A crawler-type multi-section solar transport robot

Abstract

Provided is a crawler-type multisection solar transportation robot. The transportation robot is composed of at least two single-section transportation robot bodies and connecting mechanisms. Every two adjacent transportation robot sections are connected through the corresponding connecting mechanism, and solar cell panels are laid on the upper portions of movable supporting plates, the sides, towards the centers of the robot bodies, of side rotary baffles, the sides, towards the centers of the robot bodies, of side folding supporting plates and the upper portions of connecting folding supporting plates respectively. The robot is composed of the single-section crawler-type solar transportation robot bodies, side plates of each transportation robot section can be turned to crawler belts, and the crawler belts have the supporting function. Therefore, the expansion area is enlarged, and the solar energy collecting rate is improved. The side plates can be folded when the transportation robot is not used, and the occupied area is reduced. The solar cell panels in the transportation robot are all supported by air cylinders, and different compartments can be formed according to needs; the solar cell panels can be lifted to the top ends to prevent the baffles on the two sides from blocking light, and then generating capacity is improved.

Description

technical field [0001] The invention relates to the field of robots, in particular to a crawler-type multi-section solar energy transport robot. Background technique [0002] With the continuous development of society, the field of robotics is developing faster and faster, among which transportation robots are the focus of current development. In order to improve the service life of robots, the most commonly used method is to install solar panels on the top of robots to improve the robot's performance through solar energy. However, due to the limited size of the robot itself, the solar panels on it are often unable to expand, thereby affecting the solar energy collection rate. The crawler robot has good terrain adaptability and is widely used. The function of supporting the display board, so it can be combined with the solar display board to improve the solar energy collection rate. Contents of the invention [0003] In view of the above problems, the present invention pr...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of society, the field of robotics is developing faster and faster, among which transportation robots are the focus of current development. In order to improve the service life of robots, the most commonly used method is to install solar panels on the top of robots to improve the robot's life through solar energy. However, due to the limited size of the robot itself, the solar panels on it are often unable to expand, thereby affecting the solar energy collection rate. The crawler robot has good terrain adaptability and is widely used. The function of supporting the display panel, so it can be combined with the solar display panel to improve the solar energy collection rate

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