Detecting device suitable for detecting whether electric energy meter is put in place or not

Abstract

The invention discloses a detecting device suitable for detecting whether an electric energy meter is put in place or not. The detecting device comprises an electric meter card base, wherein a plurality of bumped mounting columns which are the same in heights are arranged on the electric meter card base; stress sensors are mounted on the tops of the mounting columns, and the stress sensors are connected with a detecting circuit through an electric wire; the stress sensors are mounted on the detecting device; when the electric energy meter is put in place accurately and tightly fitted with the plane, the stress sensors are stressed by stress, and the detecting circuit outputs a stressed high level signal to represent that the electric energy meter is put in place; after the device inquires the put-in-place information of the meter, an automatic meter detecting program is started, so that a condition that the electric energy meter is crooked by pressing or dropped when the electric energy meter is being stressed due to a fact that the electric energy meter is not put in place can be avoided, so the production efficiency of enterprises can be greatly improved, and considerable economical benefits can be further brought about while the production cost is reduced.

Description

technical field [0001] The invention relates to a detection device, in particular to a detection device for detecting whether the electric energy meter is placed in place on an electric energy meter verification platform; it belongs to a detection method for whether the electric energy meter is placed in place. Background technique [0002] The traditional watt-hour meter verification process is mainly done manually, and the process is as follows: manually put the watt-hour meter on the verification platform, complete the wiring of one or several watt-hour meters, and then measure the electrical parameters. This kind of energy meter verification method is not only inefficient, but also the measured electrical parameters are not accurate due to human reasons, and the large amount of data generated is not easy to record and query, and it is also quite difficult to follow-up the management of the energy meter. Therefore, the energy meter must be automated. Test method. [0003...

AI Technical Summary

Problems solved by technology

[0004] It can be seen that the key to automatic verification of electric energy meters is: whether the electric energy meter can be accurately placed on the electric meter holder of the verification station and whether the electric energy meter is closely attached to the plane of the holder. Unfortunately, there is no proper method in the prior art. solution to the above-mentioned problems

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