechargeable cell; and a controller for controlling the first and second switching units to supply power from the first and second rechargeable cells, wherein the controller is arranged to transmit information on the shapes, the chemical characteristics, the capacities, and the charging voltages of the first and second rechargeable cells to a charging circuit, so that the charging circuit can supply a suitable charging current based on said information.
A fast AC voltage detector comprising: a bridge rectifier having inputs for connecting to an AC power source; a threshold detector having an input connected to an output of said bridge rectifier said threshold detector including a Zener driven constant current source; an isolation circuit having an input connected to an output of said threshold detector; a continuous voltage averager having an input connected to an output of said isolation circuit; and a Schmidt trigger amplifier having an input connected to an output of said continuous voltage averager and operable to output a first voltage level when AC voltage is present on said bridge rectifier inputs and a second voltage level when no AC voltage is present on said bridge rectifier inputs. a bridge rectifier having inputs for connecting to an AC power source; a threshold detector having an input connected to an output of said bridge rectifier said threshold detector including a Zener driven constant current source; an isolation circuit having an input connected to an output of said threshold detector; a continuous voltage averager having an input connected to an output of said isolation circuit; and a Schmidt trigger amplifier having an input connected to an output of said continuous voltage averager and operable to output a first voltage level when AC voltage is present on said bridge rectifier inputs and a second voltage level when no AC voltage is present on said bridge rectifier inputs.
A seal member for use with a replacement heart valve implant, comprising: a tubular polymeric seal element configured to be disposed on an outer surface of a replacement heart valve implant, the tubular polymeric seal element defining a central longitudinal axis; and a reinforcement strip fixedly attached to the tubular polymeric seal element proximate a first end of the tubular polymeric seal element, the reinforcement strip extending circumferentially around the central longitudinal axis; characterized in that the reinforcement strip includes a radiopaque element extending circumferentially around the central longitudinal axis. a tubular polymeric seal element configured to be disposed on an outer surface of a replacement heart valve implant, the tubular polymeric seal element defining a central longitudinal axis; and a reinforcement strip fixedly attached to the tubular polymeric seal element proximate a first end of the tubular polymeric seal element, the reinforcement strip extending circumferentially around the central longitudinal axis; characterized in that the reinforcement strip includes a radiopaque element extending circumferentially around the central longitudinal axis.
Container suitable for cleaning of dosing valves of a dosing system, wherein the container is able to be mounted onto a dosing valve and comprises a container body and a container base, wherein the container has in its interior at least one nozzle which is let into the container base and through which the container can be charged with compressed air and/or through which a cleaning agent can be pumped into the container, wherein the nozzle is connected to a connecting element which is removable therefrom and which has both a compressedair connection and a connection for connection of a device by means of which a cleaning agent can be pumped into the container, the container has at least one outlet which is let into the container base, and the container has a container opening which is configured in such a way that at least the head of the dosing valve, said head containing the valve opening, is surrounded in a flush manner by the container when the container is mounted onto the dosing valve.
A method for performing measurement by a User Equipment, UE, in a mobile communication system including the UE having a Discontinuous Reception, DRX, mode for discontinuously receiving data, a serving cell where the UE is located, and a neighboring cell located near the serving cell, the method comprising: measuring signal strength of the serving cell based on a first period for the DRX mode if a previously measured signal strength of the serving cell is greater than a particular threshold; measuring signal strength of the serving cell and the neighboring cell based on a second period that is more frequent than the first period if the previously measured signal strength of the serving cell is less than or equal to the particular threshold. measuring signal strength of the serving cell based on a first period for the DRX mode if a previously measured signal strength of the serving cell is greater than a particular threshold; measuring signal strength of the serving cell and the neighboring cell based on a second period that is more frequent than the first period if the previously measured signal strength of the serving cell is less than or equal to the particular threshold.
A container for receiving beverages, in particular a drinking vessel or a drinking cup, at least comprising a bottom and a circumferential wall extending approximately perpendicularly from the bottom, the wall comprising a perforation, through which the container can be filled with a beverage, the perforation, after completion of the filling process, being closable by a sealing means, characterized by that the circumferential wall comprises multiple perforations, that the perforations of the wall are arranged or formed in a section of the wall close to the bottom, and that the sealing means is comprised of an elastic ring that is sleeved from outside on the wall of the container and is displaceable along the wall into a filling position and into a closed position, the elastic ring comprising at least one flat side that can be sleeved or is sleeved on the wall of the container and is displaceable along the wall, the width of the ring being larger than the diameter of the perforations, so that the perforations are completely overlaid and sealed from outside.
System for adapting an internal combustion engine to be powered by gaseous fuel in gas phase and by gaseous fuel in liquid phase at the same time, comprising at least one cylinder and at least one liquid fuel injector for injecting liquid fuel directly into the at least one cylinder, wherein the system comprises: - a tank of gaseous fuel in liquid phase, - a pump of gaseous fuel in liquid phase in fluid communication with the tank of gaseous fuel in liquid phase for pumping gaseous fuel in liquid phase from the tank, - at least one gaseous fuel injector for injecting gaseous fuel in gas phase, - a gaseous fuel reducer for bringing gaseous fuel from liquid into gas phase, with the reducer in fluid communication with the gaseous fuel pump for receiving gaseous fuel in liquid phase, and with the at least one gaseous fuel injector for being fed with gaseous fuel in gas phase, characterized in that the system is adapted to be in fluid communication between the pump of gaseous fuel in liquid phase and the at least one liquid fuel injector for supplying by the injector the gaseous fuel in liquid phase and for injecting gaseous fuel in liquid phase directly into the at least one cylinder through the at least one liquid fuel injector. - a tank of gaseous fuel in liquid phase, - a pump of gaseous fuel in liquid phase in fluid communication with the tank of gaseous fuel in liquid phase for pumping gaseous fuel in liquid phase from the tank, - at least one gaseous fuel injector for injecting gaseous fuel in gas phase, - a gaseous fuel reducer for bringing gaseous fuel from liquid into gas phase, with the reducer in fluid communication with the gaseous fuel pump for receiving gaseous fuel in liquid phase, and with the at least one gaseous fuel injector for being fed with gaseous fuel in gas phase,
Baking oven comprising a cooking chamber, a heating arrangement (4a, 4b; 5) consisting of a hot air heater and/or a top and bottom heater (4a, 4b), a first temperature sensor for measuring a temperature in the cooking chamber, a feedback loop for setting a heating power of the heating arrangement (4a, 4b; 5) in order to maintain the temperature in the cooking chamber at a desired temperature, and a climate sensor comprising a first opening in the cooking chamber and a second temperature sensor arranged outside the first opening, wherein the baking oven comprises a thermostat (27, 28) comprising the second temperature sensor and adapted and structured to automatically set the heating power of the heating arrangement (4a, 4b; 5) to a value below the value given by the feedback loop if the temperature at the second temperature sensor exceeds a threshold temperature, such that the temperature in the cooking chamber falls below the desired temperature.
A towable agricultural implement comprising a frame and at least one tillage tool (18, 20) operatively attached to the frame, the frame being supported above a ground surface by implement support wheels operatively connected to the frame by a depth control arrangement, to thereby control a depth of penetration below the ground surface of the at least one tillage tool (18, 20), wherein the towable agricultural implement further comprises a remotely positionable stabilizer wheel arrangement attached to the frame in a manner providing selective stabilizing support of the implement, the remotely positionable stabilizer wheel arrangement including an electronic control unit that is configured for receiving an input signal indicative of a desired position of a stabilizer wheel, characterized in that the control unit is configured for automatically controlling an electrically powered linear actuator that is operatively connected for positioning and holding the stabilizer wheel at the desired position of the stabilizer wheel with respect to the frame.
A media cassette comprising: urging means for urging a stack of media items to one end of the cassette, sensing means for determining the size of the stack of media items; and display means for displaying to an external viewer an indication of the size of the stack; the sensing means comprising a variable resistor circuit (26, 62) where movement of the urging means changes the resistance of the circuit (26, 62), characterised in that the sensing means includes a resistive rod having a uniform resistivity and being in electrical contact with the urging means, so the position of the urging means along the resistive rod determines the resistance sensed.
Device for vertically adjusting a door leaf of a rail vehicle door with respect to a door drive, comprising a first toothed plate and a second toothed plate, wherein the first toothed plate is detachably fastened on the door leaf and the second toothed plate is detachably fastened on the door drive, and wherein the toothed plates (1, 2) are each equipped on a surface with a tooth structure for mutual form-fit engagement into increments of the tooth pitch characterised in that for the detachable fastening of the toothed plates (1, 2) to the door drive and the door leaf, a screw connection is provided in each case and wherein the tooth structure is aligned horizontally in the installation position.
Connector for assembling two segments of riser, having a first main tube element extended by a first connector element, a second main tube element extended by a second connector element, a locking ring comprising a first and a second set of lugs on its outer surface, said first and second connector elements respectively having on their inner surface a third and a fourth set of lugs respectively cooperating with said first and second sets of lugs to connect said first and second main tube elements, said connector further comprising at least one removable pin, characterized in that said removable pin cooperates with said locking ring and is arranged in said first connector element to immobilize said locking ring in translation with respect to said first connector element.
An ice making apparatus for a refrigerator comprising: a frame having an accommodating space therein; at least one ice tray (120, 130) detachably installed in the frame and configured to provide a space for containing water to make ice; a connection unit configured to allow the at least one ice tray (120, 130) to be rotated and attached/detached with respect to the frame; and a tray rotating unit configured to rotate the at least one ice tray (120, 130) between an ice making position where ice is created and an ice separating position where ice is separated from the at least one ice tray (120, 130), the tray rotating unit comprising a lever rotatably disposed at the frame, and a power transfer unit configured to transfer a rotational force of the lever to the at least one ice tray (120, 130); wherein the connection unit comprises engaging portions (200, 210) configured such that a rotational shaft of the lever is engaged with the at least one ice tray (120, 130), characterized in that each of the engaging portions (200, 210) comprises: a protrusion protruded from an inner surface of the frame to elongate in a horizontal direction, and a protrusion receiving portion configured at one side of the at least one ice tray (120, 130) to receive the protrusion therein, the protrusion receiving portion comprising an open hole to receive the protrusion therein in the horizontal direction. a frame having an accommodating space therein; at least one ice tray (120, 130) detachably installed in the frame and configured to provide a space for containing water to make ice; a connection unit configured to allow the at least one ice tray (120, 130) to be rotated and attached/detached with respect to the frame; and a tray rotating unit configured to rotate the at least one ice tray (120, 130) between an ice making position where ice is created and an ice separating position where ice is separated from the at least one ice tray (120, 130), the tray rotating unit comprising a lever rotatably disposed at the frame, and a power transfer unit configured to transfer a rotational force of the lever to the at least one ice tray (120, 130); wherein the connection unit comprises engaging portions (200, 210) configured such that a rotational shaft of the lever is engaged with the at least one ice tray (120, 130), characterized in that each of the engaging portions (200, 210) comprises: a protrusion protruded from an inner surface of the frame to elongate in a horizontal direction, and a protrusion receiving portion configured at one side of the at least one ice tray (120, 130) to receive the protrusion therein, the protrusion receiving portion comprising an open hole to receive the protrusion therein in the horizontal direction. a protrusion protruded from an inner surface of the frame to elongate in a horizontal direction, and a protrusion receiving portion configured at one side of the at least one ice tray (120, 130) to receive the protrusion therein, the protrusion receiving portion comprising an open hole to receive the protrusion therein in the horizontal direction.
A method, in one or more network nodes of a wireless communication system, for managing bitrates for dedicated radio bearers, DRBs, the method comprising: allocating, by a control plane unit, respective shares of a pre-determined aggregated maximum bit rate, AMBR, to a plurality of DRBs or to a plurality of sets of DRBs or to a combination of DRBs and sets of DRBs, wherein the pre-determined AMBR corresponds to a single wireless device and wherein at least one of the allocated shares represents an AMBR for all traffic, for the single wireless device, that is associated with a specific network slice; and enforcing, by a user plane unit, maximum bit rates on the plurality of DRBs or the plurality of sets of DRBs or the combination of DRBs and sets of DRBs, according to the allocated shares. allocating, by a control plane unit, respective shares of a pre-determined aggregated maximum bit rate, AMBR, to a plurality of DRBs or to a plurality of sets of DRBs or to a combination of DRBs and sets of DRBs, wherein the pre-determined AMBR corresponds to a single wireless device and wherein at least one of the allocated shares represents an AMBR for all traffic, for the single wireless device, that is associated with a specific network slice; and enforcing, by a user plane unit, maximum bit rates on the plurality of DRBs or the plurality of sets of DRBs or the combination of DRBs and sets of DRBs, according to the allocated shares.
Date display device including: - a dial including date indications in the form of a character scale, of which at least a part is in the form of apertures, - a mobile index with respect to the dial, - a date mechanism configured to move the index by one step per day, such that each position occupied by said index denotes one of the characters, the display device being characterised in that it comprises: - a mobile element arranged between the dial and the date mechanism having on all or part of a surface disposed facing said dial, a portion of interest, said mobile element being kinematically linked with the date mechanism such that the latter is capable of driving it in an active position wherein the portion of interest is visible through at least one predetermined aperture and in a rest position wherein the portion of interest is set back from said at least one predetermined aperture and wherein a marking zone is visible through said predetermined aperture. - a dial including date indications in the form of a character scale, of which at least a part is in the form of apertures, - a mobile index with respect to the dial, - a date mechanism configured to move the index by one step per day, such that each position occupied by said index denotes one of the characters, the display device being characterised in that it comprises: - a mobile element arranged between the dial and the date mechanism having on all or part of a surface disposed facing said dial, a portion of interest, said mobile element being kinematically linked with the date mechanism such that the latter is capable of driving it in an active position wherein the portion of interest is visible through at least one predetermined aperture and in a rest position wherein the portion of interest is set back from said at least one predetermined aperture and wherein a marking zone is visible through said predetermined aperture. - a mobile element arranged between the dial and the date mechanism having on all or part of a surface disposed facing said dial, a portion of interest, said mobile element being kinematically linked with the date mechanism such that the latter is capable of driving it in an active position wherein the portion of interest is visible through at least one predetermined aperture and in a rest position wherein the portion of interest is set back from said at least one predetermined aperture and wherein a marking zone is visible through said predetermined aperture.
A high strength hot rolled steel sheet comprising: a composition consisting of, on a percent by mass basis, C: 0.040% or more and 0.100% or less, Si: 0.50% or less, Mn: 1.00% or more and 2.00% or less, P: 0.03% or less, S: 0.006% or less, Al: 0.08% or less, N: 0.0080% or less, Ti: 0.14% or more and 0.22% or less, and optionally V: 0.001% or more and less than 0.07% and further optionally 0.001% or more in total of at least one of Sn and Pb, and the remainder composed of Fe and incidental impurities; and a microstructure in which a primary phase is a ferrite phase and fine carbides containing Ti are dispersion-precipitated, wherein in each of the end portion and the central portion in the sheet width direction, the area ratio of the ferrite phase is 95% or more, the average grain size of the ferrite phase is 5.0 μm or less, the average particle diameter of the fine carbides is 6 nm or less, and the amount of solid solution Ti is 0.03% or less on a percent by mass basis, and the yield strength is 740 MPa or more and a difference between the yield strength of the end portion in the sheet width direction and the yield strength of the central portion in the sheet width direction is 50 MPa or less. a composition consisting of, on a percent by mass basis, C: 0.040% or more and 0.100% or less, Si: 0.50% or less, Mn: 1.00% or more and 2.00% or less, P: 0.03% or less, S: 0.006% or less, Al: 0.08% or less, N: 0.0080% or less, Ti: 0.14% or more and 0.22% or less, and optionally V: 0.001% or more and less than 0.07% and further optionally 0.001% or more in total of at least one of Sn and Pb, and the remainder composed of Fe and incidental impurities; and a microstructure in which a primary phase is a ferrite phase and fine carbides containing Ti are dispersion-precipitated, wherein in each of the end portion and the central portion in the sheet width direction, the area ratio of the ferrite phase is 95% or more, the average grain size of the ferrite phase is 5.0 μm or less, the average particle diameter of the fine carbides is 6 nm or less, and the amount of solid solution Ti is 0.03% or less on a percent by mass basis, and the yield strength is 740 MPa or more and a difference between the yield strength of the end portion in the sheet width direction and the yield strength of the central portion in the sheet width direction is 50 MPa or less.