mhurhangee/ep-ind-claims huggingface dataset:
Lithium cell having the following features a. the cell comprises a positive electrode which is in the form of a hollow cylinder and defines a hollow space, b. the cell comprises a negative electrode which is arranged in the hollow space, c. the cell comprises a separator which is arranged between the electrodes and, d. the cell comprises a liquid electrolyte with which the electrodes and and the separator are impregnated, e. the cell comprises a housing which surrounds an interior space in which the positive electrode together with the negative electrode, which is arranged in the hollow space, and the separator are arranged, f. the housing comprises a housing cup, a cover plate and an electrically insulating, annular sealing element, g. the housing cup is of cylindrical design and has an end-side cup base, a circumferential housing casing and an end-side, round opening which is situated opposite the housing base and is formed by a round opening edge, h. the cover plate is of round design, has a circumferential edge and closes the round opening, i. the cell comprises a pin-like current collector for the negative electrode and the additional features j. the sealing element is fitted onto the edge of the cover plate and insulates the cover plate and the housing cup from one another, and k. the pin-like current collector is electrically connected to the cover plate. a. the cell comprises a positive electrode which is in the form of a hollow cylinder and defines a hollow space, b. the cell comprises a negative electrode which is arranged in the hollow space, c. the cell comprises a separator which is arranged between the electrodes and, d. the cell comprises a liquid electrolyte with which the electrodes and and the separator are impregnated, e. the cell comprises a housing which surrounds an interior space in which the positive electrode together with the negative electrode, which is arranged in the hollow space, and the separator are arranged, f. the housing comprises a housing cup, a cover plate and an electrically insulating, annular sealing element, g. the housing cup is of cylindrical design and has an end-side cup base, a circumferential housing casing and an end-side, round opening which is situated opposite the housing base and is formed by a round opening edge, h. the cover plate is of round design, has a circumferential edge and closes the round opening, i. the cell comprises a pin-like current collector for the negative electrode and the additional features j. the sealing element is fitted onto the edge of the cover plate and insulates the cover plate and the housing cup from one another, and k. the pin-like current collector is electrically connected to the cover plate.
A direct current electric motor comprising: • a rotor equipped with permanent magnets, the rotor being arranged to rotate continuously in a determined rotation direction; • a first stator inductor having first inductor parameters; • a second stator inductor having second inductor parameters; • a voltage supply unit for providing a voltage supply to the first and second stator inductors (A, B) for driving the rotor; • an measurement unit for detecting time instants when a first induced voltage in the first stator inductor equals a second induced voltage in the second stator inductor; • a control unit for controlling the application of drive voltage pulses by the voltage supply unit to the first and second stator inductors (A, B), wherein the rotor is arranged to first face the second stator inductor before facing the first stator inductor when being rotated in the determined rotation direction; wherein at least one of the second inductor parameters is different from a corresponding parameter of the first inductor parameters such that a maximum induced voltage in the first stator inductor is greater than a maximum induced voltage in the second stator inductor, and wherein the control unit is arranged to trigger each drive voltage pulse after a detection, by the measurement unit, of an equal induced voltage in each of the first and second stator inductors (A, B). • a rotor equipped with permanent magnets, the rotor being arranged to rotate continuously in a determined rotation direction; • a first stator inductor having first inductor parameters; • a second stator inductor having second inductor parameters; • a voltage supply unit for providing a voltage supply to the first and second stator inductors (A, B) for driving the rotor; • an measurement unit for detecting time instants when a first induced voltage in the first stator inductor equals a second induced voltage in the second stator inductor; • a control unit for controlling the application of drive voltage pulses by the voltage supply unit to the first and second stator inductors (A, B),
A casting machine for fabrication of precast concrete structural members, comprising: side walls which are pivotally movable from an open position to a closed position; end dams which are pivotally movable from an open position to a closed position; a bottom casting surface, including pivotable bottom surfaces which rotate on bottom surface pivots to a vertical position and a horizontal position, where said bottom casting surface, said side walls, said pivotable bottom surfaces and said end dams serve to form a self-releasing mold surrounding a cavity when said side walls and said end dams are in said closed position and said pivotable bottom surfaces are pivoted to said horizontal position, said self-releasing mold being configured to contain wet concrete which is poured into said cavity; and said side walls, said bottom casting surface and said end dams being automatically movable to said open position, and said pivotable bottom surfaces pivoted to said vertical position, when said concrete has solidified so that a precast concrete structural member is automatically released from said self-releasing mold. side walls which are pivotally movable from an open position to a closed position; end dams which are pivotally movable from an open position to a closed position; a bottom casting surface, including pivotable bottom surfaces which rotate on bottom surface pivots to a vertical position and a horizontal position, where said bottom casting surface, said side walls, said pivotable bottom surfaces and said end dams serve to form a self-releasing mold surrounding a cavity when said side walls and said end dams are in said closed position and said pivotable bottom surfaces are pivoted to said horizontal position, said self-releasing mold being configured to contain wet concrete which is poured into said cavity; and said side walls, said bottom casting surface and said end dams being automatically movable to said open position, and said pivotable bottom surfaces pivoted to said vertical position, when said concrete has solidified so that a precast concrete structural member is automatically released from said self-releasing mold.
Hairdressing appliance comprising two treatment surface assemblies for gripping a lock of hair, the two treatment surface assemblies being respectively carried by jaws (102, 103) arranged facing one another, said treatment surface assemblies comprising at least one main smoothing region (110, 111) which heats up making it possible to grip the lock of hair in a first plane and a complementary smoothing region (120; 220) which heats up making it possible to grip the lock of hair in a second plane which is not parallel to the first plane, with the complementary smoothing region (120; 220) comprising a plurality of parallel surfaces (124, 125; 224, 225) making it possible to fraction the lock of hair into several thin locks, characterised in that the main smoothing region is located inside the main smoothing region.
An apparatus for generating an excitation signal for a resolver, the apparatus comprising: a sine wave generation unit configured to generate a sine wave by using a square wave; an amplification unit configured to amplify the sine wave generated by the sine wave generation unit; a differential signal generation unit configured to convert, into a differential signal, the sine wave amplified by the amplification unit; a driver configured to input, to a coil, the differential signal generated by the differential signal generation unit; and characterised by a processor configured to increase a voltage of the sine wave from a start voltage to a target voltage through at least one of the sine wave generation unit and the amplification unit based on a transient current that flows into the coil in a transient response interval. a sine wave generation unit configured to generate a sine wave by using a square wave; an amplification unit configured to amplify the sine wave generated by the sine wave generation unit; a differential signal generation unit configured to convert, into a differential signal, the sine wave amplified by the amplification unit; a driver configured to input, to a coil, the differential signal generated by the differential signal generation unit; and characterised by a processor configured to increase a voltage of the sine wave from a start voltage to a target voltage through at least one of the sine wave generation unit and the amplification unit based on a transient current that flows into the coil in a transient response interval.
A particulate composition adapted for forming a bone graft substitute cement upon mixing with an aqueous solution, comprising: i) a calcium sulfate hemihydrate powder, wherein the calcium sulfate hemihydrate is present at a concentration of at least about 50 weight percent based on the total weight of the particulate composition; and ii) porous β-tricalcium phosphate particulates in the form of either a powder, granules, or a mixture of powder and granules; and characterized in that the porous β-tricalcium phosphate is present in the particulate composition at a concentration of 5 to 15 weight percent. i) a calcium sulfate hemihydrate powder, wherein the calcium sulfate hemihydrate is present at a concentration of at least about 50 weight percent based on the total weight of the particulate composition; and ii) porous β-tricalcium phosphate particulates in the form of either a powder, granules, or a mixture of powder and granules; and
A control mechanism for controlling a rod having a preformed bent and at least one key, the control mechanism comprising a handle and a cannula, wherein - the handle comprises a sliding ring, a sliding shaft and a drive shaft, each extending along a longitudinal axis and comprising a central opening; wherein - the sliding ring is threadedly connected to the sliding shaft; - the drive shaft and the sliding shaft are connected by blocking means which prevent axial rotation between the drive shaft and the sliding shaft and which allow the drive shaft to slide within the sliding shaft; the control mechanism being characterized in that: - the drive shaft and the sliding ring are connected by connecting means which prevent axial displacement between the drive shaft and the sliding ring and which allow axial rotation between the drive shaft and the sliding ring; and - the internal surface of the drive shaft comprises at least one longitudinal groove or keyseat configured to engage the at least one key of the rod; and - the cannula is a friction reduction cannula configured to receive the rod; wherein the friction reduction cannula is secured to the sliding shaft or to the drive shaft. - the handle comprises a sliding ring, a sliding shaft and a drive shaft, each extending along a longitudinal axis and comprising a central opening; wherein - the sliding ring is threadedly connected to the sliding shaft; - the drive shaft and the sliding shaft are connected by blocking means which prevent axial rotation between the drive shaft and the sliding shaft and which allow the drive shaft to slide within the sliding shaft; the control mechanism being characterized in that: - the drive shaft and the sliding ring are connected by connecting means which prevent axial displacement between the drive shaft and the sliding ring and which allow axial rotation between the drive shaft and the sliding ring; and - the internal surface of the drive shaft comprises at least one longitudinal groove or keyseat configured to engage the at least one key of the rod; and - the sliding ring is threadedly connected to the sliding shaft; - the drive shaft and the sliding shaft are connected by blocking means which prevent axial rotation between the drive shaft and the sliding shaft and which allow the drive shaft to slide within the sliding shaft; - the drive shaft and the sliding ring are connected by connecting means which prevent axial displacement between the drive shaft and the sliding ring and which allow axial rotation between the drive shaft and the sliding ring; and - the internal surface of the drive shaft comprises at least one longitudinal groove or keyseat configured to engage the at least one key of the rod; - the cannula is a friction reduction cannula configured to receive the rod; wherein the friction reduction cannula is secured to the sliding shaft or to the drive shaft.
A device for measuring volumes of gas release from a sample, comprising a cell in which the gas is emitted, an outlet duct opening onto a constant pressure medium, and a gas meter and a valve on the outlet duct, characterised by a flexible shell of a non-stretchable material connected to the cell by a communication duct, an enclosure including the flexible shell, an inner circuit of the device, comprising the cell and the communication duct communicating with inside of the flexible shell, being always completely gas-tight, the outlet duct leading into the enclosure and the valve being a check valve only allowing the gas to exit.
System for aiding navigation during a change of direction from a first direction to a second direction, including a device for calculating a target angle including at least one terrestrial map, an orientation sensor and a computer able to calculate a target angle ( α Target) between the instantaneous position of the vehicle and a fixed point of the terrestrial map situated in the second direction, said system further including a visual output device receiving the target angle ( α Target) and including a substantially linear lighting zone situated within the vehicle in the principal or peripheral field of vision of the driver, the visual information produced by the lighting zone being adapted to indicate continuously the direction towards said fixed point as a function of the value of the target angle ( α Target), the system being characterized in that the visual output device is activated only if a delay ( T next) is below a threshold ( T max), said delay ( T next) corresponding to the remaining time before the change of direction and being calculated by a computer using odometer information.
A charging control device for an electric vehicle in which a driving battery loaded on the vehicle is charged by power supplied from an external power supply via a charger, comprising: charging efficiency computation means for computing a charging efficiency of the driving battery; charging rate computation means for computing a charging rate of the driving battery; and switching means for switching, in response to a request from a user of the vehicle, between a first charging mode in which the charger is controlled based on the charging efficiency to charge the driving battery, and a second charging mode in which the charger is controlled based on the charging rate to charge the driving battery; charger-supplied power computation means for computing power supplied from the external power supply to the charger; and battery-supplied power computation means for computing power supplied from the charger to the driving battery, wherein the charging efficiency computation means computes the charging efficiency based on results of computations by the charger-supplied power computation means and the battery-supplied power computation means. charging efficiency computation means for computing a charging efficiency of the driving battery; charging rate computation means for computing a charging rate of the driving battery; and switching means for switching, in response to a request from a user of the vehicle, between a first charging mode in which the charger is controlled based on the charging efficiency to charge the driving battery, and a second charging mode in which the charger is controlled based on the charging rate to charge the driving battery; charger-supplied power computation means for computing power supplied from the external power supply to the charger; and battery-supplied power computation means for computing power supplied from the charger to the driving battery, wherein the charging efficiency computation means computes the charging efficiency based on results of computations by the charger-supplied power computation means and the battery-supplied power computation means.
A reconfigurable wrapping mechanism for forming a substantially cylindrical wrapped element by wrapping a core within a web material, comprising a reconfigurable garniture bed having an elongate formation channel for supporting a conveying belt extending along the length of the elongate formation channel for entraining the web material, and wherein the elongate formation channel has an elongate open side, wherein the garniture bed comprises a plurality of garniture bed sub-members (110A-110C), wherein, in a direction extending around the surface of the elongate formation channel perpendicular to the length of elongate formation channel, each garniture bed sub-member (110A-110C) provides a portion of the surface of the elongate formation channel, and wherein at least one of the garniture bed sub-members (110A-110C) is configured for movement (M-1, M-2, M-3) transverse to the length of the elongate formation channel, characterized in that adjacent edges (314-1, 314-2) of the or a plurality of the garniture bed sub-members (110A-110C) are interdigitated, and wherein the elongate formation channel has a central axis extending along its length and the garniture bed sub-members (110A-110C) are configured for substantially radial movement (M-1, M-2, M-3) relative to the central axis. wherein the garniture bed comprises a plurality of garniture bed sub-members (110A-110C), wherein, in a direction extending around the surface of the elongate formation channel perpendicular to the length of elongate formation channel, each garniture bed sub-member (110A-110C) provides a portion of the surface of the elongate formation channel, and wherein at least one of the garniture bed sub-members (110A-110C) is configured for movement (M-1, M-2, M-3) transverse to the length of the elongate formation channel, characterized in that adjacent edges (314-1, 314-2) of the or a plurality of the garniture bed sub-members (110A-110C) are interdigitated, and wherein the elongate formation channel has a central axis extending along its length and the garniture bed sub-members (110A-110C) are configured for substantially radial movement (M-1, M-2, M-3) relative to the central axis.
Pitch pellets comprising: - a core constituted of a first composition comprising at least one pitch, said composition having a penetrability at 25°C ranging from 0 to 45 1/10 mm and a ring and ball softening point (RBSP) ranging from 55°C to 175°C, it being understood that the penetrability is measured according to the standard EN 1426 and that the RBSP is measured according to the standard EN 1427, and - a layer coating at least part of the surface of the core, said layer being constituted of a coating composition comprising at least one anticaking agent chosen from pyrogenic silicas, and mixtures thereof. - a core constituted of a first composition comprising at least one pitch, said composition having a penetrability at 25°C ranging from 0 to 45 1/10 mm and a ring and ball softening point (RBSP) ranging from 55°C to 175°C, it being understood that the penetrability is measured according to the standard EN 1426 and that the RBSP is measured according to the standard EN 1427, and - a layer coating at least part of the surface of the core, said layer being constituted of a coating composition comprising at least one anticaking agent chosen from pyrogenic silicas, and mixtures thereof.
A dual-pump fuel system for a gas turbine engine, the fuel system comprising: a fuel metering system (22,24) configured to dispense fuel flow to the gas turbine engine based on operational needs of the gas turbine engine; a mechanical fuel pump configured to deliver fuel to the fuel metering system dependent on operational speeds of the gas turbine engine; an electric fuel pump configured to deliver fuel directly to the gas turbine engine independent of the fuel metering system and operation of the gas turbine engine; and an engine controller connected to the fuel metering system and the electric fuel pump and configured to cause the electric fuel pump to deliver fuel to the gas turbine engine to start and operate the gas turbine engine until the gas turbine engine operates the mechanical fuel pump to deliver fuel to the fuel metering system sufficient to sustain operation of the gas turbine engine; wherein the electric fuel pump is configured to deliver fuel directly to the gas turbine engine via a first fuel line; and wherein the mechanical fuel pump is configured to deliver fuel to the fuel metering system via a second fuel line. a fuel metering system (22,24) configured to dispense fuel flow to the gas turbine engine based on operational needs of the gas turbine engine; a mechanical fuel pump configured to deliver fuel to the fuel metering system dependent on operational speeds of the gas turbine engine; an electric fuel pump configured to deliver fuel directly to the gas turbine engine independent of the fuel metering system and operation of the gas turbine engine; and an engine controller connected to the fuel metering system and the electric fuel pump and configured to cause the electric fuel pump to deliver fuel to the gas turbine engine to start and operate the gas turbine engine until the gas turbine engine operates the mechanical fuel pump to deliver fuel to the fuel metering system sufficient to sustain operation of the gas turbine engine; wherein the electric fuel pump is configured to deliver fuel directly to the gas turbine engine via a first fuel line; and wherein the mechanical fuel pump is configured to deliver fuel to the fuel metering system via a second fuel line.
Dose measurement device for recording at least one measured variable H p on an eye lens, comprising a detector for detecting beta radiation and photon radiation, and a pair of a filter combination, wherein each filter combination is arranged, on a respective side of the detector, symmetrically with respect to at least one axis of symmetry of the detector and/or with respect to at least one plane of symmetry of the detector, wherein each filter combination comprises at least one first filter and at least one second filter, wherein each filter combination is arranged in a manner that the radiation passes through the first filter and the second filter before entering the detector, wherein a surface, facing the incident radiation, of the first filter and of the second filter is provided with a curvature, and wherein the first filter and the second filter differ from each other in terms of at least one of their physical and/or chemical properties and/or their composition.