Ceramic edge cutting machine with automatic correction device

Abstract

The invention discloses a ceramic edge cutting machine with an automatic correction device. The ceramic edge cutting machine comprises a base, a feeding conveying belt and at least two edge cutting devices. The ceramic edge cutting machine further comprises the correction device. The correction device comprises a synchronous sliding unit, a tile pushing movement unit and a correction block unit. A sliding drive module drives a sliding drive belt to rotate, and the sliding drive belt drives a tile pushing sliding base to slide horizontally. According to the ceramic edge cutting machine with the automatic correction device, ceramic tiles can be corrected before an edge cutting working procedure is executed, and therefore diagonal errors of the tiles are lowered, the cutting precision is improved, the effect that the four edges of the ceramic tiles produced after edge cutting are upright and foursquare is guaranteed, the ceramic tiles in the conveying process can be corrected, dynamic correction can be realized, correction efficiency is improved, and losses of the feeding conveying belt by frequent brake stopping and restarting are reduced.

Description

technical field [0001] The invention relates to the field of building ceramic production equipment, in particular to a ceramic edge trimmer with an automatic correction device. 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. However, the existing correction device is to set two correction blocks on the left and right sides of the tile conveyor belt respectively. The tile conveyor belt needs to be stopped, and then the centering correction is performed from the left and right sides of the tiles, and only one tile can be corrected at a time. , the correction effi...

AI Technical Summary

Problems solved by technology

However, the existing correction device is to set two correction blocks on the left and right sides of the tile conveyor belt, and the tile conveyor belt needs to be stopped, and then the centering correction is performed from the left and right sides of the tiles, and only one tile can be corrected at a time , the correction efficiency is low; the two correction blocks will squeeze the tiles during correction, which is easy to cause damage to the tiles; and it cannot effectively reduce the diagonal error during edge trimming, and cannot ensure that the tiles after edge trimming are square, which gives The processing of square tiles brings trouble; there is also the existing calibration device that needs to adjust the distance between the two calibration blocks according to the size of the tiles, which has low production flexibility and adaptability

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