Experimental system for realizing weight reduction of asymmetric anti-rotor

Abstract

An experimental system for realizing weight reduction of an asymmetric anti-rotor is characterized in that a spherical hollow container (1) is arranged in the system, an insulating layer (2) is arranged on the inner surface of the spherical hollow container, a magnetic conductive cylinder (3) is arranged in the hollow container, a certain substance element (4) is sealed in the hollow container, and a heating device (5) and an ionization device (6) are further arranged in the hollow container. The magnetic conductive cylinder is sleeved with a main disc (8) and an auxiliary disc (9) which rotate reversely and are connected with the magnetic conductive column through a ceramic bearing (10), an electrode net (11) is arranged in the container, a direct-current high-voltage generator (12) is further arranged in the system, one pole of the direct-current high-voltage generator (12) is connected with the electrode net, the other end of the direct-current high-voltage generator (12) is grounded, and the other pole of the direct-current high-voltage generator (12) is grounded. The main disc and the auxiliary disc are respectively driven to rotate by respective electromagnetic equipment (14), and a main magnetic field (15) generated by the main disc wraps the whole device system.

Description

Technical Field

[0001] The invention relates to the experimental field of gravity research, in particular to an experimental system for realizing weight reduction by using an asymmetric counter-rotating rotor. Background Art

[0002] Gravity is everywhere. All massive celestial bodies, including the Earth, have gravity. People have been studying gravity-related technologies for many years and have indeed produced certain results. The patent with the announcement number CN201310186964.5 discloses an experimental device for interfering with the gravity field, which interferes with the gravity field in the central area of ​​the device through a magnetic field. There is also a patent with the announcement number CN201310186996.5, which also discloses a ring-type gravity field interference device, which interferes with the gravity field in a certain area above the device through a magnetic field. The above patents can interfere with the gravity field through a magnetic field to reduce the weight of objects in the vicinity of the device, but the existing technology only interferes with the gravity field outside the device to reduce the weight of objects outside the system. The interfered gravity field has no effect on the system itself, so that the system itself will not produce a weight loss phenomenon. Therefore, humans have not yet built a set of devices for interfering with the gravity field in the laboratory to reduce the weight of the entire system. Summary of the invention

[0003] In view of the problems existing in the prior art, the object of the present invention is to provide an experimental system for realizing weight loss by an asymmetric counter-rotating rotor. In order to realize that the system interferes with the gravitational field and also acts on the system itself, the system includes a spherical hollow container is arranged in the system, the purpose is to enclose the plasma inside, so the inner surface of the container has a high dielectric insulating layer, and in order to realize the isolation effect of the magnetic field generated by the movement of the electric charge, the container shell is a diamagnetic material. At the same time, a part of the magnetic field generated by the electric charge also needs to pass through the shell and be isolated outside by the shell, so the present invention is provided with a magnetic conductive cylinder on the central axis of the hollow container, which runs through the hollow container. In the hollow container, a certain easily ionized material element, such as mercury or an inert gas, etc., is enclosed. A heating device and an ionization device are then arranged in the area where these elements are located, and plasma is obtained by heating and ionizing the material elements. Next, the plasma needs to be divided into two regions of positive and negative charges, so the method of the present invention is that two disc rotors that rotate in opposite directions are set outside the magnetic cylinder in the hollow container, namely the main disc and the auxiliary disc. The materials of the main disc and the auxiliary disc are metal materials with high surface area and can store a large amount of charge, and the ceramic bearing is used as the connection with the magnetic cylinder. Under the rotation of the two discs, the plasma inside the spherical hollow container is driven to rotate, and under the effect of the reverse rotation and the mutual interference of the magnetic field generated by the charge, the automatic regionalization phenomenon of the plasma charge is realized. At this time, in order to remove a certain charge inside and retain another charge, the present invention needs to set a high temperature resistant electrode net near the two areas of charge separation in the container, and set a DC high voltage generator with a similar charge pumping function in the system, so that one pole of the high voltage generator is connected to the internal high temperature resistant electrode net, and the other end of the high voltage generator is grounded, thereby realizing the screening effect on the internal charge, so that a large amount of a certain unipolar charge is retained in the entire hollow cavity. In addition, in the hollow container, the main disk and the auxiliary disk are designed asymmetrically. The two disks are controlled by two independent motors to facilitate the control of their rotation speeds. The diameter of the main disk is higher than that of the auxiliary disk, and the rotation speed of the main disk is also higher than that of the auxiliary disk, so that the rotation of the plasma and the charge in the container is dominated by the magnetic field generated by the main disk. This method of reverse rotation of the same kind of charges also leads to the mutual repulsion of the magnetic field generated by the charges, and reacts to the charges themselves. Finally, the magnetic field generated by the charge passes through the magnetic conductive column and wraps the area where the system is located, achieving weight reduction of the entire system.

[0004] The present invention has the following beneficial effects: The present invention constructs a special magnetic field through a special structure within the system, which can not only interfere with the gravity field to reduce the weight of objects in the vicinity of the device, but also change the regional range of the interference with the gravity field, achieve the amplification of the influence range of the interference with the gravity field, and also have an impact on the system itself. This has never happened before the disclosure of the present invention. This change is huge for the existing field of gravity research. This change also represents the final result of this type of experiment. It is no longer a weight reduction in a target area, but a weight reduction of the system itself and a larger area around it. Then, the beneficial effects of the present invention are no longer limited to simulating the weak gravity environment of space in a certain area, but the system that interferes with the gravity field is transformed into a vehicle, thereby realizing the long-distance transportation function of goods and personnel. BRIEF DESCRIPTION OF THE DRAWINGS

[0005] Figure 1 Cross-section of the system Figure 2 Electrical connection diagram of this system Figure 3 Magnetic field diagram of this system Description of the numbers in the figure: 1. Spherical hollow container 2. High dielectric insulation layer 3. Magnetic cylinder 4. Easily ionizable material element 5. Heating device 6. Ionization device 7. Plasma 8. Main disk 9. Sub disk 10. Ceramic bearing 11. High temperature resistant electrode net 12. DC high voltage generator 13. Grounding 14. Electromagnetic device 15. Magnetic field 16. Coil support 17. Electromagnetic coil 18. Permanent magnet DETAILED DESCRIPTION

[0006] like Figure 1 This is a cross-sectional view of the system, in which a spherical hollow container (1) is provided in the system, the outer shell of the container is made of antimagnetic material, and the inner surface is provided with a high dielectric insulating layer (2) of polar material, such as epoxy resin, polyvinyl chloride, etc. On the central axis of the hollow container (1), there is a magnetic cylinder (3) that penetrates the spherical hollow container (1). In the hollow container (1), a certain easily ionized material element (4), such as mercury or inert gas, etc., is enclosed. In the hollow container (1), a heating device (5) and an ionization device (6) are also provided, and plasma (7) is obtained by heating and ionizing the material element.

[0007] Outside the magnetic cylinder (3) in the hollow container (1), there are two disc rotors spaced a certain distance apart and rotating in opposite directions, namely a main disc (8) and a secondary disc (9). The material of the disc rotors is a material with a high surface area and capable of storing a large amount of electric charge. The disc rotors have both the function of loading electric charge and the function of an impeller that drives the surrounding electric charge to rotate together. The two discs are connected to the magnetic cylinder (3) by ceramic bearings (10) respectively, so that the two disc rotors (8) (9) rotate in both positive and negative directions at high speed. When the speed exceeds 10,000 revolutions per minute, the effect is relatively ideal, and the plasma (7) is also driven to rotate in both positive and negative directions in the container. Under the action of the reverse rotation and the magnetic field generated by the electric charge, the electric charge of the plasma is automatically divided into different regions.

[0008] like Figure 2 The electrical connection diagram of the system is shown in FIG. Two high temperature resistant electrode nets (11) are arranged near the two areas where the charges are separated. A DC high voltage generator (12) is arranged in the system to generate 300,000 volts of high voltage DC. One pole of the high voltage generator is connected to one of the high temperature resistant electrode nets (11) to neutralize or absorb the charge. The other end of the high voltage generator is grounded (13), so that a large amount of unipolar charge is retained in the entire hollow cavity. The main disk (8) and the auxiliary disk (9) rotate in opposite directions. The two disks drive the same charge to rotate, generate opposite magnetic fields, and repel each other. The main disk (8) and the auxiliary disk (9) are independently controlled by two sets of electromagnetic devices (14). The electromagnetic device (14) is composed of a coil bracket (16) and an electromagnetic coil (17) sleeved on the magnetic column (3) and a permanent magnet (18) on the main and auxiliary disks. The rotation of the two disks is achieved through the action of the electromagnetic field.

[0009] like Figure 3 : is the magnetic field diagram of the present system. In addition, the main disk (8) and the auxiliary disk (9) are of asymmetrical design. The diameter of the main disk (8) is larger than that of the auxiliary disk (9). The rotation speed of the main disk (8) is also higher than that of the auxiliary disk (9). Therefore, the magnetic field (15) generated by the main disk is the main magnetic field, which passes through the magnetic conductive column (3) and wraps the entire device system.

[0010] The above description is only a preferred embodiment of the present invention, and does not limit the patent scope of the present invention. All equivalent structural changes made by using the contents of the present invention specification under the principle and concept of the present invention, or directly / indirectly applied in other related technical fields are included in the patent protection scope of the present invention.

Claims

1. An experimental system for achieving weight loss using an asymmetric counter-rotating rotor, characterized in that: A spherical hollow container (1) is provided in the system, the inner surface of which is provided with an insulating layer (2). A magnetic cylinder (3) is provided in the hollow container. A certain material element (4) is enclosed in the hollow container. A heating device (5) and an ionization device (6) are also provided in the hollow container to convert the material element into plasma (7). Two main disks (8) and auxiliary disks (9) are sleeved outside the magnetic cylinder and are connected to the magnetic cylinder by a ceramic bearing (10). An electrode network (11) is provided in the container. A DC high-voltage generator (12) is also provided in the system, one pole of which is connected to the electrode network and the other end is grounded (13). The main disk and the auxiliary disk are respectively driven to rotate by respective electromagnetic devices (14). The main magnetic field (15) generated by the main disk wraps around the entire device system.

2. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: A spherical hollow container (1) is provided in the system. The outer shell of the container is made of antimagnetic material and the inner surface has a high dielectric insulation layer (2). On the central axis of the hollow container (1), there is a magnetic conductive cylinder (3) that penetrates the hollow container (1).

3. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: In the hollow container (1), a certain easily ionizable material element (4), such as mercury or an inert gas, is enclosed.

4. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: A heating device (5) and an ionization device (6) are also provided in the hollow container (1), and plasma (7) is obtained by heating and ionizing the material elements.

5. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: Two disc rotors are sleeved outside the magnetic cylinder (3) in the hollow container (1) and are counter-rotating with each other at a certain distance, namely a main disc (8) and a secondary disc (9). The materials of the discs are metal materials with high surface area and capable of storing a large amount of electric charge, and are connected to the magnetic cylinder (3) by a ceramic bearing (10).

6. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: The forward and reverse high-speed rotation of the two disc rotors (8) (9) also drives the plasma (7) to rotate in the forward and reverse directions in the container, and under the action of the reverse rotation and the magnetic field generated by the electric charge, the electric charge of the plasma is automatically divided into different regions.

7. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: Two high temperature resistant electrode nets (11) are arranged near two areas where charges are separated in the hollow container (1), and a DC high voltage generator (12) is arranged in the system, one pole of the high voltage generator is connected to one of the high temperature resistant electrode nets (11) for neutralizing or absorbing charges, and the other end of the high voltage generator is grounded (13), so that a large amount of unipolar charges are retained in the entire hollow cavity.

8. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: The main disc (8) and the auxiliary disc (9) are independently controlled by two sets of electromagnetic devices (14), and the electromagnetic device (14) is composed of a coil support (16) and an electromagnetic coil (17) sleeved on a magnetic column (3) and permanent magnets (18) on the main and auxiliary discs.

9. The experimental system for achieving weight loss using an asymmetric counter-rotating rotor according to claim 1, characterized in that: When a unipolar charge exists in the hollow container, the main disk (8) and the auxiliary disk (9) rotate in opposite directions, and the two disks drive the same charge to rotate, generating opposite magnetic fields and repelling each other.

10. The experimental system for achieving weight loss by using an asymmetric counter-rotating rotor according to claim 1, characterized in that: The main disc (8) and the secondary disc (9) are of asymmetrical design. The diameter of the main disc (8) is larger than that of the secondary disc (9), and the rotation speed of the main disc (8) is also higher than that of the secondary disc (9). Therefore, the magnetic field (15) generated by the main disc is the main magnetic field, which passes through the magnetic conductive column (3) and wraps the entire device system.

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