Remote electronic management system for spare parts

Abstract

The invention discloses a remote electronic management system for spare parts. The remote electronic management system for the spare parts comprises a plurality of warehouses with shelves placed inside; a gravity sensing devices and an infrared sensing devices which are used for sensing information of goods on the shelves are disposed on each shelf inside each warehouse; the gravity sensing devices and the infrared sensing devices are simultaneously connected to an on-site communication module, a signal output terminal of which is connected to a control terminal in a work area and team; the control terminal in the work area and the team is connected with a data exchange device which is also connected to an information storage system; and the information storage system is connected to a manager's control terminal through an external communication module. With the above structure and according to a user's actual situation and requirements, operation about storage of the spare parts is regulated, each operation information is recorded in detail, and inventory status is counted in real time so as to provide the basis for the purchasing of the spare parts and the reasonable using of the spare parts in the work area. Furthermore, the remote electronic management system for the spare parts has the advantages of comprehensive management, high using reliability, greatly-improved efficiency in usage and turnover of the spare parts and good effects in traceability.

Description

[0001] Technical field [0002] The invention relates to a remote electronic management system for power spare parts in a substation operation and maintenance work area, which manages and controls the spare parts during use. Background technique [0003] The substation operation and maintenance work area (hereinafter referred to as the work area) of the power supply company manages various types of equipment, a large number, and scattered storage locations. There are multiple teams under the work area. Each team has its own spare parts warehouse and the work area exchanges frequently. Traditional On the other hand, manual management efficiency is low, warehouse access management is chaotic, error-prone, and spare parts information records are inaccurate, and the current number of spare parts in the warehouse cannot be understood in real time, which makes it impossible to effectively and rationally use spare parts and improve spare parts use and turnover efficiency. Summary of the ...

AI Technical Summary

Problems solved by technology

[0003] The substation operation and maintenance work area (referred to as the work area) of the power supply company manages a variety of spare parts, a large number, and scattered storage locations. There are multiple teams under the work area, and each team has its own spare parts warehouse. In terms of manual management, the efficiency of manual management is low, the management of in and out of the warehouse is chaotic, error-prone, and the information records of spare parts are inaccurate. It is impossible to know the number of spare parts in the current warehouse in real time, so that the spare parts cannot be effectively and rationally used, and the use and turnover efficiency of spare parts can be improved.

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