An online detection mechanism of a tile polishing machine

Abstract

The invention provides an online detection mechanism for a ceramic tile polishing machine. The online detection mechanism comprises a conveying component used for conveying ceramic tiles; an installing frame of the conveying component is provided with a plurality of connecting rods which are arranged side by side in the width direction of the conveying component; the connecting rods are installed on the installing frame movably; one end of each connecting rod is provided with a pressed part, and the pressed parts are in contact with ceramic tiles and are pushed and pressed by the ceramic tiles, so that the connecting rods move relative to the installing frame; the other end of each connecting rod is provided with a trigger part. The online detection mechanism for the ceramic tile polishing machine also comprises a detection unit used for detecting the positions of the trigger parts. The online detection mechanism can perform breakage detection on internal ceramic tiles in the working process of apparatuses and prevent the problem that ceramic tiles break in the apparatuses and affect the apparatuses; the plurality of connecting rods are arranged side by side in the width direction of the conveying component, so that the pressed parts of the connecting rods can be in large-scale contact with ceramic tiles and large-scale breakage detection can be performed on the ceramic tiles when the ceramic tiles are conveyed in the length direction of the conveying component.

Description

technical field [0001] The invention relates to a detection device, in particular to an online detection mechanism of a ceramic tile polishing machine. Background technique [0002] When ceramic tiles are processed, the tiles are usually placed on the conveying mechanism on the equipment rack, and the continuous production and processing of ceramic tiles is realized by using the conveying mechanism. Since ceramic tiles are fragile products, it is inevitable that they will be damaged during the transportation process. For example, when polishing the front of the tiles, use the polishing grinding head to polish the tiles on the conveying mechanism. If the tiles are damaged, the edges of the damaged tiles will show sharper broken edges. If the damaged tiles are not removed in time If the conveying mechanism exits, the sharp broken edge will cause greater damage to the grinding block of the polishing grinding head. The traditional method is to observe the damage of the tiles wi...

AI Technical Summary

Problems solved by technology

[0002] When ceramic tiles are processed, the tiles are usually placed on the conveying mechanism on the equipment rack, and the continuous production and processing of ceramic tiles is realized by using the conveying mechanism. Since ceramic tiles are fragile products, it is inevitable that they will be damaged during the transportation process. For example, when polishing the front of the tiles, use the polishing grinding head to polish the tiles on the conveying mechanism. If the tiles are damaged, the edges of the damaged tiles will show sharper broken edges. If the damaged tiles are not removed in time If it is withdrawn from the conveying mechanism, the sharp broken edge will cause greater damage to the grinding block of the polishing grinding head

The traditional method is to observe the damage of the tiles with human eyes, control the switch of the equipment according to the damage, shut down the equipment, and take out the tiles. However, this method leads to low production efficiency, and the accuracy of human eye observation is low. block damage

[0003] In order to overcome the above-mentioned defects, some relatively intelligent tile damage detection mechanisms have emerged at this stage, which detect tiles through image sensors. When tiles are damaged, the image sensor sends a signal to the controller, and the controller converts the image signal into However, due to the complex internal structure of the tile processing equipment, the image sensor cannot be blocked when it is working. Therefore, this kind of tile damage detection mechanism is usually set outside the tile processing equipment and can only be used when the tiles enter the equipment. Before testing the tiles, when the tiles are damaged inside the processing equipment, it will still affect the processing equipment

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