Plate detecting device

Abstract

The invention discloses a plate detecting device, which comprises a detecting group, wherein the detecting group comprises two detecting assemblies. Each detecting assembly is provided with a plurality of displacement sensors; the displacement sensors in different detecting assemblies correspond to each other one by one; a gap which enables a plate to pass through is left between the two detectingassemblies; and the displacement sensors in the two detecting assemblies all face the gap between the two detecting assemblies. According to the plate detecting device disclosed in the invention, theplate passes through the gap between the two detecting assemblies, the detecting assemblies located at two sides of the plate obtain data through measurement of the displacement sensors, and throughcalculation of the data, the surface condition and the thickness of the plate can be obtained. When the device is applied to detection of a ceramic tile brick, the problem of inaccurate measurement existing in traditional manual detection can be avoided, the manual cost is reduced, no damage is caused to the ceramic tile brick, and the production quality of the ceramic tile brick can be detected efficiently in real time. The device is used in the field of plate detection.

Description

technical field [0001] The invention relates to the field of plate detection, in particular to a plate detection device. Background technique [0002] As a building and decoration material, tiles are widely used due to their better performance advantages, environmental protection and easy construction. Ceramic tiles are usually fired from tile embryos, which are generally made of raw materials such as clay after grinding and stirring, and are pressed by a press. The quality of the finished tiles depends on the quality of the tile embryos, but usually, the use of the press in a high-pressure environment for a long time will cause wear and offset. At this time, the tiles processed by the press are prone to defects. Adobes with defects can be made into tile products of unqualified quality, which affects the product qualification rate and increases production costs. Therefore, in the tile production process, there will be a process of detecting the thickness of the tile embryo...

AI Technical Summary

Problems solved by technology

However, the efficiency of manual detection is low, and there is a large deviation in manual detection, and it cannot reflect the actual production status of bricks well.

Moreover, according to different detection methods, the measurement results are different, which are greatly affected by subjective factors.

At the same time, the real-time performance of manual detection is poor, and it usually needs to be discovered after a period of time when the problem occurs, which will cause the tile embryos in this period of time to be invalid.

In addition, due to the low hardness of the brick embryos, the tile embryos will basically be damaged during manual handling and inspection, and it is easy to damage qualified tiles and cause waste, which also results in frequent inspections during manual inspections.

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