mhurhangee/ep-ind-claims huggingface dataset:
A vessel, vehicle or aircraft electric charging system, the system comprising one or more energy storage modules on the vessel, vehicle, or aircraft; a pulse rectifier; a converter (37, 41, 92, 106); and a voltage control transformer (32, 91, 101); wherein the one or more energy storage modules are connected to outputs of the pulse rectifier; characterised in that the voltage control transformer (32, 91, 101) is connected to inputs of the pulse rectifier (23, 88, 105); wherein the voltage control transformer comprises a serial transformer having a plurality of pairs of transformer windings, connected together in series, one winding of each pair being adapted to be connected between the pulse rectifier and an input from an energy source, wherein the energy source input comprises connections to a three phase AC supply; and the other winding of each pair is connected to the converter (37, 41, 92, 106), wherein an onboard grid controller comprising an onboard grid converter and a pre-magnetising transformer on the vessel, vehicle or aircraft provides a voltage source to prevent inrush current on connecting the onboard energy storage module to the energy source.
A hand operated cutting tool, comprising: a first handle rotatably coupled to a first cutting member, the first handle having a first set of projections; and a second handle coupled to a second cutting member, the second handle having a second set of projections, the second handle movably coupled to the first handle; wherein the handles are movable between a full open position and a full closed position, wherein during a movement from the full open position to the full closed position the first and second sets of projections at least partly engage such that the first handle rotates relative to the first cutting member; and wherein during a first region of the movement proximate the full open position the first and second sets of projections are at least partly engaged, and wherein during a second region of the movement proximate the full closed position the first and second sets of projections are disengaged. a first handle rotatably coupled to a first cutting member, the first handle having a first set of projections; and a second handle coupled to a second cutting member, the second handle having a second set of projections, the second handle movably coupled to the first handle; wherein the handles are movable between a full open position and a full closed position, wherein during a movement from the full open position to the full closed position the first and second sets of projections at least partly engage such that the first handle rotates relative to the first cutting member; and wherein during a first region of the movement proximate the full open position the first and second sets of projections are at least partly engaged, and wherein during a second region of the movement proximate the full closed position the first and second sets of projections are disengaged.
Belt tongue for a three-point safety belt with - a C-shaped basic tongue body, - a retaining plate arranged on the C-shaped basic tongue body, - a C-shaped deflection and clamping element for the three-point safety belt, - which is supported on a curved base surface of the C-shaped basic tongue body so as to be movable by swivelling, - and is movable due to the forces exerted by the three-point safety belt from a basic position, in which the belt passage is released, to a belt blocking position, in which the belt passage is blocked, wherein - on the sides of the C-shaped basic tongue body, walls (12, 13) projecting respectively from the curved base surface are provided, and - a cover, which covers, at least in sections, the hollow groove of the C-shaped basic tongue body and the C-shaped deflection and clamping element inserted into this, characterised by that - the cover is attached to at least one side (9, 10) of the C-shaped basic tongue body running parallel to the swivel axis of the C-shaped deflection and clamping element. - a C-shaped basic tongue body, - a retaining plate arranged on the C-shaped basic tongue body, - a C-shaped deflection and clamping element for the three-point safety belt, - which is supported on a curved base surface of the C-shaped basic tongue body so as to be movable by swivelling, - and is movable due to the forces exerted by the three-point safety belt from a basic position, in which the belt passage is released, to a belt blocking position, in which the belt passage is blocked, wherein - on the sides of the C-shaped basic tongue body, walls (12, 13) projecting respectively from the curved base surface are provided, and - a cover, which covers, at least in sections, the hollow groove of the C-shaped basic tongue body and the C-shaped deflection and clamping element inserted into this, characterised by that - the cover is attached to at least one side (9, 10) of the C-shaped basic tongue body running parallel to the swivel axis of the C-shaped deflection and clamping element.
A method for improving carbon dioxide injectivity of an underground gas storage layer, the method consisting of: performing a process (a) of injecting a reducing agent consisting of a material that is miscible with carbon dioxide and water through a wellbore connected to the underground gas storage layer composed of water-permeable rock material, the reducing agent consisting of one of acetone, methanol, ethanol, and acetic acid; and performing a process (b) of injecting carbon dioxide into the storage layer after the process (a), wherein, since the carbon dioxide is injected in the process (b), the reducing agent and water, which fill a pore of the storage layer, are discharged together after the process (a) is completely performed to reduce the irreducible water saturation around the wellbore, thereby improving the carbon dioxide injectivity of the storage layer. performing a process (a) of injecting a reducing agent consisting of a material that is miscible with carbon dioxide and water through a wellbore connected to the underground gas storage layer composed of water-permeable rock material, the reducing agent consisting of one of acetone, methanol, ethanol, and acetic acid; and performing a process (b) of injecting carbon dioxide into the storage layer after the process (a),
Holding device arranged to be mounted to a surface inside a cargo space of a vehicle, the holding device comprising: at least one elongate rail extending between a first end and a second end, the rail further comprising a first side which is arranged to be fixedly attached to said surface, and a second side which is opposite the first side, a first holder movably connected at the second side of the rail, and arranged to slide along the rail between the first and second ends (11, 12) of the rail, a second holder, arranged to be fixedly connected at the second side of the rail in an optionable position along the rail, between the first holder and one of the first and second ends (11, 12) of the rail, characterized by that the first holder comprises a spring attached with a first end to the first holder and attached with a second end to a mount, which mount is arranged to be fixedly connected at the second side of the rail in an optionable position along the rail, between the first holder and the second holder, wherein the spring is a constant force band spring. at least one elongate rail extending between a first end and a second end, the rail further comprising a first side which is arranged to be fixedly attached to said surface, and a second side which is opposite the first side, a first holder movably connected at the second side of the rail, and arranged to slide along the rail between the first and second ends (11, 12) of the rail, a second holder, arranged to be fixedly connected at the second side of the rail in an optionable position along the rail, between the first holder and one of the first and second ends (11, 12) of the rail, characterized by that the first holder comprises a spring attached with a first end to the first holder and attached with a second end to a mount, which mount is arranged to be fixedly connected at the second side of the rail in an optionable position along the rail, between the first holder and the second holder, wherein the spring is a constant force band spring.
A hinge for a dispensing device, wherein the hinge is formed substantially bar-shaped and/or tubular for fastening to a door of the dispensing device, wherein the hinge has at least one main body and, arranged on the main body, a holding means for the door, wherein the door is holdable by the holding means in the assembled state, wherein at least one damping device and at least one panic hinge device for performing a panic function which makes it possible to further push open the already opened door under increased opening force are provided in the main body, wherein the hinge has a first pivoting range having a first swiveling resistance and a second pivoting range having a second swiveling resistance, wherein the first swiveling resistance is lower than the second swiveling resistance, wherein the second swiveling resistance is determined by the panic hinge device, and that, in the second pivoting range, only a damped and/or inhibited swiveling is made possible by the second swiveling resistance, wherein the second pivoting range has at least a first angular range and at least one second angular range adjoining the first angular range, characterized in that the holding means is an insertion rail into which the door is insertable in the assembled state, and, at the initiation of the panic function, the opening force is increased in the first angular range, and in the second angular range the hinge can be opened in a dampened manner with a lower opening force than in the first angular range.
A method, comprising: identifying a plurality of paths in a network from a source device to a destination device; determining a predicted performance for packet delivery along a primary path from the plurality of paths at a future time, wherein the predicted performance is determined by a machine learning system based on current or prior network measurements; comparing the predicted performance for packet delivery along the primary path to a performance threshold; duplicating traffic sent along the primary path onto a backup path selected from the plurality of paths based on a determination that the predicted performance along the primary path at the future time is below the performance threshold; associating the backup path with a time period; and selecting the time period associated with the backup path based on a determination that the predicted performance for packet delivery along the primary path will meet or exceed the performance threshold after expiration of the time period; and ceasing to duplicate the traffic onto the backup path after expiration of the time period. identifying a plurality of paths in a network from a source device to a destination device; determining a predicted performance for packet delivery along a primary path from the plurality of paths at a future time, wherein the predicted performance is determined by a machine learning system based on current or prior network measurements; comparing the predicted performance for packet delivery along the primary path to a performance threshold; duplicating traffic sent along the primary path onto a backup path selected from the plurality of paths based on a determination that the predicted performance along the primary path at the future time is below the performance threshold; associating the backup path with a time period; and selecting the time period associated with the backup path based on a determination that the predicted performance for packet delivery along the primary path will meet or exceed the performance threshold after expiration of the time period; and ceasing to duplicate the traffic onto the backup path after expiration of the time period.
A cable modem, comprising: a physical layer configured to communicate over a plurality of bonded upstream channels, wherein the upstream channels comprise a first subset of upstream channels and a second subset of upstream channels; a bandwidth requestor configured to request bandwidth during contention slots on only the first subset of the upstream channels and wherein the PHY layer is configured to transmit data over the second subset of upstream channels based on bandwidth received in response to the bandwidth request; and a memory configured to store shared parameter sets, wherein each shared parameter set is associated with upstream channels of the plurality of upstream channels having similar signal-to-noise ratios within a pre-determined threshold, and wherein the PHY is configured to transmit requests for bandwidth only over the first subset of upstream channels and to transmit data over both the first and the second subset of upstream channels. a physical layer configured to communicate over a plurality of bonded upstream channels, wherein the upstream channels comprise a first subset of upstream channels and a second subset of upstream channels; a bandwidth requestor configured to request bandwidth during contention slots on only the first subset of the upstream channels and wherein the PHY layer is configured to transmit data over the second subset of upstream channels based on bandwidth received in response to the bandwidth request; and a memory configured to store shared parameter sets, wherein each shared parameter set is associated with upstream channels of the plurality of upstream channels having similar signal-to-noise ratios within a pre-determined threshold, and wherein the PHY is configured to transmit requests for bandwidth only over the first subset of upstream channels and to transmit data over both the first and the second subset of upstream channels.
Method for operating a first node in a wireless communication network, the first node being configured with, in a licensed band, first cell and/or first carrier and, in an unlicensed band, a second cell and/or second carrier, the method comprising: transmitting, to a second node, a cross-carrier indication signal, CIS, on the first cell and/or first carrier indicating whether the first node has transmitted data according to cross-carrier scheduling on the second cell and/or second carrier, wherein transmitting data on the second cell and/or second carrier depends on the result of a listen-before-talk, LBT, procedure.
A circuit breaker apparatus comprising: a housing; a first bushing extending outwardly of said housing; a second bushing extending outwardly of said housing; a first vacuum bottle positioned in said housing and having a first contact and a second contact therein, said first contact of said first vacuum bottle being electrically interconnected to said second bushing; a second vacuum bottle positioned in said housing and having a first contact and a second contact therein, said second contact of said second vacuum bottle being electrically interconnected to ground; and a mechanical linkage movable between a first position and a second position, said first position electrically connecting said first bushing to said second bushing, said second position electrically connecting said first bushing to ground, said mechanical linkage comprising an actuator arm having said second contact of said first vacuum bottle electrically connected thereto, said actuator arm having said first contact of said second vacuum bottle electrically connected thereto, said actuator arm having a busbar electrically connected thereto in a location between the contacts thereon. a housing; a first bushing extending outwardly of said housing; a second bushing extending outwardly of said housing; a first vacuum bottle positioned in said housing and having a first contact and a second contact therein, said first contact of said first vacuum bottle being electrically interconnected to said second bushing; a second vacuum bottle positioned in said housing and having a first contact and a second contact therein, said second contact of said second vacuum bottle being electrically interconnected to ground; and a mechanical linkage movable between a first position and a second position, said first position electrically connecting said first bushing to said second bushing, said second position electrically connecting said first bushing to ground, said mechanical linkage comprising an actuator arm having said second contact of said first vacuum bottle electrically connected thereto, said actuator arm having said first contact of said second vacuum bottle electrically connected thereto, said actuator arm having a busbar electrically connected thereto in a location between the contacts thereon.
A synchronization unit of a manual transmission, comprising a synchronizer body which is mounted on a gear shaft so as to be non-rotatable relative thereto, a shifting sleeve which is arranged so as to be non-rotatable relative to the synchronizer body, a synchronizer ring configured free of a locking toothing, for coupling the synchronizer body to a speed change gear of the manual transmission by means of a frictional connection, and a pre-synchronizing unit which engages the shifting sleeve, the pre-synchronizing unit, upon an axial actuation of the shifting sleeve, applying an axial shifting force (F S) to urge the synchronizer ring against the speed change gear to be coupled, and being adapted to disable or enable an axial displacement of the shifting sleeve towards the speed change gear, characterized in that the shifting sleeve has a plurality of coupling pins mounted thereto, which each protrude axially over a face side of the shifting sleeve and are adapted to releasably engage with an associated coupling geometry on the speed change gear side such that the speed change gear and the synchronizer body are coupled so as to be substantially non-rotatable relative to each other.
Pane having an illuminated switch surface and a heating function, comprising at least: - a transparent substrate, wherein the substrate is bonded via at least one intermediate layer to a cover pane, - a heating zone that is connected to at least two busbars (5.1,5.2) intended for connecting to a voltage source such that a current path for a heating current is formed between the busbars (5.1,5.2), - an electrically conductive structure that forms a switch surface and that can be connected to sensor electronics assembly, and - an illumination means, with which the switch surface can be marked, wherein the illumination means includes a light source, preferably an LED or an OLED, characterized in that the light source couples light into the substrate, the intermediate layer and/or the cover pane and is arranged at the lateral edge of the substrate and/or the lateral edge of the cover pane, or is arranged in an opening of the substrate or of the cover pane, wherein at least one light deflection means is arranged in the zone of the substrate irradiated by the light of the light source, the intermediate layer, or the cover pane and includes at least one structure for light scattering that is arranged in the immediate vicinity of the switch surface and couples light out of the substrate, the intermediate layer, or the cover pane. - a transparent substrate, wherein the substrate is bonded via at least one intermediate layer to a cover pane, - a heating zone that is connected to at least two busbars (5.1,5.2) intended for connecting to a voltage source such that a current path for a heating current is formed between the busbars (5.1,5.2), - an electrically conductive structure that forms a switch surface and that can be connected to sensor electronics assembly, and - an illumination means, with which the switch surface can be marked,
Gd(PCTA-tris-glutaric acid) complex of formula or a pharmaceutically acceptable salt thereof, wherein at least 50% of the complex consists of the enantiomer [(αR,α'R,α"R)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ia (enantiomer RRR) the enantiomer [(αS,α'S,α"S)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ib (enantiomer SSS), or a mixture of such RRR and SSS enantiomers.
Access authorisation or driving authorisation system for a vehicle, comprising: - a mobile communication device and a control unit in the vehicle, - authorisation data of the vehicle manufacturer for enabling the access authorisation or driving authorisation system of the vehicle, - wherein the mobile communication device comprises a data storage medium for storing a communication identification for the mobile communication device and the authorisation data for the vehicle, and - wherein the authorisation data can be transmitted to the control unit of the vehicle by means of a communication link via the mobile communication device, - wherein the communication link between the mobile communication device and the control unit is a wireless short-distance communication, and - wherein the authorisation data can be transmitted to the mobile communication device by a data base server authorised by the vehicle manufacturer, characterised in that - the data storage medium comprises a plurality of protected storage areas (C1 to Cn), wherein at least one of these protected storage areas (C1 to Cn) is provided for storing the authorisation data, wherein the data base server, by means of which the authorisation data can be transmitted to the data storage medium in an encrypted form, has a data storage authorisation for this protected storage area (C1 to Cn). - a mobile communication device and a control unit in the vehicle, - authorisation data of the vehicle manufacturer for enabling the access authorisation or driving authorisation system of the vehicle, - wherein the mobile communication device comprises a data storage medium for storing a communication identification for the mobile communication device and the authorisation data for the vehicle, and - wherein the authorisation data can be transmitted to the control unit of the vehicle by means of a communication link via the mobile communication device, - wherein the communication link between the mobile communication device and the control unit is a wireless short-distance communication, and - wherein the authorisation data can be transmitted to the mobile communication device by a data base server authorised by the vehicle manufacturer, - the data storage medium comprises a plurality of protected storage areas (C1 to Cn), wherein at least one of these protected storage areas (C1 to Cn) is provided for storing the authorisation data, wherein the data base server, by means of which the authorisation data can be transmitted to the data storage medium in an encrypted form, has a data storage authorisation for this protected storage area (C1 to Cn).