Ceramic trimming machine with high-precision correction function

Abstract

The invention discloses a ceramic trimming machine with a high-precision correction function. The ceramic trimming machine comprises a base, a feeding conveyor belt and at least two trimming devices,and further comprises a correction device; a tile pushing sliding base is driven by a sliding transmission belt to slide horizontally; and a tile pushing lifting module drives a correction block mounting plate to move up and down. The ceramic trimming machine with the high-precision correction function corrects tiles before the trimming process, thus, the diagonal error of the tiles is reduced, the cutting precision is improved, and the effect that the produced tiles after trimming are square is ensured; and the tiles of different specifications can be corrected, that is, when the tiles of different specifications are conveyed by the feeding conveyor belt at a time, the mounting position of a correction block unit does not need to be adjusted, and the production flexibility and adaptability are high.

Description

technical field [0001] The invention relates to the field of building ceramic production equipment, in particular to a ceramic edge trimmer with a high-precision correction function. Background technique [0002] After the tiles are processed, there are burrs all around, which cannot meet the specified size requirements and precision, so the burrs must be removed first, which requires a tile edge trimmer to trim the tiles. In order to improve the edge trimming accuracy, a correction device is usually installed at the input end of the tile edge trimmer, so that the edge of the tile and the sliding track of the cutter are parallel to each other. The existing correction device is to set two correction blocks on the left and right sides of the tile conveyor belt, and then perform centering correction from the left and right sides of the tiles. Only one tile can be corrected at a time, and the correction efficiency is low; two correction blocks The tiles are squeezed during cali...

AI Technical Summary

Problems solved by technology

The existing correction device is to set two correction blocks on the left and right sides of the tile conveyor belt, and then perform centering correction from the left and right sides of the tiles. Only one tile can be corrected at a time, and the correction efficiency is low; two correction blocks The tiles are squeezed during calibration, which is easy to damage the tiles; and it cannot effectively reduce the diagonal error during edge trimming, and cannot ensure that the tiles after edge trimming are square; and the existing calibration device needs to be based on the size of the tiles. Size adjustment distance between two calibration blocks, low production flexibility and adaptability

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