WO2024031990A1 - Motor generator - Google Patents

Motor generator Download PDF

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Publication number
WO2024031990A1
WO2024031990A1 PCT/CN2023/082482 CN2023082482W WO2024031990A1 WO 2024031990 A1 WO2024031990 A1 WO 2024031990A1 CN 2023082482 W CN2023082482 W CN 2023082482W WO 2024031990 A1 WO2024031990 A1 WO 2024031990A1
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WO
WIPO (PCT)
Prior art keywords
magnetic
rotating
magnetic components
levitation
components
Prior art date
Application number
PCT/CN2023/082482
Other languages
French (fr)
Chinese (zh)
Inventor
郭树雄
Original Assignee
郭树雄
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 郭树雄 filed Critical 郭树雄
Publication of WO2024031990A1 publication Critical patent/WO2024031990A1/en

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K7/00—Arrangements for handling mechanical energy structurally associated with dynamo-electric machines, e.g. structural association with mechanical driving motors or auxiliary dynamo-electric machines
    • H02K7/18—Structural association of electric generators with mechanical driving motors, e.g. with turbines
    • H02K7/1807—Rotary generators
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K7/00—Arrangements for handling mechanical energy structurally associated with dynamo-electric machines, e.g. structural association with mechanical driving motors or auxiliary dynamo-electric machines
    • H02K7/08—Structural association with bearings
    • H02K7/09—Structural association with bearings with magnetic bearings
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K7/00—Arrangements for handling mechanical energy structurally associated with dynamo-electric machines, e.g. structural association with mechanical driving motors or auxiliary dynamo-electric machines
    • H02K7/18—Structural association of electric generators with mechanical driving motors, e.g. with turbines
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02N—ELECTRIC MACHINES NOT OTHERWISE PROVIDED FOR
    • H02N15/00—Holding or levitation devices using magnetic attraction or repulsion, not otherwise provided for

Definitions

  • the present invention relates to an electric generator that is not subject to environmental restrictions and has green energy effects.
  • the main purpose of the present invention is to provide an electric generator that is not subject to environmental restrictions and has green energy effects.
  • the present invention provides an electric generator, which is characterized in that it mainly includes:
  • a containment area, the containment area is formed in the containment body, and the containment area is in a vacuum state;
  • a magnetic levitation rotating member located in the accommodation area;
  • a plurality of first suspended magnetic components, the plurality of first suspended magnetic components are provided on the magnetic levitation rotating member;
  • a plurality of second levitation magnetic components are provided on the accommodation body, and are positioned corresponding to the plurality of first levitation magnetic components, so as to promote the magnetic levitation rotating member to be in a magnetic levitation state through the magnetic levitation effect;
  • a plurality of first rotating magnetic components, the plurality of first rotating magnetic components are provided on the magnetic levitation rotating member;
  • a plurality of second rotating magnetic components are disposed on the accommodation body and are positioned corresponding to the plurality of first rotating magnetic components to drive the magnetic levitation rotating member to rotate through magnetic force. move;
  • a power-generating rotating part the power-generating rotating part is connected to the magnetic levitation rotating part and is located in the accommodation area;
  • a plurality of electromagnetic components which are arranged on the power-generating rotating part
  • a plurality of generating coils are arranged on the accommodation body and located on one side of the plurality of electromagnetic components to cooperate with the plurality of electromagnetic components to generate induced current;
  • An energy storage device the energy storage device is electrically connected to the power generation coil;
  • the power supply device is electrically connected to the power generation coil, the plurality of second suspended magnetic components, and the plurality of second rotating magnetic components for receiving the current given by the power generation coil and providing the plurality of second The currents of the suspended magnetic component and the plurality of second rotating magnetic components;
  • a state control component is connected to the power supply device for controlling the current given to the plurality of second suspended magnetic components and the plurality of second rotating magnetic components.
  • the power supply device and the accommodation body information are connected to a status monitoring device.
  • the status monitoring device and the status control component are connected to a notification device.
  • the magnetic levitation rotating member and the power generating rotating part rotate in the vacuum environment formed in the accommodation area.
  • a plurality of rotating buffers are provided in the accommodation body.
  • a plurality of magnetic levitation buffers are provided in the accommodation body.
  • the magnetic levitation rotating part is provided with a magnetic levitation center of gravity limiter
  • the power generation rotating part is provided with a rotor center of gravity limiter
  • the plurality of first levitation magnetic components and the plurality of second levitation magnetic components push the magnetic levitation rotating member to perform magnetic levitation action through one of electromagnetic levitation or superconducting magnetic levitation.
  • the plurality of first floating magnetic components and the plurality of first rotating magnetic components are permanent magnets.
  • the plurality of second suspended magnetic components and the plurality of second rotating magnetic components are excitation coils.
  • the power supply device can be controlled through the state control component to provide power to the second suspended magnetic component and the second rotating magnetic component, thereby controlling the magnetic states of the second suspended magnetic component and the second rotating magnetic component. , so as to utilize the mutual repulsion effect of the second suspended magnetic component and the first suspended magnetic component to push the magnetic levitation rotating member to be in a magnetic levitation state.
  • the electromagnetic state of the second rotating magnetic component is controlled to cooperate with the first rotating magnetic component to drive the magnetic levitation rotating member to rotate through a driving method similar to a linear motor.
  • the magnetic levitation rotating part When the magnetic levitation rotating part rotates, it will drive the power-generating rotating part (the rotor in the field of motors and generators) and the electromagnetic component to rotate, so that the power-generating coil (the rotor in the field of motors and generators) rotates through the electromagnetic component.
  • the stator generates induced current, which can be transmitted to the energy storage device and power supply device for use by users.
  • the magnetic levitation rotating parts and power generation rotating parts rotate in a vacuum containing area, air resistance can be minimized, thereby reducing energy consumption during power generation. . And because it uses the electromagnetic effect to generate electricity, it will not cause any pollution or noise, and it will not be restricted by the size of the environment during manufacturing, so the overall convenience can be greatly improved.
  • Figure 1 is a three-dimensional perspective view of the first preferred embodiment of the present invention.
  • Figure 2 is an exploded view of the first preferred embodiment of the present invention.
  • Figure 3 is a schematic structural block diagram of the first preferred embodiment of the present invention.
  • Figure 4 is a schematic cross-sectional view of the first preferred embodiment of the present invention.
  • Figure 5 is a schematic diagram (1) of the magnetic levitation drive according to the first preferred embodiment of the present invention.
  • Figure 6 is a schematic diagram (2) of the magnetic levitation drive according to the first preferred embodiment of the present invention.
  • Figure 7 is a schematic diagram of power generation according to the first preferred embodiment of the present invention.
  • Figure 8 is a schematic diagram of the control of the first preferred embodiment of the present invention.
  • Figure 9 is a schematic cross-sectional view of the second preferred embodiment of the present invention.
  • Figure 10 is a schematic structural block diagram of the second preferred embodiment of the present invention.
  • Figure 11 is a schematic cross-sectional view of the third preferred embodiment of the present invention.
  • Figure 12 is a schematic cross-sectional view of the fourth preferred embodiment of the present invention.
  • Figure 13 is a schematic cross-sectional view of the fifth preferred embodiment of the present invention.
  • Figure 14 is a schematic cross-sectional view of the sixth preferred embodiment of the present invention.
  • Figure 15 is a schematic cross-sectional view of the seventh preferred embodiment of the present invention.
  • Figure 16 is a perspective view of the eighth preferred embodiment of the present invention.
  • Figure 17 is a schematic diagram of the operation of the eighth preferred embodiment of the present invention.
  • Figure 18 is a perspective view of the ninth preferred embodiment of the present invention.
  • Figure 19 is a schematic cross-sectional view of the tenth preferred embodiment of the present invention.
  • the present invention includes:
  • An accommodating body 1, the accommodating body 1 has a bearing member 11 and a covering member 12 provided on the bearing member 11;
  • An accommodation area 13 is formed in the accommodation body 1, and the accommodation area 13 is in a vacuum state.
  • the air in the accommodation area 13 is extracted through high-pressure air extraction to form a vacuum state.
  • a magnetic levitation rotating member 2 is provided in the accommodation area 13.
  • a circular turntable with a U-shaped cross-section is used as an example;
  • a plurality of first levitation magnetic components 21 are provided on the magnetic levitation rotating member 2.
  • the first levitation magnetic components 21 in this embodiment take the permanent magnets surrounding the lower edge of the magnetic levitation rotating member 2 as an example;
  • a plurality of second levitation magnetic components 14 are provided on the accommodation body 1 and are positioned corresponding to the first levitation magnetic component 21.
  • the second levitation magnetic component 14 in this embodiment is an excitation coil that can control the magnetic state through a power supply as an example;
  • a plurality of first rotating magnetic components 22 are provided on the magnetic levitation rotating member 2.
  • the first rotating magnetic components 22 in this embodiment take permanent magnets surrounding the sides of the magnetic levitation rotating member 2 as an example;
  • a plurality of second rotating magnetic components 15 are provided on the accommodation body 1 and are positioned corresponding to the first rotating magnetic components 22.
  • the second rotating magnetic components 15 in this embodiment are excitation coils that can control the magnetic state through a power supply as an example. ;
  • a power-generating rotating part 3 (rotor in the field of motors and generators) connected to the magnetic levitation rotating member 2.
  • the power-generating rotating part 3 (rotor in the field of motors and generators) in this embodiment is connected to the magnetic levitation rotating part through screws.
  • a plurality of electromagnetic components 31 are provided on the power generation rotating part 3 (rotor in the field of motors and generators).
  • the electromagnetic components 31 in this embodiment use permanent magnets as an example;
  • a plurality of power generation coils 16 (stators in the field of motors and generators) provided on the accommodation body 1 and located at one side of the electromagnetic assembly 31;
  • An energy storage device 4 electrically connected to the power generation coil 16 (the stator in the field of motors and generators);
  • a power supply device 5 electrically connected to the power generation coil 16 (stator in the field of motors and generators), the second suspended magnetic component 14, and the second rotating magnetic component 15.
  • the energy storage device 4 and the power supply device 5 All use storage batteries that can access and output power as examples;
  • the state control component 6 in this embodiment takes an electronic controller as an example.
  • the user can store sufficient electric energy in the power supply device 5 first, and then lock the power generation rotating part 3 (the rotor in the field of motors and generators) through the screw lock. It is fixed on the lower side of the magnetic levitation rotating member 2, and then the magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) are placed in the bearing member 11, and the covering member 12 is covered on the bearing member 11 After that, a complete accommodation body 1 can be formed, thereby achieving the effect of convenient installation, and then the air in the accommodation area 13 is extracted through the air extraction device, so that the accommodation area 13 presents a vacuum state, and the air in the accommodation area 13 is evacuated.
  • the vacuum technology is based on existing technology currently on the market, so it will not be described in detail.
  • the user can control the current supply state of the power supply device 5 through the state control component 6, and as shown in Figures 4 to 7, thereby directing current to the second suspended magnetic component 14 and the second rotating magnetic component.
  • the magnetic states of the second suspended magnetic component 14 and the second rotating magnetic component 15 are controlled.
  • the second suspended magnetic component 14 and the first suspended magnetic component 21 will generate mutual repulsion. situation to form a magnetic levitation structure, thereby allowing the magnetic levitation rotating member 2 to be in a suspended state.
  • the magnetic state generated by the second rotating magnetic component 15 will cooperate with the magnetic force of the first rotating magnetic component 22 to cause the second rotating magnetic component 15 and the first rotating magnetic component 22 to form a linear synchronous motor structure.
  • the magnetic levitation rotating member 2 is pushed to rotate through a principle similar to a linear synchronous motor, thereby allowing the magnetic levitation rotating member 2 to rotate continuously in the accommodation body 1 in a manner similar to a maglev train. Rotation is performed by turning in circles.
  • the magnetic levitation is performed by means of electromagnetic levitation.
  • the magnetic levitation can also be performed by superconducting magnetic levitation.
  • the electromagnetic component 31 on the power generation rotating part 3 drives the power generation coil 16 (the stator in the field of motors and generators) to generate an induced current through the electromagnetic effect, that is, the power generation and rotation part 3 (rotor in the field of electric motors and generators) as the rotor in the field of electric motors and generators, and the generator coil 16 (stator in the field of electric motors and generators) and the accommodation body 1 as the field of electric motors and generators
  • the stator in the electric motor is used to perform the power generation operation in this way.
  • the induced current generated by the power generation coil 16 (the stator in the field of motors and generators) can be introduced into the energy storage device 4 and the power supply device 5 If the user needs to use it, he can directly connect the energy storage device 4 to utilize the power stored in the energy storage device 4 .
  • the magnetic levitation rotating member 2 and the power generation rotating part 3 are in a magnetic levitation state when they rotate, they will not come into contact with any parts during rotation, and because of the capacity in the vacuum state It is placed in the area 13, so the air friction can be reduced to the lowest point, so the loss during the overall rotation can be reduced to the lowest value to improve the efficiency of power generation, and because it is in a vacuum state, it can prevent foreign matter or The entry of dust can also reduce the jam caused by foreign matter or dust accumulation, so it can reduce the probability of overall damage, and there is no need to increase any fuel and exhaust emissions during operation, so it can also achieve no noise and no harm to the human body. situation.
  • the present invention generates power through electromagnetic effects, it does not create any environmental pollution and can naturally achieve the effect of green energy power generation. Moreover, this kind of power generation through magnetic levitation combined with electromagnetic effects will not cause any environmental pollution. Affected by any environmental factors, it can also match any size during manufacturing It can be manufactured and installed in any field, so it not only improves the convenience of use, but also eliminates the loss of power supply during transportation, thereby greatly improving the efficiency of manufacturing and use, and because the present invention uses Similar to the control method of a linear motor, the rotation speed and direction of the magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) can be controlled by changing the magnetic force, and the power generation coil 16 (the motor and generator) The current generated by the stator in the field of motors and generators is closely related to the rotation speed of the electromagnetic component 31 driven by the power generation rotating part 3 (the rotor in the field of motors and generators).
  • the rotation speed is used to adjust the amount of current that needs to be output according to the demand, and because the invention uses magnetic levitation and operates in a vacuum environment, it achieves frictionless power generation and can change the power generation by adjusting the rotation speed.
  • the output can naturally be driven by low-power electricity to produce a high-power output effect.
  • the output value can be adjusted to thousands of times greater than the input value according to demand to achieve the so-called motor generator effect.
  • This The invention only uses the above method to achieve an effect similar to a power amplifier (Amplifier), so it does not violate the law of energy conservation.
  • the magnetic levitation rotating member 2 and the power generation rotating part 3 are integrally formed. This can increase the number of the magnetic levitation rotating member 2 and the power generating rotating part 3. Rotors in the field of electric motors and generators) are combined with each other in a stable manner, and the magnetic levitation rotating member 2 (as shown in Figure 9) is a complete circular disk, thereby representing the magnetic levitation rotating member 2 and the power generation rotating part 3 There are no restrictions on the type of rotor (rotor in the field of electric motors and generators).
  • the power supply device 5 and the accommodation body 1 are information-connected to a status monitoring device 7, and the status monitoring device 7 and the status control component 6 are information-connected to a notification device 8.
  • the notification device 8 in this embodiment is Taking notification software that can be connected to relevant units as an example, the current status given by the power supply device 5 and the operating status of the accommodation body 1 are monitored through the status monitoring device 7.
  • the status monitoring device 7 of this embodiment uses a current sensor combined with a photography device. As an example, in this way, the current status of the power supply device 5 can be sensed through the current sensor, and the operating status of the accommodation body 1 can be observed through the photography equipment.
  • the notification device 8 When an abnormal condition is detected (for example, the power supply device 5 stops supplying current or the accommodation body 1 stops operating), the notification device 8 will notify the relevant unit to perform inspection and maintenance actions, or the user can observe by themselves. , if any abnormal situation is found, the notification device 8 can also be directly controlled through the status control component 6 to perform notification actions, thereby improving the safety of use and the efficiency of equipment maintenance.
  • the magnetic levitation rotating member 2 is disposed on the lower side of the power generation rotating part 3 (the rotor in the field of motors and generators), and connects the first levitation magnetic component 21 and the second levitation magnetic component 14 They are all located on the lower side of the magnetic levitation rotating part 2 to produce a magnetic levitation effect by pushing from bottom to top, thereby representing the magnetic levitation rotating part 2 and the power generation rotating part 3 (the rotor in the field of motors and generators). There is no limit to the positional relationship between them.
  • a plurality of rotating buffer members 17 are provided in the accommodation body 1, and are located on the upper and lower sides of the magnetic levitation rotating member 2 and the power generating rotating part 3 (rotors in the field of motors and generators), and
  • the rotating buffer 17 in this embodiment uses a rotatable bearing roller structure as an example.
  • the rotating buffer 17 can prevent the magnetic levitation of the rotating member 2
  • the power generation rotating part 3 the rotor in the field of motors and generators
  • the accommodation body 1 that is, the stator part of the generator
  • a plurality of magnetic levitation buffer members 18 are provided in the accommodation body 1, and are located around the magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators), and this embodiment
  • the magnetic levitation buffer 18 in the example uses a rotatable bearing roller structure as an example. In this way, if an event occurs (such as an earthquake or vibration caused by being installed on a vehicle), the magnetic levitation buffer 18 can be used to prevent the magnetic levitation rotating component 2 from generating electricity.
  • the rotating part 3 (the rotor in the field of motors and generators) collides with the accommodation body 1, and because the magnetic levitation buffer 18 itself has a rotation effect, even if it collides with the magnetic levitation buffer 18, it can still pass through the rotatable magnetic levitation buffer. 18. Rotate smoothly without generating additional friction to prevent collision with the housing body 1 (that is, the stator part of the generator), thereby improving safety in use and extending the service life of the equipment.
  • the magnetic levitation rotating part 2 is provided with a magnetic levitation center of gravity limiter 23, and the power generation rotating part 3 (the rotor in the field of motors and generators) is provided with a rotor center of gravity limiter 32.
  • This implementation The magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 of the example are both convex sharp points as an example.
  • the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 are both arranged at the central axis of rotation, the center of gravity during rotation can be stabilized by the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32, and generate In the event of an impact, the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 can also produce a limiting effect to reduce the probability of damage.
  • the accommodation body 1 has a plurality of rotating buffer members 17 and a plurality of magnetic levitation buffer members 18.
  • the magnetic levitation rotating member 2 is provided with a magnetic levitation center of gravity limiter 23.
  • the electric rotating part 3 (the rotor in the field of motors and generators) is provided with a rotor center of gravity limiter 32 to represent the rotation buffer 17, the magnetic levitation buffer 18, the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 Can exist at the same time to achieve multiple protective effects.
  • a horizontal measuring member 9 is provided on the outside of the accommodation body 1 .
  • the horizontal measuring member 9 is pivotally connected to a plurality of circular collars 91 on the outside of the accommodation body 1 .
  • the composition is taken as an example, and since the circular collar 91 itself has weight, it will form a seesaw-like posture, so that each circular collar 91 presents a horizontal posture.
  • each circular collar 91 and the upper surface of the accommodation body 1 will be in a parallel state. If the accommodation body 1 is tilted, As shown in Figure 17, the circular collars 91 will still be in a horizontal state due to their own weight, so each circular collar 91 and the upper surface of the accommodation body 1 will not be in a parallel state. , so that the user can know the horizontal state of the accommodation body 1 at any time, and when adjustment is needed (for example, just after moving the accommodation body 1), the user can perform adjustment actions at any time according to the level measuring piece 9.
  • the horizontal measuring element 9 is taken as an example of a level disposed on the upper surface of the accommodation body 1 . This means that the type of the horizontal measuring element 9 is not limited.
  • the accommodation body 1 is miniaturized, which means that the magnetic levitation rotating part 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) are in the form of a turntable formed in one piece, and the power generation is
  • the rotating part 3 (the rotor in the field of motors and generators) is defined as the central area of the magnetic levitation rotating member 2, and the electromagnetic component 31 is also disposed at the power-generating rotating part 3 (the rotor in the field of motors and generators) , and the magnetic levitation rotating member 2 will also be in a magnetic levitation state through the first rotating magnetic assembly 21 and the second rotating magnetic assembly 14, and drive the magnetic levitation rotating member 2 and generate electricity through the first rotating magnetic assembly 22 and the second rotating magnetic assembly 15.
  • the rotating part 3 (the rotor in the field of motors and generators) allows the electromagnetic component 31 to cooperate with the generator coil 16 (the stator in the field of motors and generators) to generate power.
  • the above structure shows that the structural form of the present invention is not limited, and can be miniaturized so that it can be installed in various places and machines, such as community buildings or various vehicles. , to improve the practicality of the present invention.

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)

Abstract

The present invention relates to a motor generator, comprising an accommodating body, an accommodating region in a vacuum state, a magnetically levitated rotating member, a plurality of first levitated magnetic components and first rotary magnetic components, and a plurality of second levitated magnetic components and second rotary magnetic components. The magnetically levitated rotating member is like a magnetically levitated rotating disk, and is driven to rotate by a structure similar to a linear motor. The magnetically levitated rotating member is connected to a power-generation rotating part, which may be driven to rotate. A plurality of power-generation magnetic components are provided on the power-generation rotating part. A plurality of power generation coils located at one side of the power-generation magnetic components are provided on the accommodating body to form a power generation structure. A power supply apparatus may be controlled by means of a state control component to provide a current for the second levitated magnetic components and second rotary magnetic components, whereby the state of the magnetically levitated rotating member is controlled, and the effect, similar to that of a power supply amplifier, of generating a high-power output with a low-power input is achieved, an output value being tens of thousands of times greater than an input value, thereby achieving the purpose of the motor generator of the present solution, without violating the law of conservation of energy.

Description

电动发电机Motor generator 技术领域Technical field
本发明涉及一种不受环境限制且具有绿能效果的电动发电机。The present invention relates to an electric generator that is not subject to environmental restrictions and has green energy effects.
背景技术Background technique
在工业革命之前的地球是个干净无污染的时代，工业发展以后地球就开始被污染与大肆的开发能源，甚至交通工具的普及以后，生存空间的空气质量与工业生产所产生的废气污染越来越严重，目前科技化的世界都依赖大量的电能源，而大量的能源需求使得燃烧这些能源的需求所产生的废气更多，核能发电虽然不产生废气但是用过的燃料棒依样污染着地球，核能发电的意外更是污染得更严重，日本和俄罗斯的核电意外造成的是地球永久性的伤害。Before the industrial revolution, the earth was a clean and pollution-free era. After the development of industry, the earth began to be polluted and the energy was intensively developed. Even after the popularization of transportation, the air quality of the living space and the waste gas pollution generated by industrial production became more and more serious. Seriously, the current technological world relies on a large amount of electrical energy, and the large amount of energy demand makes the burning of these energy sources produce more waste gas. Although nuclear power generation does not produce waste gas, the used fuel rods still pollute the earth. Accidents caused by nuclear power generation are even more polluting. Nuclear power accidents in Japan and Russia caused permanent damage to the earth.
且不论是何种的发电方式，大多都会需要相当大的场地来制作发电厂，无法任意设置于各种场所与小区之中，在维护与维修上也会相当艰巨且困难。且现今所有的电厂又需要长程的传输电力，为了减少传输的损耗所以把电压调成成千上万伏特的高压电，然而高电压的传输在沿线的人类又因为高压电产生的低频游离辐射而导致血癌，不但可能产生能量的损失，也可能影响到周围人的健康。Regardless of the power generation method, most of them require a fairly large site to build the power plant, which cannot be installed arbitrarily in various places and communities. Maintenance and repair will also be very arduous and difficult. And all power plants today need to transmit electricity over long distances. In order to reduce transmission losses, the voltage is adjusted to high-voltage electricity of thousands of volts. However, high-voltage transmission affects humans along the line because of the low-frequency dissipation generated by the high-voltage electricity. Radiation causing blood cancer may not only cause energy loss, but may also affect the health of people around you.
发明内容Contents of the invention
有鉴于上述缺失，本发明的主要目的是在于提供一种不受环境限制并且具有绿能效果的电动发电机。In view of the above shortcomings, the main purpose of the present invention is to provide an electric generator that is not subject to environmental restrictions and has green energy effects.
经由磁浮效应以及类似线性马达的带动效果，来进行低损耗的发电动作，配合电磁效应更有效率的产生电能，以通过低损耗的方式，达成类似电源扩大器(Amplifier)以小功率输入来产生大功率输出的效果。Through the magnetic levitation effect and the driving effect similar to linear motors, low-loss power generation is performed, and the electromagnetic effect is used to generate electric energy more efficiently. Through a low-loss method, it is similar to the power amplifier (Amplifier) that generates electricity with a small power input. The effect of high power output.
为达成上述目的，本发明提供一种电动发电机，其特征在于，主要包含：In order to achieve the above object, the present invention provides an electric generator, which is characterized in that it mainly includes:
一容置主体；1. Accommodating the subject;
一容置区域，该容置区域形成于该容置主体内，且该容置区域内为真空的状态；A containment area, the containment area is formed in the containment body, and the containment area is in a vacuum state;
一磁浮转动件，该磁浮转动件设于该容置区域内；A magnetic levitation rotating member, the magnetic levitation rotating member is located in the accommodation area;
复数第一悬浮磁性组件，该复数第一悬浮磁性组件设于该磁浮转动件上； A plurality of first suspended magnetic components, the plurality of first suspended magnetic components are provided on the magnetic levitation rotating member;
复数第二悬浮磁性组件，该复数第二悬浮磁性组件设于该容置主体上，并位置对应该复数第一悬浮磁性组件，以通过磁浮效应推动该磁浮转动件处于磁浮状态；A plurality of second levitation magnetic components, the plurality of second levitation magnetic components are provided on the accommodation body, and are positioned corresponding to the plurality of first levitation magnetic components, so as to promote the magnetic levitation rotating member to be in a magnetic levitation state through the magnetic levitation effect;
复数第一旋动磁性组件，该复数第一旋动磁性组件设于该磁浮转动件上；A plurality of first rotating magnetic components, the plurality of first rotating magnetic components are provided on the magnetic levitation rotating member;
复数第二旋动磁性组件，该复数第二旋动磁性组件设于该容置主体上，并位置对应该复数第一旋动磁性组件，以通过磁力推动的方式带动该磁浮转动件进行旋转作动；A plurality of second rotating magnetic components, the plurality of second rotating magnetic components are disposed on the accommodation body and are positioned corresponding to the plurality of first rotating magnetic components to drive the magnetic levitation rotating member to rotate through magnetic force. move;
一发电转动部，该发电转动部连接于该磁浮转动件上，并位于该容置区域内；A power-generating rotating part, the power-generating rotating part is connected to the magnetic levitation rotating part and is located in the accommodation area;
复数发电磁性组件，该复数发电磁性组件设于该发电转动部上；A plurality of electromagnetic components, which are arranged on the power-generating rotating part;
复数发电线圈，该复数发电线圈设于该容置主体上，并位于该复数发电磁性组件的一侧处，以配合该复数发电磁性组件产生感应电流；A plurality of generating coils, the plurality of generating coils are arranged on the accommodation body and located on one side of the plurality of electromagnetic components to cooperate with the plurality of electromagnetic components to generate induced current;
一储能装置，该储能装置是与该发电线圈电性连接；An energy storage device, the energy storage device is electrically connected to the power generation coil;
一供电装置，该供电装置是与该发电线圈、该复数第二悬浮磁性组件、及该复数第二旋动磁性组件电性连接，以供接收该发电线圈给予的电流，并给予该复数第二悬浮磁性组件及该复数第二旋动磁性组件电流；及A power supply device, the power supply device is electrically connected to the power generation coil, the plurality of second suspended magnetic components, and the plurality of second rotating magnetic components for receiving the current given by the power generation coil and providing the plurality of second The currents of the suspended magnetic component and the plurality of second rotating magnetic components; and
一状态控制组件，该状态控制组件是与该供电装置相连接，以供控制给予该复数第二悬浮磁性组件及该复数第二旋动磁性组件的电流。A state control component is connected to the power supply device for controlling the current given to the plurality of second suspended magnetic components and the plurality of second rotating magnetic components.
所述的电动发电机，其中：该供电装置及该容置主体信息连接一状态监控装置。In the motor generator described above, the power supply device and the accommodation body information are connected to a status monitoring device.
所述的电动发电机，其中：该状态监控装置及该状态控制组件信息连接一通报装置。In the motor generator described above, the status monitoring device and the status control component are connected to a notification device.
所述的电动发电机，其中：该磁浮转动件及该发电转动部在该容置区域中形成的真空环境内进行旋转作动。In the above-mentioned electric motor generator, the magnetic levitation rotating member and the power generating rotating part rotate in the vacuum environment formed in the accommodation area.
所述的电动发电机，其中：该容置主体内设有复数的旋转缓冲件。In the motor generator described above, a plurality of rotating buffers are provided in the accommodation body.
所述的电动发电机，其中：该容置主体内设有复数的磁浮缓冲件。According to the motor generator, a plurality of magnetic levitation buffers are provided in the accommodation body.
所述的电动发电机，其中：该磁浮转动件上具有一磁浮重心限位件，而该发电转动部上具有一转子重心限位件。In the electric generator described above, the magnetic levitation rotating part is provided with a magnetic levitation center of gravity limiter, and the power generation rotating part is provided with a rotor center of gravity limiter.
所述的电动发电机，其中：该复数第一悬浮磁性组件及该复数第二悬浮磁性组件通过电磁浮或超导磁浮其中之一的方式推动该磁浮转动件进行磁浮动作。 In the motor generator, the plurality of first levitation magnetic components and the plurality of second levitation magnetic components push the magnetic levitation rotating member to perform magnetic levitation action through one of electromagnetic levitation or superconducting magnetic levitation.
所述的电动发电机，其中：该复数第一悬浮磁性组件及该复数第一旋动磁性组件为永久磁铁。In the motor generator described above, the plurality of first floating magnetic components and the plurality of first rotating magnetic components are permanent magnets.
所述的电动发电机，其中：该复数第二悬浮磁性组件及该复数第二旋动磁性组件为激磁线圈。In the motor generator described above, the plurality of second suspended magnetic components and the plurality of second rotating magnetic components are excitation coils.
借由上述的结构，能经由状态控制组件控制供电装置，以将电源给予第二悬浮磁性组件及第二旋动磁性组件，借此控制第二悬浮磁性组件及第二旋动磁性组件的磁性状态，以利用第二悬浮磁性组件及第一悬浮磁性组件的相斥效果，来推动磁浮转动件处于磁浮的状态。同时再经由控制第二旋动磁性组件的电磁状态，来配合第一旋动磁性组件经由类似线性马达的带动方式来带动磁浮转动件旋转。With the above structure, the power supply device can be controlled through the state control component to provide power to the second suspended magnetic component and the second rotating magnetic component, thereby controlling the magnetic states of the second suspended magnetic component and the second rotating magnetic component. , so as to utilize the mutual repulsion effect of the second suspended magnetic component and the first suspended magnetic component to push the magnetic levitation rotating member to be in a magnetic levitation state. At the same time, the electromagnetic state of the second rotating magnetic component is controlled to cooperate with the first rotating magnetic component to drive the magnetic levitation rotating member to rotate through a driving method similar to a linear motor.
磁浮转动件在旋转时，则会带动发电转动部(电动机与发电机领域之中的转子)与发电磁性组件进行旋转作动，以经由发电磁性组件让发电线圈(电动机与发电机领域之中的定子)产生感应电流，即可将电流传送至储能装置与供电装置之中，以供用户使用。When the magnetic levitation rotating part rotates, it will drive the power-generating rotating part (the rotor in the field of motors and generators) and the electromagnetic component to rotate, so that the power-generating coil (the rotor in the field of motors and generators) rotates through the electromagnetic component. The stator) generates induced current, which can be transmitted to the energy storage device and power supply device for use by users.
而由于磁浮转动件及发电转动部(电动机与发电机领域之中的转子)是在真空的容置区域内旋转，因此能使空气阻力降到最低的状况，借此来降低发电时的耗能。并因为是利用电磁效应进行发电动作，所以也不会造成任何的污染与噪音，在制造时也不会受到环境大小的限制，因此能大幅提高整体的方便性。Since the magnetic levitation rotating parts and power generation rotating parts (rotors in the field of motors and generators) rotate in a vacuum containing area, air resistance can be minimized, thereby reducing energy consumption during power generation. . And because it uses the electromagnetic effect to generate electricity, it will not cause any pollution or noise, and it will not be restricted by the size of the environment during manufacturing, so the overall convenience can be greatly improved.
借由上述技术，可针对习用的发电设备容易产生污染与制造时容易受到环境限制的问题点加以突破，达到上述优点的实用进步性。Through the above technology, we can overcome the problems that conventional power generation equipment easily produces pollution and are easily subject to environmental restrictions during manufacturing, and achieve the practical progress of the above advantages.
附图说明Description of drawings
图1为本发明第一较佳实施例的立体透视图。Figure 1 is a three-dimensional perspective view of the first preferred embodiment of the present invention.
图2为本发明第一较佳实施例的分解图。Figure 2 is an exploded view of the first preferred embodiment of the present invention.
图3为本发明第一较佳实施例的结构方块示意图。Figure 3 is a schematic structural block diagram of the first preferred embodiment of the present invention.
图4为本发明第一较佳实施例的剖面示意图。Figure 4 is a schematic cross-sectional view of the first preferred embodiment of the present invention.
图5为本发明第一较佳实施例的磁浮带动示意图(一)。Figure 5 is a schematic diagram (1) of the magnetic levitation drive according to the first preferred embodiment of the present invention.
图6为本发明第一较佳实施例的磁浮带动示意图(二)。Figure 6 is a schematic diagram (2) of the magnetic levitation drive according to the first preferred embodiment of the present invention.
图7为本发明第一较佳实施例的发电示意图。Figure 7 is a schematic diagram of power generation according to the first preferred embodiment of the present invention.
图8为本发明第一较佳实施例的操控示意图。Figure 8 is a schematic diagram of the control of the first preferred embodiment of the present invention.
图9为本发明第二较佳实施例的剖面示意图。 Figure 9 is a schematic cross-sectional view of the second preferred embodiment of the present invention.
图10为本发明第二较佳实施例的结构方块示意图。Figure 10 is a schematic structural block diagram of the second preferred embodiment of the present invention.
图11为本发明第三较佳实施例的剖面示意图。Figure 11 is a schematic cross-sectional view of the third preferred embodiment of the present invention.
图12为本发明第四较佳实施例的剖面示意图。Figure 12 is a schematic cross-sectional view of the fourth preferred embodiment of the present invention.
图13为本发明第五较佳实施例的剖面示意图。Figure 13 is a schematic cross-sectional view of the fifth preferred embodiment of the present invention.
图14为本发明第六较佳实施例的剖面示意图。Figure 14 is a schematic cross-sectional view of the sixth preferred embodiment of the present invention.
图15为本发明第七较佳实施例的剖面示意图。Figure 15 is a schematic cross-sectional view of the seventh preferred embodiment of the present invention.
图16为本发明第八较佳实施例的立体图。Figure 16 is a perspective view of the eighth preferred embodiment of the present invention.
图17为本发明第八较佳实施例的作动示意图。Figure 17 is a schematic diagram of the operation of the eighth preferred embodiment of the present invention.
图18为本发明第九较佳实施例的立体图。Figure 18 is a perspective view of the ninth preferred embodiment of the present invention.
图19为本发明第十较佳实施例的剖面示意图。Figure 19 is a schematic cross-sectional view of the tenth preferred embodiment of the present invention.
附图标记说明：容置主体-1；承载件-11；遮盖件-12；容置区域-13；第二悬浮磁性组件-14；第二旋动磁性组件-15；发电线圈-16；旋转缓冲件-17；磁浮缓冲件-18；磁浮转动件-2；第一悬浮磁性组件-21；第一旋动磁性组件-22；磁浮重心限位件-23；发电转动部-3；发电磁性组件-31；转子重心限位件-32；储能装置-4；供电装置-5；状态控制组件-6；状态监控装置-7；通报装置-8；水平量测件-9；圆形套环-91。Explanation of reference numerals: accommodating body - 1; carrier - 11; cover - 12; accommodating area - 13; second suspended magnetic component - 14; second rotating magnetic component - 15; power generation coil - 16; rotation Buffer-17; Maglev buffer-18; Maglev rotating part-2; First levitation magnetic component-21; First rotating magnetic component-22; Maglev center of gravity limiter-23; Power generation rotating part-3; Generator magnet Components - 31; rotor center of gravity limiter - 32; energy storage device - 4; power supply device - 5; status control component - 6; status monitoring device - 7; notification device - 8; level measuring piece - 9; circular sleeve Ring-91.
具体实施方式Detailed ways
请参阅图1至图4所示，为本发明包括：Referring to Figures 1 to 4, the present invention includes:
一容置主体1，容置主体1具有一承载件11、及一设于承载件11之上的遮盖件12；An accommodating body 1, the accommodating body 1 has a bearing member 11 and a covering member 12 provided on the bearing member 11;
一形成于容置主体1内的容置区域13，且容置区域13为真空的状态，本实施例以通过高压抽气的方式，抽取掉容置区域13内的空气，来形成真空状态作为举例；An accommodation area 13 is formed in the accommodation body 1, and the accommodation area 13 is in a vacuum state. In this embodiment, the air in the accommodation area 13 is extracted through high-pressure air extraction to form a vacuum state. Example;
一设于容置区域13内的磁浮转动件2，本实施例以截面为ㄇ字型的圆形转盘作为举例；A magnetic levitation rotating member 2 is provided in the accommodation area 13. In this embodiment, a circular turntable with a U-shaped cross-section is used as an example;
复数设于磁浮转动件2上的第一悬浮磁性组件21，本实施例的第一悬浮磁性组件21以围绕设置于磁浮转动件2下侧边缘处的永久磁铁作为举例；A plurality of first levitation magnetic components 21 are provided on the magnetic levitation rotating member 2. The first levitation magnetic components 21 in this embodiment take the permanent magnets surrounding the lower edge of the magnetic levitation rotating member 2 as an example;
复数设于容置主体1上并位置对应第一悬浮磁性组件21的第二悬浮磁性组件14，本实施例的第二悬浮磁性组件14以可经由电源控制磁性状态的激磁线圈作为举例； A plurality of second levitation magnetic components 14 are provided on the accommodation body 1 and are positioned corresponding to the first levitation magnetic component 21. The second levitation magnetic component 14 in this embodiment is an excitation coil that can control the magnetic state through a power supply as an example;
复数设于磁浮转动件2上的第一旋动磁性组件22，本实施例的第一旋动磁性组件22以围绕设置于磁浮转动件2的侧边处的永久磁铁作为举例；A plurality of first rotating magnetic components 22 are provided on the magnetic levitation rotating member 2. The first rotating magnetic components 22 in this embodiment take permanent magnets surrounding the sides of the magnetic levitation rotating member 2 as an example;
复数设于容置主体1上并位置对应第一旋动磁性组件22的第二旋动磁性组件15，本实施例的第二旋动磁性组件15以可经由电源控制磁性状态的激磁线圈作为举例；A plurality of second rotating magnetic components 15 are provided on the accommodation body 1 and are positioned corresponding to the first rotating magnetic components 22. The second rotating magnetic components 15 in this embodiment are excitation coils that can control the magnetic state through a power supply as an example. ;
一连接于磁浮转动件2的发电转动部3(电动机与发电机领域之中的转子)，本实施例的发电转动部3(电动机与发电机领域之中的转子)以通过螺丝连接于磁浮转动件2下侧的金属转子作为举例；A power-generating rotating part 3 (rotor in the field of motors and generators) connected to the magnetic levitation rotating member 2. The power-generating rotating part 3 (rotor in the field of motors and generators) in this embodiment is connected to the magnetic levitation rotating part through screws. Take the metal rotor on the lower side of piece 2 as an example;
复数设于发电转动部3(电动机与发电机领域之中的转子)上的发电磁性组件31，本实施例的发电磁性组件31以永久磁铁作为举例；A plurality of electromagnetic components 31 are provided on the power generation rotating part 3 (rotor in the field of motors and generators). The electromagnetic components 31 in this embodiment use permanent magnets as an example;
复数设于容置主体1上并位于发电磁性组件31的一侧处的发电线圈16(电动机与发电机领域之中的定子)；A plurality of power generation coils 16 (stators in the field of motors and generators) provided on the accommodation body 1 and located at one side of the electromagnetic assembly 31;
一与发电线圈16(电动机与发电机领域之中的定子)电性连接的储能装置4；An energy storage device 4 electrically connected to the power generation coil 16 (the stator in the field of motors and generators);
一与发电线圈16(电动机与发电机领域之中的定子)、第二悬浮磁性组件14、及第二旋动磁性组件15电性连接的供电装置5，本实施例储能装置4与供电装置5皆以能供存取与输出电源的储电电池作为举例；及A power supply device 5 electrically connected to the power generation coil 16 (stator in the field of motors and generators), the second suspended magnetic component 14, and the second rotating magnetic component 15. In this embodiment, the energy storage device 4 and the power supply device 5 All use storage batteries that can access and output power as examples; and
一与供电装置5信息连接的状态控制组件6，本实施例的状态控制组件6以电子式的控制器作为举例。A state control component 6 that is information-connected to the power supply device 5. The state control component 6 in this embodiment takes an electronic controller as an example.
借由上述的说明，即可于设置时不受到环境限制并具有绿能效果的优势。Through the above description, it can be set up without environmental restrictions and has the advantage of green energy effect.
请参阅图1至图8所示，由图可看出，使用者能先于供电装置5中存放足够的电能，并将发电转动部3(电动机与发电机领域之中的转子)通过螺丝锁固于磁浮转动件2下侧处，再将磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)放置于承载件11内，而将遮盖件12遮盖于承载件11上之后，即能形成一完整的容置主体1，借此达到方便安装的效果，之后再通过抽气设备将容置区域13内的空气抽出，使容置区域13内呈现真空的状态，而抽真空的技术乃应用目前市面上既有的技术，故不再赘述。Please refer to Figures 1 to 8. It can be seen from the figures that the user can store sufficient electric energy in the power supply device 5 first, and then lock the power generation rotating part 3 (the rotor in the field of motors and generators) through the screw lock. It is fixed on the lower side of the magnetic levitation rotating member 2, and then the magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) are placed in the bearing member 11, and the covering member 12 is covered on the bearing member 11 After that, a complete accommodation body 1 can be formed, thereby achieving the effect of convenient installation, and then the air in the accommodation area 13 is extracted through the air extraction device, so that the accommodation area 13 presents a vacuum state, and the air in the accommodation area 13 is evacuated. The vacuum technology is based on existing technology currently on the market, so it will not be described in detail.
当要启动发电时，使用者可经由状态控制组件6控制供电装置5的电流供应状态，并配合图4至图7所示，借此将电流导入第二悬浮磁性组件14及第二旋动磁性组件15之中，来控制第二悬浮磁性组件14及第二旋动磁性组件15的磁性状态。此时，第二悬浮磁性组件14及第一悬浮磁性组件21会产生相斥的 状况，来形成磁浮的结构，借此让磁浮转动件2处于悬浮的状态。而第二旋动磁性组件15所产生的磁性状态，则会配合第一旋动磁性组件22的磁力，使第二旋动磁性组件15及第一旋动磁性组件22产生线性同步马达的结构，以经由类似线性同步马达的原理来推动磁浮转动件2进行旋转作动，借此即能让磁浮转动件2经由类似磁浮列车的方式，让磁浮转动件2能于容置主体1之中持续的转圈，来进行旋转作动，而于本实施例中，乃经由电磁浮的方式来进行磁浮作动，但其并不设限，亦可经由超导磁浮的方式来进行磁浮作动。When power generation is to be started, the user can control the current supply state of the power supply device 5 through the state control component 6, and as shown in Figures 4 to 7, thereby directing current to the second suspended magnetic component 14 and the second rotating magnetic component. Among the components 15 , the magnetic states of the second suspended magnetic component 14 and the second rotating magnetic component 15 are controlled. At this time, the second suspended magnetic component 14 and the first suspended magnetic component 21 will generate mutual repulsion. situation to form a magnetic levitation structure, thereby allowing the magnetic levitation rotating member 2 to be in a suspended state. The magnetic state generated by the second rotating magnetic component 15 will cooperate with the magnetic force of the first rotating magnetic component 22 to cause the second rotating magnetic component 15 and the first rotating magnetic component 22 to form a linear synchronous motor structure. The magnetic levitation rotating member 2 is pushed to rotate through a principle similar to a linear synchronous motor, thereby allowing the magnetic levitation rotating member 2 to rotate continuously in the accommodation body 1 in a manner similar to a maglev train. Rotation is performed by turning in circles. In this embodiment, the magnetic levitation is performed by means of electromagnetic levitation. However, there is no limit to this. The magnetic levitation can also be performed by superconducting magnetic levitation.
并当磁浮转动件2转动时，则会带动下方的发电转动部3(电动机与发电机领域之中的转子)同步旋转，而发电转动部3(电动机与发电机领域之中的转子)旋转时，发电转动部3(电动机与发电机领域之中的转子)上的发电磁性组件31则通过电磁效应带动发电线圈16(电动机与发电机领域之中的定子)内产生感应电流，即将发电转动部3(电动机与发电机领域之中的转子)作为电动机与发电机领域之中的转子，以及将发电线圈16(电动机与发电机领域之中的定子)及容置主体1作为电动机与发电机领域之中的定子，借此通过此方式来进行发电动作，此时就能将发电线圈16(电动机与发电机领域之中的定子)所产生的感应电流导入储能装置4与供电装置5之中进行补充，而若使用者需要使用时，则能直接连接储能装置4，以利用存放于储能装置4之中的电源。而若要停止发电时，则只需经由状态控制组件6操控供电装置5，解除给予第二悬浮磁性组件14及第二旋动磁性组件15的电源，如此当失去转动动力与悬浮动力时，磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)则会逐步停止转动，故本发明理应不违反能量守恒定律。And when the magnetic levitation rotating member 2 rotates, it will drive the power-generating rotating part 3 (the rotor in the field of motors and generators) below to rotate synchronously, and when the power-generating rotating part 3 (the rotor in the field of motors and generators) rotates , the electromagnetic component 31 on the power generation rotating part 3 (the rotor in the field of motors and generators) drives the power generation coil 16 (the stator in the field of motors and generators) to generate an induced current through the electromagnetic effect, that is, the power generation and rotation part 3 (rotor in the field of electric motors and generators) as the rotor in the field of electric motors and generators, and the generator coil 16 (stator in the field of electric motors and generators) and the accommodation body 1 as the field of electric motors and generators The stator in the electric motor is used to perform the power generation operation in this way. At this time, the induced current generated by the power generation coil 16 (the stator in the field of motors and generators) can be introduced into the energy storage device 4 and the power supply device 5 If the user needs to use it, he can directly connect the energy storage device 4 to utilize the power stored in the energy storage device 4 . When you want to stop generating electricity, you only need to control the power supply device 5 through the state control component 6 to remove the power to the second levitation magnetic component 14 and the second rotating magnetic component 15. In this way, when the rotational power and levitation power are lost, the magnetic levitation The rotating member 2 and the power generating rotating part 3 (the rotor in the field of motors and generators) will gradually stop rotating, so the present invention should not violate the law of conservation of energy.
由于上述的磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)旋转时，会处于磁浮的状态，因此在旋转时不会接触到任何部件，并因为处于真空状态的容置区域13内，因此也能将空气摩擦力降到最低点，故能使整体旋转时的损耗降低到最低值，以提高发电时的效率，并因为处于真空状态之中，所以能够防止异物或灰尘进入，还能降低因为异物或灰尘堆积造成卡机的状况，故能降低整体损坏的机率，并且运作时也不需增加任何燃料与废气的排放，因此也能达到无噪音与无危害人体的状况。Since the above-mentioned magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) are in a magnetic levitation state when they rotate, they will not come into contact with any parts during rotation, and because of the capacity in the vacuum state It is placed in the area 13, so the air friction can be reduced to the lowest point, so the loss during the overall rotation can be reduced to the lowest value to improve the efficiency of power generation, and because it is in a vacuum state, it can prevent foreign matter or The entry of dust can also reduce the jam caused by foreign matter or dust accumulation, so it can reduce the probability of overall damage, and there is no need to increase any fuel and exhaust emissions during operation, so it can also achieve no noise and no harm to the human body. situation.
并且因为本发明乃通过电磁效应来产生电源，因此并不会制造出任何的环境污染，自然也能达到绿能发电的效果，并且此种通过磁浮配合电磁效应来进行发电的动作，也不会受到任何环境因素影响，在制造时也能配合任何的尺寸 进行制造，能设置于任何场域之中，因此不但能提高使用上的方便性，还能消除掉电源在运送时损耗的部分，以大幅提高制造与使用时的效益，并且因为本发明乃通过类似线性马达的控制方式，因此可通过改变磁力的方式控制磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)的旋转速度与方向，而发电线圈16(电动机与发电机领域之中的定子)所产生的电流与发电转动部3(电动机与发电机领域之中的转子)所带动的发电磁性组件31的旋转速度息息相关，因此自然就能通过此方式，来精确的控制转速，以根据需求调整所需要输出的电流量，并且因为本发明乃通过磁浮的方式，并于真空环境中作业，来达到无摩擦力的发电动作，并可经由调整旋转速度的方式改变发电的输出量，因此自然能达到经由小功率的电力推动，以产生大功率的输出效果，其输出值可根据需求调整至比输入值大千倍万倍，以达成所谓的电动发电机的效果，但本发明仅是利用上述的方式，达到类似电源扩大器(Amplifier)的效果，故并不违反能量守恒定律。And because the present invention generates power through electromagnetic effects, it does not create any environmental pollution and can naturally achieve the effect of green energy power generation. Moreover, this kind of power generation through magnetic levitation combined with electromagnetic effects will not cause any environmental pollution. Affected by any environmental factors, it can also match any size during manufacturing It can be manufactured and installed in any field, so it not only improves the convenience of use, but also eliminates the loss of power supply during transportation, thereby greatly improving the efficiency of manufacturing and use, and because the present invention uses Similar to the control method of a linear motor, the rotation speed and direction of the magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) can be controlled by changing the magnetic force, and the power generation coil 16 (the motor and generator) The current generated by the stator in the field of motors and generators is closely related to the rotation speed of the electromagnetic component 31 driven by the power generation rotating part 3 (the rotor in the field of motors and generators). Therefore, it can naturally be accurately controlled in this way. The rotation speed is used to adjust the amount of current that needs to be output according to the demand, and because the invention uses magnetic levitation and operates in a vacuum environment, it achieves frictionless power generation and can change the power generation by adjusting the rotation speed. The output can naturally be driven by low-power electricity to produce a high-power output effect. The output value can be adjusted to thousands of times greater than the input value according to demand to achieve the so-called motor generator effect. However, this The invention only uses the above method to achieve an effect similar to a power amplifier (Amplifier), so it does not violate the law of energy conservation.
请参阅图9及图10所示，磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)乃一体成形的态样，如此能增加磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)相互间的结合稳定性，并且磁浮转动件2(如图9所示)，乃一完整圆形盘体，借此表示磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)的型态并不设限。Please refer to Figures 9 and 10. The magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) are integrally formed. This can increase the number of the magnetic levitation rotating member 2 and the power generating rotating part 3. Rotors in the field of electric motors and generators) are combined with each other in a stable manner, and the magnetic levitation rotating member 2 (as shown in Figure 9) is a complete circular disk, thereby representing the magnetic levitation rotating member 2 and the power generation rotating part 3 There are no restrictions on the type of rotor (rotor in the field of electric motors and generators).
并且于本实施例之中，供电装置5及容置主体1是信息连接一状态监控装置7，且状态监控装置7及状态控制组件6是信息连接一通报装置8，本实施例的通报装置8以可连接相关单位的通报软件作为举例，借此经由状态监控装置7监控供电装置5给予的电流状况与容置主体1中的运作状况，本实施例的状态监控装置7以电流传感器结合摄影设备作为举例，如此能经由电流传感器感测供电装置5的电流状况，以及通过摄影设备观察容置主体1的运作状况。And in this embodiment, the power supply device 5 and the accommodation body 1 are information-connected to a status monitoring device 7, and the status monitoring device 7 and the status control component 6 are information-connected to a notification device 8. The notification device 8 in this embodiment is Taking notification software that can be connected to relevant units as an example, the current status given by the power supply device 5 and the operating status of the accommodation body 1 are monitored through the status monitoring device 7. The status monitoring device 7 of this embodiment uses a current sensor combined with a photography device. As an example, in this way, the current status of the power supply device 5 can be sensed through the current sensor, and the operating status of the accommodation body 1 can be observed through the photography equipment.
而当检测到异常状况时(例如供电装置5停止电流供应或容置主体1内停止作动)，此时通报装置8则会通报相关单位来进行检测以及维修的动作，或使用者可以自行观察，若是发现有任何异常状况时，亦可经由状态控制组件6直接控制通报装置8进行通报动作，借此来提高使用上的安全性与设备维护上的效率。When an abnormal condition is detected (for example, the power supply device 5 stops supplying current or the accommodation body 1 stops operating), the notification device 8 will notify the relevant unit to perform inspection and maintenance actions, or the user can observe by themselves. , if any abnormal situation is found, the notification device 8 can also be directly controlled through the status control component 6 to perform notification actions, thereby improving the safety of use and the efficiency of equipment maintenance.
请参阅图11所示，磁浮转动件2设置于发电转动部3(电动机与发电机领域之中的转子)的下侧处，并会将第一悬浮磁性组件21及第二悬浮磁性组件14 皆设于磁浮转动件2的下侧处，以通过由下往上推动的方式，来产生磁浮效应，借此表示磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)之间的位置关系并不设限。Please refer to Figure 11. The magnetic levitation rotating member 2 is disposed on the lower side of the power generation rotating part 3 (the rotor in the field of motors and generators), and connects the first levitation magnetic component 21 and the second levitation magnetic component 14 They are all located on the lower side of the magnetic levitation rotating part 2 to produce a magnetic levitation effect by pushing from bottom to top, thereby representing the magnetic levitation rotating part 2 and the power generation rotating part 3 (the rotor in the field of motors and generators). There is no limit to the positional relationship between them.
请参阅图12所示，容置主体1内设置有复数的旋转缓冲件17，并位于磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)的上下两侧处，且本实施例的旋转缓冲件17以可转动的轴承滚轮结构作为举例，如此若发生状况(如地震或是设置于交通工具上而产生震动时)，则可经由旋转缓冲件17防止磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)撞击到容置主体1，并因为旋转缓冲件17本身具有旋转效果，故即使撞击到旋转缓冲件17，亦可经由可转动的旋转缓冲件17，顺畅的进行旋转，不会有额外的摩擦力产生，来防止碰撞到容置主体1(即为发电机的定子的部分)，以提高使用上的安全性与延长设备的使用寿命。Please refer to Figure 12. A plurality of rotating buffer members 17 are provided in the accommodation body 1, and are located on the upper and lower sides of the magnetic levitation rotating member 2 and the power generating rotating part 3 (rotors in the field of motors and generators), and The rotating buffer 17 in this embodiment uses a rotatable bearing roller structure as an example. In this way, if a situation occurs (such as an earthquake or vibration caused by being installed on a vehicle), the rotating buffer 17 can prevent the magnetic levitation of the rotating member 2 And the power generation rotating part 3 (the rotor in the field of motors and generators) hits the accommodation body 1, and because the rotating buffer 17 itself has a rotation effect, even if it hits the rotating buffer 17, it can still rotate through the rotatable The buffer member 17 rotates smoothly without generating additional friction to prevent collision with the accommodation body 1 (that is, the stator part of the generator), thereby improving safety in use and extending the service life of the equipment. .
请参阅图13所示，容置主体1内设置有复数的磁浮缓冲件18，并位于磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)的四周处，且本实施例的磁浮缓冲件18以可转动的轴承滚轮结构作为举例，如此若发生状况(如地震或是设置于交通工具上而产生震动时)，则可经由磁浮缓冲件18防止磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)撞击到容置主体1，并因为磁浮缓冲件18本身具有旋转效果，故即使撞击到磁浮缓冲件18，亦可经由可转动的磁浮缓冲件18，顺畅的进行旋转，不会有额外的摩擦力产生，来防止碰撞到容置主体1(即为发电机的定子的部分)，以提高使用上的安全性与延长设备的使用寿命。Please refer to Figure 13. A plurality of magnetic levitation buffer members 18 are provided in the accommodation body 1, and are located around the magnetic levitation rotating member 2 and the power generation rotating part 3 (the rotor in the field of motors and generators), and this embodiment The magnetic levitation buffer 18 in the example uses a rotatable bearing roller structure as an example. In this way, if an event occurs (such as an earthquake or vibration caused by being installed on a vehicle), the magnetic levitation buffer 18 can be used to prevent the magnetic levitation rotating component 2 from generating electricity. The rotating part 3 (the rotor in the field of motors and generators) collides with the accommodation body 1, and because the magnetic levitation buffer 18 itself has a rotation effect, even if it collides with the magnetic levitation buffer 18, it can still pass through the rotatable magnetic levitation buffer. 18. Rotate smoothly without generating additional friction to prevent collision with the housing body 1 (that is, the stator part of the generator), thereby improving safety in use and extending the service life of the equipment.
请参阅图14所示，磁浮转动件2上设置有一磁浮重心限位件23，以及于发电转动部3(电动机与发电机领域之中的转子)上设有一转子重心限位件32，本实施例的磁浮重心限位件23及转子重心限位件32皆以外凸式的尖点作为举例。Please refer to Figure 14. The magnetic levitation rotating part 2 is provided with a magnetic levitation center of gravity limiter 23, and the power generation rotating part 3 (the rotor in the field of motors and generators) is provided with a rotor center of gravity limiter 32. This implementation The magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 of the example are both convex sharp points as an example.
并因为磁浮重心限位件23及转子重心限位件32皆设置于旋转的中心轴处，所以就能通过磁浮重心限位件23及转子重心限位件32来稳定旋转时的重心，并且产生撞击状况时，还能经由磁浮重心限位件23及转子重心限位件32产生限位效果，来降低损坏机率。And because the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 are both arranged at the central axis of rotation, the center of gravity during rotation can be stabilized by the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32, and generate In the event of an impact, the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 can also produce a limiting effect to reduce the probability of damage.
请参阅图15所示，容置主体1上会同时具有复数的旋转缓冲件17及复数的磁浮缓冲件18，同时磁浮转动件2上设置有一磁浮重心限位件23，以及于发 电转动部3(电动机与发电机领域之中的转子)上设有一转子重心限位件32，以表示旋转缓冲件17、磁浮缓冲件18、磁浮重心限位件23及转子重心限位件32能同时存在，借此来达到多重的防护效果。Please refer to Figure 15. The accommodation body 1 has a plurality of rotating buffer members 17 and a plurality of magnetic levitation buffer members 18. At the same time, the magnetic levitation rotating member 2 is provided with a magnetic levitation center of gravity limiter 23. The electric rotating part 3 (the rotor in the field of motors and generators) is provided with a rotor center of gravity limiter 32 to represent the rotation buffer 17, the magnetic levitation buffer 18, the magnetic levitation center of gravity limiter 23 and the rotor center of gravity limiter 32 Can exist at the same time to achieve multiple protective effects.
请参阅图16及图17所示，容置主体1外侧处设有一水平量测件9，而本实施例水平量测件9以枢接于容置主体1外侧处的复数圆形套环91组成作为举例，而由于圆形套环91本身具有重量，因此会形成类似跷跷板的态样，使每个圆形套环91都呈现水平的态样。Please refer to FIG. 16 and FIG. 17 . A horizontal measuring member 9 is provided on the outside of the accommodation body 1 . In this embodiment, the horizontal measuring member 9 is pivotally connected to a plurality of circular collars 91 on the outside of the accommodation body 1 . The composition is taken as an example, and since the circular collar 91 itself has weight, it will form a seesaw-like posture, so that each circular collar 91 presents a horizontal posture.
故当容置主体1本身为水平态样时，则会如图16所示，各圆形套环91与容置主体1上表面皆会处平行的状态，倘若容置主体1有倾斜时，则可如图17所示，圆形套环91则会因本身的重量仍处于水平的状态，因此就会让各圆形套环91与容置主体1的上表面不会处于平行的态样，以让使用者能随时得知容置主体1的水平状态，并当需要调整时(例如刚移动完容置主体1后)，可随时根据水平量测件9进行调整动作。Therefore, when the accommodation body 1 itself is in a horizontal state, as shown in Figure 16, each circular collar 91 and the upper surface of the accommodation body 1 will be in a parallel state. If the accommodation body 1 is tilted, As shown in Figure 17, the circular collars 91 will still be in a horizontal state due to their own weight, so each circular collar 91 and the upper surface of the accommodation body 1 will not be in a parallel state. , so that the user can know the horizontal state of the accommodation body 1 at any time, and when adjustment is needed (for example, just after moving the accommodation body 1), the user can perform adjustment actions at any time according to the level measuring piece 9.
请参阅图18所示，本实施例中水平量测件9以设置于容置主体1上表面的水平仪作为举例，借此表示水平量测件9的类型并不设限。Please refer to FIG. 18 . In this embodiment, the horizontal measuring element 9 is taken as an example of a level disposed on the upper surface of the accommodation body 1 . This means that the type of the horizontal measuring element 9 is not limited.
请参阅图19所示，容置主体1呈现微型化的态样，即代表磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)为一体成形的转盘态样，而发电转动部3(电动机与发电机领域之中的转子)则定义为磁浮转动件2的中央区域处，而发电磁性组件31同样设置于发电转动部3(电动机与发电机领域之中的转子)处，而磁浮转动件2同样会经由第一悬浮磁性组件21配合第二悬浮磁性组件14处于磁浮状态，并经由第一旋动磁性组件22配合第二旋动磁性组件15带动磁浮转动件2及发电转动部3(电动机与发电机领域之中的转子)，以让发电磁性组件31能配合发电线圈16(电动机与发电机领域之中的定子)来产生电源。Please refer to Figure 19. The accommodation body 1 is miniaturized, which means that the magnetic levitation rotating part 2 and the power generation rotating part 3 (the rotor in the field of motors and generators) are in the form of a turntable formed in one piece, and the power generation is The rotating part 3 (the rotor in the field of motors and generators) is defined as the central area of the magnetic levitation rotating member 2, and the electromagnetic component 31 is also disposed at the power-generating rotating part 3 (the rotor in the field of motors and generators) , and the magnetic levitation rotating member 2 will also be in a magnetic levitation state through the first rotating magnetic assembly 21 and the second rotating magnetic assembly 14, and drive the magnetic levitation rotating member 2 and generate electricity through the first rotating magnetic assembly 22 and the second rotating magnetic assembly 15. The rotating part 3 (the rotor in the field of motors and generators) allows the electromagnetic component 31 to cooperate with the generator coil 16 (the stator in the field of motors and generators) to generate power.
借由上述的结构，来表示本发明的结构态样并不设限，即可达到微型化的态样，以能够配合设置于各种场所与机械之中，例如小区大楼或各种交通工具上，以提高本发明的实用性。 The above structure shows that the structural form of the present invention is not limited, and can be miniaturized so that it can be installed in various places and machines, such as community buildings or various vehicles. , to improve the practicality of the present invention.

Claims (10)

  1. 一种电动发电机，其特征在于，主要包含：An electric generator is characterized by mainly including:
    一容置主体；1. Accommodating the subject;
    一容置区域，该容置区域形成于该容置主体内，且该容置区域内为真空的状态；A containment area, the containment area is formed in the containment body, and the containment area is in a vacuum state;
    一磁浮转动件，该磁浮转动件设于该容置区域内；A magnetic levitation rotating member, the magnetic levitation rotating member is located in the accommodation area;
    复数第一悬浮磁性组件，该复数第一悬浮磁性组件设于该磁浮转动件上；A plurality of first suspended magnetic components, the plurality of first suspended magnetic components are provided on the magnetic levitation rotating member;
    复数第二悬浮磁性组件，该复数第二悬浮磁性组件设于该容置主体上，并位置对应该复数第一悬浮磁性组件，以通过磁浮效应推动该磁浮转动件处于磁浮状态；A plurality of second levitation magnetic components, the plurality of second levitation magnetic components are provided on the accommodation body, and are positioned corresponding to the plurality of first levitation magnetic components, so as to promote the magnetic levitation rotating member to be in a magnetic levitation state through the magnetic levitation effect;
    复数第一旋动磁性组件，该复数第一旋动磁性组件设于该磁浮转动件上；A plurality of first rotating magnetic components, the plurality of first rotating magnetic components are provided on the magnetic levitation rotating member;
    复数第二旋动磁性组件，该复数第二旋动磁性组件设于该容置主体上，并位置对应该复数第一旋动磁性组件，以通过磁力推动的方式带动该磁浮转动件进行旋转作动；A plurality of second rotating magnetic components, the plurality of second rotating magnetic components are disposed on the accommodation body and are positioned corresponding to the plurality of first rotating magnetic components to drive the magnetic levitation rotating member to rotate through magnetic force. move;
    一发电转动部，该发电转动部连接于该磁浮转动件上，并位于该容置区域内；A power-generating rotating part, the power-generating rotating part is connected to the magnetic levitation rotating part and is located in the accommodation area;
    复数发电磁性组件，该复数发电磁性组件设于该发电转动部上；A plurality of electromagnetic components, which are arranged on the power-generating rotating part;
    复数发电线圈，该复数发电线圈设于该容置主体上，并位于该复数发电磁性组件的一侧处，以配合该复数发电磁性组件产生感应电流；A plurality of generating coils, the plurality of generating coils are arranged on the accommodation body and located on one side of the plurality of electromagnetic components to cooperate with the plurality of electromagnetic components to generate induced current;
    一储能装置，该储能装置是与该发电线圈电性连接；An energy storage device, the energy storage device is electrically connected to the power generation coil;
    一供电装置，该供电装置是与该发电线圈、该复数第二悬浮磁性组件、及该复数第二旋动磁性组件电性连接，以供接收该发电线圈给予的电流，并给予该复数第二悬浮磁性组件及该复数第二旋动磁性组件电流；及A power supply device, the power supply device is electrically connected to the power generation coil, the plurality of second suspended magnetic components, and the plurality of second rotating magnetic components for receiving the current given by the power generation coil and providing the plurality of second The currents of the suspended magnetic component and the plurality of second rotating magnetic components; and
    一状态控制组件，该状态控制组件是与该供电装置相连接，以供控制给予该复数第二悬浮磁性组件及该复数第二旋动磁性组件的电流。A state control component is connected to the power supply device for controlling the current given to the plurality of second suspended magnetic components and the plurality of second rotating magnetic components.
  2. 如权利要求1所述的电动发电机，其特征在于：该供电装置及该容置主体信息连接一状态监控装置。The motor generator of claim 1, wherein the power supply device and the accommodation body information are connected to a status monitoring device.
  3. 如权利要求2所述的电动发电机，其特征在于：该状态监控装置及该状态控制组件信息连接一通报装置。The motor generator of claim 2, wherein the status monitoring device and the status control component are connected to a notification device.
  4. 如权利要求1所述的电动发电机，其特征在于：该磁浮转动件及该发电 转动部在该容置区域中形成的真空环境内进行旋转作动。The electric generator according to claim 1, characterized in that: the magnetic levitation rotating member and the power generation The rotating part rotates in the vacuum environment formed in the accommodation area.
  5. 如权利要求1所述的电动发电机，其特征在于：该容置主体内设有复数的旋转缓冲件。The motor generator according to claim 1, wherein a plurality of rotating buffer members are provided in the accommodation body.
  6. 如权利要求1所述的电动发电机，其特征在于：该容置主体内设有复数的磁浮缓冲件。The motor generator according to claim 1, characterized in that a plurality of magnetic levitation buffers are provided in the accommodation body.
  7. 如权利要求1所述的电动发电机，其特征在于：该磁浮转动件上具有一磁浮重心限位件，而该发电转动部上具有一转子重心限位件。The motor generator according to claim 1, wherein the magnetic levitation rotating part is provided with a magnetic levitation center of gravity limiter, and the power generation rotating part is provided with a rotor center of gravity limiter.
  8. 如权利要求1所述的电动发电机，其特征在于：该复数第一悬浮磁性组件及该复数第二悬浮磁性组件通过电磁浮或超导磁浮其中之一的方式推动该磁浮转动件进行磁浮动作。The motor generator of claim 1, wherein the plurality of first floating magnetic components and the plurality of second floating magnetic components push the magnetic levitation rotating member to perform a magnetic levitation action through one of electromagnetic levitation or superconducting magnetic levitation. .
  9. 如权利要求1所述的电动发电机，其特征在于：该复数第一悬浮磁性组件及该复数第一旋动磁性组件为永久磁铁。The motor generator of claim 1, wherein the plurality of first floating magnetic components and the plurality of first rotating magnetic components are permanent magnets.
  10. 如权利要求1所述的电动发电机，其特征在于：该复数第二悬浮磁性组件及该复数第二旋动磁性组件为激磁线圈。 The motor generator of claim 1, wherein the plurality of second suspended magnetic components and the plurality of second rotating magnetic components are excitation coils.
PCT/CN2023/082482 2022-08-08 2023-03-20 Motor generator WO2024031990A1 (en)

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2000060032A (en) * 1998-08-05 2000-02-25 Koyo Seiko Co Ltd Flywheel-type power storage device
WO2003085805A2 (en) * 2002-04-08 2003-10-16 Chng Geok Hwee Rotating electric machine
CN101409478A (en) * 2007-10-10 2009-04-15 孙昊天 Permanent magnetism levitation energy-storing flywheel system
CN104079144A (en) * 2013-03-29 2014-10-01 冯劭力 Full-effect magnetic-suspension brushless variable frequency power generator
CN105591492A (en) * 2014-10-31 2016-05-18 张瑞彬 Vertical type magnetic suspension flywheel energy storage system
CN111226378A (en) * 2017-10-22 2020-06-02 马士基钻探股份公司 Flywheel system and flywheel bearing module

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2000060032A (en) * 1998-08-05 2000-02-25 Koyo Seiko Co Ltd Flywheel-type power storage device
WO2003085805A2 (en) * 2002-04-08 2003-10-16 Chng Geok Hwee Rotating electric machine
CN101409478A (en) * 2007-10-10 2009-04-15 孙昊天 Permanent magnetism levitation energy-storing flywheel system
CN104079144A (en) * 2013-03-29 2014-10-01 冯劭力 Full-effect magnetic-suspension brushless variable frequency power generator
CN105591492A (en) * 2014-10-31 2016-05-18 张瑞彬 Vertical type magnetic suspension flywheel energy storage system
CN111226378A (en) * 2017-10-22 2020-06-02 马士基钻探股份公司 Flywheel system and flywheel bearing module

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