Cloud intelligent tool cabinet system with AI recovery capability and tool management method

Abstract

The invention discloses a cloud intelligent tool cabinet system with AI recovery capability and a tool management method. The cloud intelligent tool cabinet system comprises a tool cabinet. A tool distribution device and a tool recovery device are arranged in the tool cabinet, and the tool distribution device and the tool recovery device are both connected with a controller. The controller can communicate with a cloud AI system, and the cloud AI system comprises an AI cloud service system based on deep convolution and a cloud monitoring platform. The tool recovery device comprises a camera, arecovery mechanism and a recovery box. A recycling opening is formed in the position, corresponding to the tool recycling device, of the tool cabinet, and a goods outlet is formed in the lower portionof the tool cabinet. According to the cloud intelligent tool cabinet system with the AI recovery capability and the tool management method, through the specially designed tool recovery device and thecloud AI system, classified recognition and recycling of tools can be effectively achieved, so that the problem of tool recycling management of a machining factory is thoroughly solved, the operationand management efficiency of the factory is remarkably improved, and waste is completely eradicated.

Description

technical field [0001] The present invention relates to the technical field of article intelligent management, in particular to a cloud intelligent tool cabinet system and a tool management method with AI recovery capability. Background technique [0002] In a mechanical processing factory, when a certain production process needs to be replaced, or a certain processing tool wears out and needs to be replaced, it involves the need to return the current processing tool and renew the new tool. [0003] However, the current tool cabinets either have no ability to recover knives at all, cannot put the specified knives back to the required position in the tool cabinet for next pick-up or subsequent processing, or can only perform the most basic drop detection, which can judge whether workers Putting in, but it is impossible to detect whether the type of knives recycled by workers is correct, or even judge whether the recycled knives are knives. There is a blind spot in supervision...

AI Technical Summary

Problems solved by technology

[0003] However, the current tool cabinets either have no ability to recover knives at all, cannot put the specified knives back to the required position in the tool cabinet for next pick-up or subsequent processing, or can only perform the most basic drop detection, which can judge whether workers put in, but it is impossible to detect whether the type of knives recycled by workers is correct, or even judge whether the recycled knives are knives. There is a blind spot in supervision, which not only affects the operating efficiency of the factory, but also causes waste in the factory

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