Anti-collision logistics robot with cargo protection function

Abstract

The invention discloses an anti-collision logistics robot with a cargo protection function, and relates to the technical field of robots, and the anti-collision logistics robot comprises a robot body, a triangular anti-collision plate, a connecting assembly, a connecting plate, a brake assembly, a protection assembly, a lifting assembly and wheels. The robot is simple in structure, the triangular anti-collision plate is arranged, hard collision between hard objects and the robot body can be avoided, objects can be protected during collision through the protection assembly, and when the triangular anti-collision plate collides with the front face of an obstacle, on one hand, the first spring and the second spring can play a role in buffering, and on the other hand, a brake plate can play a role in braking; by arranging the lifting assembly, when the inclined face of the triangular anti-collision plate collides with an obstacle, the robot body and the brake plate can move upwards, and the base is prevented from being damaged by the obstacle.

Description

technical field [0001] The invention belongs to the technical field of robots, and in particular relates to an anti-collision logistics robot with cargo protection function. Background technique [0002] Logistics robots need to move during work. In order to improve the stability of robot movement and prevent robot rollover accidents, a lower base of the chassis is usually used to improve its grip, but the base of the lower chassis is prone to being scraped on complex roads. , causing damage to the chassis, such as roads with a large slope. Secondly, when the existing logistics robots are hit or collided with hard objects, there is no buffer device, which may easily cause the fragile items they transport to break, which affects the quality of transportation. The inflatable bags are directly used to protect the transported items. On the one hand, it will waste a lot of time to inflate or deflate each inflatable bag; Contents of the invention [0003] The object of the pres...

AI Technical Summary

Problems solved by technology

[0002] Logistics robots need to move during work. In order to improve the stability of robot movement and prevent robot rollover accidents, a lower base of the chassis is usually used to improve its grip, but the base of the lower chassis is prone to being scraped on complex roads. , causing damage to the chassis, such as roads with a large slope. Secondly, when the existing logistics robots are hit or collided with hard objects, there is no buffer device, which may easily cause the fragile items they transport to break, which affects the quality of transportation. Directly use inflatable bags to protect the transported items. On the one hand, it will waste a lot of time to inflate or deflate each inflatable bag; on the other hand, it will occupy the volume of the storage slot, resulting in a reduction in transportation volume

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