Satellite with automatic energy storage and utilization functions

Abstract

The invention discloses a satellite with automatic energy storage and utilization functions. The satellite comprises a negative X-direction mounting plate, a positive X-direction mounting plate, a positive Z-direction mounting plate, a negative Z-direction mounting plate, a positive Y-direction mounting plate and a negative Y-direction mounting plate. The inner sides of the negative X-direction mounting plate, the positive X-direction mounting plate, the positive Z-direction mounting plate, the negative Z-direction mounting plate, the positive Y-direction mounting plate and the negative Y-direction mounting plate contact with one another. A plurality of first locking grooves are formed in positions, close to the top and the bottom, of each of the negative X-direction mounting plate and thepositive X-direction mounting plate. A plurality of first locking blocks are fixedly mounted at position, close to the top and the bottom, of each of the positive Z-direction mounting plate and the negative Z-direction mounting plate. The satellite with the automatic energy storage and utilization functions is provided with the first clocking grooves, the first locking blocks, second locking grooves, second locking blocks, angle adjusting blocks and fixing pins, the stability of a satellite frame can be improved, the placement angle of an antenna can be adjusted, and accordingly, the satellite has a promising application prospect.

Description

technical field [0001] The invention relates to the aerospace field, in particular to a satellite with automatic energy storage and utilization. Background technique [0002] A satellite refers to a natural celestial body that orbits a planet and operates periodically in a closed orbit. Artificial satellites can also be called satellites. Artificial satellites are built by humans and launched to space by space vehicles such as rockets and space shuttles. In space, a device that orbits the Earth or other planets like a natural satellite. There are often many satellites on gas planets. Satellites have been widely used in politics, economy, military and other fields. With the rapid development of aerospace technology, people's demand for satellites is increasing. Satellites with automatic energy storage and utilization are a A satellite with automatic energy storage and utilization; the existing satellites have certain disadvantages in use, the overall frame of the satellite i...

AI Technical Summary

Problems solved by technology

There are often many satellites on gas planets. Satellites have been widely used in politics, economy, military and other fields. With the rapid development of aerospace technology, people's demand for satellites is increasing. Satellites with automatic energy storage and utilization are a A satellite with automatic energy storage and utilization; the existing satellites have certain disadvantages in use, the overall frame of the satellite is relatively large, and the connection between the overall frames is not stable enough, and the angle of the satellite antenna is not easy to adjust, so when receiving It is inconvenient to send and receive signals, and the operation is troublesome, which has a certain impact on people's use process

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