Lunar space exploration system based on ladder principle

Abstract

The invention provides a lunar space exploration system based on the ladder principle. The lunar space exploration system is composed of a foundation, a foundation-space station cable, a space station, a balance weight-space station cable, a balance weight, a maintenance climbing device, fixed detectors and movable detectors. The foundation-station station cable is located above the foundation andthe bottom end of the foundation-station station cable is connected to the top end of the foundation; the space station is located above the foundation-station station cable and the bottom end of thespace station is connected to the top end of the foundation-station station cable; the balance weight-space station cable is located above the space station and the bottom end of the balance weight-space station cable is connected to the top end of the space station; the balance weight is located above the balance weight-space station cable, the maintenance climbing device is installed on the foundation-space station cable or the balance weight-space station cable; and the fixed detectors are fixed to the foundation-space station cable and the balance weight-space station cable in a scatteredmode, and the movable detectors are located inside the space station. According to the lunar space exploration system based on the ladder principle, large-scale lunar surface and near-lunar space exploration tasks can be completed, long-term lunar space environment monitoring is realized, and wide application prospects are achieved.

Description

technical field [0001] The invention relates to the field of lunar space exploration, in particular to a lunar space exploration system based on the ladder principle. Background technique [0002] The development level of aerospace technology represents a country's comprehensive national strength and technological level, and a country's ability to enter space largely determines its space activity capabilities and the level of space application development. However, with the continuous deepening of human exploration of space, the existing delivery technology is increasingly unable to meet the requirements. Launch vehicles are currently the main means of delivery into space in the world, but their launch frequency is low, making it difficult to support more and more frequent launch tasks. Therefore, it is necessary to study a new type of transportation technology, and the sky ladder technology stands out with its novel concept and powerful advantages. Sky ladder, also known ...

AI Technical Summary

Problems solved by technology

The launch of the probe is limited by its carrying capacity. Its detection capability and on-orbit maintenance capability are limited, making it difficult to carry out large-scale lunar exploration.

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