Intelligent stereoscopic storage system for electric energy metering device

Abstract

An embodiment of the invention provides an intelligent stereoscopic storage system for an electric energy metering device. The intelligent stereoscopic storage system comprises a warehouse-out and warehouse-in platform area, a pre-warehousing operation area, a stereoscopic rack storage area, a post-warehousing connection area and stereoscopic warehouse control equipment, wherein the warehouse-out and warehouse-in platform area, the pre-warehousing operation area, the stereoscopic rack storage area and the post-warehousing connection area are respectively connected with the stereoscopic warehouse control equipment. By the aid of the warehouse-out and warehouse-in platform area, the pre-warehousing operation area, the stereoscopic rack storage area, the post-warehousing connection area and the stereoscopic warehouse control equipment in the intelligent stereoscopic storage system, automated storage of the electric energy metering device is realized, seamless butt joint of the intelligent stereoscopic storage system and an automated calibration assembly line is also realized, and human errors caused by manual storage and sorting are eliminated.

Description

technical field [0001] The present invention relates to a storage system in the electric power industry, in particular to a storage system for electric energy measuring instruments, and specifically to an intelligent three-dimensional storage system for electric energy measuring instruments. Background technique [0002] With the rapid development of my country's electric power industry, the usage of metering instruments, which are one of the important components of electric energy metering devices, is increasing year by year. Electric energy metering instruments in the power industry mainly include one-way smart meters, three-phase smart meters, low-voltage current transformers, and power consumption information collection terminals. The energy meter storage for storing these measuring instruments generally adopts the traditional determinant shelf structure. This kind of shelf places the energy meter on the shelf and can be accessed as needed, which is relatively simple to ...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned scheme for automatic access to electric energy meters is limited to the access function of electric energy meters, so it cannot realize intelligent distribution, and cannot be used in conjunction with automatic verification systems for electric energy meters, transformers, and collection terminals

Therefore, the storage of measuring instruments for batch inspection and the connection with various automated verification lines still rely on manual participation, and it is impossible to realize the complete automation of the storage and verification of measuring instruments

Images