Capacity acquisition system for die casting machine

Abstract

The invention relates to the field of information acquisition and particularly relates to a capacity acquisition system for a die casting machine. The capacity acquisition system comprises a data acquiring device, a processing device, a remote control terminal, a communication device and an executing device, wherein the data acquiring device is used for acquiring each parameter of the die casting machine; the processing device is used for processing the acquired data; the remote control terminal is used for remote control; the communication device is used for communication between the processing device and the remote control terminal; the executing device is connected with the processing device so as to be remotely controlled by the remote control terminal; the data acquiring device comprises an acquisition card, a calibration module, a cache module, a displayer, keys and a power supply, wherein the acquisition card is connected with a die casting machine PLC (Programmable Logic Controller) and is used for acquiring all the data; the correction module is connected with the acquisition card and is used for calibration; the cache module is connected with the acquisition card and is used for data cache; the displayer is connected with the cache module and is used for displaying the acquired data in real time; the keys are connected with the acquisition card and are used for parameter setting; and the power supply is used for supplying power. The capacity acquisition system provided by the invention is high in data processing capacity, high in acquisition precision, high in timeliness, low in operating cost and convenient for large-scale popularization and application.

Description

technical field [0001] The invention relates to the field of information collection, in particular to a production capacity collection system of a die-casting machine. Background technique [0002] Die-casting machine is a machine that makes liquid or semi-liquid metal be filled into the die-casting cavity at a high speed precisely under high pressure, and is formed and solidified under pressure to obtain metal products. It is widely used in automobiles, motorcycles, In the fields of electronics, instrumentation and aviation, the working process of die-casting machines includes mold clamping, high-pressure mold clamping, first-speed injection, second-speed injection, pressure holding, cooling, mold opening, and material cleaning. [0003] The quality of die castings is related to many factors, such as die casting machine performance, mold structure and various process parameters. In order to improve injection molding efficiency and optimize the quality of die castings, it i...

AI Technical Summary

Problems solved by technology

In order to improve injection molding efficiency and optimize the quality of die castings, it is necessary to standardize the entire process of die casting machine production, such as counting, statistics, input, summary, analysis, etc. In the prior art, these tasks are mainly done manually, and manual operations have the following disadvantages On the one hand, the labor cost is high. On the other hand, the management efficiency is low. The production capacity report obtained by the management is lagging behind. Objective reasons will cause certain errors in the collected information, which is not conducive to the management's real understanding of the production capacity. Fourth, the management can only obtain reports and cannot intuitively understand the production site conditions

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