Improved intelligent robot equipment

Abstract

The invention relates to improved intelligent robot equipment. The improved intelligent robot equipment comprises a charging pile and a charging end, wherein the charging end is connected with a robot, installation grooves are vertically and symmetrically formed in a left end surface of the charging end and are provided with ports facing leftwards, a sliding sleeve is arranged in each installationgroove in a sliding way and extends leftwards, a middle hole is formed in the sliding sleeve, a power connection rod is arranged in the middle hole in a sliding way, a right end of the power connection rod penetrates through the sliding sleeve and is fixedly arranged in a right end wall of the installation groove, a left end of the power connection rod penetrates through the sliding sleeve, a power connection block is fixedly arranged at the left end of the power connection rod, first diagonal surfaces are vertically and symmetrically arranged at a left end of the sliding sleeve, insertion grooves are vertically and symmetrically formed in a charging end part, are provided with rightward ports and are matched with the power connection block, sliding grooves are symmetrically formed in anupper end wall and a lower end wall of each insertion groove and face the insertion groove, and sliding blocks are arranged in the sliding grooves in a sliding way.

Description

technical field [0001] The invention relates to the field of robot charging, in particular to an improved intelligent robot 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, when traditional robots are charging, they only rely on plugging friction to maintain the charging state. When they accidentally kick the charging terminal or charging cable, it is easy to cause the charging terminal ...

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, when traditional robots are charging, they only rely on plugging friction to maintain the charging state. When they accidentally kick the charging terminal or charging cable, it is easy to cause the charging terminal to fall off and cause Cause charging interruption phenomenon, therefore, its charging state is not stable enough

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