Management method of storage management system for electric power materials

Abstract

The invention discloses a storage management system for electric power materials, which comprises a storage device, an automatic conveying device and an information collection and monitoring management system, and is characterized in that one end of the storage device is electrically connected with the information collection and monitoring management system; a code arranged on the storage device and device information on the automatic conveying device are arranged in the information collection and monitoring management system, and the code of each material and the code of each storage box of the storage device are input into an information storage unit of the information collection and monitoring management system through the intelligent terminal. Each material code corresponds to the assigned code of each storage box of the storage device in a one-to-one mode, the materials are stored after the codes of the materials correspond to the assigned codes of the storage device, the control unit sends signals to the single chip controller of the storage device through the information transmission unit, and the single chip controller controls the specified storage cabinet to be opened. And an operator takes out the materials in the storage cabinet, so that the storage of each material is effectively and conveniently managed.

Description

technical field [0001] The invention relates to the technical field of electric power material storage, and in particular to a management method for a storage management system for electric power material materials. Background technique [0002] Existing electric power materials are generally made into samples according to the scope of the operator in the actual sample preparation. At present, most of them are stored in the form of piles, and it is more difficult to find materials. After the test is completed, the returned samples are returned to a certain location according to the needs Store for a certain period of time to facilitate re-inspection, and this type of sample cannot be effectively managed in actual management because it is large, small, long or short, such as barcode or RFID coding; and it is still in the actual handling process Manual handling and placement of spare parts are used, and the process is not managed and controlled. Therefore, it is urgently neede...

AI Technical Summary

Problems solved by technology

[0002] Existing electric power materials are generally made into samples according to the scope of the operator in the actual sample preparation. At present, most of them are stored in the form of piles, and it is more difficult to find materials. After the test is completed, the returned samples are returned to a certain location according to the needs Store for a certain period of time to facilitate re-inspection, and this type of sample cannot be effectively managed in actual management because it is large, small, long or short, such as barcode or RFID coding; and it is still in the actual handling process Manual handling and placement of spare parts, the process is not managed and controlled, therefore, it is urgently needed for those skilled in the art to design a new type of storage management system for power materials

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