Intelligent copper extraction management system

Abstract

The invention discloses an intelligent copper extraction management system which is characterized by comprising an equipment positioning management module, an equipment state monitoring module, an equipment fault early warning module, an equipment maintenance module, an equipment data analysis module, an equipment data application module, a personnel positioning management module, an after-sales management module and a central management module. The system can monitor the operation and repair reporting conditions of equipment in each link from a more comprehensive perspective, and returns the monitoring information to the central management module in real time, so that unified allocation and configuration are performed, and the transportation configuration efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of copper extraction management, in particular to an intelligent copper extraction management system. Background technique [0002] In the production of circuit boards, etching is a ubiquitous process, which mainly refers to the removal of unnecessary metal copper on the circuit board. Generally, the etching of circuit boards is a chemical etching process. The etching solution after etching contains Very high concentrations of copper ions and other chemicals. [0003] The etching of the circuit board is divided into alkaline etching and acid etching, but the two kinds of etching solutions contain a large amount of copper ions, and copper must be extracted through the electrolysis process. The copper strips (square copper) are connected, and the positive and negative electrodes are connected with copper strips (square copper) to conduct electricity. However, in the electrolytic circuit, the temperature of th...

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Problems solved by technology

[0003] The etching of circuit boards is divided into alkaline etching and acid etching, but the two kinds of etching solutions contain a large amount of copper ions, and copper must be extracted through the electrolysis process. The strips (square copper) are connected, and the positive and negative electrodes are connected with copper strips (square copper) to conduct electricity. However, in the electrolytic circuit, the temperature of the copper strips connected during the electrolysis process will rise. When there is a short circuit between the positive and negative poles, the copper The bar will generate a lot of heat, and the temperature will rise sharply, so there are potential safety hazards. In order to eliminate this hidden danger and improve the safety of on-site production, it is usually necessary to monitor the temperature. However, the existing temperature monitoring methods have certain monitoring limitations: The most primitive method is to use manual monitoring, which requires staff to monitor all the time, which is unrealistic and has high monitoring costs. Therefore, how to effectively detect changes in the operating status of the instrument has become a very important in the electrolytic production process. The problem

[0004] However, the defect of the above-mentioned existing technology is that the relevant management and monitoring are still relatively weak, that is, the management level is not comprehensive enough, which will make it impossible to monitor the situation of the goods in the process of copper extraction from a more comprehensive perspective, and return the monitoring information in real time For the central management module, a unified allocation and configuration is carried out, so that the efficiency of transportation configuration is still relatively low

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