Space conveying system achieved through space coordinate point interchange

Abstract

A space conveying system achieved through space coordinate point interchange is characterized in that two identical device systems are arranged at any two positions on the universe or the earth, a coordinate interchange area (1) is arranged in the center of each system, a plurality of magnetic conductive rings (2) are arranged outside the coordinate interchange area, the magnetic conductive rings are driven by a motor (3), and the motor (3) is driven by a motor (4). A magnetic field coil (4) is wound on the magnetic conducting ring, an electric brush (6) is arranged on a rotating shaft (5), connected with the motor, of the magnetic conducting ring, and high-frequency alternating current is introduced into the coil, so that the coil generates a variable magnetic field.

Description

Technical Field

[0001] The invention relates to the experimental field of space science, and in particular to a space transmission system realized by exchanging space coordinate points. Background Art

[0002] At present, human beings use transportation tools to transport materials, such as vehicles, airplanes, ships, etc., and rockets or spacecraft are used to transport materials into space. At present, human beings have not yet realized the material transmission method of coordinate exchange between two spatial coordinate points. Therefore, the existing transportation methods are restricted by the road environment, weather, and launch site, which also leads to various problems such as slow speed.

[0003] In view of the problems existing in the prior art, the purpose of the present invention is to provide a space transmission system realized by the exchange of space coordinate points. In order to enable the system to realize the exchange of space coordinate points, it is necessary to adjust the fundamental frequencies of the two space points to be consistent, so that the two points in space become the same point to realize the function of the transmission gate. Therefore, the system includes, firstly, setting two identical sets of the device system of the present invention at any two locations in the universe or on the earth, and the parameters of the system are consistent. A coordinate exchange area is set at the center position of each system. Outside the area, a plurality of annular magnetic conductive rings are set, and the extension line of the rotation axis of each magnetic conductive ring can converge into a point in the central area. Each of the magnetic conductive rings is driven by a motor, so that the ring can rotate at a high speed. On each of the magnetic conductive rings, a magnetic field coil is wound, and when the power is turned on, its magnetic lines of force are looped and closed inside the magnetic conductive ring. On the rotating shaft connected to the motor of each magnetic conductive ring, a brush is set, which can be connected to a power supply to energize the coil. High-frequency direct current or alternating current is passed into the coil to make the coil generate an oscillating or changing magnetic field. After that, the motor is used to drive the magnetic ring to rotate at high speed, so that the magnetic coil generates a circular magnetic field while rotating at high speed, thus generating a new magnetic field. At the same time, the magnetic field will also generate an energy ray on the axis of rotation. Finally, the energy ray is gathered to the center point to control the motor speed. The higher the speed, the smaller the positioning deviation. Then the center point will produce a coordinate exchange environment, and a space experiment simulation is carried out here. The motor speed, magnetic field change frequency and magnetic field strength at the two locations need to be adjusted to be consistent. In order to improve the positioning accuracy, the parameters on the six magnetic rings at the corresponding positions can be changed so that the six-sided parameters and orientations of the two spaces are completely consistent, resulting in the same spatial frequency of the convergence point at the two locations, becoming the same spatial coordinate point, realizing the portal function.

[0004] The present invention has the following beneficial effects: The present invention changes the form of transporting objects. It no longer adopts concepts such as transportation tools, but instead realizes the transmission method of a portal between two coordinate points between the stars, which has a subversive improvement in human's ability to transport materials, thereby realizing the transmission of materials between any two points in space, and is no longer subject to time constraints, road environment constraints, weather or launch site constraints, etc. BRIEF DESCRIPTION OF THE DRAWINGS

[0005] Figure 1 Magnetic ring appearance Figure 2 Diagram of important system components Figure 3 System structure diagram Description of the numbers in the figure: 1. Converging point 2. Magnetic ring 3. Motor 4. Magnetic field coil 5. Rotating shaft 6. Positive and negative brushes DETAILED DESCRIPTION

[0006] like Figure 1 Appearance diagram of magnetic rings. Each magnetic ring is similar to a wheel with an axle in the center.

[0007] like Figure 2 The diagram is an important part of the system. A magnetic field coil (4) is wound around each magnetic ring (2). When power is applied, its magnetic lines of force are wound around the magnetic ring and closed. At the same time, each magnetic ring (2) is provided with a positive and negative brush (6) on a rotating shaft (5) connected to the motor (3). The brush can be connected to an external power supply to energize the magnetic field coil (4). A high-frequency direct current or high-frequency alternating current is introduced into the coil (4) to generate a variable magnetic field. The magnetic field coil (4) is also required to rotate at a high speed while generating a variable magnetic field. The higher the rotation speed, the smaller the positioning deviation.

[0008] like Figure 3 The system structure diagram is shown in detail. Specifically, a coordinate exchange area, i.e., a convergence point (1), is provided at the center position of each system. If a certain area around the convergence point (1) is regarded as a regular cube, then six annular magnetic conductive rings (2) need to be provided at corresponding positions of the six faces of the cube. The extension line of the rotation axis of each magnetic conductive ring (2) can converge into a point (1) in the center area. Each magnetic conductive ring (2) is driven by a motor (3), so that the ring can rotate at a high speed, with a rotation speed exceeding 40,000 revolutions per minute.

[0009] Two identical sets of the device systems of the present invention are set at any two locations in the universe or on the earth, and the parameters of the systems are consistent. Specifically, the extension line of the spin of the magnetic ring (2) converges at the central point (1), which will produce a coordinate exchange environment, and a space experiment simulation is carried out here. The motor speed, magnetic field change frequency and magnetic field strength at the two locations need to be adjusted to be consistent. In order to improve the positioning accuracy, the parameters of the six magnetic rings (2) at the corresponding positions can be changed to make the six-sided parameters and orientations of the two spaces completely consistent. As a result, the time and space parameters or frequencies of the convergence points (1) at the two locations are the same, becoming the same spatial coordinate point, and realizing the portal function.

[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. A space transmission system realized by exchanging space coordinate points, characterized in that: Two identical sets of the device systems of the present invention are arranged at any two locations in the universe or on the earth. A coordinate exchange area (1) is arranged at the center of each system. A plurality of magnetic conductive rings (2) are arranged outside the area. The magnetic conductive rings are driven by a motor (3). A magnetic field coil (4) is wound around the magnetic conductive rings. A brush (6) is arranged on a rotating shaft (5) connected to the magnetic conductive ring and the motor. High-frequency alternating current is passed through the coils to generate a changing magnetic field.

2. A space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: At any two coordinate points in the universe or on the earth, two identical device systems of the present invention are set up, and all parameters of the systems are consistent.

3. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: A coordinate exchange area (1) is arranged at the central position in the system, and a plurality of annular magnetic conductive rings (2) are arranged outside the area (1), each magnetic conductive ring being similar to a wheel with an axle in the center.

4. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: The extension lines of the rotation axis of each magnetic conductive ring (2) can converge into a point in the central area.

5. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: Each of the magnetic conductive rings (2) is driven by a motor (3), so that the ring can rotate at a high speed.

6. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: A magnetic field coil (4) is wound around each of the magnetic conductive rings (2), and when power is supplied, the magnetic lines of force circle around the magnetic conductive ring and close.

7. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: A brush (6) is provided on a rotating shaft (5) connecting each magnetic conductive ring (2) and the motor (3), and can be connected to a power source to energize the magnetic conductive coil (4).

8. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: A high-frequency direct current or a high-frequency alternating current is introduced into the coil (4), causing the coil to generate a changing magnetic field (7).

9. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: The magnetic conductive coil (4) generates a changing magnetic field while rotating at a high speed, and the higher the rotation speed, the smaller the positioning deviation.

10. The space transmission system realized by exchanging space coordinate points according to claim 1, characterized in that: The extension lines of the magnetic conductive rings (2) at the central convergence point (1) will generate a coordinate exchange environment, and a space experiment simulation is carried out here to adjust the motor speed, magnetic field change frequency and magnetic field strength at the two locations to be consistent. In order to improve the positioning accuracy, the parameters of the six magnetic conductive rings (2) at the corresponding positions can be changed to make the six-sided parameters and orientations of the two spaces completely consistent, thereby causing the time and space parameters or frequencies of the convergence point (1) of the two spaces to be the same, becoming the same space, and realizing the portal function.

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