Experimental system for realizing weight reduction of charge-loaded asymmetric anti-rotating container

Abstract

An experiment system for realizing weight reduction of a charge-loaded asymmetric anti-rotation container is characterized in that a closed container (1) is arranged in the system, an upper hollow disc container (2) and a lower hollow disc container (2) which are mutually reversed are arranged in the closed container and are respectively driven by two motors (3) to rotate, and high-dielectric insulating layers (4) are arranged on the inner surfaces of the hollow disc containers. A certain substance element (5) is sealed in the two hollow discs, microwave heaters (6) are arranged on the outer sides of the disc containers to change the substance element into plasmas (7), permanent magnetic fields (8) of which the same poles are oppositely arranged are further arranged outside the two disc containers, electrode plates (9) are further respectively arranged on the edges of the inner sides of the two disc containers, and the electrode plates (9) are connected with the microwave heaters (6). The disc container is arranged in the closed container and is tightly attached to a hairy electric brush (10) on the closed container, a direct-current high-voltage generator (11) is further arranged outside the closed container, one stage of the high-voltage generator is connected to the hairy electric brush, so that the same charges (12) are reserved in the two containers, the charges are driven by the disc container to rotate, and the whole system is wrapped by a generated high-intensity magnetic field (13).

Description

Technical Field

[0001] The invention relates to the experimental field of gravity research, in particular to an experimental system for realizing weight reduction of an asymmetric reverse rotation container carrying electric charge. 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 purpose of the present invention is to provide an experimental system for realizing weight reduction by using an asymmetric counter-rotating container carrying a charge. In order to realize that the system interference gravity field also acts on the system itself, the system includes: a closed container is arranged in the system as a stator, and two hollow disc rotors that are reversed from top to bottom are arranged in the closed container, which are driven by two motors to rotate at high speed. In order to enclose a certain amount of charge in the two hollow discs and expand the magnetic field generated by the charge outside the system, the two hollow disc rotors are made of non-magnetic materials and have a high dielectric insulating layer on the inner surface. In addition, in order to realize the primary and secondary relationship of the two magnetic fields, the two hollow disc rotors are asymmetric in design, and the two rotors have different rotation speeds, different volumes, and different amounts of charge. Next, a large amount of the same charge is to be stored in the two containers. First, a certain amount of a material element that is easy to become plasma, such as mercury or inert gas, is enclosed in the two hollow discs. Then, a microwave heater is arranged on the outside of the disc rotors to irradiate the two discs and turn the material elements inside into plasma. In the axial direction outside the two disc rotors, permanent magnetic fields of the same level are arranged opposite to each other. When the internal plasma is driven to rotate by the discs, under the action of the Lorentz force, the plasma charges in the two hollow discs are separated, and the charges in the edge areas of the two discs are the same. Then, the two polarity charges in the container are processed into one polarity charge. Electrode sheets are respectively arranged on the inner edges of the two hollow disc rotors, and the flexible brushes on the closed container are connected. The charge is pumped by a charge pump. A DC high-voltage generator is also arranged outside the closed container, and one of the stages of the high-voltage generator is connected to the flexible brush, thereby attracting the charge in the corresponding area, so that the two containers retain the same charge. The magnetic fields generated by the internal charges also need to repel each other, so the two disc rotors are driven by high-speed motors to rotate in opposite directions. At this time, the magnetic field generated is different with the direction, but the asymmetric design allows the strong magnetic field to dominate, and the magnetic field wraps the entire system, 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 System profile Figure 2 System magnetic field diagram Description of the numbers in the figure: 1. Closed container 2. Hollow disc container 3. Motor 4. Insulation layer 5. Material element 6. Microwave heater 7. Plasma 8. Permanent magnetic field 9. Electrode sheet 10. Hair brush 11. DC high voltage generator 12. Charge 13. Grounding 14. Strong magnetic field DETAILED DESCRIPTION

[0006] like Figure 1 The system is a cross-sectional view, wherein a closed container (1) is provided in the system and serves as a stator and does not move. Two upper and lower hollow disc containers (2) are provided in the closed container (1) and are inverted to each other. The container shape is oblate and hollow inside. The two containers are very close to each other but do not touch each other. They are driven by upper and lower motors (3) to rotate at high speed, with the speed exceeding 5000 revolutions per minute. The hollow disc container (2) is made of non-magnetic material and has a high dielectric insulating layer (4) on the inner surface to prevent charge transition from escaping the container.

[0007] At the same time, the two hollow disc containers (2) are of asymmetric design. The so-called asymmetric design means that the two containers have different diameters, different rotation speeds, different volumes, and different amounts of charge.

[0008] A material element (5) that is easy to become plasma, such as mercury or an inert gas, is enclosed in two hollow disks (2). A microwave heater (6) is then provided on the outside of the disk container (2) to irradiate the two disks and transform the material element (5) inside into plasma (7). In addition, permanent magnetic fields (8) of the same level are provided in the axial direction outside the two disk containers. When the internal plasma (7) rotates in both positive and negative directions, the electric charge in the plasma in the disk (2) is separated into positive and negative electric charges under the action of the Lorentz force, and the electric charges in the edge areas of the two disks are made the same.

[0009] Electrode sheets (9) are respectively arranged on the inner edges of the two hollow disc containers (2). The electrode sheets are connected to the outside of the container by a conductor and are close to the hair-like brushes (10) on the closed container. A DC high-voltage generator (11) is also arranged outside the closed container (1) to generate a high-voltage DC power of more than 200,000 volts. One of the stages of the high-voltage generator is connected to the hair-like brushes (10), thereby attracting or neutralizing the charge in the corresponding area, so that the same charge (12) is retained in the upper and lower containers (2), and the other pole is grounded (13).

[0010] like Figure 2 The diagram of the magnetic field of the system shows that the two disk containers (2) have the same charge, so they rotate in opposite directions to generate magnetic fields of different directions. However, the asymmetric design allows the strong magnetic field (14) to dominate and allow the magnetic field (14) to pass through the closed container (1) and wrap the entire device system.

[0011] 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 reduction of a charged asymmetric counter-rotation container, characterized in that: A closed container (1) is provided in the system. Two hollow disc containers (2) are arranged in an upper and lower direction and are rotated by two motors (3) respectively. The inner surfaces of the hollow disc containers have a high dielectric insulating layer (4). A certain material element (5) is enclosed in the two hollow discs. A microwave heater (6) is arranged outside the disc containers to convert the material element into plasma (7). Permanent magnetic fields (8) of the same level and opposite to each other are also arranged outside the two disc containers. Electrode sheets (9) are also arranged on the inner edges of the two disc containers and are closely attached to hair-like brushes (10) on the closed container. A DC high-voltage generator (11) is also arranged outside the closed container. One level of the high-voltage generator is connected to the hair-like brush so that the two containers retain the same charge (12). The disc containers drive the charge to rotate, and the generated strong magnetic field (13) wraps the entire system.

2. The experimental system for realizing weight reduction of an asymmetric counter-rotation container carrying a charge according to claim 1, characterized in that: A closed container (1) is provided in the system as a stator. Two hollow disc containers (2) are provided in an upper and lower direction and are inverted with respect to each other. The two containers are very close to each other but do not contact each other. The two containers are driven to rotate at high speed by two motors (3) respectively.

3. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: The hollow disc container (2) is made of non-magnetic material and has a high dielectric insulating layer (4) on its inner surface.

4. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: The two hollow disc containers (2) are of asymmetrical design; the two containers have different diameters, different rotation speeds, different volumes, and different amounts of charge.

5. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: A material element (5) that can easily become plasma, such as mercury or an inert gas, is enclosed in the two hollow disks (2).

6. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: A microwave heater (6) is arranged outside the disc container (2) to irradiate the two discs and convert the material elements (5) inside the discs into plasma (7).

7. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: In the axial direction outside the two disk containers, permanent magnetic fields (8) of the same level and opposite to each other are arranged. When the internal plasma (7) rotates, under the action of the Lorentz force, the charges of the plasma in the two hollow disks (2) produce a positive-negative separation phenomenon, and the charges in the edge areas of the two disks are the same.

8. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: Electrode sheets (9) are respectively arranged on the inner edges of the two hollow disc containers (2). The electrode sheets are connected to the outside of the container by conductors and are closely attached to the hair-like brushes (10) on the closed container.

9. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: A DC high voltage generator (11) is also provided outside the closed container (1), and one of the stages of the high voltage generator is connected to a hair-like brush (10), thereby attracting a certain charge in the corresponding area, so that the two containers retain the same charge (12), and the other pole is grounded (13).

10. The experimental system for realizing weight reduction of a charged asymmetric reverse rotation container according to claim 1, characterized in that: The two disk containers (2) carry the same charge, so they rotate in opposite directions to generate magnetic fields in different directions. However, the asymmetric design allows the strong magnetic field (14) to dominate and wrap the entire device system.

Images