High-end intelligent robot charging facility

Abstract

The invention provides a high-end intelligent robot charging facility comprising a charging pile body and a charging terminal which is connected with the robot. The bottom part of the charging pile body is integrally provided with a base. The base is fixedly provided with a counterweight block. The right side end surface of the charging pile body is internally provided with a charging jack which is cooperatively connected with the charging terminal. The right end surface of the charging jack is provided with an empty groove. The left end wall of the empty groove is vertically and symmetricallyprovided with inserting grooves of which the groove ports face the empty groove. The end walls of the inserting grooves are provided with electric clip sheets. The end walls, which are back to the electric clip sheets, of the inserting grooves are provided with slide grooves. The connecting parts of the slide grooves and the inserting grooves are fixedly provided with separating end plates. The separating end plates are provided with communicating grooves which are communicated with the slide grooves and the inserting grooves. The left end walls of the slide grooves are provided with power supply holes. The slide grooves are slidably provided with slide blocks.

Description

technical field [0001] The invention relates to the field of robots, in particular to a high-end intelligent robot charging facility. Background technique [0002] With the rapid development of science and technology, scientific and technological products have increasingly become an objective existence that is almost ubiquitous and ubiquitous in our lives, and intelligent robots are the product of the organic combination of mechanical technology, electronic technology, and information technology. Intelligent robots use electric energy as their energy source. Therefore, intelligent robots need to be charged in time after the electric energy is consumed. There are many charging pile devices for charging robots, but their setting mode is too single, and the conductive parts inside Relatively outside, these conductive parts are easy to be touched by metal rods. Since metal rods can conduct electricity, accidental contact by humans is easy to induce electric shock accidents, whic...

AI Technical Summary

Problems solved by technology

Intelligent robots use electric energy as their energy source. Therefore, intelligent robots need to be charged in time after the electric energy is consumed. There are many charging pile devices for charging robots, but their setting mode is too single, and the conductive parts inside Relatively outside, these conductive parts are easy to be touched by metal rods. Since metal rods can conduct electricity, accidental contact by humans is easy to induce electric shock accidents, which poses a large safety hazard; at the same time, in traditional technology, robots charge The stability is poor when charging, and it is easy to be affected by the dragging of the charging cable, which will cause the plug to loosen, resulting in a power outage during charging.

Images