CN113123643A

CN113123643A - Moon utilization structure and moon utilization method

Info

Publication number: CN113123643A
Application number: CN202110047158.4A
Authority: CN
Inventors: 中松义郎
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-01-14
Filing date: 2021-01-14
Publication date: 2021-07-16

Abstract

The present invention relates to a moon utilization structure and a moon utilization method. The present invention relates to a method for manufacturing a moon-shaped building, which is characterized in that a house, a commercial street, a factory, a hospital, a government agency, a street, an unmanned robot device, and the like are installed in a horizontal hole of a moon, which is not directly irradiated with cosmic rays or ultraviolet rays, and an elevator and a step are installed in a vertical hole, thereby facilitating movement to the surface of the moon and the underground of the moon, and the building is used as a passage for a supply pipe of oxygen generated by oxygen synthesis by a photosynthesis device or the like on the surface of the moon, and carbon dioxide emitted from a human being in the hole.

Description

Moon utilization structure and moon utilization method

Technical Field

The present invention relates to the utilization of the moon.

Background

It is known that the moon surface is only the atmosphere of about 100 ppm of the atmospheric density of the earth on the sea surface, and is a harsh space portion which is constantly exposed to various cosmic rays such as impact from a small meteorite, ultraviolet rays, and X-rays.

In addition, long-term eastern marx has recently planned civilian moon travel, but has not solved the problem of how to live on the moon.

Disclosure of Invention

Problems to be solved by the invention

The following is disclosed: in satellite "diabolo" in JAXA (aerospace research and development institute) of 10 months in 2017, it was found that there are naturally formed underground cavities 3 in moon 1, as shown in fig. 1 and 2, which have longitudinal cavities 2 several tens of meters in diameter and depth and transverse cavities several tens of kilometers in diameter.

(1) There is no practical solution in the literature to make specific use of the moon.

(2) There is no known document specifically setting up a house, a hospital, a factory, a street, a city, etc. on the moon.

(3) There is no known document of doing something on earth that is impossible on the moon.

(4) The purpose of the present invention is to provide moon utilization in which the moon supplies utilization energy to the earth.

On the moon surface, many rays such as radioactive rays, cosmic rays, ultraviolet rays, falling of meteorite 8, and the like are not suitable as a living environment.

The present invention has been made in view of the above circumstances, and an object thereof is to provide a system for providing contribution to the earth, such as houses, commercial streets, official agencies, streets, factories, hospitals, and the like, in the moon.

Means for solving the problems

The moon has four kinds of holes, namely, a hole with a vertical hole in a horizontal hole, and a hole with a vertical hole in a horizontal hole, among the four kinds of holes of the moon, the elevator and the step are arranged at the vertical hole part opposite to the bottom edge of the horizontal hole, a shielding plate is arranged at the upper part of the elevator and the step in a mode that cosmic rays and ultraviolet rays do not enter from the opening part of the vertical hole, and a thin ceiling part of the horizontal hole is prevented from entering the cosmic rays and the ultraviolet rays by a solar panel and the like.

The present invention is characterized in that a transverse cavity of the moon is used to install a house, a commercial street, a factory, a hospital, a government agency, a street, an unmanned robot device, or the like in the transverse cavity where meteorites, cosmic rays, and ultraviolet rays are not directly radiated, an elevator and a step are installed using a longitudinal cavity to facilitate movement to the surface of the moon and the underground of the moon, the elevator and the step are used as a passage for oxygen and carbon dioxide generated by oxygen synthesis of a photosynthesis device or the like on the surface of the moon, the carbon dioxide is emitted from a human in the cavity, a protector is installed on the elevator and the step so that the meteorites, cosmic rays, and ultraviolet rays do not enter from an opening of the longitudinal cavity, a power generating element is installed on a ceiling portion of the transverse cavity, and the power generating element is used as a protector for protecting the meteorites, cosmic rays, and ultraviolet rays, and generates electricity based on sunlight, earth light, temperature difference, and the like.

In the present invention, as shown in fig. 3, a step 4 and an elevator 5 are provided in a vertical cavity 2 formed in a moon surface 1 a. The step 4 is made of a material that blocks cosmic rays and the like 8, so that cosmic rays and the like 8 do not fall under the step, and a space in which a person can move can be created. In addition, an embodiment of the present invention is an embodiment utilizing the following case: cosmic rays and the like 8 are shielded by the lunar surface 1a, and thus, a house, a commercial street, a factory, an official business, a street and the like 6, a hospital and the like 7 can be installed in the underground cavity 3.

Since the gravity is small and there is almost no atmosphere on the moon, chemical synthesis, a treatment method, and the like which cannot be achieved on the earth can be performed in the factory 6 and a hospital, and thus the effect of the present invention is great.

Fig. 4 shows embodiment 2 of the present invention, and a roof-shaped cosmic ray protection plate 9 for shielding radiation, meteorites, and the like 8 is provided above an elevator 5 and a step 4 provided in a pod 2 of the moon. Since the moon receives light not only from the sun but also from the earth, if the moon is used as a sunlight or earth light power generation panel, the moon can also be used as power generation of electric energy used in the moon.

Further, a lateral hole upper portion protection plate 10 for preventing cosmic rays and the like 8 from entering into the cavity 6 is provided above the lateral hole 6 of the moon, similarly to the longitudinal hole protection plate 9.

Of course, the present invention includes the protection plates 9 and 10 even if they are not provided.

Reference numeral 11 is a step entrance. The step 4 may be a spiral step or a return step, and reference numeral 12 is an external entrance of the elevator, reference numeral 13 is a box of the elevator, and reference numeral 14 is an entrance in a cavity of the elevator.

Fig. 5 is a top view of fig. 4.

The present invention also includes a case where the solar panel and the protective plate for cosmic rays are not used in combination, and the solar panel and the protective plate for cosmic rays are used only as solar light and a terrestrial light plate or only as a protective plate for cosmic rays.

In addition, since the temperature difference of the moon is large, power generation and a system thereof at the moon using the temperature difference are also included in the present invention.

The present invention also includes the following cases: the electric power generated by the power generation based on the sunlight or the earth light or the temperature difference is not only used for the movement at the moon, but also transmitted to the earth by means of microwaves or the like, and the moon is used as the power source of the earth.

In the present invention, a structure used on the moon has a radiation-irradiated portion irradiated with cosmic rays, radiation, or the like, and a non-irradiated portion not irradiated with the radiation or the like, and the non-irradiated portion includes a street 6 or the like, a hospital 7, or the like.

The present invention is characterized in that, by utilizing a moon structure having a transverse cavity 3 naturally existing in the ground of a moon 1 and a longitudinal cavity 2 naturally existing to pass through the transverse cavity 3 and a moon surface 1a,

infrastructures

6 and 7 for human use are installed in the transverse cavity 3, and the moon is utilized by using the

infrastructures

6 and 7.

Further, the present invention is characterized in that a moving portion such as a step or an elevator is provided in a portion of the vertical hole connected to the horizontal hole, and therefore, the moving portion can easily move between the ground and the middle of the ground when moving on the lunar surface, for example.

In addition, as the moving portion, the simplest configuration is such that, in the step 4 of fig. 3, the step tread is made of a material that is not transparent to cosmic rays 8 and the like, and a region that is not irradiated with the radiation 8 can be formed thereunder. In addition, in addition to the straight step, a case of using a folded step, a spiral step, or the like is also included in the present invention.

The present invention is also characterized in that the factory 6 and the hospital 7 installed in the lateral acupoints can perform processing, treatment of the feet, waist, etc. of the patient, various rehabilitation exercises, and chemotherapy, which cannot be performed on the earth, by using the fact that gravity is one sixth of the earth.

The present invention is characterized in that a generating means for generating energy by using irradiation light and a temperature difference is provided at a position above the

portions

6 and 7 where the human beings can live, which are naturally formed in the vertical cavity 2 of the moon 1, or at any other position.

The third embodiment of the present invention is: the solar panel and the temperature difference power generation element 10 shown in fig. 5 are further extended and wound around the entire moon (not shown), and energy can be transmitted to the moon and the earth for 24 hours.

The fourth embodiment of the invention is as follows: a temperature difference power generation device for generating power is installed on the moon using the temperature difference on the surface of the moon as described above, and the temperature difference power generation device (not shown) is disposed at a position irradiated with light such as sunlight and at a position not irradiated with light such as sunlight.

The fifth embodiment of the present invention is: the moon surface shape (not shown) is utilized, such as a circular mountain peripheral surface portion having a high-temperature portion receiving solar rays and a low-temperature portion not receiving a shadow portion of rays.

The sixth embodiment of the present invention is: the irradiation light type energy generation means and the temperature difference energy generation means are provided at a position where irradiation light such as the earth light or the solar light is irradiated and a position where irradiation light such as the earth light or the solar light is not irradiated (not shown).

The seventh embodiment of the present invention is: in hospitals and institutes 7, experiments on microorganisms, viruses, and the like present on the earth are performed in cavities.

The eighth embodiment of the present invention is: the solar panel and the temperature difference plate shown in fig. 4 and 5 are wound around the entire periphery of the moon, and electric power is generated at any position of the moon, thereby obtaining energy at the moon and the earth.

Effects of the invention

According to the present invention, it is possible to build a house, a street, a factory, and a hospital in the moon, which has been impossible so far, without worrying about cosmic rays and ultraviolet rays, and to allow a human to live in the moon with great care. In addition, the population is growing too much on the earth, and therefore, this problem can be solved by immigration to the moon. Has the advantage of being able to treat diseases that cannot be cured on earth. In addition, studies of chemical reactions that cannot be performed on the earth can be performed. In addition, the production and new industries can be created. The present invention is also excellent in the effect of supplying energy to the earth to supplement the shortage of energy of the earth, and not polluting the earth environment with the energy.

The specific inventions based on science as described in the present application are novel inventions that are not easily conceived by those skilled in the art, and further, the effects of the inventions of the technical solutions are not predicted by those skilled in the art.

Drawings

Fig. 1 shows a newly found longitudinal cavity 2 existing on the surface of the moon and a transverse cavity 3 existing in the ground on the surface of the moon.

Figure 2 is a cross-section of the moon of figure 1.

Fig. 3 is a sectional view of the moon of the first embodiment of the present invention.

Fig. 4 is a sectional view of a moon of a second embodiment of the present invention.

Fig. 5 is a top view of fig. 4.

Description of reference numerals

1 moon

1a surface of the moon

2 longitudinal points of the moon

3 transverse cavity of moon

4 steps

5 Elevator

6 residential, commercial street, factory, official post, street, etc

7 Hospital, etc

8 rays, meteorites, etc

9 protective plate for cosmic rays on the upper part of longitudinal acupuncture point (capable of being used as solar power generation)

10 horizontal hole upper guard plate (which can be used as solar energy power generation temperature difference power generation)

11 step inlet

12 Elevator external doorway

13 Elevator cage

14 elevator hollow entrance

Detailed Description

As described in detail in the "means for solving the problem" described above. That is, fig. 3, 4, and 5 show an embodiment of the present invention.

As shown in the figure, the present invention utilizes the vertical and horizontal caves of the moon to install living facilities and the like.

Specifically, a moving part such as a step or an elevator is provided in the vertical hole.

Thereby, the moon can move on and in the ground of the moon.

In addition, houses, streets, cultivated lands, ponds, factories, government offices, hospitals, and the like are installed in the horizontal holes.

That is, the hollow portion, which is the non-irradiated portion (non-direct portion) of the moon, is defined as a living space.

This allows people to live without worry about radiation or the like.

In addition, since the moving portion such as a step or an elevator is provided in the portion of the vertical hole connected to the horizontal hole, it can easily move between the ground and the middle of the ground when moving on the lunar surface, for example.

Further, a road is provided for movement.

The other cases are explained in detail in "means for solving the problem".

Further, as for oxygen used for human living, a greenhouse-like box is provided on the lunar surface, plants are added thereto, and oxygen generated by photosynthesis of the plants by sunlight, terrestrial light, and cosmic energy is supplied to the cavity 3 via a pipe passing through the vertical hole 2. On the other hand, carbon dioxide generated in the cavity 3 and emitted by humans is transported to the greenhouse on the moon surface through the vertical hole 2 by a pipe, and is supplied as oxygen through photosynthesis of the plants therein to the cavity 3 where humans are present through the pipe and the vertical hole.

For water, the moon is probed, or hydrogen and oxygen are synthesized. When the above-described behavior is not possible, all the devices installed in the cavity 6 are unmanned and the robot is operated, and the power thereof is generated by the lunar power generation energy device. The above is a known technique, and therefore, is not shown.

In addition, in the present invention, in order for a human to travel between the moon and the earth, the method may further include: for transporting a moving body (for example, a rocket-equipped spacecraft, an airplane-type space shuttle, or the like), a landing field is provided by using a longitudinal hole 2 of the moon. Thus, the human being landing on the moon by the transporting mobile body can directly reach the lateral cave, which is the living area, without being exposed to the severe environment on the surface of the moon. Further, the vertical holes can be used more effectively by sealing the entire lunar surface portion where the vertical holes of the landing field are provided with the solar panel and the protective plate for cosmic rays and the like.

The transport vehicle may also be used for energy transport. The energy also includes: the electricity is delivered to the earth as a solid hydrogen fuel.

Industrial applicability

The details of the present invention are as described in "means for solving the problems" in addition to the above. It is possible to perform a thing that cannot be performed on the earth, to effectively use the moon, and to impart energy from the moon to the earth, and the like, and thus the industrial applicability is large.

Claims

1. A moon utilization structure is characterized in that,

the present invention relates to a method for manufacturing a moon-shaped building, which is characterized in that a house, a commercial street, a factory, a hospital, a government agency, a street, an unmanned robot device, and the like are installed in a horizontal hole of a moon, which is not directly irradiated with cosmic rays or ultraviolet rays, and an elevator and a step are installed in a vertical hole, thereby facilitating movement to the surface of the moon and the underground of the moon, and the building is used as a passage for a supply pipe of oxygen generated by oxygen synthesis by a photosynthesis device or the like on the surface of the moon, and carbon dioxide emitted from a human being in the hole.

2. A moon utilization method is characterized in that,

3. A moon utilization structure is characterized in that,

the longitudinal hole or cavity of the moon is provided with a protector for protecting meteorites, cosmic rays and the like.

4. A moon utilization structure is characterized in that,

the shield according to claim 3, which is used as a power generation element for generating power based on sunlight, terrestrial light, temperature difference, or the like.

5. A moon utilization structure is characterized in that,

electricity is generated at the moon to generate energy, and the energy is transmitted to the earth and used as energy on the earth.

6. A moon utilization structure is characterized in that,

chemical reactions, medical treatments, industries, lives, and the like, which cannot be performed on the earth, are performed by using differences in gravity, oxygen concentration, atmosphere, and the like between the moon and the earth.

7. A moon utilization structure is characterized in that,

the method comprises the steps of installing a house, a commercial street, a factory, a hospital, a government agency, a street, an unmanned aerial vehicle robot device, and the like in a transverse hole of the moon, using a longitudinal hole, installing an elevator and a step to facilitate movement to the surface of the moon and the underground of the moon, using the elevator and the step as a passage for oxygen and carbon dioxide generated by oxygenation of a photosynthesis device and the like on the surface of the moon, emitting carbon dioxide from a human in the hole, installing a protector on the elevator and the step so that the meteorite, cosmic ray, and ultraviolet do not enter from an opening of the longitudinal hole, installing a power generating element on a ceiling of the transverse hole, using the power generating element as a protector for protecting the meteorite, cosmic ray, and ultraviolet, and based on sunlight, terrestrial light, and ultraviolet light, Temperature difference, etc.

8. A moon utilization structure is characterized in that,