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JP2017077144A |
To reduce the weight, cost and loss in a linear generator, while reducing the resilience given to a needle externally.A linear generator 10 includes a stator 26, and a piston 40, i.e., a needle arranged oppositely to the stator 26. One m...
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JP6116006B2 |
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JP6117971B1 |
[Subject] With the device which supervises states, such as vibration acceleration of a rotating body, and temperature, desired electric power can be obtained by non-contact, and a device which supervises states, such as vibration acceler...
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JP6111626B2 |
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JP2017063588A |
To use generated power as a cell, which is generated by converting a magnetic line of a magnet into magnetism with a laminated iron core and winding a coil for converting the magnetism into an electric signal.The cell method with magnet ...
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JP2017055599A |
To provide a power generating switch capable of suppressing a damage to a power generator or the occurrence of a generation defect even when an over stroke is generated.A power generating switch includes: a power generator that generates...
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JP6094425B2 |
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JP6095119B2 |
A power collector structure connected to a base is repetitively deformed or bent. The power collector structure is bar-like, and is connected to the base in an essentially rigid manner. A power collector for converting mechanical energy ...
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JP2017049183A |
To provide an electrodynamic type vibration detector including a structure capable of preventing excessive constraint of a magneto coil supported oscillatably by a spring.An electrodynamic type vibration detector includes at least a pair...
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JP3209360U |
[Subject] An oscillating power generator which can choose and generate a place with an easy structure is provided. [Means for Solution] Dynamo style 10 which consists of magnet coil 20 and permanent magnet 30 which can be exercised which...
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JP6089191B2 |
To provide a power generation method and a power generation and recognition device of a bicycle, capable of lighting a light emitting diode by surely generating electric power even in bicycles f various forms and during low-speed traveli...
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JP6093354B2 |
A power supply for a downhole instrument is provided. The power supply includes high temperature rechargeable energy storage, power generation capabilities and provides for operation in high temperature environments. A method of fabricat...
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JP6092414B2 |
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JP6086570B2 |
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JPWO2014207974A1 |
The energy conversion device (1a) includes a magnet (2), a coil (4), and a support portion (9), and the magnet and the coil are arranged to face each other in the first direction (F1) and are orthogonal to the first direction. The first ...
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JP6085173B2 |
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JP2017037254A |
To beef up propulsion force of an electromagnetic unit without increase in magnet occupation area width in a prescribed direction where increase in scale is not preferable in an electromagnetic drive unit.Permanent magnets 53 and 54 and ...
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JP2017034756A |
To provide a power generator that suppresses a power generation amount's reduction depending on a characteristic of input vibration.A power generator according to an embodiment comprises a resonator, a first vibration member, a power gen...
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JP6074939B2 |
A generator includes a sliding member, a first power generation element and a second power generation element. The sliding member is made of a biomass-containing material. The first power generation element is configured to slide with re...
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JP6074633B1 |
The power generator of the present disclosure has a yoke, which is a coil wound and has a first side surface and a second side surface. Further, the power generator includes a first magnetic material including a side surface that contact...
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JP6070482B2 |
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JP6072822B2 |
The present invention relates to a very simple and robust wireless batteryless device (100) for harvesting energy. The actuation upon button pressure/release results in a rotation of a first member (1) around its central axis (11) leadin...
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JP6062869B2 |
An induction generator (100) for a remote switch which comprises a U-shaped magnetic diverter (102) with first and second limbs as well as a coil core (104) with an induction coil (106) arranged between the limbs. A movable magnetic elem...
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JP6060621B2 |
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JP2017011947A |
To provide a vibration type power generator capable of efficient power generation without causing useless energy consumption.A vibration type power generator includes a container body 5, a floating magnet body 3 provided on the bottom fa...
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JP2017011894A |
To provide a small-sized power generation element capable of converting minute dynamic energy such as walking and fluttering into electrical potential by electromagnetic induction.An electromagnetic induction type power generation elemen...
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JP6058773B2 |
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JP3208093U |
[Subject] A direct-current power generator which generates a direct current is provided by rotating a cylindrical shape stratified magnet devised uniquely. [Means for Solution] It has cylindrical shape stratified magnet 5 molded in the s...
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JP2016214050A |
To provide a thermal power generator capable of simultaneously transporting heat and generating power by utilizing self-excitedly generated oscillation energy when a self-excited oscillation heat pipe is in a state of receiving heat.The ...
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JP2016211526A |
To solve the problem in which in the conventional power generator fuel is necessary or some restrictions on time zone and weather condition or the like.The present invention is carried out by a device in which energies such as gravity fo...
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JP2016208786A |
To provide a small-sized switch type power generator capable of acquiring a large electromotive force by moving a magnet at a higher speed and to a longer distance, using a spring inversion high-speed mechanism.The small-sized switch typ...
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JP2016201978A |
To provide a power storage device capable of stably generating high output power, which has been required in the prior art.A power generation device includes a magnetic flux generator for generating a magnetic flux, a rotation unit which...
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JP2016201899A |
To provide a vibration structure in which a magnet is hard to be attracted to a core, and a vibration power generator using the same.A vibration structure 100 includes a frame 1, a movable plate 2, a pair of joint portions 3A, 3B, a magn...
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JP6036143B2 |
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JP6017199B2 |
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JP6005573B2 |
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JP6004024B2 |
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JP2016530873A |
The present specification discloses motors and motor components configured on a flat substrate. In some practices, flat substrates are manufactured from hard or semi-rigid sheet materials such as printed circuit boards (PCB). One or more...
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JP5993460B2 |
A vehicle, particularly motor vehicle, having a plurality of wheels that form unsprung structural component parts rotatable around wheel axles and a vehicle body forming a sprung structural component part. An energy generation device is ...
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JP2016527425A |
The object of this invention is to supply the method of permitting conversion of a considerable quantity of energy and greatly promoting especially the very strong thermal energy for the especially power generation for generating of mech...
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JP5988637B2 |
The present invention is a novel design for the axial vibration type power generator, wherein the outer end of the location where the columnar magnet passing the annular power generation coil set is installed with an outer magnetic condu...
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JP5989867B1 |
[Subject] An oscillating dynamo device which improves power generation efficiency is provided. [Means for Solution] An oscillating dynamo device (1) of the present invention is with a cylindrical member (2) of a nonmagnetic material, A p...
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JP5987144B2 |
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JP2016163504A |
To provide a power generator for a fuel tank which effectively utilizes energy of a fuel in a fuel tank to stably generate power.A power generator 11 for a fuel tank is applied to a fuel tank 2 mounted on a vehicle 1 and includes: a coil...
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JP5981556B2 |
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JP5979028B2 |
A power generation device (10) comprising a rotation member (1) rotatable by an operation force and a supporting member (2a, 2b) supporting the rotation member (1) by attracting the rotation member (1) with a magnetic force, the power ge...
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JP5969244B2 |
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JP2016140207A |
To provide a vibration type power generator achieving efficient power generation without causing wasteful energy consumption.The vibration type power generator includes: a magnet body 3 for floatation; a movable substrate 1 which is floa...
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JP2016123231A |
To provide a power generation unit in which cost of a permanent magnet can be reduced and damage to the permanent magnet can be prevented.A power generation unit 1 includes magnet fixing members 3, 4 which are formed from a soft magnetic...
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JP2016098770A |
To solve the problem that when an initial position of a piston is deviated from a stroke center position in motoring of a free piston type dynamo, excessive correction force occurs, and a device may be damaged.A control device 18 gradual...
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