Intelligent unmanned workshop

Abstract

An intelligent unmanned workshop comprises automatic feeding and discharging machines, an AGV trolley and an intelligent assembly line, wherein the automatic feeding and discharging machines are connected with the intelligent assembly line, each automatic feeding and discharging machine comprises a first feeding and discharging device and a second feeding and discharging device, and a conveying device is arranged between each first feeding and discharging device and the corresponding second feeding and discharging device; each conveying device comprises an upper-layer conveying structure and a lower-layer conveying structure, and each upper-layer conveying structure and the corresponding lower-layer conveying structure are arranged in an upper-layer and lower-layer manner; and goods are placed on the first feeding and discharging devices through the AGV trolley, the goods are conveyed to the intelligent assembly line through the first feeding and discharging devices, the lower-layer conveying structures, the second feeding and discharging devices and the upper-layer conveying structures, the intelligent assembly line conveys the goods to different working areas according to different goods classifications, and the goods received by the working areas are conveyed to the required positions by the automatic feeding and discharging machines. The intelligent unmanned workshop can adjust the conveying direction and the conveying height of materials, and is suitable for logistics transportation of materials, semi-finished products, finished products and machining processes in intelligent factories.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, in particular to an intelligent unmanned workshop. Background technique [0002] With the development of a new round of information technology such as the Internet of Things, big data, and mobile applications, the global industrial revolution has begun to be put on the agenda, and industrial transformation has entered a substantive stage. Strategies such as digital factory, smart factory, and smart manufacturing have been proposed one after another. Among them, smart factory is based on the digital factory, using Internet of Things technology and monitoring technology to strengthen information management and services, improve the controllability of the production process, and reduce manual intervention in the production line. and reasonable planning. At the same time, it integrates emerging technologies such as intelligent means and intelligent systems to build a highly efficient, ...

AI Technical Summary

Problems solved by technology

In order to cope with the high-risk working environment and the continuous improvement of human costs, robots are used more and more widely in processing workshops. In practice, the processing of workpieces is often time-consuming, and the one-to-one configuration of robots will lead to too much invalid working time for robots. In view of this problem, an unmanned automatic processing workshop is designed, which can realize the monitoring and operation of multiple processing centers by one robot, which not only effectively reduces the number of robots purchased, but also greatly Improve the effective working time of the robot

[0003] However, the loading and unloading efficiency of the equipment in the unmanned automatic processing workshop in the prior art is low. After the workpieces on the rack are removed, the remaining empty racks are often directly transported to the unloading area by the conveying mechanism. , the empty racks will be discarded all over the place, and finally need to be stacked manually, the whole process is low in automation

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