mhurhangee/ep-ind-claims huggingface dataset:
An autonomously movable agricultural vehicle (10, 12) for agricultural applications, wherein the autonomously movable agricultural vehicle (10, 12) comprises a motor to drive the autonomously movable agricultural vehicle (10, 12), and comprises a battery to supply energy to the motor, and wherein the autonomously movable agricultural vehicle (10, 12) comprises a control circuit to control the motor to adjust a speed of the autonomously movable agricultural vehicle (10, 12), characterised in that the control circuit is configured to set the speed (v A, v B,...) of the autonomously movable agricultural vehicle (10, 12), such that the energy (E A, E B,...) drawn from the battery over a predefined distance (Δx) is minimal and in that the autonomously movable agricultural vehicle (10, 12) comprises a storage medium to store route information which comprises instructions for the autonomously movable agricultural vehicle (10, 12) to move along a predefined route (200, 202), and wherein the control circuit is configured to determine the energy drawn from the battery over the predefined distance (Δx) along the route (200, 202), and wherein the storage medium comprises the route (200, 202) divided up into subsegments (202A, 202B,...), and wherein the storage medium comprises a speed value (v A, v B,...) for the autonomously movable agricultural vehicle (10, 12) for each subsegment (202A, 202B...) and wherein the storage medium also comprises an energy value (E A, E B,...) for each subsegment (202A, 202B,...), wherein the energy value (E A, E B,...) represents the energy which is required if the subsegment (202A, 202B,...) is passed through with the associated speed value (v A, v B,...) and wherein the control circuit is configured to control the motor during the passage through a defined subsegment with a speed value (v 0) which differs from the speed value (v C) which is stored for the defined subsegment, and wherein the control circuit is configured to measure the energy (E 0) drawn during the passage through the defined subsegment with the differing speed value (v 0) and to compare it with the stored energy value (E C) of the defined subsegment.
A thermoplastic molding composition comprising, based on the thermoplastic molding composition, a) as component A, at least one polyamide or copolyamide, or one polymer blend comprising polyamide, b) as component B, from 3 to 20% by weight of carbon black or graphite, or a mixture thereof, c) as component C, from 0.1 to 3% by weight of ionic liquids. a) as component A, at least one polyamide or copolyamide, or one polymer blend comprising polyamide, b) as component B, from 3 to 20% by weight of carbon black or graphite, or a mixture thereof, c) as component C, from 0.1 to 3% by weight of ionic liquids.
A vehicle steering device configured to assist and control a steering system of a vehicle by driving and controlling a motor configured to assist steering force, comprising: a vehicle speed sensor that outputs, as a vehicle speed signal, a pulse signal in accordance with a vehicle speed of the vehicle, wherein when the vehicle speed sensor fails and the vehicle speed signal is not normally output, control using a predetermined alternative vehicle speed is performed instead of the vehicle speed signal, and target steering torque is reduced in accordance with the absolute value of the difference between a physical quantity generated through turning motion of the vehicle and an estimated value of the physical quantity at the alternative vehicle speed. a vehicle speed sensor that outputs, as a vehicle speed signal, a pulse signal in accordance with a vehicle speed of the vehicle, wherein when the vehicle speed sensor fails and the vehicle speed signal is not normally output, control using a predetermined alternative vehicle speed is performed instead of the vehicle speed signal, and target steering torque is reduced in accordance with the absolute value of the difference between a physical quantity generated through turning motion of the vehicle and an estimated value of the physical quantity at the alternative vehicle speed.
A washing machine, comprising: a cabinet having a worktable, said worktable defining a port for putting into and taking out of laundry; a cover disposed on a top of the cabinet and having a cover frame, the cover frame having a cover frame edge as a pivotable shaft for the cover; and a driving assembly comprising a driving motor, the driving assembly being configured to drive the cover to pivot about said cover frame edge; wherein the worktable defines a receiving space in at least one corner thereof for receiving the driving motor, the worktable has a corner sidewall at said at least one corner, the corner sidewall of the worktable is adjacent to the cover frame, a left side or a right side of the driving motor is adapted to abut against said corner sidewall of the worktable, characterized in that the driving assembly further comprises an one-way bearing, the cover frame has a bearing mounting portion at an end of the cover frame edge, the one-way bearing defines a first end fixedly mounted with the bearing mounting portion of the cover and a second end opposite to the first end, said second end of the one-way bearing being connected to the driving motor, the driving motor is configured to drive the cover via the one-way bearing so as to make the cover pivot about the cover frame edge. a cabinet having a worktable, said worktable defining a port for putting into and taking out of laundry; a cover disposed on a top of the cabinet and having a cover frame, the cover frame having a cover frame edge as a pivotable shaft for the cover; and a driving assembly comprising a driving motor, the driving assembly being configured to drive the cover to pivot about said cover frame edge; wherein the worktable defines a receiving space in at least one corner thereof for receiving the driving motor, the worktable has a corner sidewall at said at least one corner, the corner sidewall of the worktable is adjacent to the cover frame, a left side or a right side of the driving motor is adapted to abut against said corner sidewall of the worktable, characterized in that the driving assembly further comprises an one-way bearing, the cover frame has a bearing mounting portion at an end of the cover frame edge, the one-way bearing defines a first end fixedly mounted with the bearing mounting portion of the cover and a second end opposite to the first end, said second end of the one-way bearing being connected to the driving motor, the driving motor is configured to drive the cover via the one-way bearing so as to make the cover pivot about the cover frame edge.
Well plate comprising a plate main body and at least one cavity in an upper side of the plate main body, - wherein an upwardly open annular channel is formed in the at least one cavity, the annular channel being delimited at an inner circumference thereof by a closed circumferential wall, characterized in - that a horizontal outer circumference of the circumferential wall decreases from bottom to top up to an upper edge of the circumferential wall, and - that, within the horizontal circumference of the circumferential wall, at its upper edge, at least two retaining elements connect upwardly to the upper edge of the circumferential wall, - wherein the at least two retaining elements are at a free horizontal distance to one another, and - wherein at least one of the at least two retaining elements is elastically supported at the plate main body in horizontal direction. - wherein an upwardly open annular channel is formed in the at least one cavity, the annular channel being delimited at an inner circumference thereof by a closed circumferential wall, - that a horizontal outer circumference of the circumferential wall decreases from bottom to top up to an upper edge of the circumferential wall, and - that, within the horizontal circumference of the circumferential wall, at its upper edge, at least two retaining elements connect upwardly to the upper edge of the circumferential wall, - wherein the at least two retaining elements are at a free horizontal distance to one another, and - wherein at least one of the at least two retaining elements is elastically supported at the plate main body in horizontal direction.
A method for isolated capacitance line voltage sensing, the method comprising: placing a multi-layer sleeve comprising flexible circuit material, a first conductive area and a second conductive area against electrical insulation material of an insulated powered wire while power is present on a power conductor of the insulated powered wire, the insulated powered wire connected with a disconnect panel; wherein the first conductive area is formed as an interior layer of the multi-layer sleeve; transforming an impedance of a capacitor formed by the first conductive area and the insulated powered wire to a lower impedance using an impedance transform circuit, measuring a capacitance characteristic between the second conductive area and the power conductor in response to a pre-determined voltage and pre-determined frequency signal applied to the power conductor that is different than a voltage frequency of the power; and measuring a voltage of the power as a function of a capacitance between the first conductive area and the power conductor and as a function of the measured capacitance characteristic in response to the pre-determined voltage and pre-determined frequency signal, wherein the transforming comprises transforming with a field effect transistor, and wherein the field effect transistor and the conductive area are part of a flexible circuit, a gate of the field effect transistor connects to the conductive area, a source of the field effect transistor connects for the measuring, and a drain of the field effect transistor connects to a direct current voltage source. placing a multi-layer sleeve comprising flexible circuit material, a first conductive area and a second conductive area against electrical insulation material of an insulated powered wire while power is present on a power conductor of the insulated powered wire, the insulated powered wire connected with a disconnect panel; wherein the first conductive area is formed as an interior layer of the multi-layer sleeve; transforming an impedance of a capacitor formed by the first conductive area and the insulated powered wire to a lower impedance using an impedance transform circuit, measuring a capacitance characteristic between the second conductive area and the power conductor in response to a pre-determined voltage and pre-determined frequency signal applied to the power conductor that is different than a voltage frequency of the power; and measuring a voltage of the power as a function of a capacitance between the first conductive area and the power conductor and as a function of the measured capacitance characteristic in response to the pre-determined voltage and pre-determined frequency signal, wherein the transforming comprises transforming with a field effect transistor, and wherein the field effect transistor and the conductive area are part of a flexible circuit, a gate of the field effect transistor connects to the conductive area, a source of the field effect transistor connects for the measuring, and a drain of the field effect transistor connects to a direct current voltage source.
Method for enacting a change of operating modalities of a vehicle, comprising the following steps: • operating at least one display device in the vehicle, which at least partially comprises a screen, the at least one display device comprising at least two operating modes for operator control by a user; • automatically providing a triggering signal to the at least one display device, the triggering signal being triggered by at least one trigger event, • the trigger event being provided directly or indirectly by the vehicle and the triggering signal triggering a change from a first operating mode to a second operating mode, this change being at least partially indicated to the user by at least one operator alerting signal, characterized in that the trigger event is directly and/or indirectly connected to a change of a driving mode of the vehicle. • operating at least one display device in the vehicle, which at least partially comprises a screen, the at least one display device comprising at least two operating modes for operator control by a user; • automatically providing a triggering signal to the at least one display device, the triggering signal being triggered by at least one trigger event, • the trigger event being provided directly or indirectly by the vehicle and the triggering signal triggering a change from a first operating mode to a second operating mode, this change being at least partially indicated to the user by at least one operator alerting signal,
Pump rotor for a peristaltic hose pump, in particular a medical peristaltic hose pump, with at least one actuating means, by means of which the pump rotor can be actuated hydraulically and/or pneumatically, wherein the pump rotor includes at least one rotor roller which can be retracted and/or extended, by means of the actuating means, wherein by hydraulically and/or pneumatically moving the pump rotor by means of the rotor roller onto a hose inserted into the peristaltic hose pump a pressing and/or compression force can be generated and/or be adjusted, characterized in that the actuating means, is and/or comprises a double-acting hydraulic and/or pneumatic cylinder or hydraulic and/or pneumatic piston, which is actively movable in a first and in a second direction by means of a hydraulically and/or pneumatically generated positive pressure.
An ultrasonic diagnostic imaging system which tests transducer probes for image quality deficiency comprising: an ultrasound probe comprising an array of transducer elements adapted to acquire ultrasonic echo signals; a beamformer coupled to the array of transducer elements and adapted to form beamformed echo signals of scanlines from a plurality of acquired echo signals; a frequency analyzer coupled to receive beamformed echo signals and adapted to produce a signal indicating the frequency response of beamformed echo signals; a memory adapted to store reference signals of the frequency response of beamformed signals; a comparator adapted to compare the frequency response produced by the frequency analyzer with a reference signal and to produce an output signal identifying a defective probe when the comparison indicates an unacceptable difference between the frequency response and the reference signal; and a display coupled to receive the output signal from the comparator and adapted to display an indication of the defective probe, wherein the ultrasound probe further comprises a lens covering the transducer array, and wherein the beamformer is further adapted to form beamformed echo signals of scanlines when the lens is in contact with air. an ultrasound probe comprising an array of transducer elements adapted to acquire ultrasonic echo signals; a beamformer coupled to the array of transducer elements and adapted to form beamformed echo signals of scanlines from a plurality of acquired echo signals; a frequency analyzer coupled to receive beamformed echo signals and adapted to produce a signal indicating the frequency response of beamformed echo signals; a memory adapted to store reference signals of the frequency response of beamformed signals; a comparator adapted to compare the frequency response produced by the frequency analyzer with a reference signal and to produce an output signal identifying a defective probe when the comparison indicates an unacceptable difference between the frequency response and the reference signal; and a display coupled to receive the output signal from the comparator and adapted to display an indication of the defective probe, wherein the ultrasound probe further comprises a lens covering the transducer array, and wherein the beamformer is further adapted to form beamformed echo signals of scanlines when the lens is in contact with air.
An electrosurgical instrument, comprising: at least one jaw member having an electrically conductive tissue sealing plate configured to operably couple to a source of electrosurgical energy for treating tissue; and a polydimethylsiloxane coating disposed on at least a portion of the at least one jaw member, characterized by said coating having a thickness of from about 35nm to about 85nm. at least one jaw member having an electrically conductive tissue sealing plate configured to operably couple to a source of electrosurgical energy for treating tissue; and a polydimethylsiloxane coating disposed on at least a portion of the at least one jaw member, characterized by said coating having a thickness of from about 35nm to about 85nm.
A method of communicating said method being performed by a mobile communications terminal in a mobile communications network, the method comprising encoding a plurality of bits of user data by selecting one random access preamble from a set of random access preambles, wherein each of the random access preambles is represented as a n-bit number, wherein the plurality of bits of user data is in the n bits representing the selected random access preamble, said method being characterized by: encoding an additional bit of user data by selecting one sub-frame from a pair of sub-frames, and encoding further user data by selecting a timing for a transmission of the selected random access preamble within a block of resources of a random access channel within the selected sub-frame, and transmitting to a base station of the mobile communications system via a radio interface provided by the base station, the selected random access preamble at the selected timing within the uplink random access channel of the selected sub-frame, wherein the step of selecting the sub-frame comprises selecting between: a first sub-frame in the pair and a second sub-frame in the pair to represent said additional bit of user data. encoding a plurality of bits of user data by selecting one random access preamble from a set of random access preambles, wherein each of the random access preambles is represented as a n-bit number, wherein the plurality of bits of user data is in the n bits representing the selected random access preamble, said method being characterized by: encoding an additional bit of user data by selecting one sub-frame from a pair of sub-frames, and encoding further user data by selecting a timing for a transmission of the selected random access preamble within a block of resources of a random access channel within the selected sub-frame, and transmitting to a base station of the mobile communications system via a radio interface provided by the base station, the selected random access preamble at the selected timing within the uplink random access channel of the selected sub-frame, wherein the step of selecting the sub-frame comprises selecting between: a first sub-frame in the pair and a second sub-frame in the pair to represent said additional bit of user data.
A method for operating a piston engine, more preferably of a motor vehicle, with a fresh air system for feeding fresh air to cylinders of the piston engine and with an exhaust system for discharging exhaust gas from the cylinders, - wherein during a gas exchange by means of a negative pressure wave on the exhaust gas side the discharging of exhaust gas from the respective cylinder and/or by means of a positive pressure wave on the fresh air side the charging of the respective cylinder with fresh air is supported, characterized in - that in the method the respective pressure wave is generated by means of a single electroacoustic converter, wherein the electroacoustic converter is connected to the fresh air system and to the exhaust system, - that the electroacoustic converter is used additionally for generating the pressure waves at least in certain rotational speed ranges and/or load ranges for generating anti-sound in order to dampen interference noises which spread in the fresh air system and in the exhaust system, - that the amplitudes of the pressure waves are set by means of a regulation, which as regulating quantities takes into account measurement signals of a microphone. - wherein during a gas exchange by means of a negative pressure wave on the exhaust gas side the discharging of exhaust gas from the respective cylinder and/or by means of a positive pressure wave on the fresh air side the charging of the respective cylinder with fresh air is supported, characterized in - that in the method the respective pressure wave is generated by means of a single electroacoustic converter, wherein the electroacoustic converter is connected to the fresh air system and to the exhaust system, - that the electroacoustic converter is used additionally for generating the pressure waves at least in certain rotational speed ranges and/or load ranges for generating anti-sound in order to dampen interference noises which spread in the fresh air system and in the exhaust system, - that the amplitudes of the pressure waves are set by means of a regulation, which as regulating quantities takes into account measurement signals of a microphone.
Valve device comprising a valve disk, a spindle bearing, a valve spindle, a valve lever which is connected immovably to the valve spindle, an actuation device and/or an actuation lever which is connected immovably to the valve spindle, wherein the valve spindle is arranged in rotationally movable fashion in the spindle bearing, wherein at least one damping element which acts in an axial direction of the valve spindle and which is arranged between the spindle bearing and one of the elements of valve spindle, valve lever, actuation device or actuation lever, wherein the damping element is unloaded in at least a functional state of the valve device and is composed of at least one spring element.
Assembly comprising at least one writing instrument comprising a cap and a storage and presentation device for storing and presenting a plurality of writing instruments, the storage and presentation device comprising a plurality of supports, each support being configured to support a writing instrument, all the supports being rotatably mounted about the same axis extending substantially perpendicularly to the longitudinal direction of the writing instruments when they are supported by the supports, said storage and presentation device having a storage position in which the angle between all the supports about the axial direction is less than 2°, and a presentation position in which, for all the supports, the angle (β) between two adjacent supports about the axial direction is greater than or equal to 5°, at least one support being configured to cooperate with the cap of the writing instrument such that the force required to remove the cap from the support is greater than the force required to remove the body of the writing instrument from the cap.