Moon landing high ladder

Abstract

The invention discloses a moon landing high ladder, which comprises a mooring rope, a mooring rope constraint body and a mooring rope hook; the near-moon end of the mooring rope is fixed to the surface of the moon through the mooring rope constraint body; the near-earth end of the mooring rope extends to upper space from the earth surface, and the end part of the mooring rope is provided with the mooring rope hook; the mooring rope moves around the earth along with the moon; when the near-earth end of the mooring rope gets close to the earth, an object is loaded or exchanged on the mooring rope hook by a 1.5Mach aircraft or rocket. According to the moon landing high ladder, an earth object and a moon object can be lifted to enter the outer space by directly utilizing the kinetic energy of the moon, and the convective transport of the objects between the earth and the moon can be realized; instead of a rocket launching spacecraft, the moon landing high ladder has the characteristics of being energy-saving and environmentally friendly; the invention reveals three forms of 'micro-energy consumption space transport principle', and the great discovery, i.e., the micro-energy consumption space transport principle, can necessarily play an important role in the field of future space.

Description

technical field [0001] The invention relates to the field of aerospace technology, in particular to a tool for realizing transportation between the earth and the moon. Background technique [0002] The idea of ​​a space elevator was first proposed by the Russian scientist Tsiolkovsky in 1895. In 1978, the British science fiction writer Arthur Clark wrote this idea into the science fiction novel "The Origin of Paradise": During the continuous rotation of the earth, if a counterweight is tied to a cable and thrown into space, and the cable is enough Long, at least 100,000 kilometers long, the strong centrifugal force generated by the rotation of the earth will make the cables taut, so that a sky ladder stretching into space can be built. The space elevator that NASA funded Dr. Edwards to research along this line of thought consists of the following core components: [0003] Counterweight: The counterweight is a relatively heavy object placed above the synchronous rail. [0...

AI Technical Summary

Problems solved by technology

[0009] This kind of hypersonic skyhook has the following problems: a special space plane of Mach 10-15 is required to deliver the cargo, and the hypersonic skyhook will drop significantly after receiving the cargo at 100 kilometers, and the upward transport of the cargo is due to the Coriolis force. , the cable will also bend from a straight line, and the energy required to maintain the original motion state is very large. This energy can only be realized by spraying downward and horizontally. The height of the space entered is generally less than 10,000 kilometers, and this aircraft The difficulty of going back and forth between open spaces is almost close to that of satellite launch and recovery

There are the following problems in this moon ladder: a rocket is needed to send people or objects into the high-orbit space capsule, which consumes a lot of energy. When entering the lunar surface and returning to the earth, a return capsule system is required to enter the atmosphere. The surface temperature of the return capsule after entering the atmosphere is as high as 1600°C. The potential energy of the space capsule at high altitude is not only wasted, but also poses unsafe risks.

Images