Novel intelligent robot charging equipment

Abstract

The invention discloses novel intelligent robot charging equipment. The novel intelligent robot charging equipment comprises a charging pile body and a charging end socket connected with a robot. A base is fixedly arranged at the bottom part of the charging pile body, and a counterweight lead block is inlaid in the inner bottom part of the base. A charging port is formed in a right end surface ofthe charging pile body, and insertion grooves which are open to the right and are vertically symmetric are formed in the charging port. First contacts are mounted in inner walls of the insertion grooves, left ends of the insertion grooves are provided with convex parts, and placement grooves communicated with the insertion grooves are formed in the left ends of the insertion grooves. First rotaryholes are vertically and symmetrically formed in the left end walls of the placement grooves, rotating sleeves are mounted in the first rotating holes in a rotatable manner, middle end grooves of which left and right ends are communicated are formed in the rotating sleeves, four second contacts are fixed on inner walls of the middle end grooves, tooth-shaped discs that are fixedly connected with the rotating sleeves are arranged in the placement grooves in a vertically symmetric manner, and tooth-shaped wheels connected with the tooth-shaped discs in a matched manner are mounted between the tooth-shaped discs in a rotatable manner.

Description

technical field [0001] The invention relates to the field of intelligent robots, in particular to a novel intelligent robot charging equipment. Background technique [0002] With the advent of the intelligent era, the application of some intelligent robots is becoming more and more extensive. As we all know, intelligent robots use electric energy as their energy source, so they need to be charged in time after the electric energy is consumed. There are many existing robots Charging pile device, but its setting mode is too simple, and the conductive parts inside are relatively set outside. These conductive parts are easily touched by metal rods. Since metal rods can conduct electricity, accidental contact by humans is easy to induce electric shock accidents. In addition, in the traditional technology, the stability of the charging connection of the robot is poor, and it is easy to be affected by the dragging of the charging line, which will cause the plug to be loose, resulti...

AI Technical Summary

Problems solved by technology

[0002] With the advent of the intelligent era, the application of some intelligent robots is becoming more and more extensive. As we all know, intelligent robots use electric energy as their energy source, so they need to be charged in time after the electric energy is consumed. There are many existing robots Charging pile device, but its setting mode is too simple, and the conductive parts inside are relatively set outside. These conductive parts are easily touched by metal rods. Since metal rods can conduct electricity, accidental contact by humans is easy to induce electric shock accidents. In addition, in the traditional technology, the stability of the charging connection of the robot is poor, and it is easy to be affected by the dragging of the charging line, which will cause the plug to be loose, resulting in the phenomenon of charging interruption. Therefore, the traditional robot charging pile There are major flaws that need to be improved

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