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JP2011135754 |
To provide a noncontact power-receiving device in which a shield can be miniaturized without deteriorating power transmission efficiency in noncontact power supply using a resonance method, and a manufacturing method therefor.A coil unit...
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JP2011135704 |
To provide a noncontact power supply facility which can reduce power loss and can improve transmission efficiency of power.The power supply side comprises a power supply 11 and a power feeding unit 12. The power receiving side comprises ...
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JP2011135772 |
To provide an electric vehicle capable of continuously running over a long driving range, without the need for making a stop for charging.Power generators G are arranged at internal space portions 26 in tires 25 of front wheels and rear ...
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JP2011130614 |
To provide a noncontact power supply which maintain power transmission efficiency even if a power transmission distance is extended.The noncontact power supply 10 is equipped with: a resonance means 1 for power transmission set with a pr...
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JP2011125184 |
To measure a temperature of a capacitor without installing a temperature detection element such as a thermocouple in noncontact power supply by a resonance system where a coil and the capacitor are connected.Noncontact power supply is pe...
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JP2011125185 |
To reduce power consumption of ECU in a vehicle including the ECU communicable with a service tool operated by a user.The plug-in ECU provided in the electric vehicle includes a main microcomputer controlling charging of a battery by usi...
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JP2011125131 |
To provide a current collector for rolling stocks which includes slip-off preventing structures for preventing a mounting bolt from slipping off from a cover, when attaching and removing the cover.A U-shaped fixture 2 including a U-shape...
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JP2011121456 |
To provide a feeder system capable of efficiently transmitting electric power to a vehicle in traveling using a resonance method.A resonance coil 140 of the feeder system 100 transmits electric power to a resonance coil 210 of a vehicle ...
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JP2011125153 |
To provide a non-contacting power transmission system and a non-contacting power transmission device, in which water drops stuck on the surface of an antenna are removed to prevent deterioration in power transmission efficiency.The power...
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JP2011120387 |
To provide an apparatus for control of charging an electric vehicle, which is capable of safely and efficiently charging a driving battery in a state where a power receiving side coil is moved down.The apparatus is configured such that i...
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JP2011120380 |
To provide a primary coil ascending type non-contact charging device which easily positions a primary coil and a secondary coil, and saves on energy.This primary coil ascending type non-contact charging device is provided with: the prima...
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JP2011116313 |
To provide an article conveying facility capable of properly feeding power from a power feeding line to a power receiving part at also a curved portion of a set traveling route, without providing the power receiving part in a connecting ...
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JP2011120382 |
To obtain a mechanism which adjusts a resonance frequency in a non-contact power feed resonance system without installing a variable capacity capacitor.Non-contact power feed to a secondary side from a primary side is performed by an eff...
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JP2011120386 |
To provide an apparatus for control of charging an electric vehicle, capable of safely and efficiently charging a driving battery, while a power receiving side coil is moved down.The control apparatus is configured such that if a shift p...
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JP2011116246 |
To provide a power transfer device, power transfer system, and power transfer method for transferring electric power to a vehicle with a reduced number of parts and with a simple structure.The power transfer device 200 includes a power t...
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JP2011111268 |
To reduce electric power consumption by Joule heat of an electric current flowing in an noncontact feeder line.This traveling vehicle system includes a power receiving unit for arranging a power source and the noncontact feeder line on t...
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JP2011115017 |
To provide a radio power supply system capable of minimizing the increases of the forming widths of a power sending coil and a power receiving coil while keeping the efficiency of power supply between the power sending coil and the power...
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JP2011109743 |
To provide a method and a device for detecting a stepped abrasion of a contact strip by measuring an acceleration of a trolley wire of which behavior changes according to the stepped abrasion.The device for detecting the stepped abrasion...
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JP2011106216 |
To correctly guide a vehicle to a target stop position where a power receiving coil of a vehicle comes close to a power transmitting coil of a parking lot by a durable device having no movable parts, in a wireless power feeder for a vehi...
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JP2011109902 |
To overcome the problem with an electric power supply system for a vehicle, wherein transmission characteristics of the system are unstable for displacement in right and left directions of the vehicle.A power transmitting antenna 105 arr...
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JP2011100819 |
To reduce the thickness, size and weight of a magnetic coupler without causing abnormal overheat of a core or a coil nor degradation of power transmission efficiency.In this magnetic coupler where a primary unit and a secondary unit are ...
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JP2011097671 |
To provide a non-contact power supply device which can stably supply a large amount of power even if axial positions of a primary coil and a secondary coil which are arranged in a non-contact manner are slightly different form each other...
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JP2011093518 |
To provide a long distance movement system to tow an automobile by supplying a motor with electric power from a power plant.A light railroad track is embedded on an expressway or a road, and a trailer having metal wheels is moved on the ...
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JP2011091882 |
To provide an induction type vehicle power feed device which can obtain higher transmission efficiency by a simple structure.The tire W rotates a lever plate 34. The lever plate 34 turns an arm 32 through a shaft 33. A power transmission...
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JP2011091999 |
To provide a non-contact power receiving apparatus using a resonance method, a non-contact power transmitter, a non-contact power supply system, and a shielding method in an electric vehicle.A shield box 190 is arranged so that a plane 4...
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JP2011087457 |
To provide an electric machine and a power supply system, in which a battery pack can be easily and safely replaced with another, and electric power can be transferred with high transfer efficiency.The electric machine includes a driving...
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JP2011083138 |
To provide a power supply system to a carrier dolly in a clean room, preventing scattering of dust to the outside of a power-supply cover and the inside of the clean room, and holding a degree of cleanness in the clean room, in a contact...
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JP2011078310 |
To control irregular wear of a shoe using a simple structure, and to prolong the inspection and replacement periods of the shoe.The current collector includes a mounting base 2 on which a shoe 3 is mounted; a holding mechanism 4 that hol...
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JP2011072066 |
To provide a noncontact power receiver which can surely check the welding of a relay capable of breaking an electric path for supplying received power to an electric load, and an electric vehicle equipped with the receiver.A relay 144 is...
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JP2011072188 |
To provide a noncontact power receiver, a noncontact power transmitter, a noncontact power feeding system which use the resonance method, and a shielding method in an electronic vehicle.A shield box 190 is disposed so that a plane 410 ca...
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JP2011066985 |
To provide a contactless power receiving apparatus wherein it is possible to conduct a fusing check on a relay that electrically connects/disconnects a sensing resistor used in alignment between a power supply facility and a vehicle, and...
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JP2011061942 |
To provide a contactless power supply apparatus of relay system wherein an air gap can be expanded and with respect to each coil, the flexibility in arrangement is enhanced and variation in arrangement is increased.The contactless power ...
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JP2011061889 |
To provide a conveyance vehicle traveling system that allows a plurality of wired conveyance vehicles to travel, and prevents a power cable from easily interfering with other members.The conveyance vehicle traveling system includes at le...
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JP2011062037 |
To provide a contactless charging system which has no need of changing a feeding voltage at a feeding apparatus for each power receiver and simplifies the configuration of the power-feeding apparatus to suppress an increase in the overal...
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JP2011049230 |
To provide a noncontact power supply device capable of suppressing an influence of leakage magnetic flux due to a position shift between a power supply part 53 and a power reception part 42.The noncontact power supply device is character...
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JP2011045195 |
To provide a non-contact power feeding device controlling primary voltage, without using communication apparatuses and that makes the secondary voltage constant.Prior to feeding to a load device 43, the load device 43 is removed electric...
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JP2011030317 |
To provide a new supply embodiment of power using a power supply technique of a magnetic field resonance system, and to provide a new utilization embodiment of power in the new supply embodiment.A power feed source 1 transmits an AC powe...
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JP2011024420 |
To provide a pantograph malfunction prevention apparatus for the overhead and battery hybrid vehicle that precisely finds the overhead section and non-overhead section to raise/lower the pantograph according to information on the section...
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JP2011015549 |
To provide a parking support system for providing support to ensure accuracy of parking a vehicle at power supply equipment and reducing possibility of bumping to an obstacle, and to provide a method of controlling the system.The parking...
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JP2010288394 |
To provide a vehicle charging system efficiently supplying power to a vehicle, along with a vehicle.A permanent magnet 3 and a marker 31 are installed on a road 2, and a vehicle 1 is equipped with a detection part which detects the marke...
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JP2010288363 |
To provide an opening/closing structure of a lid for charging ports that allows a seated occupant to see that the lid is opened.The opening/closing structure includes a first charging port 3 and a second charging port 5 arranged at the f...
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JP2010284995 |
To provide a noncontact power supply apparatus which has a power supply part provided with a heat radiation structure.The noncontact power supply apparatus is structured by installing the power supply part provided with a high-frequency ...
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JP2010288353 |
To provide a calculation method for the contact force of a pantograph whereby the contact force of a pantograph can be more accurately calculated.Vehicle speed v0, internal force Fb, and collector head inertial force Fine in a running se...
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JP2010280235 |
To solve such a problem that a device which connects a serial capacitor with second coil output, and controls a PWM converter in noncontact current collection for taking out electric power from alternating current power with large intern...
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JP2010284011 |
To provide a cooler for a resonance coil capable of saving space and fully cooling the resonance coil.The cooler for the resonance coil includes a cylindrical bobbin 330, and resonance-type noncontact secondary self-resonance coils 110 m...
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JP2010273441 |
To provide a contactless power supply system which devises a structure and arrangement of a tertiary coil connected to a resonance capacitor and a secondary coil generating power supplied to a load, separates a distance between a power s...
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JP2010268661 |
To suppress the occurrence of loss due to energy conversion in a non-contact power supply system for contactlessly supplying power to a vehicle by electromagnetic induction.A vehicle 10 uses a power receiving coil 12 to receive power sup...
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JP2010268664 |
To provide a non-contact power supply system capable of increasing the temperature of equipment installed on a vehicle by an electromagnetic field at power supply.The non-contact power supply system 10 is configured to transmit power bet...
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JP2010268660 |
To provide a noncontact power transmission device which is equipped with a secondary resonance coil capable of delivering power between itself and a primary resonance coil, by resonating with a resonator provided outside and including th...
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JP2010268570 |
To provide a motor for an electric vehicle which reduces power reception loss during charging without providing a secondary coil for charging in a motor.The motor 7 for an electric vehicle includes a rotor 15 having a permanent magnets 1...
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