mhurhangee/ep-ind-claims huggingface dataset:
An inductive proximity sensor for detecting an object having at least one coil, wherein at least one transmission current pulse can be applied to the coil by a control and evaluation unit and the control and evaluation unit is configured to output an object detection signal, wherein the control and evaluation unit is configured to scan at least one induced voltage pulse that is generated by the transmission current pulse at the coil in at least one period from or after the point in time of the application of the transmission current pulse up to the point in time of the complete attenuation of the voltage pulse and to form scan values from the voltage pulse, whereby the voltage pulse is digitized; wherein the control and evaluation unit is configured to evaluate the scan values of at least two consecutive voltage pulses for a distance determination of a metallic object; and wherein the control and evaluation unit is configured to carry out a digital integration in a time window from or after the start of the voltage pulse or of the transmission current pulse to generate a distance signal, characterized in that the control and evaluation unit is configured to scan at least one voltage value between two voltage pulses and to form scan values from the voltage value between two voltage pulses; and in that the control and evaluation unit is configured to carry out a compensation of low frequency interference and offsets from these scan values.
An apparatus for processing an anode plate for electrolysis, comprising: a transverse transmission device for transmitting the anode plate in a transverse direction; a plate-flattening and thickness-measuring device for flattening the anode plate being transmitted on the transverse transmission device and measuring a thickness of the anode plate being transmitted on the transverse transmission device; and a hanger bottom milling device configured to mill a bottom surface of a hanger of the anode plate, the device being disposed at a first side of the transverse transmission device and positioned downstream of the plate-flattening and thickness- measuring device in the transverse direction; characterised in that the apparatus further comprises a hanger side milling device configured to mill a side surface of the hanger of the anode plate, the device being dispose at a second side of the transverse transmission device and positioned downstream of the plate-flattening and thickness-measuring device in the transverse direction. a transverse transmission device for transmitting the anode plate in a transverse direction; a plate-flattening and thickness-measuring device for flattening the anode plate being transmitted on the transverse transmission device and measuring a thickness of the anode plate being transmitted on the transverse transmission device; and a hanger bottom milling device configured to mill a bottom surface of a hanger of the anode plate, the device being disposed at a first side of the transverse transmission device and positioned downstream of the plate-flattening and thickness- measuring device in the transverse direction;
Sliding door rail assembly for a sliding door panel, comprising a guide rail and two sliding assemblies movable along the guide rail, wherein the guide rail comprises a support surface and two activating members, wherein each sliding assembly comprises a first part provided with at least one sliding element which is movable along said support surface, and a second part to which the sliding door panel, configured to close an opening in a wall, is attachable, wherein said second part is connected to said first part via a connecting mechanism and wherein said second part is movable with respect to said first part through a suspension mechanism, wherein an axis of said suspension mechanism and a plane of said opening in a wall include an angle (a), for example an angle in the range of 30°-60°, wherein said second part of each sliding assembly comprises a rotatable contact member that is configured to cooperate with a respective activating member the second part of the sliding assembly moves along the axis of the suspension mechanism when the contact member rolls along the activating member, characterized in that the axis around which said contact member is rotatable extends normally with respect to said axis of said suspension mechanism, wherein the configuration is such that each activating member is only contactable by the rotatable contact member of a single sliding assembly, wherein the guide rail is provided with two spaced-apart activating members located at mutually different positions viewed normally with respect to said suspension mechanism axis, wherein each rotabable contact member is mounted at an axial position that is associated with one of the plurality of activating members.
Circuit arrangement comprising a first microcontroller and a second microcontroller connected to the first, comprising the following features: - the first microcontroller is set up in such a manner that a main process controlling or regulating at least one output signal from the first microcontroller and a safety process designed to detect an error state of the first microcontroller can be carried out in a parallel manner, - the second microcontroller is in the form of a watchdog such that a signal which has priority over the output signal from the first microcontroller can be output at the second microcontroller if an error state is detected by the safety process and/or by the second microcontroller, and - the safety process is designed to communicate with the second microcontroller in a manner based on a time window, and the safety process is designed to concomitantly monitor the second microcontroller. - the first microcontroller is set up in such a manner that a main process controlling or regulating at least one output signal from the first microcontroller and a safety process designed to detect an error state of the first microcontroller can be carried out in a parallel manner, - the second microcontroller is in the form of a watchdog such that a signal which has priority over the output signal from the first microcontroller can be output at the second microcontroller if an error state is detected by the safety process and/or by the second microcontroller, and - the safety process is designed to communicate with the second microcontroller in a manner based on a time window, and the safety process is designed to concomitantly monitor the second microcontroller.
A method, comprising: receiving, by a secondary base station, an indication indicating that for at least one split bearer, downlink data received from a master base station prior to the indication is to be forwarded back to the master base station, and that the at least one split bearer should be kept or maintained at the secondary base station; and in response to the received indication, forwarding the downlink data for the at least one split bearer received from the master base station prior to the indication back to the master base station. receiving, by a secondary base station, an indication indicating that for at least one split bearer, downlink data received from a master base station prior to the indication is to be forwarded back to the master base station, and that the at least one split bearer should be kept or maintained at the secondary base station; and in response to the received indication, forwarding the downlink data for the at least one split bearer received from the master base station prior to the indication back to the master base station.
A polarizer plate comprising: a polarization film; and an integrated O film laminated on the polarization film, wherein the integrated O film includes a transversely-stretched negative B film, a positive O film and an alignment film interposed between the transversely-stretched negative B film and the positive O film, characterized in that the alignment film is an acrylic-based alignment film, the transversely-stretched negative B film is an anisotropic film having the following relationship of Equation 4, and an in-plane retardation value of the transversely-stretched negative B film, as expressed by Equation 5, is 150 to 250 nm: n x ≠ n y > n z, In - plane retardation value R in = d × n x - n y wherein n x, n y and n z denote refractive indexes of x, y and z directions, respectively, and d denotes the thickness of the film, and wherein an in-plane optical axes of the polarization film and the transversely-stretched negative B film are orthogonal to each other. a polarization film; and an integrated O film laminated on the polarization film, wherein the integrated O film includes a transversely-stretched negative B film, a positive O film and an alignment film interposed between the transversely-stretched negative B film and the positive O film, characterized in that the alignment film is an acrylic-based alignment film, the transversely-stretched negative B film is an anisotropic film having the following relationship of Equation 4, and an in-plane retardation value of the transversely-stretched negative B film, as expressed by Equation 5, is 150 to 250 nm: n x ≠ n y > n z, In - plane retardation value R in = d × n x - n y wherein n x, n y and n z denote refractive indexes of x, y and z directions, respectively, and d denotes the thickness of the film, and wherein an in-plane optical axes of the polarization film and the transversely-stretched negative B film are orthogonal to each other.
Meter, in particular a meter for fluids, in particular for liquids and preferably water, that comprises in essence a housing provided with a fluid inlet opening and a fluid outlet opening, a turbine having radial blades and actuated by the movement of the fluid between said inlet and outlet openings, said housing having mounted on it a device for measuring the movement of said turbine, wherein topping, capping and receiving the vertical axle of the turbine is a support element, whereas a means for deviating the flow of fluid is provided, said means being actuable from outside said housing, whereas the means for deviating the flow is in the form of an orientable chicane, said orientable chicane extending radially and in an essentially vertical plane, whereas the orientable chicane and the turbine are coaxial, and said orientable chicane is secured to the support element which is mounted so as to be free to rotate also coaxially about the axis of rotation of the turbine, and of which the movement in rotation can be controlled from outside said housing, whereas the support element comprises a base part in the form of a horizontal circular disc that extends perpendicular to the vertical axis of rotation of the turbine and is provided with a wall portion which extends radially and vertically from the lower face of said disc so as to form the orientable chicane for the fluid flow, the upper face of said disc being provided with a circular collar that extends as far as an external portion of the housing in which flows the fluid that is to be measured, it being possible, by rotating said collar, to control the orientation of the wall portion forming the orientable chicane for deviating the fluid, the meter being characterized in that the collar has, in its outer portion facing the user, an annular thread and that a holding nut engages with the annular thread of the collar of the support element in order to hold it on an external wall of the housing of the meter.
Pergola provided with retractable slats arranged pivoting according to axes parallel to a common direction (r), the slats being connected to at least one actuating profile (P1, P2), which comprises an actuating tube with axis parallel to the common direction (r), each actuating profile (P1, P2) being connected to the actuating tube by means of a rod (B, B1), which comprises a rotating actuating mechanism of the actuating tube, characterised in that the mechanism comprises a first stage provided with an endless screw and an output shaft with axis parallel to the axis of the tube and it also comprises a reducer arranged inside the tube and actuated by the output of the first stage.
A motorized tool for agricultural use, particularly of the energy-saving type, comprising at least one movable part that is adapted to engage objects to be processed within a work area, means for varying the working speed of said at least one movable part, detection means adapted to detect said objects (7a, 7b) entering said work area and functionally associated with said variator means so as to vary automatically the working speed of said at least one movable part between a working speed value equal to zero and a maximum speed value in relation to the presence and/or consistency of said objects (7a, 7b), and means for the electronic management of said variator means which are functionally associated with said detection means in order to process the measurement performed by said detection means and convert it into an electrical signal associated with a predefined working speed value of said at least one movable part, characterized in that said detection means are arranged at an inlet of the work area of said at least one movable part, in that said electronic management means comprise transducer means which are associated directly with said detection means and comprise at least one transducer of the mechanical type and at least one contactless shape measurement transducer, and in that said detection means comprise at least one movable element which rotates integrally with a control rod arranged above said inlet of said work area of said at least one movable part and transversely with respect to the approach direction of said objects (7a, 7b) and is associated rotatably with the framework of said tool so that it can move between an inactive position, in which said at least one movable element is arranged by gravity in a substantially vertical position with respect to the ground on which said tool works, so as to be able to engage said objects (7a, 7b) entering said work area, and a maximum detection position, in which said at least one movable element is arranged in a position that is raised substantially with respect to the ground on which said tool works as a consequence of the engagement of at least one of said objects (7a, 7b) entering said work area, said at least one transducer of the mechanical type comprising an angular position transducer which is associated with said control rod in such a manner as to measure its angular rotation with respect to said inactive position.
Alternating current to direct current rectifier bridge for polyphase alternator, notably of a motor vehicle, provided with a polyphase armature winding comprising phase outputs, of the type comprising a plurality of parallel branches each comprising a pair of diodes (80, 100) mounted in series and a connection bridge intended to be linked to one of the outputs of the phases of the armature winding, characterized in that at least one its branches comprises two diodes (80, 100) with threshold voltage (Vf) lower than 0.7 V, in that one of the diodes, called first diode, exhibits a threshold voltage lower than the threshold voltage of the other diode, called second diode, and in that the leakage current of the second diode is lower than the leakage current of the first diode.
Method of illuminating a peripheral region of a motor vehicle by a vehicle-side radiation of at least one light beam (16, 16 ', 16 ") onto a deflection device of the motor vehicle and by a time-controlled deflection of the light beam (16, 16', 16 ") in the peripheral region of the motor vehicle by means of the deflection device for illumination of the entire peripheral region, wherein the deflector direction of the light beam (16, 16 ', 16") deflects at a predetermined time (t) on a predetermined location (s) of the peripheral area, characterized in that, there is an optical device between the peripheral region and a vehicle occupant for generating a Visible, predetermined illumination pattern in the peripheral region and only visible to the occupant, there is a transmission at at least one of the time points (t1, t2) of a reflected part of a light beam (16, 16, 16") from the peripheral region reflected back to the occupants which is blocked, so that any associated point (s1, s2) appears non-illuminated to the vehicle occupants and the other points appear illuminated, whereby for the creation of the illumination pattern, there is a control unit in the peripheral region creating a point to be darkened (s1, s2) and at this darkened point (s1, s2) there is a trigger time (t1, t2) for the optical device as well as the current time point (t) of the deflector, which repeats the deflecting cyclically, and creates a control signal for the optical device with the trigger point (t1, t2) and when consistent with the current time (t), at which transmission is blocked.
Elevator, which comprises control appliances (2, 3, 4, 5, 6, 7, 8, 9, 10) of the elevator fitted to communicate between themselves, and which elevator comprises a control arrangement for placing at least one of the control appliances (2, 3, 4, 5, 6, 7, 8, 9, 10) of the elevator into a standby mode or for terminating a standby mode, wherein the aforementioned control arrangement is fitted to set the standby mode on the basis of at least one activation signal, and in that the control arrangement is fitted to send a control signal of the standby mode to at least one of the control appliances (2,3,4,5,6,7,8,9,10) of the elevator, which control appliance (2, 3, 4, 5, 6, 7, 8, 9, 10) of the elevator comprises a first and a second power supply circuit, to which second power supply circuit a controllable switch is connected such that power supply from the output of the second power supply circuit can be either allowed or prevented with the control of the switch, and to which first power supply circuit a controller is connected, which controller comprises an input for the control signal of the standby mode, and in that the aforementioned controller is fitted to control the aforementioned switch on the basis of the control signal of the standby mode, characterized in that the standby mode is divided between a first and a second standby mode, whereby the aforementioned control appliance is fitted to switch to said first standby mode with a first delay after receiving the control signal of the standby mode, wherein after switching to the first standby mode the aforementioned control appliance (2, 3, 4, 5, 6, 7, 8, 9, 10) is fitted to further switch after a preset second time delay to said second standby mode, and wherein in the second standby mode functions of the at least one control appliance (2, 3, 4, 5, 6, 7, 8, 9, 10) are further extinguished, and recovery from the second standby mode is slower than recovery from the first standby mode.
A drug delivery device, comprising: a cartridge (211, 351) for storing a medicament; a needle communicating with said cartridge (211, 351) for injecting a medicament dose; a rack (241, 361) movably disposed in said cartridge(211,351), said rack (241, 361) being engageable with a stopper for expelling the medicament dose from the cartridge(211, 351); characterised in that, a lever assembly (231, 331)_having a lever arm (233, 335)_connected to a lever gear (232, 323), said lever gear (232, 323) being engaged with said rack (241, 361) such that rotation of said lever arm (233, 335) rotates said lever gear (232, 323) during injection of the medicament dose, thereby moving said rack (241, 361)_and said stopper through said cartridge (211, 351) to deliver the medicament dose; and a dose setting wheel (221, 311) which is rotated to set the medicament dose, said dose setting wheel (221, 311) being connected to said lever arm (233, 335) such that when said dose setting wheel (221, 311) is rotated to set the medicament dose, said lever arm pivots from a first position to a second position. a cartridge (211, 351) for storing a medicament; a needle communicating with said cartridge (211, 351) for injecting a medicament dose; a rack (241, 361) movably disposed in said cartridge(211,351), said rack (241, 361) being engageable with a stopper for expelling the medicament dose from the cartridge(211, 351); characterised in that, a lever assembly (231, 331)_having a lever arm (233, 335)_connected to a lever gear (232, 323), said lever gear (232, 323) being engaged with said rack (241, 361) such that rotation of said lever arm (233, 335) rotates said lever gear (232, 323) during injection of the medicament dose, thereby moving said rack (241, 361)_and said stopper through said cartridge (211, 351) to deliver the medicament dose; and a dose setting wheel (221, 311) which is rotated to set the medicament dose, said dose setting wheel (221, 311) being connected to said lever arm (233, 335) such that when said dose setting wheel (221, 311) is rotated to set the medicament dose, said lever arm pivots from a first position to a second position.
Construction machine, particularly a road construction machine, including a steering device, the steering device comprising a) a steering element for manual input of steering commands, b) a steering actuator for driving a steering adjustment of a steering apparatus of a travel unit of the construction machine; and c) a transmission device, which is arranged between the steering element and the steering actuator, the transmission device including an actuator orbitrol for driving the steering actuator, in which an upstream orbitrol is provided, said upstream orbitrol being arranged between the steering element and the actuator orbitrol in such a way that, on the one hand, it is driven by the steering element and, on the other hand, it drives the actuator orbitrol characterized in that the construction machine includes an operator platform, which, with respect to an operating position, is at least partly adjustable between two alternative operating positions (I, II), the steering element is part of a control platform or a control slide, which control platform or control slide can be swivelled transversely to the working direction of the construction machine and/or about a vertical axis the, and the upstream orbitrol is integrated in the control platform or control slide and carried along with the control platform or control slide during an adjustment. a) a steering element for manual input of steering commands, b) a steering actuator for driving a steering adjustment of a steering apparatus of a travel unit of the construction machine; and c) a transmission device, which is arranged between the steering element and the steering actuator, the transmission device including an actuator orbitrol for driving the steering actuator,
An extraction interface for connecting a first flow channel to a second flow channel in an airtight manner, wherein the extraction interface has a main body with an extraction opening, wherein the extraction opening has an opening plane and a sealing element that surrounds the extraction opening in the circumferential direction, characterized in that the sealing element is realized in the form of an elastic bellows, which viewed in a cross section oriented orthogonal to the opening plane has in a relaxed state of the sealing element an E-shape with at least one bending point, two legs (9, 10) that meet in the bending point and two leg end regions (11, 12) adjoining the legs (9, 10), and wherein the leg end regions (11, 12) point radially outward in a direction facing away from the extraction opening and are connected to two locally separated connecting points (13, 14) of the main body.