Float glass width real-time detection device

Abstract

The invention relates to a float glass width real-time detection device. The device comprises a detection platform for placing a to-be-detected glass and being capable of driving the to-be-detected glass to move thereon, a memorizer, a processor and a display, wherein a light source component and a high-speed camera are arranged over the detection platform, the high-speed camera is electrically connected with the processor, and the memorizer and the display are respectively in electrical connection with the processor; and the light source component comprises several lamps arranged in strip form, the lamps at two ends are arranged aslant to irradiate on a side face of the a-be-detected glass. An upper surface and two side faces of the to-be-detected glass are lighted up through a light source component, consequently, the whole to-be-detected glass can be clearly presented in a field of view of the high speed camera, and reliability and accuracy of detection are improved; the detection device can accurately detect width and position of a glass board in real time, is convenient for realizing accurate control of float production, and has the advantages of being quick in measurement, reducing mechanical wearing, having anti-interference capability, and so on.

Description

technical field [0001] The invention relates to the technical field of float glass manufacturing, in particular to a real-time detection device for the width of float glass. Background technique [0002] Glass products are widely used in key engineering fields such as aerospace, automobile manufacturing, smart phones, automated instruments, construction engineering, nuclear engineering, etc. According to their applications, they are mainly divided into ordinary flat glass, tempered glass, laminated glass and other special glass. At present, most of the measurement of glass width of float glass production line is performed manually after the glass is out of the tempering furnace, which will not only increase the manpower, but also cause the measurement data to fail to objectively reflect the actual state of the glass plate in time; it is important that the tempering furnace It takes about 30 minutes for the glass to pass through the tempering furnace, so there is a large lag ...

AI Technical Summary

Problems solved by technology

At present, the measurement of the glass width of the float glass production line is mostly carried out manually after the glass leaves the tempering furnace. This will not only increase manpower, but also cause the measurement data to not reflect the actual state of the glass plate objectively in time; It takes about 30 minutes for the glass to pass through the tempering furnace, so there is a large lag time in this method, which cannot reflect the parameters such as the width of the glass plate and the amount of drawing in time, which brings unfavorable factors to the stable production of glass

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