mhurhangee/ep-ind-claims huggingface dataset:
A method for the automated parking of a vehicle fitted with an active parking assist system and a superimposed steering device, with the following steps: (a) Determination of a current wheel angle or a current steering wheel angle of the vehicle; (b) Generation of a dynamic angle specification by means of the parking assist system and transmission of the dynamic angle specification as an input signal for a control device of the vehicle steering device and for a control device of the superimposed steering device; (c) Control of the vehicle steering device, such that the wheel angle is modified in accordance with the dynamic angle specification; (d) Control of the superimposed steering device, such that a superimposed angle is generated, through which the modification of the steering wheel angle, which is actually brought about by means of the control of the vehicle steering device, is at least partially compensated for, and characterised by the following step: (e) When the automated parking procedure is aborted or after it has ended, the superimposed steering device is controlled, such that an incorrect angle between steering wheel angle and wheel angle is reduced by an angle synchronisation, wherein, until the reduction of the incorrect angle between steering wheel angle and wheel angle is complete, (m) a warning signal is given to a driver of the vehicle; (n) the current wheel angle is indicated to a driver of the vehicle; and/or (o) an approach of the vehicle is prevented. (a) Determination of a current wheel angle or a current steering wheel angle of the vehicle; (b) Generation of a dynamic angle specification by means of the parking assist system and transmission of the dynamic angle specification as an input signal for a control device of the vehicle steering device and for a control device of the superimposed steering device; (c) Control of the vehicle steering device, such that the wheel angle is modified in accordance with the dynamic angle specification; (d) Control of the superimposed steering device, such that a superimposed angle is generated, through which the modification of the steering wheel angle, which is actually brought about by means of the control of the vehicle steering device, is at least partially compensated for, and (e) When the automated parking procedure is aborted or after it has ended, the superimposed steering device is controlled, such that an incorrect angle between steering wheel angle and wheel angle is reduced by an angle synchronisation, wherein, until the reduction of the incorrect angle between steering wheel angle and wheel angle is complete, (m) a warning signal is given to a driver of the vehicle; (n) the current wheel angle is indicated to a driver of the vehicle; and/or (o) an approach of the vehicle is prevented. (m) a warning signal is given to a driver of the vehicle; (n) the current wheel angle is indicated to a driver of the vehicle; and/or (o) an approach of the vehicle is prevented.
An optical standard for purposes of calibration or characterisation of optical measuring devices or an intensity reference system, or for intensity measurements, comprising a combination of at least two layer-form optical standard modules with defined optical properties that in an essentially plane parallel manner can be connected with one another directly adjoining one another, or are connected with one another directly adjoining one another, wherein the standard modules differ from one another in each case by at least one optical property, namely by their absorption, emission, scattering and/or reflection properties, and the standard modules are provided such that they interact with an electromagnetic radiation impinging on one of their two main surfaces (12.1), wherein the optical standard modules comprise at least a combination of a plurality of chromophore-based and/or physical emission standard modules (14, 14', 14") which are coordinated with one another in such a way that their emission bands partly overlap in such a way that the relative intensity at the intersection wavelengths of adjacent normalised emission bands of the emission standard modules is at least 10% of the band maximum.
A protection device for preventing damage to an elongate flexible member passing through an aperture, the device comprising: a body adapted to be inserted into the aperture in a first direction and having an internal passageway for allowing movement of an elongate flexible member therethrough; and latching means on said body for engaging an edge of the aperture to prevent removal of the body from the aperture in a second direction, opposite to said first direction, after insertion of said body into said aperture in said first direction, to prevent the elongate flexible member from engaging the edge of the aperture, wherein the latching means comprise: a plurality of latching members movable relative to said body between a first position enabling insertion of said body into said aperture in said first direction and a second position preventing removal of said body from said aperture in said second direction, and biasing means for biasing a plurality of said latching members towards the second position thereof; and at least two said latching members are spaced apart in a direction along a longitudinal axis of said body, characterised in that the body has apertures through which latching members in the form of galvanised steel latch fingers project. a body adapted to be inserted into the aperture in a first direction and having an internal passageway for allowing movement of an elongate flexible member therethrough; and latching means on said body for engaging an edge of the aperture to prevent removal of the body from the aperture in a second direction, opposite to said first direction, after insertion of said body into said aperture in said first direction, to prevent the elongate flexible member from engaging the edge of the aperture, the latching means comprise: a plurality of latching members movable relative to said body between a first position enabling insertion of said body into said aperture in said first direction and a second position preventing removal of said body from said aperture in said second direction, and biasing means for biasing a plurality of said latching members towards the second position thereof; and a plurality of latching members movable relative to said body between a first position enabling insertion of said body into said aperture in said first direction and a second position preventing removal of said body from said aperture in said second direction, and biasing means for biasing a plurality of said latching members towards the second position thereof; and at least two said latching members are spaced apart in a direction along a longitudinal axis of said body, characterised in that the body has apertures through which latching members in the form of galvanised steel latch fingers project.
Multi-socket electrical housing comprising: - at least two orifices (3A, 3B) providing access respectively to a flat conductor and intended to be linked to an electrical line (P, N, T), - at least two flat conductors including undulations, each undulation including: - a connection zone delineated by two edges that are parallel to an axis, spaced apart from one another and between which a male pin of an electrical plug is intended to be introduced, - a flared zone delineated by two edges that are oblique with respect to the axis and respectively extend the two edges of the connection zone, the multi-socket electrical housing being characterized in that the flared zone is then delineated by two other edges that are parallel to the axis and extend the two oblique edges, the two parallel edges of the flared zone being sufficiently spaced apart from one another to enable coplanar positioning of the connection zone of a first flat conductor within the flared zone of a second flat conductor, while respecting the isolation distances that are necessary between phase, neutral and earth lines to which the first and second conductors are intended to be linked. - at least two orifices (3A, 3B) providing access respectively to a flat conductor and intended to be linked to an electrical line (P, N, T), - at least two flat conductors including undulations, each undulation including: - a connection zone delineated by two edges that are parallel to an axis, spaced apart from one another and between which a male pin of an electrical plug is intended to be introduced, - a flared zone delineated by two edges that are oblique with respect to the axis and respectively extend the two edges of the connection zone, the multi-socket electrical housing being characterized in that the flared zone is then delineated by two other edges that are parallel to the axis and extend the two oblique edges, the two parallel edges of the flared zone being sufficiently spaced apart from one another to enable coplanar positioning of the connection zone of a first flat conductor within the flared zone of a second flat conductor, while respecting the isolation distances that are necessary between phase, neutral and earth lines to which the first and second conductors are intended to be linked. - a connection zone delineated by two edges that are parallel to an axis, spaced apart from one another and between which a male pin of an electrical plug is intended to be introduced, - a flared zone delineated by two edges that are oblique with respect to the axis and respectively extend the two edges of the connection zone, the multi-socket electrical housing being characterized in that the flared zone is then delineated by two other edges that are parallel to the axis and extend the two oblique edges, the two parallel edges of the flared zone being sufficiently spaced apart from one another to enable coplanar positioning of the connection zone of a first flat conductor within the flared zone of a second flat conductor, while respecting the isolation distances that are necessary between phase, neutral and earth lines to which the first and second conductors are intended to be linked.
An elevator, with a drive, with a cabin which is operatively connected to the drive and can be moved along a travel path, with at least one guide rail which is arranged along the travel path and guides the cabin, with a safety brake, which is arranged on the cabin and is designed to exert a braking force on the guide rail, and with a safety system, comprising a first safety control unit and a second safety control unit and which monitors the safety condition of the elevator, wherein the first safety control unit is designed to output a stop signal to the drive, in particular to a drive brake and/or to a frequency converter of the drive, and wherein the second safety control unit is designed to output a trigger signal to the safety brake in order to bring the elevator into a permissible safety condition when an impermissible safety condition is detected, and wherein the second safety control unit is connected to the first safety control unit and is designed to output a status signal to the first safety control unit when an impermissible safety condition is detected, characterized in that the safety system can output the stop signal to the drive only via the first safety control unit and the safety system can output the trigger signal to the safety brake only via the second safety control unit. with a cabin which is operatively connected to the drive and can be moved along a travel path, with at least one guide rail which is arranged along the travel path and guides the cabin, with a safety brake, which is arranged on the cabin and is designed to exert a braking force on the guide rail, and with a safety system, comprising a first safety control unit and a second safety control unit and which monitors the safety condition of the elevator, wherein the first safety control unit is designed to output a stop signal to the drive, in particular to a drive brake and/or to a frequency converter of the drive, and wherein the second safety control unit is designed to output a trigger signal to the safety brake in order to bring the elevator into a permissible safety condition when an impermissible safety condition is detected, and wherein the second safety control unit is connected to the first safety control unit and is designed to output a status signal to the first safety control unit when an impermissible safety condition is detected, characterized in that the safety system can output the stop signal to the drive only via the first safety control unit and the safety system can output the trigger signal to the safety brake only via the second safety control unit.
A MEMS pressure sensor system for sensing the pressure of a gas or liquid comprising: a housing having an entry port for the gas or liquid; a pressure sensor having a flexible diaphragm within the housing and a sensing system having a configuration that senses changes in the diaphragm caused by changes in the pressure of the gas or liquid; and a baffle positioned between the entry port and the pressure sensor, the baffle having: one or more inlets oriented to receive gas or liquid that enters the entry port; one or more outlets oriented to deliver the received gas or liquid to pressure sensor; wherein at least one of the outlets is located within no more than one millimeter of a surface of the diaphragm; one or more sealed flow channels that prevent the gas or liquid from escaping from the baffle, other than through the one or more outlets, characterized in that the sealed flow channels force the gas or liquid to change directions while traveling through the baffle, and wherein the baffle is monolithic and has multiple conformal layers, each with at least one hole through it. a housing having an entry port for the gas or liquid; a pressure sensor having a flexible diaphragm within the housing and a sensing system having a configuration that senses changes in the diaphragm caused by changes in the pressure of the gas or liquid; and a baffle positioned between the entry port and the pressure sensor, the baffle having: one or more inlets oriented to receive gas or liquid that enters the entry port; one or more outlets oriented to deliver the received gas or liquid to pressure sensor; wherein at least one of the outlets is located within no more than one millimeter of a surface of the diaphragm; one or more sealed flow channels that prevent the gas or liquid from escaping from the baffle, other than through the one or more outlets, characterized in that the sealed flow channels force the gas or liquid to change directions while traveling through the baffle, and wherein the baffle is monolithic and has multiple conformal layers, each with at least one hole through it. one or more inlets oriented to receive gas or liquid that enters the entry port; one or more outlets oriented to deliver the received gas or liquid to pressure sensor; wherein at least one of the outlets is located within no more than one millimeter of a surface of the diaphragm; one or more sealed flow channels that prevent the gas or liquid from escaping from the baffle, other than through the one or more outlets, characterized in that the sealed flow channels force the gas or liquid to change directions while traveling through the baffle, and wherein the baffle is monolithic and has multiple conformal layers, each with at least one hole through it.
Application device for a viscous adhesive, comprising a base body having a first inlet for a viscous adhesive and a nozzle body which is rotatable about an axis with respect to the base body and which surrounds a portion of the base body radially on the outside with respect to the axis, wherein the nozzle body has a nozzle channel which has a nozzle opening at a first end for discharging the adhesive from the application device and an inflow entry at a second end, wherein the nozzle body and the base body are aligned in such a way that adhesive can be conveyed into the inflow entry of the nozzle channel via an orifice of the first inlet, wherein a first dynamic seal covers the base body, which rests with an inner side against an outer wall (15, 21) of the base body and with an outer side against an inner wall of the nozzle body, characterized in that a separating agent chamber is formed which surrounds the base body in the circumferential direction and which is delimited radially inside by the outer wall (15, 21) of the base body and radially outside by the inner wall of the nozzle body, wherein a second inlet for separating agent is formed in the base body, which is fluidically connected to the separating agent chamber for feeding separating agent, wherein the first dynamic seal is formed in the direction of the axis between the separating agent chamber and the inflow entry of the nozzle channel of the nozzle body, wherein an outlet is formed in the base body and is in fluid communication with the separating agent chamber. comprising a base body having a first inlet for a viscous adhesive and a nozzle body which is rotatable about an axis with respect to the base body and which surrounds a portion of the base body radially on the outside with respect to the axis, wherein the nozzle body has a nozzle channel which has a nozzle opening at a first end for discharging the adhesive from the application device and an inflow entry at a second end, wherein the nozzle body and the base body are aligned in such a way that adhesive can be conveyed into the inflow entry of the nozzle channel via an orifice of the first inlet, wherein a first dynamic seal covers the base body, which rests with an inner side against an outer wall (15, 21) of the base body and with an outer side against an inner wall of the nozzle body, characterized in that a separating agent chamber is formed which surrounds the base body in the circumferential direction and which is delimited radially inside by the outer wall (15, 21) of the base body and radially outside by the inner wall of the nozzle body, wherein a second inlet for separating agent is formed in the base body, which is fluidically connected to the separating agent chamber for feeding separating agent, wherein the first dynamic seal is formed in the direction of the axis between the separating agent chamber and the inflow entry of the nozzle channel of the nozzle body, wherein an outlet is formed in the base body and is in fluid communication with the separating agent chamber.
An electric heater, comprising a planar coated heating block which is held in a housing defining opposite frame openings (16, 18) and includes parallel layers of heat-emitting elements and heat-generating elements, first struts extending at right angles with respect to the layers, covering the respective frame openings (16; 18) and assigned to the housing, and second struts extending parallel with respect to the layers and defined by the heating block, wherein said second struts extend in sections between the first struts so that the first struts are each fixed between two sections (40.1 - 40.5) of the second struts, characterized in that the first and second struts (20; 43) form a grid arrangement ((20; 43) reinforcing the housing.
Container for filling a battery cell with electrolyte, having: - a first inlet opening for filling with an electrolyte, with a first valve for opening and closing the first inlet opening, - a second inlet opening for filling with an inert gas, with a second valve for opening and closing the second inlet opening, and - an outlet opening for letting electrolyte out, with a third valve for opening and closing the outlet opening, wherein the first valve and the third valve comprise a flow valve or a pressure valve, which are in each case designed for selectively opening or closing a throughflow in both directions. - a first inlet opening for filling with an electrolyte, with a first valve for opening and closing the first inlet opening, - a second inlet opening for filling with an inert gas, with a second valve for opening and closing the second inlet opening, and - an outlet opening for letting electrolyte out, with a third valve for opening and closing the outlet opening,
A method for listening on an uplink channel by a terminal device, comprising: performing first listen before talk, LBT, and sending a first data packet on a first uplink burst after the first LBT succeeds; determining a second contention window size, CWS, wherein on condition that a first time length is greater than a first time threshold and first indication information indicating a HARQ status is not received after the first uplink burst, the second CWS is greater than a first CWS; and/or on condition that the first time length is less than or equal to the first time threshold and the first indication information indicating the HARQ status is not received after the first uplink burst, the second CWS is equal to the first CWS; and performing second LBT based on the second CWS; wherein the first time length is an interval between a first reference time unit and a second reference time unit corresponding to the first uplink burst, the first CWS is used for a LBT previous to the second LBT, and the first reference time unit is later than the second reference time unit corresponding to the first uplink burst; wherein the first reference time unit is a starting time unit of a second uplink burst corresponding to the second LBT; and the second reference time unit corresponding to the first uplink burst is a time unit in the first uplink burst. performing first listen before talk, LBT, and sending a first data packet on a first uplink burst after the first LBT succeeds; determining a second contention window size, CWS, wherein on condition that a first time length is greater than a first time threshold and first indication information indicating a HARQ status is not received after the first uplink burst, the second CWS is greater than a first CWS; and/or on condition that the first time length is less than or equal to the first time threshold and the first indication information indicating the HARQ status is not received after the first uplink burst, the second CWS is equal to the first CWS; and performing second LBT based on the second CWS; wherein the first time length is an interval between a first reference time unit and a second reference time unit corresponding to the first uplink burst, the first CWS is used for a LBT previous to the second LBT, and the first reference time unit is later than the second reference time unit corresponding to the first uplink burst; wherein the first reference time unit is a starting time unit of a second uplink burst corresponding to the second LBT; and the second reference time unit corresponding to the first uplink burst is a time unit in the first uplink burst.
A fodder mixing wagon, comprising a mixing container containing at least one mixing device, which is adapted to be rotatingly driven during a mixing process in the fodder mixture of at least two fodder components up to a predetermined mixing accuracy of the fodder mixture, and at least one electronically operable sensor system having at least one head (H, H') and used for analyzing fodder values and/or the mixing accuracy respectively in the interior of the fodder mixture, characterized in that on a mixing site, the head of a fodder-value sensor system and/or the head (H') of a mixing-accuracy sensor system is/are arranged on or in the mixing device for rotation together with the latter, for determining fodder values and the mixing accuracy in the fodder mixture.
A dialysis machine comprising: a dialysis fluid pump; a radio frequency coil (306, 702+706+708) tuned to at least one frequency, the radio frequency coil being characterized by a high impedance; and at least one switching circuit (710, 712) directly connected to the radio frequency coil (306, 702+706+708). a dialysis fluid pump; a radio frequency coil (306, 702+706+708) tuned to at least one frequency, the radio frequency coil being characterized by a high impedance; and at least one switching circuit (710, 712) directly connected to the radio frequency coil (306, 702+706+708).