Glass explosion-proof performance detecting device and method

Abstract

The invention relates to a glass explosion-proof performance detecting device and method, and belongs to the technical field of glass production. The glass explosion-proof performance detecting devicecomprises a detecting frame, a conveying device and a control device; the detecting frame is erected on the vertical upper part of the conveying device, and the bottom end of the detecting frame is provided with a fixed seat used for being fixed to the ground, and an image collecting device facing the conveying device; and a plurality of reflector lamps facing the conveying device are arranged onthe side wall of the detecting frame, and the control device is electrically connected with the image collecting device, the reflector lamps and the conveying device. The glass explosion-proof performance detecting device has the beneficial effects that produced tempered glass can be detected on line, the qualified rate of the tempered glass is increased, through machine detection, the manual detection intensity is relieved, and the cost of enterprises is reduced.

Description

technical field [0001] The invention belongs to the technical field of glass production, and in particular relates to a glass explosion-proof performance testing device and a testing method. Background technique [0002] Tempered glass with compressive stress on the glass surface. Also known as tempered glass. Strengthening glass by tempering method began in France in 1874. [0003] However, tempered glass is prone to self-explosion. The self-explosion of tempered glass is also known as the "cancer" of tempered glass. It is a phenomenon that it is broken by itself without external force. This is a problem that has not been solved in the tempered glass industry, including foreign countries. problem. The reason for the self-explosion of tempered glass is caused by nickel sulfide (NIS) particles mixed in the tempered glass. Nickel sulfide particles are mixed into the tempered glass during the production process of tempered glass. The current production process cannot avoid ...

AI Technical Summary

Problems solved by technology

Nickel sulfide particles are mixed into the tempered glass during the production process of tempered glass. The current production process cannot avoid the entry of nickel sulfide particles. Therefore, it is very useful to detect nickel sulfide particles inside the tempered glass during the production and processing of tempered glass. Necessary, it can effectively prevent the defective tempered glass produced from being sold out, affecting product quality

[0004] At present, most of the commonly used detection methods are to observe whether there are impurities inside by artificially irradiating tempered glass, but due to the limited observation with the naked eye, there will still be omissions. In addition, the labor cost of manual detection is too high, and the burden on enterprises is too high

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