JP3218985U - Low voltage generator - Google Patents

Abstract

Provided is a low-voltage generator that can generate electric power without increasing its rotation even when a current increased through a transformer is used, reduces eddy current load, and lightly rotates a rotor magnet.
In order to generate low voltage, all the stator coils are connected in parallel to weaken the magnetic force of the stator 2 and reduce the load. The rotation becomes light and a low-voltage current flows to the transformer, and this current is increased to a voltage when a normal stator coil is connected in series. The coiled magnet 5 is attached to the rotating plate 3. This will further reduce the load.
[Selection] Figure 1

Description

  Power generation

Background technology

  Currently, the heavier the rotation, the higher the amount of power generated and the higher the voltage, which makes it easier to use, but the rotation takes more force.

Problems solved by the device

  If the voltage is high, the magnetic force is strong and the load increases and the number of magnets increases, and the purpose is to reduce the increase in eddy current load.

Means to solve the problem

A pair of square plate-shaped outer frames facing each other, a plurality of stators arranged on the surfaces facing each other of the outer frame, a relay ring entering the inside of a plurality of stators facing each other, and a pair thereof A rotating plate that rotates in the center opposite to each other, a plurality of magnets fixed on the front and back of the rotating plate, a rotating plate in which the stator rotates in a circumferential direction facing the magnet, and a stator coil. A transformer for changing the current transformation
The outer frame is a magnetically inductive material with a hole in the center of the square plate shape, with multiple stators attached in the circumferential direction of the hole, and a relay ring that is large enough to fit inside the stator , The pair has a rotating plate that rotates in the center facing each other,
The rotating plate is made of a magnetically inductive material. The rotating shaft is fixed to a disk-shaped plate. The same polarity of N is fixed to the front of the rotating plate, half of the number of stators is fixed, and the same polarity of S is fixed to the back. The same number of stators are connected to the insulated ring, the wires in which coils are wound in the same direction on one and the other stator, and the relay ring so that the current generated in opposition to the magnet is parallel. Separated into A ring and B ring, connected to one and the other relay ring to create low voltage alternating current,
The relay ring has a hole through which the rotation shaft passes in the center, and is fixed in the outer frame so that two conductor rings do not come into contact with each other in a disk shape that is large enough to fit inside the stator. Connect the wiring from the A and B rings to the outside from one and the other, connect A and A, B and B to the transformer,
A transformer is a low-voltage generator that converts the input current voltage into a voltage that can be used by increasing the voltage.

  The insulated conductor is wound around the magnet facing the stator so that it does not overlap in a row on all four sides, and the coiled magnet is attached to the rotating plate, with the wound direction facing the rotation direction. The low-voltage generator according to claim 1, wherein the wiring is connected in series.

Effect of device

  Even if the current increased through the transformer is used, power can be generated without increasing the rotation. Also, the load of eddy current is reduced and the number of parts of the transformer is increased, but the rotation of the rotor magnet is light.

Side view Relay ring illustration Wiring diagram Magnet with coil

A pair of square plate-shaped outer frames 1 facing each other, a plurality of stators 2 disposed on the surfaces of the outer frame 1 facing each other, and a relay ring in which the stators 2 enter the plurality of stators 2 facing each other 4, a pair of rotating plates 3 that rotate in the center facing each other, a plurality of magnets 5 fixed to the front and back of the rotating plate 3, and a stator 2 that rotates around the magnets 5 in a circumferential direction. A rotating plate 3 and a transformer 6 for changing the transformation of the current generated by the stator coil,
The outer frame 1 is a magnetically inductive material having a hole in the center of a square plate shape, a plurality of stators 2 attached in the circumferential direction of the hole, and a relay that is large enough to fit inside the stator 2 There is a ring 4, a pair of which has a rotating plate that rotates in the center facing each other,
The rotating plate 3 is made of a magnetically inductive material, and its rotating shaft is fixed to a disk-shaped plate. The same polarity of N is fixed to the front surface of the rotating plate 3, half of the number of stators is fixed, and the same S is fixed to the back. The same number of poles are attached to the stator 2, and the insulated conductors are connected in parallel to the magnet 5, and the electric current that is generated in opposition to the magnet 5 in the wiring in which the coils are wound in the same direction on one and the other stator 2 in parallel. In the same way, separate from the A ring and B ring of the relay ring 4 and connected to one and the other relay ring 4 to create a low voltage AC
The relay ring 4 has a hole through which the rotation shaft passes in the center, and is fixed to the outer frame 1 so that no two conductor rings are in contact with each other in a disk shape made of plastic that is large enough to fit inside the stator 2. The wiring from the A and B rings of the relay ring 4 is brought out from one and the other to the outside, and A and A and B and B are connected to the transformer 6 by connecting two wirings. A low-voltage generator that increases the voltage of the generated current to a current that can be used by increasing the pressure.

  A coiled magnet that winds an insulated wire around a magnet 5 facing the stator 2 so that it does not overlap in a row on all four sides, and fixes the wound direction to the rotating plate 3 with the direction of rotation turned. The low-voltage generator according to claim 1, wherein 7 is provided and the wiring is connected in series.

  The number of stator coils can be adjusted in parallel.

  The height of the increasing voltage can also be adjusted.

  It becomes light because there are magnets on both sides between the stator and the stator.

  Because the magnets are on the front and back, the magnetic force becomes stronger.

  It is lighter to connect a plurality of magnets with coils in series than to connect them individually.

  Different poles may be attached with the same number of rotor magnets as the stator.

  When the pressure is reduced to a quarter, the pressure is increased by a factor of 4 with a transformer and the rotor magnet is loaded.

1 Outer frame 2 Stator 3 Rotating plate 4 Relay ring (with A ring and B ring)
5 Magnet 6 Transformer 7 Magnet with coil

Claims (2)

A pair of square plate-shaped outer frames facing each other, a plurality of stators arranged on the surfaces facing each other of the outer frame, a relay ring entering the inside of a plurality of stators facing each other, and a pair thereof A rotating plate that rotates in the center opposite to each other, a plurality of magnets fixed on the front and back of the rotating plate, a rotating plate in which the stator rotates in a circumferential direction facing the magnet, and a stator coil. A transformer for changing the current transformation
The outer frame is a magnetically inductive material with a hole in the center of the square plate shape, with multiple stators attached in the circumferential direction of the hole, and a relay ring that is large enough to fit inside the stator The rotating plate has a rotating plate that rotates in the center opposite to each other, and the rotating plate is made of a magnetically inductive material, the rotating shaft is fixed to a disk-shaped plate, and the same polarity of N on the surface of the rotating plate, Half of the number of stators is fixed, the same number of S poles are attached on the back, the stator has insulated conductors, and one and the other stator are individually wound with coils in the same direction. Separated from the A ring and B ring of the relay ring so that the current generated in opposition is in parallel, it is connected to one and the other relay ring to create a low voltage alternating current,
The relay ring has a hole through which the rotation shaft passes in the center, and is fixed in the outer frame so that two conductor rings do not come into contact with each other in a disk shape that is large enough to fit inside the stator. Connect the wiring from the A and B rings to the outside from one and the other, connect A and A, B and B to the transformer,
A transformer is a low-voltage generator that converts the input current voltage into a voltage that can be used by increasing the voltage.   The insulated conductor is wound around the magnet facing the stator so that it does not overlap in a row on all four sides, and the coiled magnet is attached to the rotating plate, with the wound direction facing the rotation direction. The low-voltage generator according to claim 1, wherein the wiring is connected in series.

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