Float glass production line cold end stress and thickness detection system

Abstract

The invention discloses a float glass production line cold end stress and thickness detection system, which comprises at least one set of servo device, at least one set of industrial visual inspectiondevice, a transporting device, at least one set of compressed gas stamping device and a processor, wherein the at least one set of servo device is used for controlling movement of the industrial visual inspection device; the at least one set of industrial visual inspection device is used for scanning float glass and acquiring stress and / or thickness data information of the float glass; the transporting device is used for enabling detected float glass to translate or move relative to the servo device; the at least one set of compressed gas stamping device is used for applying pressure to the detected float glass to stabilize influences on detection by vertical vibration during the detected float glass transporting process; and the processor is in communication connection with a servo controller and the industrial visual inspection device for generating a control instruction to be sent to the servo controller and receiving the acquired data of the industrial visual inspection device. Thus, synchronous detection on the online stress and the thickness of the float glass can be realized, the detection precision is improved, quality monitoring on float glass processing is enhanced, theprocessing process is optimized, and the intelligent manufacturing level is enhanced.

Description

technical field [0001] The invention relates to the field of glass processing, in particular to a detection system for stress and thickness of a cold end of a float glass production line. Background technique [0002] In the glass production process, glass thickness and stress detection are important process parameters for production quality and cost control. In the national standard, the thickness of glass has a strict precision error control range. Under the same production line, if the thickness of the glass produced can be accurately controlled and meets the control range of the national standard, this will effectively increase the output of the finished product of the production line, and serve the production enterprises. bring about an increase in economic efficiency. Stress is an important indicator to measure whether the glass will burst during on-line production and off-line deep processing. If the stress of the glass is not properly controlled during the producti...

AI Technical Summary

Problems solved by technology

[0005] The invention provides a detection system for the stress and thickness of the cold end of a float glass production line to solve the technical problems of high hardware cost and cumbersome detection caused by separate thickness measurement and stress measurement mechanisms in the existing float glass processing

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