Remote automatic metering system for finished aluminum ingots and method thereof

Abstract

The invention discloses a remote automatic metering system for finished aluminum ingots and a method thereof. The remote automatic metering system for the finished aluminum ingots comprises a digital buffer electronic platform scale, a field management computer and a centralized control center management computer. The digital buffer electronic platform scale is electrically connected with the field management computer. The field management computer is in signal connection with the centralized control center management computer. The field management computer is composed of an information display screen, a state indicating lamp, a storage module and a field management module. The centralized control center management computer is composed of a monitoring image camera, a memory and a processing module; wherein the monitoring image camera, the memory and the processing module are interconnected. The remote automatic metering system for the finished aluminum ingots and the method have advantages of realizing automatic metering for the finished aluminum ingots in aluminum electrolysis, realizing no requirement for tedious and repeated operations such as data statistics, calculation and checking manually, greatly reducing labor intensity of workers, greatly improving labor productivity, greatly reducing error probability in a metering process, ensuring good continuous operation of the system, greatly simplifying a working flow, and reducing working time.

Description

technical field [0001] The invention relates to an aluminum ingot metering system and method, in particular to a remote automatic metering system and method for aluminum electrolysis finished aluminum ingots, belonging to the technical field of aluminum electrolysis metering. Background technique [0002] At present, the weight of aluminum ingots finished by aluminum electrolysis needs to be accurately measured by electronic scales. The measurement methods commonly used in the current electrolytic aluminum plants are the working mode of "one person, one scale". The so-called "one person, one scale" working mode is that an electronic scale needs a staff member on duty, and the main tasks are weighing, counting, peeling, marking (including marked weight, serial number) and information on the finished aluminum ingots. Data input into computer, repeated inspection and verification of data, etc. This traditional measurement method has to be repeated 150 to 170 times per worker ...

AI Technical Summary

Problems solved by technology

This traditional measurement method has to be repeated 150 to 170 times per worker within 8 hours, and the data must be processed manually to ensure the accuracy and reliability of the data, which greatly increases the labor intensity of the staff, thereby reducing Labor productivity

This kind of finished aluminum ingot measurement and logistics control is carried out by traditional manual data collection and manual filling of documents. Manual work not only has a lot of randomness, but also has low work efficiency and the authenticity, accuracy and effectiveness of data. , real-time, etc. are not guaranteed

This measurement management method can no longer meet the increasingly high requirements for measurement management, automatic control and information management, as well as the need for refined management to clearly control the inventory and flow of materials, and scientifically carry out logistics control.

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