TW201817141A - Multifunctional magnetic disk type energy generation machine capable of obtaining infinite safe loading current by the coil cutting the magnetic lines of force, while achieving the purposes of driving equipment, and generating electrical power - Google Patents

Abstract

A multifunctional magnetic disk type energy generation machine is disclosed, which comprises multiple magnetic disks, a stator, a rotor, a permanent magnet, and a coil. There are three kinds of stator structures as follows: (1) the magnetic disk of stator has a space; (2) The stator is a static body with a space; and (3) the stator has a rotating shaft for the transmission of any parts, such as a generator, a motor, a fan, a car, a wheel, a tool, a cooling/heating machine, and the like. The multiple magnetic disks and the stator constitute a magnetic energy disk. The magnetic energy disk is provided with plural permanent magnets and plural coils corresponding to each other. The magnetic energy disk can rotate in the clockwise direction or the counterclockwise direction according to the polarity of the permanent magnet and the current flowing direction of the coil. The magnetic energy disk can obtain infinite safe loading current by the coil cutting the magnetic lines of force, while achieving the purposes of maintaining constant rotation, driving equipment, and generating electrical power.

Description

Multifunctional disk energy generator

The invention uses a magnetic field generated by the same pole of a permanent magnet to drive a magnetic disk by applying coil excitation, and the magnetic disk has a maximum function with a large area and a large area, which can radiate the maximum function, and then drives the magnetic disk coil to cut the permanent magnetic field line to obtain an unlimited safe negative current And keep the magnetic wheel constantly rotating and the purpose of transmission appliances and power generation.

Traditional generators use hydropower, wind power, and solar power to generate electricity. Not only are they expensive and bulky, they can't be careless. Remote areas can't provide power because of insufficient power distribution facilities. The power distribution system is often damaged by natural disasters and human disasters. inconvenient.

Therefore, the inventor has developed a multi-function magnetic disk energy generator that uses the principle of magnetic energy inertia to generate infinite energy, and solves the above problems, and uses multiple magnetic disks to increase the area of magnetic energy, and uses the magnetic energy support technology to a higher level.

The main purpose of the present invention is to provide a multifunctional magnetic disk type energy generator. The magnetic disk type energy generator applies the magnetic space caused by the same pole, and then uses a battery to start the magnetic disk, and causes the coil to cut the magnetic lines of force to obtain a flowing current to drive the magnetic wheel. After starting, the coil on the magnetic disk continuously cuts the magnetic field lines on the permanent magnet to obtain the flowing current to drive the magnetic disk. Therefore, after the battery is open-circuited and cut off, the coil on the magnetic disk continues to cut the permanent magnet. The magnetic field lines on the top get the flowing current, so the inertia of the disk often rotates, and the purpose of transmission appliances and power generation.

A multifunctional magnetic disk type energy generator includes a multiple magnetic disk, a stator, a rotor, a permanent magnet, Coil, and the structure of the stator can be divided into three types: 1. The disk of the stator has space. 2. The stator is a moving body with space for control. 3. The stator has a rotating shaft, and the rotating shaft can drive any accessories (such as: generators, motors, fans, cars, wheels, tools, hot and cold engines, etc.).

The multiple magnetic disks and stators are a magnetic energy disk. Each of the magnetic energy disks has relatively multiple permanent magnets and multiple coils. The magnetic energy disks can determine the clockwise and counterclockwise rotation directions according to the polarity of the permanent magnets and the direction of the coil current flow. Because the coil cuts the magnetic field line of the permanent magnet to obtain unlimited safe negative current, after the magnetic energy disk starts, due to the relationship of the coil cutting the permanent magnet, after the solid-state battery is opened and the power is cut off, the coil on the disk continues to cut the magnetic field line of the permanent magnet to obtain the flowing current. Therefore, the inertia of the disk is often turned, and the purpose of transmission equipment and power generation.

a1‧‧‧first disk

b‧‧‧ permanent magnet

c‧‧‧coil

a2‧‧‧Second Disk

a3‧‧‧Third Disk

d‧‧‧axis

e‧‧‧brake coil

F‧‧‧ Stator

G‧‧‧rotor

H‧‧‧ Magnetic Wheel

K‧‧‧Line Control Roulette

I‧‧‧ Magnetic energy control coil

J‧‧‧ Magnetic String

N‧‧‧ Magnetic North

S‧‧‧Magnetic South

The first diagram is a schematic perspective view of the first embodiment of the multi-function magnetic disk energy generator of the present invention.

The second figure is a schematic perspective view of a magnetic control embodiment of the multifunctional disk-type energy generator of the present invention.

The third diagram is a schematic perspective view of an embodiment in which all the stator coils of the multifunctional disk-type energy generator of the present invention are conveniently controlled.

The fourth figure is a perspective view of the magnetic disk structure of the multifunctional magnetic disk energy generating machine of the present invention.

The fifth figure is a schematic perspective view of a clockwise rotation of the multifunctional disk-type energy generator of the present invention.

The sixth diagram is a three-dimensional schematic diagram of counterclockwise rotation of the multifunctional disk energy generator of the present invention.

The seventh figure is a perspective view of the brake of the multifunctional disk energy generator of the present invention.

The eighth figure is a schematic perspective view of the brake of the multifunctional disk-type energy generator of the present invention.

The ninth figure is a three-dimensional schematic diagram of a constant-turn non-reversing gyro wheel of the multifunctional disk-type energy generator of the present invention.

The tenth figure is a three-dimensional schematic diagram of the inner disk and the outermost row control of the multifunctional disk-type energy generator of the present invention.

The eleventh figure is a three-dimensional schematic diagram of driving operation of different polarities of the multi-functional magnetic disk energy generator of the present invention.

The twelfth figure is a three-dimensional schematic diagram of a roller type invented as a multifunctional disk-type energy generator.

The thirteenth figure is a schematic diagram of a drum-type anatomy of the multifunctional magnetic disk energy generator of the invention.

The fourteenth figure is an anatomical perspective view of the drum-type deceleration brake of the multifunctional disk-type energy generator of the present invention.

The following describes the embodiments of the present invention in more detail with reference to the drawings and component symbols, so that those skilled in the art can implement them after studying this specification.

Please refer to the first picture, the second picture, the third picture and the fourth picture, which are multifunctional of the present invention. A three-dimensional schematic diagram of an embodiment of a disk-type energy generator. The creation includes a first magnetic disk a1, a second magnetic disk a2, a third magnetic disk a3, a permanent magnet b, a coil c, a shaft center d, a stator F, a rotor G, a magnetic wheel H, Magnetic energy line control coil I, magnetic string J, line control roulette K.

The innermost layer of the invention is provided with a third magnetic disk a3, and the third magnetic disk a3 is provided with an axis d at the center. The axis d is convenient for rolling and driving any accessories. The third magnetic disk a3 is provided with a second magnetic disk a2 and a third magnetic disk a3. And the second magnetic disk a2 each have a plurality of permanent magnets b and a plurality of coils c, the permanent magnets b and the coil c both radiate radially to the axis d, the first magnetic disk a1 is installed on the two magnetic disks a2, and the first magnetic disk a1 is provided The plurality of coils c and the plurality of permanent magnets b (or all of the coils c), the plurality of coils c and the plurality of permanent magnets b (or all of the coils c) also radiate radially to the axis d like the third magnetic disk a3 and the second magnetic disk a2, The plurality of coils c on the third magnetic disk a3 and the first magnetic disk a1 are driving directions and speeds of the second magnetic disk a2.

Please refer to the fifth and sixth pictures, the eleventh picture and the thirteenth picture for the operation of the multifunctional disk energy generator of the present invention. According to the rule of the right hand, the thumb is the direction of current, and the four fingers held are in rotation. Direction, so when the positive and negative touch voltages pass through the coil c of the third magnetic disk a3, the current follows the coil c passing through the third magnetic disk a3, so the current flowing in the coil c of the third magnetic disk a3 drives the second magnetic disk a2 Rotate clockwise. On the other hand, if the negative or positive polarity of the touch voltage is reversed or the magnetic pole of the permanent magnet b is reversed, the driving direction of the second magnetic disk a2 will continue to rotate counterclockwise, and the coil c on the second magnetic disk a2 will be driven by the current. Neither the third magnetic disk a3 or the magnetic field lines of the permanent magnet b on the first magnetic disk a1 are cut in sections to generate a current. As a result, the second magnetic disk a2 still keeps inertial rotation after power failure. For example, the design of the first magnetic disk a1 is all coils. c none The permanent magnet b indicates that the strength of the magnetic energy can be controlled. Therefore, the first magnetic disk a1 can be used to control the speed of the second magnetic disk a2, and the third magnetic disk a3 of the stator F becomes the traveling direction that determines the start and rotation of the second magnetic disk a2.

Further explanation:

In the invention, the first magnetic disk a1 is designed as a stator F. The stator F can be designed with a large space. The outermost layer of the first magnetic disk a1 can be designed with a large number of coils c, and the coil c can control the speed and rotation of the second magnetic disk a2. The third magnetic disk a3 is the lowermost layer. The third magnetic disk a3 is used to control the starting travel direction of the second magnetic disk a2. Therefore, the space of the stator will become the control center for the driving of the multi-magnet infinite energy generator of the invention. And because each disk has a coil, according to the principle of the generator, each disk has its own energy application.

Please refer to the eleventh, thirteenth, and fourteenth drawings of the drum-type generator of the multifunctional disk-type energy generator of the present invention. The generator uses a roller instead of a disk. The roller is provided with a multilayer coil c and a permanent magnet. The magnet b is connected in series to form a magnetic string J. The thirteenth figure is a startup diagram of the generator. When the outermost coil c of the generator is powered on in a closed circuit, the brake coil e of the first disk a1 of the last layer is opened and not powered. Therefore, the vector angle difference is caused and the second disk a2 starts to rotate. After the power is turned off, the coil c of the second disk a2 still cuts the magnetic length of the permanent magnet b of the first disk a1, so the second disk a2 is clockwise. Direction inertia often turns.

Gyroscope caused by constant inertia: Please refer to the ninth figure, because the third disk a3 is energized to make the second disk a2 fast inertia, and the fast inertia of the second disk a2 often turns to make the entire wheel stand like a gyroscope. , And the row control wheel K uses magnetic control (VS) control The speed of the magnetic wheel H, this entire system both forms wheels that do not require energy.

Please refer to the fourteenth figure when the generator is decelerating or braking. When the generator is decelerating, the brake coil e of the first magnetic disk a1 of the magnetic disk is slowly energized, and the brake coil e and the second magnetic disk a1 of the magnetic disk are manufactured. The magnetic pole of the permanent magnet b of the magnetic disk a2 is opposite. Due to the attraction of the opposite sex, the natural speed of the second magnetic disk a2 slowly decreases.

When the generator is to brake, the brake coil e of the first magnetic disk a1 and all the coils c on the first magnetic disk a1 are energized in a closed circuit, and the magnetic properties of the brake coil e and all the coils c of the first magnetic disk a1 and the second magnetic disk a2 are produced. Permanent magnet b has opposite magnetic poles. Due to the attraction of the opposite sex, the second magnetic disk a2 immediately stops and stops.

Advantages of the drum generator: This machine is mainly a series, parallel connection of small volume, rectangular shape, small and powerful, convenient for generating energy. The above is only used to explain the preferred embodiment of the present invention, and is not intended to limit the present invention in any form. Therefore, any modification or change related to the present invention made under the same spirit of creation , Should still be included in the scope of protection of this creative intention.

Claims (10)

A multifunctional disk-type energy generator, the creation includes a multi-disk (magnetic string), a permanent magnet, a coil, a shaft, a stator, a rotor, a wheel, a magnetic energy control coil, and a line-controlled wheel. Suspension caused by the magnetic energy of the magnetic field, and the backup battery is used to trigger the coil starting disk. In order to start the energy generator in a directional direction, one of the poles of the multiple coils is not energized when the disk is started to cause the vector angle deviation to start smoothly. Furthermore, the coil is used to cut the magnetic field lines of the permanent magnet to obtain unlimited safe negative current, to maintain the creative inertia, and the strong magnetic coil is used to control the speed and the purpose of transmission equipment and power generation. The generator uses a roller instead of a magnetic disk. The roller is provided with a multilayer coil and a permanent magnet, and the coil and the permanent magnet are connected in series to form a magnetic string. The utility model relates to a multifunctional magnetic disk type energy generator. The magnetic disk of the generator is provided with a permanent magnet and a coil, and the permanent magnet and the coil are plural. The utility model relates to a multifunctional magnetic disk type energy generating machine. A large space is provided on a stator magnetic disk of the generator to facilitate the operation of each magnetic disk. A multifunctional disk-type energy generator whose disk can control the direction and speed of other disks. A multifunctional disk-type energy generating machine has multiple disks. The utility model relates to a multifunctional disk-type energy generator. In addition to generating electricity, the axis of the generator can also be used to drive other appliances. A multifunctional disk-type energy generator. The generator's disk is provided with all coils to facilitate the manipulation of each disk. A multifunctional disk-type energy generating machine whose rotor often turns into a gyroscope. A multifunctional disk-type energy generator, the rotor disk of the generator often turns to control the speed of another disk wheel by magnetic control.