mhurhangee/ep-ind-claims huggingface dataset:
An agricultural work machine in the form of a self-loading wagon attachable to a tractor, comprising a pick-up that is provided with a spiked roller for picking up harvest from the ground, wherein the spiked roller has a drive that has at least one electric motor; and a regulation apparatus comprising a regulator for regulating the speed and/or the torque of the drive is provided, characterized in that the electric motor is configured free of rotary encoders; the regulation apparatus has a determination device for determining the rotational position and the speed of the electric motor from the phasing of the three-phase voltage network applied to the electric motor; and in that the regulator is adapted to increase the speed of the electric motor of the spiked roller when the power consumption of the electric motor increases.
An electronic stylus comprising: an elongated body; a rechargeable battery supported by the elongated body; a retention mechanism for securing the electronic stylus to a computing device, the retention mechanism extending from the elongated body and including an electrically conductive contact, the electrically conductive contact being electrically coupled to the rechargeable battery, characterized by a release mechanism for releasing the electronic stylus from the computing device, the release mechanism being configured to cause the electrically conductive contact to retract within the retention mechanism to release the electronic stylus from the computing device. an elongated body; a rechargeable battery supported by the elongated body; a retention mechanism for securing the electronic stylus to a computing device, the retention mechanism extending from the elongated body and including an electrically conductive contact, the electrically conductive contact being electrically coupled to the rechargeable battery, characterized by a release mechanism for releasing the electronic stylus from the computing device, the release mechanism being configured to cause the electrically conductive contact to retract within the retention mechanism to release the electronic stylus from the computing device.
A vehicle air conditioning device, comprising: a refrigerant circuit including a compressor which compresses a refrigerant, an external heat exchanger which exchanges heat between the refrigerant and the outside air, and at least one internal heat exchanger (8, 10) which exchanges heat between the refrigerant and the air fed into a vehicle interior; and a plurality of electric automatic valves (20, 22, 28, 30, 32, 34), provided in the refrigerant circuit, with which to change a refrigerant flow path in the refrigerant circuit in order to switch between operation modes of the vehicle air conditioning device, characterized in that the refrigerant circuit and the plurality of automatic valves are configured so that a refrigerant flow path for a heating mode can be formed when none of the plurality of automatic valves are supplied with power. a refrigerant circuit including a compressor which compresses a refrigerant, an external heat exchanger which exchanges heat between the refrigerant and the outside air, and at least one internal heat exchanger (8, 10) which exchanges heat between the refrigerant and the air fed into a vehicle interior; and a plurality of electric automatic valves (20, 22, 28, 30, 32, 34), provided in the refrigerant circuit, with which to change a refrigerant flow path in the refrigerant circuit in order to switch between operation modes of the vehicle air conditioning device, characterized in that the refrigerant circuit and the plurality of automatic valves are configured so that a refrigerant flow path for a heating mode can be formed when none of the plurality of automatic valves are supplied with power.
LED retrofit lamp adapted to mains voltage, comprising - a housing having a base and a transparent cover member - a light emitting diode (LED, 2) arranged in said transparent cover member, characterized in that, - an isolation monitoring device arranged in said housing is configured to determine a defect of the transparent cover member and disconnect said at least one LED from power in case said defect is detected, and wherein said monitoring device comprises a pressure sensor for determining the pressure of a medium in said transparent cover member, and said monitoring device is adapted to disconnect said LED from power in case the determined pressure does not correspond to a predefined threshold value. - a housing having a base and a transparent cover member - a light emitting diode (LED, 2) arranged in said transparent cover member, characterized in that, - an isolation monitoring device arranged in said housing is configured to determine a defect of the transparent cover member and disconnect said at least one LED from power in case said defect is detected, and wherein said monitoring device comprises a pressure sensor for determining the pressure of a medium in said transparent cover member, and said monitoring device is adapted to disconnect said LED from power in case the determined pressure does not correspond to a predefined threshold value.
A method of manufacturing a composite ferrite sheet, comprising: preparing a ferrite sheet; and forming composite sheets having insulating properties on both surfaces of the ferrite sheet, wherein the forming of the composite sheets includes: applying slurry for the composite sheets to both surfaces of the ferrite sheet; and rolling both surfaces of the ferrite sheet and the slurry, to press and bond the slurry to both surfaces of the ferrite sheet. preparing a ferrite sheet; and forming composite sheets having insulating properties on both surfaces of the ferrite sheet, wherein the forming of the composite sheets includes: applying slurry for the composite sheets to both surfaces of the ferrite sheet; and rolling both surfaces of the ferrite sheet and the slurry, to press and bond the slurry to both surfaces of the ferrite sheet. applying slurry for the composite sheets to both surfaces of the ferrite sheet; and rolling both surfaces of the ferrite sheet and the slurry, to press and bond the slurry to both surfaces of the ferrite sheet.
System (2, 32) with a self-test function, comprising: at least one electrical or electronic system component having at least one technical function, a fault simulation unit integrated in the system (2, 32), a self-test unit integrated in the system (2, 32), and a verification control unit integrated in the system (2, 32), wherein the at least one system component is coupled to the fault simulation unit, wherein the fault simulation unit is designed to influence the operation of the system component in such a way that the at least one technical function is selectively impaired, wherein the fault simulation unit has at least one electronically controllable fault simulation cell (24, 76) which is integrated in each case in the at least one system component and is designed to selectively open a line (16, 22) of the relevant system component or to selectively close a connection of the relevant line (16, 22) to another line (16, 22) or an additional electronic component, wherein the self-test unit is designed to monitor operating parameters of the system component and to respectively generate a warning signal indicating an impairment of the respective at least one technical function, and wherein the verification control unit is designed to compare the warning signals generated by the self-test unit with expected warning signals on the basis of the respective at least one impaired technical function, wherein the self-test unit is designed to output a maintenance instruction if the respectively generated warning signal does not correspond to an expected warning signal. at least one electrical or electronic system component having at least one technical function, a fault simulation unit integrated in the system (2, 32), a self-test unit integrated in the system (2, 32), and a verification control unit integrated in the system (2, 32), wherein the at least one system component is coupled to the fault simulation unit, wherein the fault simulation unit is designed to influence the operation of the system component in such a way that the at least one technical function is selectively impaired, wherein the fault simulation unit has at least one electronically controllable fault simulation cell (24, 76) which is integrated in each case in the at least one system component and is designed to selectively open a line (16, 22) of the relevant system component or to selectively close a connection of the relevant line (16, 22) to another line (16, 22) or an additional electronic component, wherein the self-test unit is designed to monitor operating parameters of the system component and to respectively generate a warning signal indicating an impairment of the respective at least one technical function, and wherein the verification control unit is designed to compare the warning signals generated by the self-test unit with expected warning signals on the basis of the respective at least one impaired technical function, wherein the self-test unit is designed to output a maintenance instruction if the respectively generated warning signal does not correspond to an expected warning signal.
A computer-implemented method for determining a transformation for anatomically aligning fragments of a broken bone, the method comprising: acquiring a 3D image of a broken bone of a subject, wherein the bone is broken into two or more fragments; acquiring a model of a corresponding unbroken bone and at least one parameter defining one or more deformations to the model, wherein the model is a 3D mesh model; dividing the model of the unbroken bone into portions that correspond to the fragments of the broken bone; fitting the portions of the model of the unbroken bone to corresponding fragments of the broken bone in the 3D image, wherein said fitting comprises adjusting the portions of the model of the unbroken bone, wherein said adjusting is restricted to the one or more deformations defined by the at least one parameter; and based on said fitted portions of the model, determining a transformation that anatomically aligns the fragments of the broken bone with the corresponding portions of the undivided model of the unbroken bone. acquiring a 3D image of a broken bone of a subject, wherein the bone is broken into two or more fragments; acquiring a model of a corresponding unbroken bone and at least one parameter defining one or more deformations to the model, wherein the model is a 3D mesh model; dividing the model of the unbroken bone into portions that correspond to the fragments of the broken bone; fitting the portions of the model of the unbroken bone to corresponding fragments of the broken bone in the 3D image, wherein said fitting comprises adjusting the portions of the model of the unbroken bone, wherein said adjusting is restricted to the one or more deformations defined by the at least one parameter; and based on said fitted portions of the model, determining a transformation that anatomically aligns the fragments of the broken bone with the corresponding portions of the undivided model of the unbroken bone.
An aqueous-based cosmetic lifting agent, characterized in that it comprises a mixture of sodium silicate, the magnesium salt of aspartic acid and ascorbic acid and has a pH value in the range of 8.8 to 9.6.
A method comprising: obtaining a first set of estimated measures of crosstalk for at least a selected portion of a plurality of communication channels over which data signals are to be transmitted from a transmitter to at least a selected portion of a plurality of receivers; adjusting a first set of data signals based on the first set of estimated measures of crosstalk to generate a first set of adjusted data signals; transmitting the first set of adjusted data signals to corresponding ones of the plurality of receivers; obtaining a second set of estimated measures of crosstalk for the selected portion of the plurality of communication channels; and adjusting a second set of data signals for transmission based on the second set of estimated measures of crosstalk to generate a second set of adjusted data signals; wherein iteration of the obtaining, adjusting and transmitting steps is performed so as to reduce an error between subsequent estimated measures of crosstalk and actual measures of crosstalk for the plurality of communication channels; wherein the steps of adjusting the first set of data signals and the second set of data signals each further comprise iteratively setting power levels of corresponding ones of the data signals; and wherein a power level is chosen according to a distribution of the error. obtaining a first set of estimated measures of crosstalk for at least a selected portion of a plurality of communication channels over which data signals are to be transmitted from a transmitter to at least a selected portion of a plurality of receivers; adjusting a first set of data signals based on the first set of estimated measures of crosstalk to generate a first set of adjusted data signals; transmitting the first set of adjusted data signals to corresponding ones of the plurality of receivers; obtaining a second set of estimated measures of crosstalk for the selected portion of the plurality of communication channels; and adjusting a second set of data signals for transmission based on the second set of estimated measures of crosstalk to generate a second set of adjusted data signals; wherein iteration of the obtaining, adjusting and transmitting steps is performed so as to reduce an error between subsequent estimated measures of crosstalk and actual measures of crosstalk for the plurality of communication channels; wherein the steps of adjusting the first set of data signals and the second set of data signals each further comprise iteratively setting power levels of corresponding ones of the data signals; and wherein a power level is chosen according to a distribution of the error.
Detector probe having a transmitter device and a receiver device for electromagnetic signals, wherein the transmitter device has an arrangement with a first loop and a first ring core surrounding the loop, wherein the receiver device has a second arrangement with a second loop and a second ring core surrounding the loop, characterised in that the first and second loop are arranged substantially in the same plane, the first and the second arrangement (2, 3) are arranged as a decoupled coil system, the first ring core is configured in the manner of a ring core transformer, wherein the secondary winding is formed by the loop passing through the ring core and the primary winding by a first coil, the second ring core is configured in the manner of a ring core transformer, wherein the primary winding is formed by the loop passing through the ring core and the secondary winding by a second coil, the first and the second arrangement (2, 3) each form a coil arrangement, and the first and / or the second loop is / are earthed.
A power level measuring device, comprising: a power calculator for calculating power values based on correlation values between a received signal and known signals, for each of sampling times within a predetermined period; a time divider for switching connection of power values from the power calculator per a predetermined period, responding to time slots allocated to each of plural cells; an accumulator connected to the time divider, adapted to perform J accumulations of the power values Pow(m) at each sampling time m for J frames, wherein m is a natural number and J is an integer number greater than 1; a detector adapted to detect at least one sampling time whose accumulated value is greater than a threshold; a memory connected to the time divider, adapted to store the power values input to the accumulator sequentially and adapted to obtain accumulated results from the accumulator and to store them; and an outputting unit for outputting a measured power level, based on the stored power value corresponding to the detected sampling time. a power calculator for calculating power values based on correlation values between a received signal and known signals, for each of sampling times within a predetermined period; a time divider for switching connection of power values from the power calculator per a predetermined period, responding to time slots allocated to each of plural cells; an accumulator connected to the time divider, adapted to perform J accumulations of the power values Pow(m) at each sampling time m for J frames, wherein m is a natural number and J is an integer number greater than 1; a detector adapted to detect at least one sampling time whose accumulated value is greater than a threshold; a memory connected to the time divider, adapted to store the power values input to the accumulator sequentially and adapted to obtain accumulated results from the accumulator and to store them; and an outputting unit for outputting a measured power level, based on the stored power value corresponding to the detected sampling time.
A surface cleaning device operable to clean a surface, the surface cleaning device comprising: a foot; a handle assembly including a user manipulated handle; and a biasing member coupled between the handle assembly and the foot, wherein movement of the handle assembly stores energy within the biasing member such that the biasing member exerts a corresponding force on the foot, characterised in that the handle assembly includes a longitudinal axis and an axis of rotation formed at an acute angle relative to the longitudinal axis, and wherein rotation of the handle assembly about the axis of rotation stores energy within the biasing member such that the biasing member exerts a corresponding force on the foot to encourage turning of the foot. a foot; a handle assembly including a user manipulated handle; and a biasing member coupled between the handle assembly and the foot, wherein movement of the handle assembly stores energy within the biasing member such that the biasing member exerts a corresponding force on the foot, characterised in that the handle assembly includes a longitudinal axis and an axis of rotation formed at an acute angle relative to the longitudinal axis, and wherein rotation of the handle assembly about the axis of rotation stores energy within the biasing member such that the biasing member exerts a corresponding force on the foot to encourage turning of the foot.
A binding material winding device for winding binding material, like a strap, wire or string, from an object tied with said binding material, the device comprises: - a gripping mechanism and a guiding member, said gripping mechanism being configured to be introduced with the object, to grip said binding material, and to be moved away from the object with said gripped binding material, thereby introducing said binding material to said guiding member, whereupon said guiding member is configured to guide said binding material towards a winding member, wherein - said winding member is configured to be introduced with said binding material during actuation of said winding member and thereby wind and remove said binding material via said actuation - wherein the winding member comprises a movable portion, and a counterpart portion, wherein said guiding member is configured to introduce said binding material between said counterpart portion and the movable portion so that said winding member is configured during actuation to move towards said counterpart portion and catch said binding material between the movable portion and said counterpart portion, and to wind and remove said binding material introduced, and - the device comprises at least one guiding device, which is configured to elongate around the winding member during actuation and guiding and forcing said binding material against the winding member during winding and thereby controlling the size of the winded binding material. - a gripping mechanism and a guiding member, said gripping mechanism being configured to be introduced with the object, to grip said binding material, and to be moved away from the object with said gripped binding material, thereby introducing said binding material to said guiding member, whereupon said guiding member is configured to guide said binding material towards a winding member, wherein - said winding member is configured to be introduced with said binding material during actuation of said winding member and thereby wind and remove said binding material via said actuation - wherein the winding member comprises a movable portion, and a counterpart portion, wherein said guiding member is configured to introduce said binding material between said counterpart portion and the movable portion so that said winding member is configured during actuation to move towards said counterpart portion and catch said binding material between the movable portion and said counterpart portion, and to wind and remove said binding material introduced, and - the device comprises at least one guiding device, which is configured to elongate around the winding member during actuation and guiding and forcing said binding material against the winding member during winding and thereby controlling the size of the winded binding material.
Fuel injector for injecting fuel into a combustion chamber of an internal combustion engine having a nozzle needle which is arranged longitudinally displaceably in a pressure space, it being possible for the pressure space to be filled with highly pressurized fuel, the nozzle needle interacting as a result of its longitudinal movement with a nozzle needle seat and as a result opening and closing at least one injection opening into the combustion chamber, the longitudinal movement of the nozzle needle being controlled by way of the pressure in a control space, it being possible for the control space to be connected to a low-pressure space by means of a control valve which can be actuated by an actuator, the control valve comprising a closing body which can be moved by the actuator, a valve seat and a closing spring, the closing body interacting with the valve seat in order to open and close a hydraulic connection from the control space to the low-pressure space, the closing body being pressed at least indirectly by the closing spring against the valve seat, wherein the closing spring is configured as a wave spring, wherein the closing body is configured as an armature sleeve which interacts with the actuator, characterized in that the control valve comprises a valve bolt, the armature sleeve being guided longitudinally movably on the valve bolt.
A packaged seasoning product comprising: • a package; • 15-100 g of a seasoning that is contained within the package; and • an empty foldable bag that is also contained within the package, said foldable bag having an internal volume of 0.5-8 liter and comprising an opening with a maximum diameter of 10-60 cm, wherein the foldable bag is a flexible container or tube, formed of a laminate having a thickness of 6-30 μm, said laminate comprising an aluminum foil that forms the outer surface of the foldable bag and an inner layer of heat-resistant polymer, said aluminum foil having a thickness of 2-15 μm and said layer of heat-resistant polymer having a thickness of 1-15 μm. • a package; • 15-100 g of a seasoning that is contained within the package; and • an empty foldable bag that is also contained within the package, said foldable bag having an internal volume of 0.5-8 liter and comprising an opening with a maximum diameter of 10-60 cm,