Ceramic adjustable uniform glazing equipment

Abstract

The invention discloses adjustable uniform glazing equipment for ceramics, which can realize automatic glazing operation on the ceramics, is high in glazing quality, and can realize glazing on irregular positions such as grooves and arc angles on the ceramics, during glazing, a glazing sleeve disc of a glazing mechanism is firstly utilized to quickly glaze large-area positions of regular surfaces of the ceramics, and then the large-area positions of the regular surfaces of the ceramics are subjected to uniform glazing; after quick glazing is completed, the glazing needle head is used for glazing key positions such as grooves and arc angles on the ceramic, the glazing quality of the ceramic is guaranteed, a through hole is formed in the center of the glazing sleeve disc, and when the glazing needle head is far away from the glazing disc and does not penetrate through the through hole, the glazing disc can conduct glazing operation on the ceramic; when the glazing needle head is close to the glazing disc and penetrates through the through hole, the glazing needle head is used for glazing the ceramic, so that the structure not only can quickly realize the conversion between the glazing disc and the glazing needle head and improve the conversion efficiency and capability, but also can ensure the quality and the positioning accuracy after conversion and improve the glazing effect.

Description

technical field [0001] The invention specifically relates to an adjustable and uniform glazing device for ceramics, and relates to the related field of ceramic glazing devices. Background technique [0002] At present, for high-quality ceramic glazing, it is mostly done by hand, because the common mechanical automatic glazing equipment generally uses a glazing brush to paint the ceramics, and when painting, the rotary table is used to drive The ceramic is rotated at a low speed. During the rotation, the glazing and brushing can be used to brush the ceramic. However, for some high-quality ceramics, when glazing the ceramic in this way, the grooves, arc angles, etc. The glazing quality of the non-planar or regular curved positions is not high. These irregular positions are often less glazed, and these positions are prone to further loss of glaze in the subsequent processing procedures, which leads to the problem of glaze in these positions. The poor quality of the glaze makes...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the glazing of high-quality ceramics is done manually. This is because ordinary mechanical automation glazing equipment generally uses a glazing brush to paint the ceramics, and when brushing, it is driven by a rotary table. The ceramic rotates at a low speed. During the rotation, the glaze can be applied to the ceramic. However, for some high-quality ceramics, when the ceramic is glazed in this way, the ceramic grooves, arc angles, etc. The quality of glazing on non-planar or regular curved surfaces is not high, and the glazing on these irregular positions is often less, and these positions are prone to further loss of glaze in the subsequent processing steps, which leads to the loss of glaze on these positions. The quality of the glaze is not good, which in turn makes the quality of the ceramics unreliable, and it is difficult to realize the preparation of high-quality ceramics. If you simply set up multiple glaze brushes with different sizes and shapes, the positioning accuracy will not be high, and frequent replacement is not only very troublesome. , Moreover, the accuracy is affected after the replacement, and at the same time, the space for the equipment is limited, which affects the operation

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