A fully automatic intelligent hydraulic press processing system

Abstract

The invention discloses a full-automatic intelligent oil press machining system. The full-automatic intelligent oil press machining system comprises oil presses, intermediate transfer manipulators, an automatic feeding manipulator, an automatic discharging manipulator, a master controller, an intelligent terminal and a cloud server. Each oil press is provided with a PLC in a matched mode. Each intermediate transfer manipulator is provided with an intermediate manipulator controller in a matched mode. Each oil press is provided with a monitoring camera in a matched mode. The automatic feeding manipulator is provided with a feeding manipulator controller in a matched mode. The automatic discharging manipulator is provided with a discharging manipulator controller in a matched mode. The master controller is in communication connection with the intelligent terminal, the feeding manipulator controller, the discharging manipulator controller, the PLCs and the intermediate manipulator controllers. The master controller and the intelligent terminal are further in wireless communication connection with the cloud server. The full-automatic intelligent oil press machining system can automatically and efficiently complete forming machining of pressing parts and achieve remote production management and monitoring and has the advantages of being novel in design, high in automation degree, intelligent degree and working efficiency and capable of reducing labor cost.

Description

technical field [0001] The invention relates to the technical field of automatic processing, in particular to a fully automatic intelligent hydraulic machine processing system. Background technique [0002] For the forming of pressed parts, it is generally realized by a hydraulic press; for a pressed part that needs to be pressed and formed in multiple processes, it is generally necessary to use multiple hydraulic presses and cooperate with multiple operators to work at the same time to realize the pressing and forming. [0003] In the actual press forming process, for the pressed parts that need multi-process press forming, the prior art generally adopts manual operation to realize the front-end feeding, middle transfer and back-end feeding actions, which has low work efficiency and manual labor. high cost. In addition, in the process of multi-process press molding, production managers must arrive at the site to check the running status of each execution part, and they mus...

AI Technical Summary

Problems solved by technology

[0003] In the actual pressing and forming process, for pressed parts that require multi-process pressing and forming, the existing technology generally adopts manual operation to realize the front-end loading, intermediate transfer and rear-end unloading, which is low in work efficiency and labor-intensive. high cost

In addition, during the multi-process pressing and forming process, the production management personnel must arrive at the site to check the operation status of each execution part, and must arrive at the site to understand the production progress

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