Detecting and setting device on production line of electric energy meters

Abstract

The invention discloses a detecting and setting device with high degree of automation, working efficiency and reliability on a production line of electric energy meters. The detecting and setting device on a production line of electric energy meters comprises an upper meter module (1), an electric energy meter error adjusting module (2), an electric energy meter motion aging and parameter setting module (3), an electric energy meter error re-detecting and parameter detecting module (4) and a lower meter module (5), wherein transmission lines are arranged between adjacent modules and between the upper meter module (1) and the lower meter module (5), at least one transmission line is arranged in each module and connected with an adjacent transmission line between the modules, each transmission line is provided with a tray, a position sensor and a limit unit, the transmission line in each module is provided with an automatic crimping unit, the upper meter module (1) and the lower meter module (5) are also internally provided with scanning units, and the motor control modules, the position sensors and the limit units of the transmission lines, the scanning units and the automatic crimping units are electrically connected with a central control unit on the production line of electric energy meters.

Description

technical field [0001] The invention relates to the technical field of electric energy meter production, in particular to a detection and setting device on the electric energy meter production line. Background technique [0002] The current detection and setting process on the electric energy meter production line includes error debugging of the electric energy meter, parameter setting of the electric energy meter, aging of the electric energy meter running word (the running word is to test the accuracy of the electric energy meter by simulating the field to judge whether the electric energy meter complies with The error standard of the metering industry; aging refers to the pressure aging test carried out by increasing the amount of electricity on the electric energy meter), the error re-inspection and parameter inspection of the electric energy meter, the following table (install the upper shell of the electric energy meter, and at the same time The energy meter is set to ...

AI Technical Summary

Problems solved by technology

Each station is responsible for a production step, because it needs to be manually connected to the meter, and the transfer of the electric energy meter between each station is towed by the tooling truck. Taking one electric energy meter of one model as an example, first, the worker scans the barcode of the electric energy meter and then transfers the electric energy meter to the block. The energy meter is installed on the error debugging platform, and then the error debugging platform is started. The error debugging platform operates the energy meter installed on it. When the operation is completed, the worker removes the energy meter, and the removed energy meter is placed on the On the tooling truck, the worker drags and hauls it to the digital aging and parameter setting platform. After arriving, the worker installs the electric energy meter on the digital aging and parameter setting platform, followed by error re-inspection and parameter setting platform, factory settings Each electric energy meter repeats this way, and the barcode of the electric energy meter is scanned and recorded as needed during the process. Therefore, the detection and setting devices on the current electric energy meter production line are low in automation, low in production efficiency, and require a lot of labor. Due to manual subjective The existence of factors, the reliability of the whole production process is also relatively low

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