Method for detecting and sorting integrally-disassembled electric energy meter

Abstract

The invention discloses a method for detecting and sorting an integrally-disassembled electric energy meter. The method comprises the steps: arranging the disassembled electric energy meter into an input conveyor belt, and carrying out automatic detection of six functions such as appearance check, electricity and current circulation, storage verification, metering detection, condition judgment and asset sorting on the electric energy meter by adopting an appearance detection device, an electric energy meter metering detection device, and an unqualified electric energy meter spraying code marker. By adopting the method, a plurality of teams, a plurality of workers and a plurality of procedures are integrated, so that the working time can be effectively shortened, the working quality is improved, and the fault analysis of the electric energy meter can be standardized; the manual on-off operation of the electric energy meter can be avoided, and the working safety of the operation workers can be improved.

Description

technical field [0001] The patent of the present invention relates to an integrated detection and sorting method for dismantling and returning electric energy meters. Background technique [0002] The detection and sorting of the disassembled electric energy meter is the last link in the management of the electric energy meter. It is related to the correctness of the electricity supply and sale and whether the electric energy meter can be installed and used again. It is an important basis for the life-cycle management and quality supervision of electric energy meter assets. Now dismantling the electric energy meter and recycling it to each power supply company needs to go through six links, including manual appearance inspection, power-on and flow, storage check, measurement inspection, status judgment, and asset sorting, involving multiple teams, multiple personnel, and multiple One procedure, a lot of repetitive labor, low work efficiency, high error rate, great safety haz...

AI Technical Summary

Problems solved by technology

Now dismantling the electric energy meter and recycling it to each power supply company needs to go through six links, including manual visual inspection, power-on and flow, storage check, measurement inspection, status judgment, and asset sorting, involving multiple teams, multiple personnel, and multiple One process, a lot of repetitive labor, low work efficiency, high error rate, great safety hazards, and the processing time for dismantling the electric energy meter is tight and the quantity is large

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