Moon area observation and communication system and bouncing device

Abstract

The invention relates to a moon area observation and communication system and a bouncing device. The moon area observation and communication system comprises a supporting plate, a pushing part, a communication module and an optical camera shooting module. The optical camera shooting module is used for shooting the shape of the moon. The communication module is used for communication with externalequipment. The communication module is in communication connection to the optical camera shooting module. The communication module and the optical camera shooting module are arranged above the supporting plate and are fixedly connected to the supporting plate. The pushing part is arranged below the supporting plate for pushing the supporting plate to move in a vertical direction. By mounting the communication module and the optical camera shooting module above the supporting plate, the communication module and the optical camera shooting module can bounce to a preset height to communicate withthe external equipment and shoot the shape of the moon, so that a problem that the communication distance between a moon rover and a return cabin is short and the observation height is low is overcome. The detection area of the moon rover is expanded, and the moon area observation range is also expanded. The moon area observation and communication system is more favorable for conducting a moon probe project.

Description

technical field [0001] The application relates to the technical field of regional observation, in particular to a lunar regional observation and communication system and a bouncer. Background technique [0002] Observation of the lunar region is of great significance. Since the United States landed on the moon in the last century, more and more countries have begun to explore the moon. Since there is no atmosphere on the surface of the moon, the aircraft cannot fly on the surface of the moon, so it can only conduct close-range regional exploration by lunar vehicles. moon. The return module carries the lunar rover to the moon, communicates with the lunar rover through the communication system, and controls the lunar rover to maneuver on the lunar surface. [0003] The observation of the lunar area is to observe the lunar topography by installing an optical camera module on the lunar rover. The communication between the lunar rover and the return module mainly relies on the a...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome at least to a certain extent the height limitation of the antenna and camera installed on the lunar rover and the return module, the communication distance between the lunar rover and the return module is short and the observation height is low, which not only reduces the detection area of ​​the lunar rover, but also reduces the lunar area. In order to solve the problem of the scope of observation, this application provides a lunar area observation and communication system and a bouncing device

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