Ceramic glazing device with automatic glaze pool switching function

Abstract

The invention relates to a ceramic glazing device, in particular to a ceramic glazing device with an automatic glaze pool switching function. The technical problem to be solved is to provide the ceramic glazing device which is high in working efficiency, prevents glaze liquid from entering ceramics, can accurately control the depth of the ceramics entering the glaze liquid, and has the function of automatically switching glaze pools. According to the technical scheme, the ceramic glazing device comprises a frame and a glazing mechanism, the frame comprises a supporting frame and the like, the glazing mechanism is arranged on the inner sides of two transverse supporting plates, and the purposes of glazing a ceramic bottle and preventing the glaze liquid from entering the ceramic bottle are achieved through the glazing mechanism and a pushing mechanism. A pressing mechanism achieves the accurate depth of the ceramic bottle entering the glaze liquid, and a guide rail control mechanism and a guide rail return mechanism achieve the automatic switching of glaze pool entering during each glazing.

Description

technical field [0001] The invention relates to a ceramic glazing device, in particular to a ceramic glazing device with the function of automatically switching glaze pools. Background technique [0002] Ceramic glazing is the so-called method that when firing pottery and porcelain, the blank should be fired first, and then it should be glazed after firing, and then fired again. A layer of glassy material is coated on the fired blank The glaze layer mainly plays a protective and decorative role. There are many kinds of glazes made of quartz, feldspar, borax, clay, etc., which are applied to the surface of porcelain and pottery and fired to have a glassy luster. [0003] The existing method of glazing ceramics is to fix the ceramics manually with hand-held tools, and then slowly immerse the ceramics in the glaze pool. In order to prevent the glaze liquid from entering the interior of the ceramics, the ceramic mouth and the glaze liquid plane must be accurately adjusted manual...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the low efficiency of manual work, it is difficult for humans to maintain high precision for a long time. If the ceramic mouth is lower than the glaze liquid, the glaze liquid will enter the interior of the ceramic. If the ceramic mouth is higher than the glaze liquid, the glaze on the ceramic surface will not be complete. Workers When glazing ceramics, put the ceramics into the glaze liquid tank and take them out, the surface of the glaze liquid will have ripples, which will affect the control accuracy of the next ceramic glazing, and the ripples formed by the glaze liquid will also affect the surface of the ceramics. The smoothness and gloss of the glazing can only be glazed after the ripples are eliminated, which reduces the shortcomings of work efficiency. The technical problem to be solved is: to provide a high work efficiency to prevent the glaze liquid from entering the interior of the ceramic. , can accurately control the depth of ceramics entering the glaze liquid, and a ceramic glazing device with automatic glaze pool switching function

Images