mhurhangee/ep-ind-claims huggingface dataset:
A brake actuator for a commercial vehicle, the brake actuator comprising: - a housing, - a piston that is movably mounted inside the housing and configured to reciprocate along a stroke axis between a retracted position and an extended position for applying and releasing a braking force to and from a brake mechanism of the vehicle, and - an electric motor that is operatively coupled to the piston and configured to move the piston between the retracted and extended positions such as to apply and release the braking force wherein the electric motor is coupled to a screw drive, and the screw drive is coupled to the piston and configured to transfer a rotational drive movement of the electric motor into the movement of the piston and wherein the screw drive comprises a rotating element and a nut, wherein the rotating element and the nut are in thread engagement and wherein the rotating element is rotatably mounted in the housing, and the nut is a running nut that is movably mounted to the rotating element and rests against the piston and wherein the piston is slidably supported in the housing, configured to move along the stroke axis and wherein a radially expandable sealing element is positioned in the peripheral region of the piston, such that it sealingly abuts against an inside wall of the housing characterized in that the piston is configured to pivot from the stroke axis within a predetermined angle (α) to account for lateral movements imposed by the externally mounted brake mechanism and the nut comprises an end face that faces the piston and comprises a convexly shaped surface portion. - a housing, - a piston that is movably mounted inside the housing and configured to reciprocate along a stroke axis between a retracted position and an extended position for applying and releasing a braking force to and from a brake mechanism of the vehicle, and - an electric motor that is operatively coupled to the piston and configured to move the piston between the retracted and extended positions such as to apply and release the braking force wherein the electric motor is coupled to a screw drive, and the screw drive is coupled to the piston and configured to transfer a rotational drive movement of the electric motor into the movement of the piston and wherein the screw drive comprises a rotating element and a nut, wherein the rotating element and the nut are in thread engagement and wherein the rotating element is rotatably mounted in the housing, and the nut is a running nut that is movably mounted to the rotating element and rests against the piston and wherein the piston is slidably supported in the housing, configured to move along the stroke axis and wherein a radially expandable sealing element is positioned in the peripheral region of the piston, such that it sealingly abuts against an inside wall of the housing characterized in that the piston is configured to pivot from the stroke axis within a predetermined angle (α) to account for lateral movements imposed by the externally mounted brake mechanism and the nut comprises an end face that faces the piston and comprises a convexly shaped surface portion.
A method for controlling a plurality of sodium-sulfur batteries that, in an interconnected system in which a power generation device that fluctuates in output and an electric power storage-compensation device are combined to supply power to an electric power system, are each included in the electric power storage-compensation device and compensate for output fluctuations of the power generation device, the method comprising compensating for the output fluctuations of the power generation device, while controlling so that all of the plurality of sodium-sulfur batteries are in a state of not reaching any of a charge end and a discharge end by the characterizing steps of: charging, when one sodium-sulfur battery of the plurality of sodium-sulfur batteries reaches the discharge end, the sodium-sulfur battery reaching the discharge end, from a sodium-sulfur battery other than the sodium-sulfur battery reaching the discharge end; and discharging, when one sodium-sulfur battery of the plurality of sodium-sulfur batteries reaches the charge end, the sodium-sulfur battery reaching the charge end, to charge a sodium-sulfur battery other than the sodium-sulfur battery reaching the charge end. charging, when one sodium-sulfur battery of the plurality of sodium-sulfur batteries reaches the discharge end, the sodium-sulfur battery reaching the discharge end, from a sodium-sulfur battery other than the sodium-sulfur battery reaching the discharge end; and discharging, when one sodium-sulfur battery of the plurality of sodium-sulfur batteries reaches the charge end, the sodium-sulfur battery reaching the charge end, to charge a sodium-sulfur battery other than the sodium-sulfur battery reaching the charge end.
Anti-shock bearing for a timepiece, comprising: - a recess comprising a wall and a bottom; - an opening in said bottom, said opening being intended to receive a pivot-shank of a staff; - an elastic member comprising an outer part adapted for positioning the elastic member, a central part comprising a jewel hole (11, 11a) located facing said opening, and at least one elastic element connecting said outer part to said central part; - a counter-pivot supported by a setting located in the recess, the counter-pivot facing the jewel hole (11, 11a); - a return spring arranged to exert a force on the counter-pivot so as to push the latter towards said bottom of the recess; characterized in that the outer part of the elastic member is secured to the setting. - a recess comprising a wall and a bottom; - an opening in said bottom, said opening being intended to receive a pivot-shank of a staff; - an elastic member comprising an outer part adapted for positioning the elastic member, a central part comprising a jewel hole (11, 11a) located facing said opening, and at least one elastic element connecting said outer part to said central part; - a counter-pivot supported by a setting located in the recess, the counter-pivot facing the jewel hole (11, 11a); - a return spring arranged to exert a force on the counter-pivot so as to push the latter towards said bottom of the recess;
Method for operating an electric power steering system of a motor vehicle, in which method a steering wheel angle is predefined by means of a steering handle as a measure of a desired wheel steering angle for at least one steerable wheel of the motor vehicle, an electric servo drive with an electric motor providing steering assistance, an assistance torque of the steering assistance being reduced in a manner which is dependent on a damping function as long as starting of an internal combustion engine of the motor vehicle is being carried out, characterized in that a value of the reduced assistance torque is set in a manner which is dependent on at least one state variable of the power steering system and/or the motor vehicle, the at least one state variable being a rotor speed and/or a rotational speed of the electric motor, the reduction of the assistance torque being greater, the greater the rotor speed and/or the rotational speed.
A cleaning apparatus for cleaning a workpiece having a placing portion and a reference hole, the cleaning apparatus comprising: a table plate; a seating pad disposed on the table plate, the workpiece configured to be placed on the seating pad at the placing portion; a first nozzle disposed on the seating pad, the first nozzle configured to eject a cleaning fluid toward the placing portion; a pin disposed on the table plate, the pin configured to be inserted into the reference hole; and a second nozzle disposed on the pin, the second nozzle configured to eject the cleaning fluid toward inside of the reference hole. a table plate; a seating pad disposed on the table plate, the workpiece configured to be placed on the seating pad at the placing portion; a first nozzle disposed on the seating pad, the first nozzle configured to eject a cleaning fluid toward the placing portion; a pin disposed on the table plate, the pin configured to be inserted into the reference hole; and a second nozzle disposed on the pin, the second nozzle configured to eject the cleaning fluid toward inside of the reference hole.
A pharmaceutical composition prepared from the following bulk drugs by weight ratio: 8.75-60 parts of silybin 15-65 parts of phospholipid 25-150 parts of Pu'er tea extract 5.2-60 parts of L-carnitine or L-carnitine tartrate. 8.75-60 parts of silybin 15-65 parts of phospholipid 25-150 parts of Pu'er tea extract 5.2-60 parts of L-carnitine or L-carnitine tartrate.
Camera core of a smart camera for industrial image processing, comprising an image sensor interface for connecting an image sensor for capturing an image, wherein the camera core is designed as a hardware arithmetic logic unit, characterized in that a real-time data bus interface, for connecting a real-time data bus, and a camera control unit are additionally provided in the camera core, the camera control unit being connected to both the real-time data bus interface and the image sensor interface, and in that the camera control unit, after receiving a synchronisation data packet via the real-time data bus interface is actuated to prompt the capture of an image within a bus cycle of the real-time data bus, wherein the camera control unit controls the image sensor interface.
Telescopic pull-out arrangement with two telescopic extension slides (4, 5) disposed in opposing pairs and having a fixed rail and at least one movable rail, and a storage section retained on the movable rails via at least one pair (13, 14, 15, 16) of adapters (13, 14, 15, 16), wherein the adapters of at least one pair (13, 14, 15, 16) are identical to one another and the storage section has a first engagement contour (35, 37, 38, 44) cooperating with a first adapter (14, 16) of the pair (13, 14, 15, 16) and a second engagement contour (35, 37, 38, 44) cooperating with the second adapter (13, 15) of the pair (13, 14, 15, 16), characterised in that the adapters (13, 14, 15, 16) each have a third (28, 32) and a fourth engagement contour (21, 31), the first engagement contour (35, 37, 38, 44) of the storage section and the third engagement contour (28, 32) of the first adapter (14, 16) engage into one another, the second engagement contour (35, 37, 38, 44) of the storage section and the fourth engagement contour (21, 31) of the second adapter (13, 15) engage into one another, and the engagement of the first and third engagement contour (35, 28, 37, 32, 38, 32, 44, 28) has less transverse play with respect to the pull-out direction than the engagement of the second and fourth engagement contour (35, 21, 37,31,38,31,44,21).
A method of storing hazardous waste material, the method comprising: adding hazardous waste material via a filling nozzle sealingly coupled to a port of a container configured to sealingly contain the hazardous waste material; evacuating the container during adding of the hazardous waste material via a first evacuation nozzle sealingly coupled to the container; heating the container; and inserting a plug into the port; characterised by: evacuating the container during heating of the container via a second evacuation nozzle sealingly coupled to the container; and hot isostatically pressing the container. adding hazardous waste material via a filling nozzle sealingly coupled to a port of a container configured to sealingly contain the hazardous waste material; evacuating the container during adding of the hazardous waste material via a first evacuation nozzle sealingly coupled to the container; heating the container; and inserting a plug into the port; characterised by: evacuating the container during heating of the container via a second evacuation nozzle sealingly coupled to the container; and hot isostatically pressing the container. evacuating the container during heating of the container via a second evacuation nozzle sealingly coupled to the container; and hot isostatically pressing the container.
A system for compensating reactive power, the system comprising: a reactive power compensation unit configured to compensate reactive power; an impedance measurement unit configured to measure an impedance value of each of a plurality of loads; and a control unit configured to monitor an impedance change amount according to a loading state of each of the plurality of loads or according to an environmental change, characterised in that the control unit is further configured to determine an optimal control mode based on the monitored impedance change amount, and generate a control signal to compensate reactive power according to the determined optimal control mode, wherein the optimal control mode is one of a voltage control mode, a reactive power control mode, a flicker compensation mode, and a voltage unbalance mode. a reactive power compensation unit configured to compensate reactive power; an impedance measurement unit configured to measure an impedance value of each of a plurality of loads; and a control unit configured to monitor an impedance change amount according to a loading state of each of the plurality of loads or according to an environmental change, characterised in that the control unit is further configured to determine an optimal control mode based on the monitored impedance change amount, and generate a control signal to compensate reactive power according to the determined optimal control mode, wherein the optimal control mode is one of a voltage control mode, a reactive power control mode, a flicker compensation mode, and a voltage unbalance mode.
An axle assembly comprising: an electric motor module that includes: a rotor that is rotatable about a rotor axis; a rotor shaft that extends from the rotor and is rotatable about the rotor axis with the rotor; a stator that encircles the rotor; a coolant jacket that encircles the stator and that has a set of channels that are open in a direction that faces away from the rotor axis; an end plate that engages and is fixedly attached to an end of the coolant jacket and that supports the rotor shaft; and a motor housing that encircles a portion of the coolant jacket, wherein the motor housing is spaced apart from the end plate, the end plate is not received inside the motor housing, characterized in that: the coolant jacket is not received inside the end plate; and wherein multiple members of the set of channels are received inside the motor housing and the remaining members of the set of channels are not received inside the motor housing. a rotor that is rotatable about a rotor axis; a rotor shaft that extends from the rotor and is rotatable about the rotor axis with the rotor; a stator that encircles the rotor; a coolant jacket that encircles the stator and that has a set of channels that are open in a direction that faces away from the rotor axis; an end plate that engages and is fixedly attached to an end of the coolant jacket and that supports the rotor shaft; and a motor housing that encircles a portion of the coolant jacket, wherein the motor housing is spaced apart from the end plate, the end plate is not received inside the motor housing, characterized in that: the coolant jacket is not received inside the end plate; and wherein multiple members of the set of channels are received inside the motor housing and the remaining members of the set of channels are not received inside the motor housing. the coolant jacket is not received inside the end plate; and wherein multiple members of the set of channels are received inside the motor housing and the remaining members of the set of channels are not received inside the motor housing.
A personal care composition comprising cooling active and copolymer comprising acrylamidopropyltrimonium chloride, wherein the weight ratio of the amount of the cooling active to the amount of the copolymer is in the range from 1:1 to 100:1, wherein the cooling active comprises menthol, wherein the copolymer is Acrylamidopropyl Trimonium Chloride/Acrylamide Copolymer, and wherein the composition comprises a cleansing surfactant wherein the cooling active comprises at least 50% menthol by total weight of the cooling active wherein the composition additionally comprises cationic deposition polymer comprising galactomannan
A method for priming seed stock wherein, after pelleting with the pelleting substance, pelleted seeds enclosed by a pelleting substance are dried to a predetermined moisture content of 15% to 55% by weight and stored in accordance with prescribed environmental parameters for a predetermined time period in order to initiate a germination or priming process, wherein the composition of the pelleting substance is selected in a manner such that it releases oxygen under the environmental parameters, wherein the pelleting substance comprises at least one oxygen donor and a catalytically active initiator and wherein after expiry of the time period, the primed seeds are dried to a storage moisture content.
Electrical contact element comprising a contact pin and a spring-action clamping element which is fastened to the contact element and has a clamping spring arm for making clamping contact with a braided conductor end between the clamping area of a contact-making section of a connection block of the contact element and the clamping spring arm, wherein the clamping element has at least one holding arm with an end-side encompassing section by way of which the spring-action clamping element is fastened to the connection block of the contact element with a form fit, characterized in that the encompassing section of the holding arm encompasses the outer contour of the contact pin in the fastening region of the contact-making section which is designed in the form of a cylindrical casing with a round or square cross section, and the encompassing section is designed in an L or C shape.
A method in a mobile device, the method comprising: determining whether the traffic it is handling is of a defined type, while not handling traffic of the defined type over a first network, from time to time checking a second network to see if there are any messages; while handling traffic of the defined type over the first network, from time to time tuning away to the second network to see if there are any messages, the tuning away while handling traffic of the defined type over the first network taking place less frequently than the checking the second network while not handling traffic of the defined type over the first network. determining whether the traffic it is handling is of a defined type, while not handling traffic of the defined type over a first network, from time to time checking a second network to see if there are any messages; while handling traffic of the defined type over the first network, from time to time tuning away to the second network to see if there are any messages, the tuning away while handling traffic of the defined type over the first network taking place less frequently than the checking the second network while not handling traffic of the defined type over the first network.
A braided dual-sided compression packing seal, wherein a longitudinal axis extends through the center of the compression packing seal along a length of the compression packing seal, the compression packing seal comprising: an inner core; and an outer jacket, the outer jacket comprising at least a first material and a second material different than the first material, wherein the first material is braided with the second material to form the outer jacket and wherein the first material and the second material are disposed relative to each other such that, in cross-section, the compression packing seal has an asymmetrical configuration relative to a first axis (A 1) that is substantially perpendicular to the longitudinal axis and is substantially perpendicular to a side of the compression packing seal, wherein, as a result of the braiding and when the said outer jacket is viewed in cross-section, the first material of the outer jacket is disposed substantially completely along one exterior side of the compression packing seal and the second material of the outer jacket is disposed substantially completely along the other exterior side of the compression packing seal opposing the said one exterior side of the compression packing seal. an inner core; and an outer jacket, the outer jacket comprising at least a first material and a second material different than the first material, wherein the first material is braided with the second material to form the outer jacket and wherein the first material and the second material are disposed relative to each other such that, in cross-section, the compression packing seal has an asymmetrical configuration relative to a first axis (A 1) that is substantially perpendicular to the longitudinal axis and is substantially perpendicular to a side of the compression packing seal, wherein, as a result of the braiding and when the said outer jacket is viewed in cross-section, the first material of the outer jacket is disposed substantially completely along one exterior side of the compression packing seal and the second material of the outer jacket is disposed substantially completely along the other exterior side of the compression packing seal opposing the said one exterior side of the compression packing seal.
A method of on-channel tunneling, OCT, in a peer to peer direct wireless communication comprising: generating by a local tunneled MAC layer management entity, TN-MLME, a request primitive to a transport MAC layer management entity, TP-MLME, that is enabled to transmit, wherein the request carries the contents of a management frame and replaces transmission on-the-air of the management frame.
Method of rolling an annular rolling material with an open cylindrical cross-section in a ring rolling machine under inductive heating of the rolling material during the rolling process with use of at least one inductor, which is held at a predetermined coupling spacing relative to the rolling material and during the reshaping process is adjusted or carried along in correspondence with the dimensional change of the rolling material, wherein a magnetic alternating field preferably with a frequency between 4 and 10 kHz is coupled into the rolling material by the inductor, characterised in that an actual spacing of the inductor from the rolling material during the rolling process is detected by sensor and the coupling pacing is automatically regulated as a target value in dependence on the actual spacing, that the sensor-based detection of the actual spacing of the inductor from the rolling material is carried out in tactile manner and that the tactile detection of the actual spacing is carried out by means of a least two scanning rollers or by means of at least two spacers, which are brought into engagement with the outer circumference of the rolling material.
Process for the preparation of -β-angelica lactone of formula: by means of the reaction of α-angelica lactone of formula: with an ene-reductase having SEQ. ID n. 1 or SEQ. ID n. 2.