Automatic multi-electricity-meter-position parameter setting and detecting method

Abstract

The invention belongs to the technical field of automatic setting and detecting and relates to an automatic multi-electricity-meter-position parameter setting and detecting method. As a multi-electricity-meter-position testing device, a mechanical arm, a main machine control unit, an in-place identifier, a mechanical arm controller, a mechanical arm claw and the like are mutually connected for communication on an electricity meter production line, full-automatic parameter setting and detecting such as electricity meter in-place judgment, grasping, barcode identifcation, parameter setting, result judging and flow-out after classification are achieved. The method can support all projects of the existing FA function test, wherein the projects comprise setting of parameters, reading and verification, switching-off and switching-on detection and the like. The mode of one-multiple parallel operation is adopted, operation electricity meter positions can be intelligently distributed, qualified products and disqualified products can be distinguished, and multi-electricity-meter parallel asynchronous operation is achieved. A setting and detection state can be displayed in real time as a display screen is arranged. A specific disqualified product recycling device can perform sound and light alarming after a groove is full of the collected disqualified products. The design principle is reliable, the automation degree is high, the application range is wide and the automatic multi-electricity-meter-position parameter setting and detecting method is friendly to environment.

Description

Technical field: [0001] The invention belongs to the technical field of automatic setting and detection, and relates to a method for automatic setting and detection of multi-epitope parameters, without human intervention, to realize full-automation from product arrival judgment, grabbing, barcode recognition, parameter setting, result judgment, classification and outflow, etc. parameter setting and testing. Background technique: [0002] Electric energy is the most important energy source. Its application has caused epoch-making changes in production technology. In modern society, electric energy has been widely used in various fields of social production and all aspects of social life, and electric meters are the most important means of current electric energy measurement and economic settlement. Its accuracy is directly related to the economic interests of the country and users. The electric meter has a history of more than 100 years since its birth. With the development ...

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Problems solved by technology

The electric meter has a history of more than 100 years since its birth. With the development of the power system and related industries and the continuous improvement of the electric energy management system, the structure and performance of the electric meter have also undergone a development process of continuous updating and optimization. There are hundreds of types, from inductive energy meters to electronic energy meters, from single billing function energy meters to multi-rate, multi-function energy meters, from relying on manual meter reading to remote automatic meter reading, IC card energy meters, Multi-user electric energy meters, modular electric energy meters and smart electric meters have been successfully developed and put into production and use. In addition to the basic power consumption measurement function of traditional electric energy meters, smart electric meters also have Two-way multi-tariff metering function, user-end control function, two-way data communication function of multiple data transmission modes and anti-stealing function and other intelligent functions. Since the initial state of the new production meter has no address, it is impossible to form a network for batch operations. The traditional method is to set a computer, a serial port, and a barcode gun for a meter to perform various parameter settings, read verification, and other operations. Manually pick up the electric meter products to be set from the production line body, and then use a barcode scanner to scan the barcode to start the operation, and manually display the operation results on the computer to classify the products into good and bad products. This method has low production efficiency and labor intensity. Large, high production costs, so seek to design and provide an automatic setting and detection method for multi-epitope parameters, in order to realize automatic flow operation, improve production efficiency, save manpower and material resources, and have good economic benefits and practical value

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