Injection molding machine control system based on Android system

Abstract

The invention provides an injection molding machine separation type human machine interface (HMI) controller based on Android system which comprises a main controller, a communication module, an injection molding machine management module and a display module. The main controller is connected with the communication module, the injection molding machine management module and the display module and controls the communication module, the injection molding machine management module and the display module. The invention further provides an injection molding machine control system. The injection molding machine control system reduces cost, improves efficiency, has universal application and flexibility, and has stronger functions.

Description

technical field [0001] The invention relates to the field of production equipment, in particular to an Android system-based injection molding machine control system. Background technique [0002] At present, with the rising cost of labor and the cruelty of market competition, injection molding manufacturers are more and more urgent to upgrade the information management of workshops. After the injection molding workshop is informatized, it is necessary to quickly set machine parameters and realize real-time operation. But in fact, due to various reasons, the limitations of the traditional injection molding machine control system make the advantages of information management not well applied, which causes a great waste of resources. [0003] When debugging the injection molding machine, the man-machine interface called by different functions and different levels of personnel is different, and the set parameters are also different. However, in the existing injection molding m...

AI Technical Summary

Problems solved by technology

However, in the existing injection molding machine control system, different functions and man-machine interfaces invoked by personnel of different levels are all integrated into one computer. Such a system consumes more computer resources during operation, and the processing speed will become slower. Slow, and there are too many pages at the same time, it is very inconvenient to call parameters and search pages, which not only wastes time and cost, but also affects production efficiency, and is not conducive to the information management of the workshop

At the same time, because people at different levels use the same injection molding machine HMI controller, there may be security issues

Moreover, each injection molding machine needs to develop an injection molding machine HMI controller, which costs a lot

[0004] In addition, the operating platforms of the current injection molding machine HMI controllers are DOS (Disk Operating System, disk operating system) and other such platforms, and it is impossible to design suitable software on them according to actual needs and different functional requirements.

This makes the system not universally applicable and flexible

[0005] In addition, one injection molding machine can only use one HMI controller of the injection molding machine, and the HMI controller of the injection molding machine is connected to the injection molding machine through a cable, so the HMI controller of the injection molding machine cannot be separated from the injection molding machine. Close to the injection molding machine to operate it

This makes the operation of the injection molding machine HMI controller inflexible

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