Core rod testing remote alarming system and method based on image identification

Abstract

The invention discloses a core rod testing remote alarming system and method based on image identification. The system includes core rod testing equipment, an upper computer, a server and alarming equipment, wherein the core rod testing equipment is connected with image collecting equipment, the upper computer includes an image collecting module, an image identification module and an alarming information uploading module, and the image collecting module collects screen images of the core rod testing equipment according to a preset collection time interval; the image identification module carries out image comparison on the collected real-time images with prestored reference images to achieve identification of the images of an alarming screen; the alarming information uploading module is used for sending the identified alarming information to the server; the server is used for storing alarming information sent by the upper computer; the alarming equipment is used for reminding people about the alarming information. By means of the image collecting equipment, the screen images of the core rod testing equipment can be caught in real time, the alarming information is identified in theupper computer and stored into the server, an operator is reminded by the alarming equipment to dispose problems in time, and remote alarming of a core rod test is achieved.

Description

technical field [0001] The invention relates to the field of the Internet of Things, in particular, the invention relates to a remote alarm system and method for mandrel testing based on image recognition. Background technique [0002] Optical fiber core rod is an important basic material for making optical fiber. It basically determines the characteristics and quality of the finished optical fiber. With the upgrading of my country's optical fiber industry, the test of the core rod has become an increasingly important link. Proceed to the next step. [0003] The mandrel test has been basically automated, and due to the long test time, about one to two hours, this process is often unattended. If the test is suspended after the test is completed, or the equipment alarms during the test, and the operator is not in front of the equipment, the alarm information and equipment status cannot be obtained in time, and the test process cannot be intervened immediately, which will lead ...

AI Technical Summary

Problems solved by technology

With the disappearance of the demographic dividend and the gradual increase in labor costs, this approach no longer has advantages and is not conducive to the realization of test automation

Moreover, there is no historical alarm information record of the test equipment, and it is impossible to accurately diagnose and schedule the equipment status

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