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WO/2013/129153A1 |
A pantograph measurement method by means of image processing comprising a process (S1) for acquiring a video image of a marker (50) disposed on a pantograph (40) and for generating a space-time image from the acquired video, and a proces...
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WO/2013/129452A1 |
A power transmission system for transmitting electrical energy from a transmission antenna (140) to a reception antenna (210) via an electromagnetic field, the power transmission system comprising: an inverter (130) for converting DC vol...
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WO/2013/124994A1 |
A trolley-type truck is provided with a pantograph (4) and travels by using a trolley mode for traveling by means of the power obtained from an overhead line, and a non-trolley mode for traveling without obtaining power from the overhead...
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WO/2013/125526A1 |
A wireless power transmission device (10) has a switching unit (32) that switches power transmission routes (EL1, EL2) so that a first power is transmitted through the first route (EL1) when a first AC power is output from an AC power su...
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WO/2013/124995A1 |
A trolley-type truck is provided with a pantograph mounted on the top of the truck, and a control device (33) for controlling the pantograph, and travels by using a trolley mode for traveling by means of the power obtained from an overhe...
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WO/2013/124996A1 |
A pantograph device for a trolley-type truck is provided with an underframe (6), a bottom frame (8) attached to a sliding support shaft (7) disposed on the underframe, a top frame (10) slidably attached to the bottom frame, a collector s...
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WO/2013/122863A1 |
A collector shoe assembly for use with an electrified conductor rail is disclosed. A support block has a plurality of collector shoe segments movably positioned therein, the outer ends of which are in engagement with the conductor rail.
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WO/2013/118745A1 |
A non-contact power supply system (A) is provided with a ground-based power supply apparatus (S) having a power supplying coil (4), and a moving vehicle (M) having a power receiving coil (11), and the system supplies power in non-contact...
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WO/2013/111430A1 |
In this non-contact power supply system, inductance can be easily adjusted. Power is supplied in a non-contact manner to a pickup coil of a carriage from a power supply line that is provided along a traveling path. A variable inductor, w...
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WO/2013/108108A2 |
A vehicle includes a power receiving portion that contactlessly receives electric power from a power transmitting portion provided outside the vehicle and includes a shield member (400A) that is arranged around the power receiving portio...
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WO/2013/104466A1 |
The invention concerns a method for determining information about efficiency of an inductive charging system having a primary coil (101, 112), in particular embedded in a road infrastructure (100), wherein a first inductive coupling effi...
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WO/2013/099222A1 |
A non-contact charging device, wherein a metal frame is arranged separated from a power reception coil such that: the shortest distance from the outermost peripheral wire in a power supply coil to the outermost peripheral wire in the pow...
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WO/2013/099961A1 |
Provided is a transfer device (1) with which an electric automobile (2) which is loaded on a pallet (30) is transferred horizontally or vertically in intersection with the forward direction of the electric automobile (2). In the pallet (...
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WO/2013/097998A1 |
Transport device for lightweight goods to be transported, particularly vehicle components. A transport device comprises at least one load transport means for transporting at least one suspended load along a transport route. At least one ...
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WO/2013/091875A2 |
An inductive power transfer system (10) for roadways includes at least one drive unit arrangement (50) coupled to at least one drive coil arrangement (40) disposed along a roadway (20) for generating a magnetic field extending upwardly f...
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WO/2013/084492A1 |
Disclosed is a vehicle guidance device that can easily guide a vehicle in the vicinity of a power supply point to the power supply point, even from locations away from the power supply point, by guiding the vehicle along a path of travel...
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WO/2013/081522A1 |
A patient lift trolley for movement in a suspended rail is provided. The trolley comprises at least one contact element for receiving electrical power from a connectable power supply arrangement when the trolley is arranged in the suspen...
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WO/2013/078662A1 |
An automatic neutral section passing control system and method for a locomotive. The method comprises: after acquiring a neutral section passing start signal sent by a controller, controlling a rectifier to shut down, so that the locomot...
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WO/2013/077340A1 |
This mobile vehicle (12) is provided with a motor (121) capable of generating power for movement, a battery (124) capable of supplying power to drive the motor (121), and a secondary coil (125) capable of transmitting power in a non-cont...
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WO/2013/077326A1 |
A non-contact power supply apparatus is configured to transmit power in a non-contact manner from a primary-side coil to a secondary-side coil by supplying alternating current power to the primary-side coil. The non-contact power supply ...
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WO/2012/130630A9 |
The invention relates to a current collector system for a vehicle (2) that can be transported along a power rail arrangement (4) having at least one current collector carriage (10) and current collector contacts (11) disposed thereon tha...
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WO/2013/073484A1 |
This charging opening structure is for an electric automobile at which a power control unit is disposed, wherein: the interior of the power control unit is provided with a device for household power source charging, and a device for rapi...
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WO/2013/069089A1 |
A power receiving device of a vehicle is provided with: a power receiving unit (110) which is configured to be able to receive power from a power transmitting device (200) in a noncontact manner; a communication unit (160) which transmit...
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WO/2013/068537A2 |
The invention relates to a system for transferring electric energy to a vehicle (81 ), in particular to a track bound vehicle such as a light rail vehicle or to a road automobile, wherein - the system comprises an electric conductor arra...
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WO/2013/068534A2 |
The invention relates to a system for transferring electric energy to a vehicle, in particular to a track bound vehicle such as a light rail vehicle or to a road automobile, wherein - the system comprises an electric conductor arrangemen...
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WO/2013/066792A1 |
A pantograph assembly (400, 402) configured to transfer electrical power from an overhead conductor (116) to a machine (100). The pantograph assembly (400, 402) includes a pantograph support (118) detachably connected to the machine (100...
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WO/2013/062633A1 |
A pantograph assembly (114) configured to transfer electrical power from an overhead conductor (116) to a machine (100). The pantograph assembly (114) includes a pantograph support (200) detachably connected to the machine (100), an arti...
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WO/2013/061440A1 |
This non-contact power receiving apparatus receives, in non-contact manner, power transmitted from a power transmitting apparatus (200). The power transmitting apparatus includes a power transmitting unit (220) and a power source unit (2...
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WO/2013/061617A1 |
A contactless electrical power transmission device transmits electrical power between an electricity supply device (2) and an electricity reception device (4) using electromagnetic conduction. The electricity supply device (2) is provide...
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WO/2013/061610A1 |
A power supplying apparatus (2), which supplies power in non-contact manner to a power receiving apparatus (4) is provided with a power conversion circuit (17), which generates a high-frequency alternating current from a current supplied...
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WO/2013/061615A1 |
A power supply device (2) of a contactless power transmission device has a primary coil (44) for generating a magnetic flux, a cover for covering the primary coil (44), and a detection electrode disposed between the primary coil (44) and...
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WO/2013/054981A1 |
Disclosed is a non-contact power feeding apparatus using a conductive fluid, through which an electric railroad vehicle or a trolleybus receives required power from a wire in a non-contact state by using the conductive fluid. The non-con...
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WO/2013/050991A2 |
The electric power supply assembly with assisted establishment of electrical contact of the type having a power supply arm (4) supported by a post (5) along the trackway that comes into electrical contact with a longitudinal conducting t...
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WO/2013/046368A1 |
A power receiving device comprises: a power receiving unit (27) which further comprises a first capacitor (19) and receives power in a non-contact manner from a power transmitting unit (28) which is disposed externally thereto; a first h...
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WO/2013/046787A1 |
This control device (200) is configured by a vehicle control device (50), a controller (100), an inverter control device (30) and a steering control device (32). This control device (200) performs control to apply a yaw moment to a vehic...
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WO/2013/045824A2 |
The invention relates to the transmission of an electrical current via a sliding contact. The invention likewise relates to a device (100) for transmitting an electrical current between two elements that are movable relative to each othe...
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WO/2013/046366A1 |
A power receiving device comprises: a power receiving unit (27) which receives power in a non-contact manner from a power transmitting unit (28) which is disposed externally thereto; a first coil (11) which is disposed in the power recei...
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WO/2013/046788A1 |
In this invention, a vehicle control device (50), a controller (100), an inverter control device (30) and a steering control device (32) configure a control device which, on the basis of image information obtained by a camera (15), perfo...
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WO/2013/038642A1 |
Provided are an electrical-power-supplying device and vehicle-mounted power-receiving device capable of preventing an abnormal electrical-power-supply state from arising due to misalignment between an electrical-power-supplying unit and ...
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WO/2013/035853A1 |
This non-contact power supply device for use in a mobile body is provided with a power transmission coil (31) and a power receiving coil (32) opposite of the power transmission coil with an intervening gap, the power transmission coil be...
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WO/2013/032203A1 |
The present invention relates to a dust collection apparatus for an online electric vehicle (OLEV) and a power compensation method for same. The dust collection apparatus for an OLEV is a duct collection apparatus linked with a power sup...
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WO/2013/023647A2 |
Electrically operated vehicles, e.g. rail vehicles, are known to be supplied inductively, i.e. by means of induction loops set into the road, e.g. into the rails. For avoidance of electrosmog, in particular for the protection of persons ...
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WO/2013/015416A1 |
This wireless power transmission method for transmitting electric power, without contact, from a first resonance antenna which is a power transmission device, to a second resonance antenna which is a power reception device, through the r...
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WO/2013/012061A1 |
Power supply side equipment comprises a high-frequency power supply, a matching box, a primary side resonance coil, an output impedance variable unit, a matching state detection unit, and a control unit. By a magnetic field resonance, th...
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WO/2013/007825A2 |
The invention relates to a conductor arrangement (4) for producing an electromagnetic field and thereby transferring energy to vehicles driving on a surface of a route (31 - 35), in particular for transferring energy to road automobiles,...
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WO/2013/007823A2 |
The invention relates to a route (19a) for vehicles driving on a surface of the route (19a), in particular for road automobiles, wherein: - the route (19a) comprises a plurality of shaped blocks (4) adapted to position and/or to hold a p...
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WO/2013/005528A1 |
In the present invention, a vehicle control apparatus (50), a controller (100), an inverter control apparatus (30), and a steering control apparatus (32) constitute a control apparatus for executing control in which a yaw moment is appli...
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WO/2013/001636A1 |
A power transmitting device (41) which is used in a power transmission system using electromagnetic field resonance. This power transmitting device (41) comprises a power transmission-side electromagnetic induction coil (23), a power tra...
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WO/2013/001812A1 |
This power supply device (2), which supplies electric power in a non-contact manner to a power-receiving device (4), is provided with: a substrate (46); a primary coil (48) that is positioned on the substrate (46), and generates flux by ...
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WO/2013/001586A1 |
This power receiving device is provided with: a vehicle-side resonance part (27) that is mounted on a vehicle and resonates with an equipment-side resonance part, which is provided on the external equipment, by means of an electromagneti...
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