mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing a vehicle technical front-end, wherein: - a part forming a beam of a technical front-end is placed in an overmoulding mould comprising at least one relief (30, 32, 74, 76) projecting from a wall (26a, 26b, 28a, 28b), preferably a flat wall, of the mould, and - the mould is closed such that the relief (30, 32, 74, 76) comes into linear contact with at least one side (13, 15) of the part over the entire length of one dimension of said side (13, 15), characterised in that the mould punches the part, and in that the cross-section of the relief (30, 32, 74, 76) has a pointed profile. - a part forming a beam of a technical front-end is placed in an overmoulding mould comprising at least one relief (30, 32, 74, 76) projecting from a wall (26a, 26b, 28a, 28b), preferably a flat wall, of the mould, and - the mould is closed such that the relief (30, 32, 74, 76) comes into linear contact with at least one side (13, 15) of the part over the entire length of one dimension of said side (13, 15), characterised in that the mould punches the part, and in that the cross-section of the relief (30, 32, 74, 76) has a pointed profile.
An autonomous loading or unloading system on an unmanned ship for transferring material (414, 416, 506) to or from a sending ship comprising: a buoy (106, 202) for releasing onto water by the unmanned ship; a messenger line (108, 204) coupled to the buoy for being pulled by the sending ship; a carrier line loop (110, 206, 406) coupled to the messenger line for being pulled by the sending ship, wherein a payload (112, 214, 302, 404, 504, 602, 702, 802) is coupled to the carrier loop for transferring the material to or from the sending ship; a fetch/release platform (218, 616, 700) to fetch or release the payload from or onto the water, a loading/unloading dock for the payload; a plurality of line guides for guiding the carrier loop, wherein the carrier line loop is looped around the line guides and is pulled by the sending ship in a first direction to move the payload from the sending ship to the unmanned ship, and pulled in a second direction opposite to the first direction to move the payload from the unmanned ship to the sending ship; and a platform-to-payload interconnect (306, 314, 410) for autonomous loading or unloading of the material from /to the payload. a buoy (106, 202) for releasing onto water by the unmanned ship; a messenger line (108, 204) coupled to the buoy for being pulled by the sending ship; a carrier line loop (110, 206, 406) coupled to the messenger line for being pulled by the sending ship, wherein a payload (112, 214, 302, 404, 504, 602, 702, 802) is coupled to the carrier loop for transferring the material to or from the sending ship; a fetch/release platform (218, 616, 700) to fetch or release the payload from or onto the water, a loading/unloading dock for the payload; a plurality of line guides for guiding the carrier loop, wherein the carrier line loop is looped around the line guides and is pulled by the sending ship in a first direction to move the payload from the sending ship to the unmanned ship, and pulled in a second direction opposite to the first direction to move the payload from the unmanned ship to the sending ship; and a platform-to-payload interconnect (306, 314, 410) for autonomous loading or unloading of the material from /to the payload.
A dart game system including a dart game apparatus comprising: a dart target having a plurality of score areas; a sensing unit configured to sense hitting of a dart pin with respect to the dart target; a lesson image generation unit configured to generate a lesson image; and a display area provided in a body structure of the dart game apparatus and configured to output the generated lesson image, said dart game system further including a touch unit provided on an exterior of the dart game apparatus configured to measure foot pressure information which is information on pressure applied by a foot of the dart game user when the dart game user throws the dart pin, whereby the dart game apparatus further comprises a foot pressure information obtaining unit configured to obtain said foot pressure information from said touch unit, and a throwing guide information generating unit that is configured to analyse the foot pressure information obtained through said foot pressure information obtaining unit and to generate a throwing guide information for the dart game user based on the analysis result, and whereby said lesson image generation unit is configured to generate a lesson image based on said throwing guide information generated by said throwing guide information generating unit. a dart target having a plurality of score areas; a sensing unit configured to sense hitting of a dart pin with respect to the dart target; a lesson image generation unit configured to generate a lesson image; and a display area provided in a body structure of the dart game apparatus and configured to output the generated lesson image, said dart game system further including a touch unit provided on an exterior of the dart game apparatus configured to measure foot pressure information which is information on pressure applied by a foot of the dart game user when the dart game user throws the dart pin, whereby the dart game apparatus further comprises a foot pressure information obtaining unit configured to obtain said foot pressure information from said touch unit, and a throwing guide information generating unit that is configured to analyse the foot pressure information obtained through said foot pressure information obtaining unit and to generate a throwing guide information for the dart game user based on the analysis result, and whereby said lesson image generation unit is configured to generate a lesson image based on said throwing guide information generated by said throwing guide information generating unit.
An electronic device, comprising: a covering substrate having an outer major surface and an inner major surface, the covering substrate having a contact region; an acoustic port extending through the covering substrate between the outer and inner major surfaces of the covering substrate; an acoustic transducer rigidly secured to and carried by the inner major surface of the covering substrate via a conductive coupler, wherein an acoustic path extends between an exterior of the device and the transducer via the acoustic port; a touch sensor carried by the covering substrate; a transducer lead carried by the covering substrate, wherein the transducer lead is electrically connected to the transducer; processing circuitry operably associated with the touch sensor and with the transducer; an array of electrodes (160, 158) through which the touch sensor and the transducer lead are electrically connected to the processing circuitry; and a flexible interconnect substrate carrying the array of electrodes; wherein the transducer lead extends from the acoustic transducer to the contact region; and wherein the array of electrodes connects to the touch sensor and the transducer lead at the contact region. a covering substrate having an outer major surface and an inner major surface, the covering substrate having a contact region; an acoustic port extending through the covering substrate between the outer and inner major surfaces of the covering substrate; an acoustic transducer rigidly secured to and carried by the inner major surface of the covering substrate via a conductive coupler, wherein an acoustic path extends between an exterior of the device and the transducer via the acoustic port; a touch sensor carried by the covering substrate; a transducer lead carried by the covering substrate, wherein the transducer lead is electrically connected to the transducer; processing circuitry operably associated with the touch sensor and with the transducer; an array of electrodes (160, 158) through which the touch sensor and the transducer lead are electrically connected to the processing circuitry; and a flexible interconnect substrate carrying the array of electrodes; wherein the transducer lead extends from the acoustic transducer to the contact region; and wherein the array of electrodes connects to the touch sensor and the transducer lead at the contact region.
A control valve assembly for controlling the differential pressure and/or for controlling and regulating the volume flow of a flow circuit operated with a liquid, the control valve assembly including a housing with a first entry port (3.1), through which the volume flow of the flow circuit flows or is blocked totally or partially, with an exit port, through which the total volume flow of the flow circuit is discharged, and with a connection port disposed between the first entry port (3.1) and the exit port and passed by the total volume flow, in said connection port an insert formed of a regulation and control device being integrated, the regulation device consisting of a first flow regulation device associated with the first entry port (3.1) and an associated second flow regulation device, the control device keeping constant the differential pressure over the first flow regulation device and thus the volume flow that is supplied to the first entry port, and/or the control device keeping constant the differential pressure over the second flow regulation device including the valve assemblies arranged upstream thereof with adjustable flow resistances and/or heat emitting devices, and the connection port or parts disposed thereat having a connection geometry for an actuator, by means of which the first flow regulation device and the second flow regulation device of the regulation and control device is adjustable, a spindle disposed axially displaceably in the connection port of the control valve assembly including a first end section protruding from the connection port and being actuated by the actuator and at least one first throttle element attached at the spindle, said first throttle element being part of the first flow regulation device, and at least one second throttle element being part of the second flow regulation device, and wherein a portion of the spindle between the first end section and the first throttle element is provided as an axial guide for a movable throttle body of the control device, characterized by that the housing includes a second entry port (3.2), through which the volume flow of the flow circuit flows or is blocked totally or partially, the connection port being disposed between the first entry port (3.1) and the second entry port (3.2) and the exit port, that the second flow regulation device is associated with the second entry port (3.2), that the control device keeps constant the differential pressure over the second flow regulation device including the valve assemblies disposed upstream thereof with adjustable flow resistances and/or heat emitting devices, that the second flow regulation device with the actuator is also adjustable, that the second throttle element is attached at a second end section of the spindle opposed to the first end section, and that the first throttle element of the first flow regulation device is a sleeve.
A signal seperator, comprising: an input stage (40; 140) adapted to provide an input measuring signal corresponding to a measuring signal to an output circuit (5; 100) connected downstream of the input stage, which output circuit comprises a linear regulator (10; 110) and is adapted to provide, at its output, an output measuring signal corresponding to the input measuring signal; characterised in that the linear regulator (10; 110) comprises an operational amplifier (20; 120) and a switching regulator (30; 130); wherein an input of the switching regulator (30; 130) is connected to an output of the operational amplifier (20; 120) and an output of the switching regulator (30; 130) is fed back to a first input of the operational amplifier (20; 120); wherein the operational amplifier (20; 120) controls the switching regulator (30; 130) such that the switching regulator (30; 130) provides at its output an output measuring signal for a burden (50; 150), which corresponds to the input measuring signal; wherein the output of the switching regulator is fed back to the first input of the operational amplifier via the burden; or wherein the output of the switching regulator is connected to the first input of the operational amplifier via a feedback network. an input stage (40; 140) adapted to provide an input measuring signal corresponding to a measuring signal to an output circuit (5; 100) connected downstream of the input stage, which output circuit comprises a linear regulator (10; 110) and is adapted to provide, at its output, an output measuring signal corresponding to the input measuring signal; characterised in that the linear regulator (10; 110) comprises an operational amplifier (20; 120) and a switching regulator (30; 130); wherein an input of the switching regulator (30; 130) is connected to an output of the operational amplifier (20; 120) and an output of the switching regulator (30; 130) is fed back to a first input of the operational amplifier (20; 120); wherein the operational amplifier (20; 120) controls the switching regulator (30; 130) such that the switching regulator (30; 130) provides at its output an output measuring signal for a burden (50; 150), which corresponds to the input measuring signal; wherein the output of the switching regulator is fed back to the first input of the operational amplifier via the burden; or wherein the output of the switching regulator is connected to the first input of the operational amplifier via a feedback network.
A method of injection-moulding an assembly comprising a carrier with a bearing area and a movable element movably mounted on the carrier at the bearing area, the method comprising the successive steps of: - providing an injection mould with a carrier forming cavity and a movable element forming cavity, the carrier forming cavity and the movable element forming cavity sharing a bearing area forming region; - placing a bearing member at the bearing area forming region such that the bearing member straddles the carrier forming cavity and the movable element forming cavity; and - injecting plastic material simultaneously into the carrier forming cavity and into the movable element forming cavity thereby forming said assembly, characterized in that the bearing member comprises a bearing cavity, and in that the injected plastic material flows into the bearing cavity, thereby forming a bearing stud of the movable element. - providing an injection mould with a carrier forming cavity and a movable element forming cavity, the carrier forming cavity and the movable element forming cavity sharing a bearing area forming region; - placing a bearing member at the bearing area forming region such that the bearing member straddles the carrier forming cavity and the movable element forming cavity; and - injecting plastic material simultaneously into the carrier forming cavity and into the movable element forming cavity thereby forming said assembly,
A light curtain for detecting objects in a monitoring area, with a housing on the transmitting side at a first edge of the monitoring area, in which an arrangement of transmitters emitting light beams is provided, with a housing on the receiving side at a second edge of the monitoring area, in which an arrangement of receivers is provided, the light beams of the transmitters impinging on receivers assigned to them when the monitoring area is free, and an object in the monitoring area interrupting the light beams of at least one transmitter, and with an evaluation unit, in which an object detection signal is generated as a function of received signals from the receivers, an arrangement of alignment transmitters (10, 10a - 10e) emitting alignment light beams (9, 9a - 9e) being provided in a housing (2a, 6a), the beam characteristics of at least some of the alignment light beams (9, 9a - 9e) are different from the beam characteristics of the light beams, and evaluation means are provided in which the alignment quality of the light curtain is determined on the basis of light quantities of alignment light beams (9, 9a - 9e) impinging on the alignment receivers (11, 11a - 11e), the alignment of the light curtain being carried out by selecting an alignment mode, characterised in that the individual alignment light beams (9, 9a - 9e) can be distinguished in that the alignment light beams (9, 9a - 9e) are imprinted with individual codes, and/or in that the alignment light beams (9, 9a - 9e) are emitted individually at different time intervals, in that the alignment light beams (9, 9a - 9e) are imprinted with codes in the form of pulse sequences, wherein the pulses of the pulse sequences are changed in the course of the alignment operation, wherein in particular the change in the pulses of the pulse sequences of the alignment light beams (9, 9a - 9e) takes place depending on the current result of the alignment of the light curtain, in that the alignment operation is adjustable on the transmitter side, in that this setting is transmitted via codes in light beams and/or alignment light beams (9, 9a - 9e), and in that the evaluation unit switches to an alignment mode on the basis of the codes detected, in that angle errors are detected by evaluating reception levels of alignment receivers (11, 11a - 11e), angular errors and/or displacement errors of the alignment of the transmitter-side housing relative to the receiver-side housing are determined, in that the evaluation of the reception levels is carried out selectively for different alignment light beams (9, 9a - 9e), and/or in that intermediate values for angular and/or displacement errors are calculated by evaluating reception levels of neighbouring alignment receivers (11, 11a - 11e).
A method of receiving downlink signals at a mobile station in an orthogonal frequency division multiplexing, OFDM, system, the method comprising: receiving first information for obtaining a number m of OFDM symbol(s), wherein m OFDM symbol(s) from a beginning of a subframe are used for reception of one or more channels that carry acknowledgement/negative acknowledgement, ACK/NACK, information; receiving second information for obtaining a number n of OFDM symbol(s), wherein n OFDM symbol(s) from the beginning of the subframe are used for reception of one or more channels that carry scheduling information, wherein the number n has an upper limit N; if m = N, taking n = N regardless of the received second information; and decoding a channel that carries scheduling information for the mobile station which is received within n OFDM symbol(s) from the beginning of the subframe, wherein the number n is equal to or greater than the number m and a transmission time interval of the first information is greater than a transmission time interval of the second information. receiving first information for obtaining a number m of OFDM symbol(s), wherein m OFDM symbol(s) from a beginning of a subframe are used for reception of one or more channels that carry acknowledgement/negative acknowledgement, ACK/NACK, information; receiving second information for obtaining a number n of OFDM symbol(s), wherein n OFDM symbol(s) from the beginning of the subframe are used for reception of one or more channels that carry scheduling information, wherein the number n has an upper limit N; if m = N, taking n = N regardless of the received second information; and decoding a channel that carries scheduling information for the mobile station which is received within n OFDM symbol(s) from the beginning of the subframe, wherein the number n is equal to or greater than the number m and a transmission time interval of the first information is greater than a transmission time interval of the second information.
Battery cell unit for battery modules, comprising a battery cell, a cell frame into which the battery cell is inserted, a cell pole connected to the battery cell on one side and having its end portion remote from the battery cell protrudes from the bat cell and a connecting part to which the end portion remote from the battery cell of the cell pole and by means of which the battery cell can be connected to adjacent battery cells of the battery module, characterized in that the end portion remote from the battery cell the cell pole into one to the main plane of the battery cell vertically arranged end plane is bent so that the end portion remote from the battery cell is with its bottom surface flat on the surface of the connecting part facing it in abutment, that below the connecting part an oblique plane, and in that between the lower-half of the connecting part oblique plane and the battery cell or their cell frames a wedge member is seated whose inclination is equal to and inverse to the inclination of the inclined plane formed below the connecting part.
A fastening system for fastening an add-on part on a vehicle, which comprises: a profile-like connection part with an outer surface; at least one connecting element; a base connectible to the add-on part, wherein the connection part can lie against the vehicle with a lateral surface which belongs to the outer surface, and wherein the connection part comprises at least one receptacle for establishing a connection with the connecting element characterized in that: the base comprises a prismatic groove on the side flanks of which the lateral surfaces, of the connection part, which belong to the outer surface of the exterior and are facing away from the vehicle, lie against the vehicle at least partially, that the at least one connecting element penetrates the base that the at least one connecting element enters into a positive and/or frictional connection with the receptacle of the connection part, and that the outer surface of the exterior of the connection part corresponds at least in some sections to the outer surface of a prism having the base of a regular polygon having at least one interior angle deviating from 90°. a profile-like connection part with an outer surface; at least one connecting element; a base connectible to the add-on part, the base comprises a prismatic groove on the side flanks of which the lateral surfaces, of the connection part, which belong to the outer surface of the exterior and are facing away from the vehicle, lie against the vehicle at least partially, that the at least one connecting element penetrates the base that the at least one connecting element enters into a positive and/or frictional connection with the receptacle of the connection part, and that the outer surface of the exterior of the connection part corresponds at least in some sections to the outer surface of a prism having the base of a regular polygon having at least one interior angle deviating from 90°.