mhurhangee/ep-ind-claims huggingface dataset:
A solid particle distribution system for charging a chamber with solid particles comprising: a retention device for a charging device for solid particles, this retention device being arranged so as to ensure the retention of the charging device in the chamber and a sensor support device, the sensor being intended to acquire information relating to the charging of the chamber, and wherein the solid particle distribution system is arranged so that the retention device and the sensor support device can be mounted on the solid particle charging device whilst being able to be moved relative to this charging device. a retention device for a charging device for solid particles, this retention device being arranged so as to ensure the retention of the charging device in the chamber and a sensor support device, the sensor being intended to acquire information relating to the charging of the chamber, and wherein the solid particle distribution system is arranged so that the retention device and the sensor support device can be mounted on the solid particle charging device whilst being able to be moved relative to this charging device.
Method for operating a beverage vending machine, in particular a coffee machine, having the following method steps: - choosing or setting operating parameters for an operating program provided to produce a hot beverage by means of a mobile terminal, - transferring the set or chosen operating parameters to the beverage vending machine, - executing the operating program by means of the beverage vending machine on the basis of the set or chosen operating parameters so that - a rinse cycle of the beverage vending machine is carried out before the operating program, - after the rinse cycle and before the operating program a vessel to be filled is moved automatically below a beverage outlet, in particular coffee outlet, of the beverage vending machine, and - the operating program is then carried out. - choosing or setting operating parameters for an operating program provided to produce a hot beverage by means of a mobile terminal, - transferring the set or chosen operating parameters to the beverage vending machine, - executing the operating program by means of the beverage vending machine on the basis of the set or chosen operating parameters so that - a rinse cycle of the beverage vending machine is carried out before the operating program, - after the rinse cycle and before the operating program a vessel to be filled is moved automatically below a beverage outlet, in particular coffee outlet, of the beverage vending machine, and - the operating program is then carried out.
A method of generating a torque command provided by a motor of an electrically assisted vehicle, the motor being powered by a battery, the command being generated by a control unit, connected to a speed sensor of the vehicle and to a sensor for a force provided by a user, in order to compensate for a surplus force provided by a user beyond a target force, the method comprising the following steps: - a step for determining a vehicle speed value and a value of the surplus force provided by the user from measurements provided by the speed sensor and the force sensor, the surplus force corresponding to the portion of the force that exceeds the target force; - a step for determining the torque command comprising applying a gain to the surplus force, the gain having a value that varies with the speed measurement. - a step for determining a vehicle speed value and a value of the surplus force provided by the user from measurements provided by the speed sensor and the force sensor, the surplus force corresponding to the portion of the force that exceeds the target force; - a step for determining the torque command comprising applying a gain to the surplus force, the gain having a value that varies with the speed measurement.
Arrangement having a bearing, having a lubricant line, having a container and having a sensor; wherein the lubricant line is designed to introduce lubricant into the container from a bearing gap of the bearing; wherein the sensor is designed to measure at least one physical variable of lubricant situated in the container; characterized by a planet carrier (101, 103), a planet gear, a catching device and a lubricant-conducting connection from the catching device to the container; wherein the planet gear is mounted rotatably in the planet carrier by means of the bearing; wherein the planet carrier (101, 103) forms at least a part of the lubricant line, or at least a part of the lubricant line is fixed to the planet carrier (101, 103); and wherein the catching device is arranged in such a way that, in at least one rotational angle position of the planet carrier, it catches lubricant exiting the lubricant line. the lubricant line is designed to introduce lubricant into the container from a bearing gap of the bearing; wherein the sensor is designed to measure at least one physical variable of lubricant situated in the container; characterized by a planet carrier (101, 103), a planet gear, a catching device and a lubricant-conducting connection from the catching device to the container; wherein the planet gear is mounted rotatably in the planet carrier by means of the bearing; wherein the planet carrier (101, 103) forms at least a part of the lubricant line, or at least a part of the lubricant line is fixed to the planet carrier (101, 103); and wherein the catching device is arranged in such a way that, in at least one rotational angle position of the planet carrier, it catches lubricant exiting the lubricant line.
A compact lubricant injector, comprising an injector body having an inlet for lubricant under pressure, an outlet, a valve passage, and a measuring chamber for receiving lubricant from the inlet, a piston movable in the injector body along a first axis through a stroke in the measuring chamber for the discharge of a measured volume of lubricant from the measuring chamber and thence through the outlet, and a valve movable in the injector body along a second axis generally parallel to and spaced laterally from the first axis, said valve being responsive to lubricant pressure at the inlet for operation of the injector in cycles in each of which the injector starts in a state of repose wherein pressure of lubricant at the inlet is relieved and the measuring chamber is charged with lubricant, progresses through a state of discharge wherein lubricant under pressure is delivered to the outlet for discharge, and ends in a state for venting the injector to effect recharging wherein lubricant recharges the measuring chamber involving transmission of lubricant from the inlet to the measuring chamber, characterized in that the valve is at least partially positioned in the valve passage and has a circumferential groove therein establishing a first fluid pathway for fluid communication between the inlet and the measuring chamber when the injector is in said state of repose and establishing a second fluid pathway different from the first fluid pathway for fluid communication between the measuring chamber and the outlet when the injector is in said state of discharge. an injector body having an inlet for lubricant under pressure, an outlet, a valve passage, and a measuring chamber for receiving lubricant from the inlet, a piston movable in the injector body along a first axis through a stroke in the measuring chamber for the discharge of a measured volume of lubricant from the measuring chamber and thence through the outlet, and a valve movable in the injector body along a second axis generally parallel to and spaced laterally from the first axis, said valve being responsive to lubricant pressure at the inlet for operation of the injector in cycles in each of which the injector starts in a state of repose wherein pressure of lubricant at the inlet is relieved and the measuring chamber is charged with lubricant, progresses through a state of discharge wherein lubricant under pressure is delivered to the outlet for discharge, and ends in a state for venting the injector to effect recharging wherein lubricant recharges the measuring chamber involving transmission of lubricant from the inlet to the measuring chamber, characterized in that the valve is at least partially positioned in the valve passage and has a circumferential groove therein establishing a first fluid pathway for fluid communication between the inlet and the measuring chamber when the injector is in said state of repose and establishing a second fluid pathway different from the first fluid pathway for fluid communication between the measuring chamber and the outlet when the injector is in said state of discharge.
A method for automated testing of the reusability of components, in particular screws, which comprises the following steps: sensory detection of a state of a component, wherein the state of the component is described by a plurality of features, the sensory detection being carried out by optical sensors, which detect the geometric dimensions of the component, external damage or deformation of the component, and/or a state of any coating, acoustic sensors, which detect damage to the material and the material quality, and spectrometers, which detect a material composition of the component; comparison of the state with the states of comparison components stored in a database; decision about a reusability of the component on the basis of the comparison of the state with the states of comparison components stored in a database; and rejection or supply for reuse of the component on the basis of the decision. sensory detection of a state of a component, wherein the state of the component is described by a plurality of features, the sensory detection being carried out by optical sensors, which detect the geometric dimensions of the component, external damage or deformation of the component, and/or a state of any coating, acoustic sensors, which detect damage to the material and the material quality, and spectrometers, which detect a material composition of the component; optical sensors, which detect the geometric dimensions of the component, external damage or deformation of the component, and/or a state of any coating, acoustic sensors, which detect damage to the material and the material quality, and spectrometers, which detect a material composition of the component; comparison of the state with the states of comparison components stored in a database; decision about a reusability of the component on the basis of the comparison of the state with the states of comparison components stored in a database; and rejection or supply for reuse of the component on the basis of the decision.
A blocked polyisocyanate composition comprising at least one blocked polyisocyanate represented by a formula: [Formula 1] R- x y wherein R represents a residue of a polyisocyanate made from one or two or more selected from an aliphatic polyisocyanate, an alicyclic polyisocyanate and an aromatic polyisocyanate, from which isocyanate groups thereof are excluded, wherein the R is bound to a substituent including A and a substituent including B; A represents one or two or more kinds of a keto form represented by a formula shown below or an enol isomer thereof; B represents one or two or more kinds of a structural unit represented by a formula; and a total of x and y is from 2.0 to 20, and x is not 0, wherein R 1 represents an alkyl group containing 1 to 8 carbon atoms, a phenyl group or a benzyl group; and R 3 and R 4 may be identical to or different from each other, and they each represents a hydrocarbon group containing 1 to 30 carbon atoms, which optionally contains at least one selected from an ether bond, an ester bond, a hydroxyl group, a carbonyl group, and a thiol group, wherein the R 3 and the R 4 may be bonded to each other to form a 5- or 6-membered cycloalkyl group, or the R 3 and the R 4 may form a 3-, 4-, 5-, or 6-membered ring together with a nitrogen atom sandwiched between the R 3 and the R 4, the ring optionally containing a nitrogen or oxygen atom as an additional crosslinking member, wherein R 5 represents a residue of an active hydrogen-containing compound, from which an active hydrogen is excluded. [Formula 1] R- x y
Organopolysiloxane compositions crosslinkable by condensation reaction and producible using organopolysiloxanes containing condensable end groups, organosilicon compounds containing at least three acyloxy groups bonded directly to silicon, condensation catalysts, anhydrite, and silicas, in amounts of at least 1 and not more than 15 parts by weight, preferably not more than 10 parts by weight, based in each case on 100 parts by weight of organopolysiloxane, with the proviso that no kaolin is used, further fillers are used in amounts of at most 25 parts by weight, preferably at most 15 parts by weight, more preferably at most 5 parts by weight, based in each case on 100 parts by weight of organopolysiloxanes, and optionally further substances, which are used customarily in compositions crosslinkable by condensation reaction and which are different from the constituents to. organopolysiloxanes containing condensable end groups, organosilicon compounds containing at least three acyloxy groups bonded directly to silicon, condensation catalysts, anhydrite, and silicas, in amounts of at least 1 and not more than 15 parts by weight, preferably not more than 10 parts by weight, based in each case on 100 parts by weight of organopolysiloxane, with the proviso that no kaolin is used, further fillers are used in amounts of at most 25 parts by weight, preferably at most 15 parts by weight, more preferably at most 5 parts by weight, based in each case on 100 parts by weight of organopolysiloxanes, and optionally further substances, which are used customarily in compositions crosslinkable by condensation reaction and which are different from the constituents to.
An apparatus for detecting foreign object debris around a wireless power transfer system, the apparatus comprising: a plurality of detectors (5302, 5304, 5306), each detector comprising one or more loops of conducting material; and a controller configured to measure at least one of a voltage and a current in each detector and to determine, based on the measurements, whether foreign object debris is present around the wireless power transfer system, characterized in that: a first one of the plurality of detectors comprises a first number of loops of the conducting material, wherein the loops of the first detector enclose a respective common area, and wherein a second one of the plurality of detectors comprises a second number of loops of the conducting material, wherein the loops of the second detector enclose a respective common area, and wherein the second number of loops is larger than the first number of loops. a plurality of detectors (5302, 5304, 5306), each detector comprising one or more loops of conducting material; and a controller configured to measure at least one of a voltage and a current in each detector and to determine, based on the measurements, whether foreign object debris is present around the wireless power transfer system, characterized in that: a first one of the plurality of detectors comprises a first number of loops of the conducting material, wherein the loops of the first detector enclose a respective common area, and wherein a second one of the plurality of detectors comprises a second number of loops of the conducting material, wherein the loops of the second detector enclose a respective common area, and wherein the second number of loops is larger than the first number of loops.
A fitting assembly extending longitudinally along a flow axis and having coaxially aligned first and second flow passages at respective first and second ends (28, 29) of the fitting assembly; the first flow passage is in fluid communication with the pumping chamber and provides an inlet to the discharge check valve and an outlet from the pressure relief valve; the second flow passage is in fluid communication with the common rail fuel reservoir and provides an outlet from the discharge check valve and an inlet to the pressure relief valve; and a unitary valve seat member is situated within the fitting assembly between the first and second flow passages, having a first valve seat for the check valve coaxially aligned with a distinct second valve seat for the pressure relief valve; the fitting assembly has a solid body with a through bore defining the first and second flow passages; the valve seat member is substantially centrally fixed within the through bore, and includes a first internal flow path (P1',P1") to the first seat facing the second end, for discharge flow between the first and second passages and a second internal flow path (P2', P2") to the second seat facing the first end, for pressure relief flow between the second and the first passages; and a first valve element is biased against the first seat with a force corresponding to the fuel discharge opening pressure and a second valve element is biased against the second seat with a force corresponding to the overpressure relief opening pressure; characterized in that the first internal flow path (P1', P1") enlarges to a cylinder seat and the first valve element is a flat plate with a sealing face biased against the cylinder; and the second internal flow path (P2', P2") enlarges with a taper and the second valve element is a ball biased against the tapered surface.
An arrangement for a tailgate of a vehicle, with a carrier housing, which is to be arranged in an aperture of an outer panelling of the vehicle, a drive unit, which is attached to the carrier housing, a moveably mounted camera unit, which is received on the carrier housing and coupled to the drive unit in order to be moved at least between a rest position and an active position, in which an ambient region of the vehicle is detectable, an actuation element mounted on the carrier housing, which is designed so as to be moveable between a rest position covering the camera unit and an opened position and which is suitable for unlocking and/or opening the tailgate, a mechanical resetting element, which is coupled to the actuation element, and a support element, which is coupled to the mechanical resetting element, wherein in rest position of the camera unit the mechanical resetting element exerts a resetting force on the actuation element holding or forcing the actuation element in rest position and supports itself on the support element, characterized in that the support element is moveable relative to the carrier housing and in that the drive unit is coupled to the support element.
A preparation method of a rare earth permanent magnet material, characterized by comprising: a sintering treatment step, laying a composite powder for diffusion on the surface of a neodymium iron boron magnetic powder layer placed in a mold, and carrying out spark plasma sintering treatment to obtain a neodymium iron boron magnet with a diffusion layer solidified on the surface thereof, wherein a compositional proportional formula of the composite powder for diffusion is H 100-x-y M x Q y, wherein H is one or more of metal powders of Dy, Tb, Ho, and Gd, or H is one or more of fluoride powders or oxide powders of Dy, Tb, Ho, and Gd, M is a Nd, Pr, or NdPr metal powder, and Q is one or more of Cu, Al, Zn, and Sn metal powders; x and y are respectively atomic percentages of component M and component Q in the composite powder for diffusion, x is 0-20, and y is 0-40; a diffusion heat treatment step, carrying out a diffusion heat treatment on a neodymium iron boron magnet with a diffusion layer solidified on the surface thereof and performing a cooling to obtain a diffused neodymium iron boron magnet; and a tempering treatment step, carrying out a tempering treatment on the diffused neodymium iron boron magnet to obtain the rare earth permanent magnet material. a sintering treatment step, laying a composite powder for diffusion on the surface of a neodymium iron boron magnetic powder layer placed in a mold, and carrying out spark plasma sintering treatment to obtain a neodymium iron boron magnet with a diffusion layer solidified on the surface thereof, wherein a compositional proportional formula of the composite powder for diffusion is H 100-x-y M x Q y, wherein H is one or more of metal powders of Dy, Tb, Ho, and Gd, or H is one or more of fluoride powders or oxide powders of Dy, Tb, Ho, and Gd, M is a Nd, Pr, or NdPr metal powder, and Q is one or more of Cu, Al, Zn, and Sn metal powders; x and y are respectively atomic percentages of component M and component Q in the composite powder for diffusion, x is 0-20, and y is 0-40; a diffusion heat treatment step, carrying out a diffusion heat treatment on a neodymium iron boron magnet with a diffusion layer solidified on the surface thereof and performing a cooling to obtain a diffused neodymium iron boron magnet; and a tempering treatment step, carrying out a tempering treatment on the diffused neodymium iron boron magnet to obtain the rare earth permanent magnet material.
A device for holding a camera, which in particular serves as a parking aid of a motor vehicle, comprising a housing, in which a carriage, to which the camera can be secured, is movably received, wherein the carriage can be driven by a gear system, which gear system has a first swivelling element and a second swivelling element, which are connected to the carriage in an articulated manner, and wherein each swivelling element (31, 32) is rotatably mounted on the housing and the carriage is rotatably mounted on each swivelling element (31, 32), in such a way that the carriage, between a rest position and an operating position, performs at least a first movement phase and a second movement phase, wherein the first swivelling element can be pivoted about a first axis on the housing, the second swivelling element can be pivoted about a second axis on the housing, the first swivelling element has a third movable axis, about which the carriage can be pivoted, and the second swivelling element has a fourth movable axis, which is distanced from the third axis and about which the carriage can be pivoted.