mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for connecting a charging connector to a charging interface of a vehicle, having: - a movement apparatus having a plurality of controllable movement axes; - a tool which can be positioned relative to the vehicle by the movement apparatus and is set up to hold the charging connector, wherein the tool comprises a centring device for centring the charging connector within the tool and a controllable tool movement axis for moving the charging connector independently of the movement axes of the movement apparatus; wherein the tool with the charging connector centred therein can be positioned in a predetermined relative position relative to the charging interface by means of the movement apparatus, and the charging connector can then be connected to the charging interface by means of the tool movement axis, characterized in that the centring device is set up to produce a positive connection to the charging connector and the tool movement axis is set up to move the charging connector relative to the centring device and, during a movement of the charging connector in a first direction, to connect the latter to the centring device, forming the positive connection, and, during a movement in a second direction, to release the latter from the centring device, releasing the positive connection. - a movement apparatus having a plurality of controllable movement axes; - a tool which can be positioned relative to the vehicle by the movement apparatus and is set up to hold the charging connector, wherein the tool comprises a centring device for centring the charging connector within the tool and a controllable tool movement axis for moving the charging connector independently of the movement axes of the movement apparatus; wherein the tool with the charging connector centred therein can be positioned in a predetermined relative position relative to the charging interface by means of the movement apparatus, and the charging connector can then be connected to the charging interface by means of the tool movement axis, characterized in that the centring device is set up to produce a positive connection to the charging connector and the tool movement axis is set up to move the charging connector relative to the centring device and, during a movement of the charging connector in a first direction, to connect the latter to the centring device, forming the positive connection, and, during a movement in a second direction, to release the latter from the centring device, releasing the positive connection.
A neural response system, including: a plurality of different filters (512, 514, 516), wherein each of the plurality of filters (512, 514, 516) is adapted to receive and filter each of a plurality of tilt response signals obtained from a person, to produce a plurality of filtered response signals from each one of the respective tilt response signals; a segmenter for segmenting the filtered response signals into time segments; and a neural event extractor for performing a neural event extraction proces s on each of the time segments to generate biomarker data representing a plurality of biomarkers for each segment; a diagnostic tool for comparing the biomarker data of each segment with fingerprint data for a condition, and recording deviation measures between said the fingerprint data and the biomarker data, wherein the tilt response signals are electrovestibulography (EVestG) signals obtained from at least one electrode connected to at least one ear of the person subjected to a plurality of tilt sequences in a tilt chair. a plurality of different filters (512, 514, 516), wherein each of the plurality of filters (512, 514, 516) is adapted to receive and filter each of a plurality of tilt response signals obtained from a person, to produce a plurality of filtered response signals from each one of the respective tilt response signals; a segmenter for segmenting the filtered response signals into time segments; and a neural event extractor for performing a neural event extraction proces s on each of the time segments to generate biomarker data representing a plurality of biomarkers for each segment; a diagnostic tool for comparing the biomarker data of each segment with fingerprint data for a condition, and recording deviation measures between said the fingerprint data and the biomarker data, wherein the tilt response signals are electrovestibulography (EVestG) signals obtained from at least one electrode connected to at least one ear of the person subjected to a plurality of tilt sequences in a tilt chair.
A container (200, 400), comprising: a container body (201, 401) having a base and a sidewall (205, 305) extending therefrom, the container body (201, 401) having an inner surface (207, 407) defining an interior (231, 431) of the container body (201, 401), the container body (201, 401) further having an opening (233, 433) leading to the interior (231, 431); optionally a lid (220, 420) that is movable with respect to the container body (201, 401) to move the container (200, 400) between a closed position in which the lid (220, 420) covers the opening (233, 433) and an open position in which the opening (233, 433) is exposed;and an insert (100, 300) secured, optionally fixedly secured, within the interior (231, 431) of the container body (201, 401), the insert (100, 300) comprising a base material and a desiccant, wherein the base material provides structure to the insert (100, 300) and is optionally a polymer, the insert (100, 300) having an opening (233, 433) leading to an interior compartment (102, 302) configured for housing products and an outer surface (104, 304) facing the inner surface (207, 407) of the container body (201, 401), wherein a void is provided between an exposed portion of the outer surface (104, 304) of the insert (100, 300) and a portion of the inner surface (207, 407) of the container body (201, 401), and characterised in that at least one fluid pathway is provided through a plurality of thru holes in the insert (100, 300), between the void and the interior compartment (102, 302) of the insert. a container body (201, 401) having a base and a sidewall (205, 305) extending therefrom, the container body (201, 401) having an inner surface (207, 407) defining an interior (231, 431) of the container body (201, 401), the container body (201, 401) further having an opening (233, 433) leading to the interior (231, 431); optionally a lid (220, 420) that is movable with respect to the container body (201, 401) to move the container (200, 400) between a closed position in which the lid (220, 420) covers the opening (233, 433) and an open position in which the opening (233, 433) is exposed;and an insert (100, 300) secured, optionally fixedly secured, within the interior (231, 431) of the container body (201, 401), the insert (100, 300) comprising a base material and a desiccant, wherein the base material provides structure to the insert (100, 300) and is optionally a polymer, the insert (100, 300) having an opening (233, 433) leading to an interior compartment (102, 302) configured for housing products and an outer surface (104, 304) facing the inner surface (207, 407) of the container body (201, 401), wherein a void is provided between an exposed portion of the outer surface (104, 304) of the insert (100, 300) and a portion of the inner surface (207, 407) of the container body (201, 401), and characterised in that at least one fluid pathway is provided through a plurality of thru holes in the insert (100, 300), between the void and the interior compartment (102, 302) of the insert.
A working combination encompassing a self-propelled earth working machine constituting a first vehicle and at least one further self-propelled vehicle, the vehicles (12, 14) of the working combination being embodied to move, during working operation as intended, one behind another in a common working direction with a setpoint spacing that is within a predetermined setpoint spacing value range; the working combination having a spacing monitoring device that, on the basis of a detection state of the spacing monitoring device which depends on an actual true spacing (D, D', D") of the vehicles (12, 14), outputs a spacing signal that contains information regarding the vehicle spacing (D, D', D"); the spacing monitoring device comprising a beam source emitting electromagnetic radiation and a sensor arrangement sensitive to the electromagnetic radiation of the beam source; one vehicle from among the first and the further vehicle (12, 14), constituting a source vehicle, carrying the beam source; when the working combination is in a predetermined reference state, i.e. on a flat horizontal substrate with vehicles (12, 14) arranged in readiness for working operation with a predetermined reference spacing from one another, the beam source radiating, toward the respective other vehicle from among the first and the further vehicle (12, 14) constituting a target vehicle, an electromagnetic radiation directed in such a way that the electromagnetic radiation for spacing monitoring is present only in a beam space that extends over a first angular region around a first beam space axis and over a second angular region around a second beam space axis that encloses an angle with the first beam space axis; the second angular region being of equal magnitude to, or of greater magnitude than, the first angular region; and the beam space being inclined around the first beam space axis with reference to the working direction, characterized in that the sensor arrangement extends along a sensor axis and is arranged on the target vehicle to be carried by it; when considering the working combination in the reference state, a predetermined sensor-axial reference detection region on the sensor arrangement being irradiated by the beam source; and the sensor axis being arranged with an inclination around an inclination axis parallel to the first beam space axis, relative to a connecting line between the detection region and the beam source, so that a change in the vehicle spacing (D, D', D") results in a change, along the sensor axis, in the position of the detection region on the sensor arrangement which is irradiated by the beam source, and thus in a change in the detection state of the sensor arrangement.
A discharge device for the active discharge of a main capacitor (C filter) in the electric power system of an electric drive vehicle; the discharge device comprises: a discharge branch of the circuit, which is connected in parallel to the main capacitor (C filter) and which comprises a discharge transistor that shall be biased to conduction mode when it is required to discharge the main capacitor (C filter); and a control device that is connected to the gate/base terminal of the discharge transistor and that commands the discharge transistor biasing it to conduction mode when it is required to discharge the main capacitor (C filter); the discharge device is characterized in that the control device comprises a safety capacitor (C safe) which is interposed between the discharge transistor gate/base terminal and a power supply, and is also interposed between the gate/base terminal of the discharge transistor and the control device so that it charges when the discharge transistor is in conduction mode, causing a progressive decrease of the tension/current at the gate/base terminal of the discharge transistor, until the discharge transistor is biased to a non-conductive state, a certain time period after the instant the discharge transistor has begun to conduct current. a discharge branch of the circuit, which is connected in parallel to the main capacitor (C filter) and which comprises a discharge transistor that shall be biased to conduction mode when it is required to discharge the main capacitor (C filter); and a control device that is connected to the gate/base terminal of the discharge transistor and that commands the discharge transistor biasing it to conduction mode when it is required to discharge the main capacitor (C filter); the discharge device is characterized in that the control device comprises a safety capacitor (C safe) which is interposed between the discharge transistor gate/base terminal and a power supply, and is also interposed between the gate/base terminal of the discharge transistor and the control device so that it charges when the discharge transistor is in conduction mode, causing a progressive decrease of the tension/current at the gate/base terminal of the discharge transistor, until the discharge transistor is biased to a non-conductive state, a certain time period after the instant the discharge transistor has begun to conduct current.
Manhole base liner, in particular for a sewer manhole, having a base body which has at least one pipe connection opening, characterized in that a tubular connecting piece made of a flexible material is fastened with its first end to the pipe connection opening, and in that the connecting piece is elastically deformable from a first position, in which it is at least partially turned over into the interior of the pipe connection opening, into a second position, in which it is arranged in extension of the pipe connection opening and projects away from the base body.
A virtualized wireless communication network comprising: a heterogeneous multi-Radio Access Technology, RAT, mesh network (300; 500; 600; 710, 720) comprising multi-RAT nodes (310, 320, 330; 512, 514, 516; 612, 614, 616; 722); and a computing cloud (340; 530; 630; 730) component, the mesh network being communicatively coupled to the computing cloud component, the computing cloud component further comprising a general purpose processor and an accelerator, the processor and the accelerator comprising: an S1-gateway, GW, proxy configured to virtualize all Long-Term Evolution, LTE, radios within the multi-RAT nodes and facilitate handovers to and from LTE; a Wireless Access Gateway, WAG/Mobility Access Gateway, MAG, configured to control multiple access points, provide wireless connectivity and facilitate handovers between Wi-Fi networks and LTE networks for the multi-RAT nodes; and an Iu proxy configured to virtualize all third generation, 3G, radios in the multi-RAT nodes and facilitate handovers to and from 3G. a heterogeneous multi-Radio Access Technology, RAT, mesh network (300; 500; 600; 710, 720) comprising multi-RAT nodes (310, 320, 330; 512, 514, 516; 612, 614, 616; 722); and a computing cloud (340; 530; 630; 730) component, the mesh network being communicatively coupled to the computing cloud component, the computing cloud component further comprising a general purpose processor and an accelerator, the processor and the accelerator comprising: an S1-gateway, GW, proxy configured to virtualize all Long-Term Evolution, LTE, radios within the multi-RAT nodes and facilitate handovers to and from LTE; a Wireless Access Gateway, WAG/Mobility Access Gateway, MAG, configured to control multiple access points, provide wireless connectivity and facilitate handovers between Wi-Fi networks and LTE networks for the multi-RAT nodes; and an Iu proxy configured to virtualize all third generation, 3G, radios in the multi-RAT nodes and facilitate handovers to and from 3G. an S1-gateway, GW, proxy configured to virtualize all Long-Term Evolution, LTE, radios within the multi-RAT nodes and facilitate handovers to and from LTE; a Wireless Access Gateway, WAG/Mobility Access Gateway, MAG, configured to control multiple access points, provide wireless connectivity and facilitate handovers between Wi-Fi networks and LTE networks for the multi-RAT nodes; and an Iu proxy configured to virtualize all third generation, 3G, radios in the multi-RAT nodes and facilitate handovers to and from 3G.
A solid oral pharmaceutical composition comprising vortioxetine hydrobromide in a matrix formed from at least one polyethylene oxide and optionally one or more further matrix forming polymers.
A bonded abrasive tool, having a structure permeable to fluid flow, the tool comprising: a) about 34-56 volume % abrasive grains; wherein 5-100 volume % of the abrasive grain consists of abrasive grain held within three-dimensional sintered agglomerates, the abrasive agglomerates including abrasive grains held within a binding material, the binding material being present at 2 to 8 volume % of the agglomerates b) about 3-25 volume % bond; and c) about 50-75 volume % total porosity, including at least 30 volume % interconnected porosity; wherein the interconnected porosity has been created without the addition of porosity inducing media and without the addition of elongated shaped materials having a length to cross-sectional width aspect ratio of at least 5:1. a) about 34-56 volume % abrasive grains; wherein 5-100 volume % of the abrasive grain consists of abrasive grain held within three-dimensional sintered agglomerates, the abrasive agglomerates including abrasive grains held within a binding material, the binding material being present at 2 to 8 volume % of the agglomerates b) about 3-25 volume % bond; and c) about 50-75 volume % total porosity, including at least 30 volume % interconnected porosity; wherein the interconnected porosity has been created without the addition of porosity inducing media and without the addition of elongated shaped materials having a length to cross-sectional width aspect ratio of at least 5:1.
A method of reshaping a workpiece comprising bringing a primary side pressing device in contact with the workpiece on a primary side of the workpiece, bringing a secondary side pressing device in contact with the workpiece on a secondary side of the workpiece, moving the workpiece and/or the pressing devices (10, 20) with respect to one another to obtain a mutual linear movement between the workpiece and the pressing devices (10, 20) along an operational direction (Y'), and plastically deforming the workpiece in a plane that extends transversally to the operational direction (Y') by means of forces applied to the workpiece by at least one of the pressing devices (10, 20), characterised in that moving the workpiece and/or the pressing devices (10, 20) with respect to one another to obtain a mutual linear movement between the workpiece and the pressing devices (10, 20) along an operational direction (Y') involves movement along a predetermined, non-straight line. bringing a primary side pressing device in contact with the workpiece on a primary side of the workpiece, bringing a secondary side pressing device in contact with the workpiece on a secondary side of the workpiece, moving the workpiece and/or the pressing devices (10, 20) with respect to one another to obtain a mutual linear movement between the workpiece and the pressing devices (10, 20) along an operational direction (Y'), and plastically deforming the workpiece in a plane that extends transversally to the operational direction (Y') by means of forces applied to the workpiece by at least one of the pressing devices (10, 20), characterised in that moving the workpiece and/or the pressing devices (10, 20) with respect to one another to obtain a mutual linear movement between the workpiece and the pressing devices (10, 20) along an operational direction (Y') involves movement along a predetermined, non-straight line.
A driver authentication system for a vehicle, comprising: a biometric reader for receiving biometric data from a driver; a communication unit enabling communication between a remote server storing authorised biometric data and the biometric reader; a sensor unit configured to determine whether the driver has left the vehicle, wherein the sensor unit comprises a door sensor (9a, 9b) and a seat pressure sensor; and a controller configured to prevent the vehicle ignition from starting the engine until it receives an authentication signal confirming that the driver's input biometric data matches the authorised biometric data, wherein the controller is configured to disable the vehicle engine if the sensor unit determines that the driver has left the vehicle. a biometric reader for receiving biometric data from a driver; a communication unit enabling communication between a remote server storing authorised biometric data and the biometric reader; a sensor unit configured to determine whether the driver has left the vehicle, wherein the sensor unit comprises a door sensor (9a, 9b) and a seat pressure sensor; and a controller configured to prevent the vehicle ignition from starting the engine until it receives an authentication signal confirming that the driver's input biometric data matches the authorised biometric data, wherein the controller is configured to disable the vehicle engine if the sensor unit determines that the driver has left the vehicle.
An optical switch (10, 40, 50, 80, 90 100) comprising: a plurality of input ports (12, 14) each arranged to receive optical signals from a different one of a plurality of directions (D1, Dn); a plurality of output ports (16, 18) each arranged to output optical signals to a different one of the plurality of directions (D1, Dn); a plurality of drop ports; a plurality of add ports; characterized by a first switch array (24, 58) arranged to receive from a first said input port optical signals at a plurality of wavelengths, the first switch array comprising a plurality of switch elements (26, 56) each arranged to selectively direct optical signals at a different one of said wavelengths to a respective drop port; a plurality of optical filters (28, 52) each arranged to receive from the first input port optical signals having wavelengths to be bypassed by the optical switch, each optical filter arranged to transmit to a respective one of the output ports optical signals at different ones of said wavelengths; and a second switch array (30, 60) arranged to receive from the other said input ports optical signals at some of said wavelengths, the second switch array comprising a plurality of switch elements (32, 62) each arranged to selectively add optical signals received from a respective add port at a different one of others of said wavelengths, that is at a wavelength at which an optical signal has not been received from the other input ports. a plurality of input ports (12, 14) each arranged to receive optical signals from a different one of a plurality of directions (D1, Dn); a plurality of output ports (16, 18) each arranged to output optical signals to a different one of the plurality of directions (D1, Dn); a plurality of drop ports; a plurality of add ports; characterized by a first switch array (24, 58) arranged to receive from a first said input port optical signals at a plurality of wavelengths, the first switch array comprising a plurality of switch elements (26, 56) each arranged to selectively direct optical signals at a different one of said wavelengths to a respective drop port; a plurality of optical filters (28, 52) each arranged to receive from the first input port optical signals having wavelengths to be bypassed by the optical switch, each optical filter arranged to transmit to a respective one of the output ports optical signals at different ones of said wavelengths; and a second switch array (30, 60) arranged to receive from the other said input ports optical signals at some of said wavelengths, the second switch array comprising a plurality of switch elements (32, 62) each arranged to selectively add optical signals received from a respective add port at a different one of others of said wavelengths, that is at a wavelength at which an optical signal has not been received from the other input ports.