Intelligent production system for wattmeter

Abstract

The invention discloses an intelligent production system for a wattmeter and solves the technical problems that the conventional electric energy meter calibration and warehouse management system is imperfect and only one type of wattmeter can be operated. The intelligent production system comprises a warehouse inlet/outlet delivery line, a warehouse system and a plurality of calibration systems, wherein the warehouse system comprises a three-dimensional meter library and a stacker for fetching the wattmeter from the three-dimensional meter library; and the intelligent production system is characterized in that: a production scheduling platform system transmits task instructions to the warehouse inlet/outlet delivery line, the warehouse system and the calibration systems; each calibration system comprises a calibrating main delivery line and a plurality of calibration units; and the three-dimensional meter library is lifted through the stacker and is butted with the warehouse inlet/outlet delivery line and the calibrating main delivery lines of various calibration systems respectively. By the system, a monitoring device is integrated, the safety is guaranteed, the system can be adjusted in real time, the whole set of system is operated in order, a plurality of types of wattmeters are warehoused and calibrated simultaneously without interference, and actual production requirements are met.

Description

technical field [0001] The invention relates to the technical field of electric power equipment, in particular to an intelligent production system for electric power meters. Background technique [0002] At present, within the scope of the power system, there is also an automated holographic management system related to the verification of electric energy meters, storage management and integration, which integrates the verification of electric energy meters with storage management, but the types of electric power meters in power systems generally include single-phase electric energy meters, three-phase Phase electric energy meters and transformers, etc., need to store and verify many different types of electric power meters, but the current management system cannot distinguish different types of electric power meters, and a single system can only run one type of electric power Meters and equipment have a low utilization rate and are not suitable for practical applications. S...

AI Technical Summary

Problems solved by technology

[0002] At present, within the scope of the power system, there is also an automated holographic management system related to the verification of electric energy meters, storage management and integration, which integrates the verification of electric energy meters with storage management, but the types of electric power meters in power systems generally include single-phase electric energy meters, three-phase Phase electric energy meters and transformers, etc., need to store and verify many different types of electric power meters, but the current management system cannot distinguish different types of electric power meters, and a single system can only run one type of electric power Meters and equipment have a low utilization rate and are not suitable for practical applications. Second, there is no effective monitoring means in the production process, resulting in the automatic production process and the working conditions of the production equipment cannot be monitored effectively in real time, and abnormal working conditions cannot be detected and effectively handled in time. , production safety cannot be guaranteed; third, there is no unified production scheduling platform for the entire production process, and the production and operation of provincial-level metrology centers with large production scale, high operation frequency, and many production product specifications will cause job scheduling confusion and production facilities cannot be effectively utilized , low work efficiency and other issues