Tea cup production line, and method for producing tea cup by using production line

Abstract

The invention discloses a tea cup production line sequentially comprising a blank making mechanism, a glazing mechanism, a glost kiln and an auxiliary glazing device from front to back according to aprocess flow. The blank making mechanism comprises a blank making table, a blank making rotary shaft and a blank making rotary plate; a circle of guiding chute is further formed in the blank making table; a grinding device is arranged under a discharge hole of the guiding chute; the glazing mechanism comprises a main rotary base and a hairbrush; a cup blank to be glazed is arranged on the main rotary base; the main rotary base rotates to drive the cup blank to be glazed to rotate; a bristle end of the hairbrush can be in abut-joint to the outer surface of the cup blank to be glazed; and the auxiliary glazing device comprises an auxiliary rotary base, a black glaze cup model, an auxiliary contact rod, an auxiliary batch type lifting mechanism, an auxiliary elastic device, an auxiliary batchtype pushing mechanism and an auxiliary clamping device. The invention further discloses a method for producing a tea cup by using the tea cup production line. The tea cup production line provided bythe invention has the advantages of high pug utilization rate, uniformity in glazing, and good glazing effect.

Description

technical field [0001] The invention relates to the technical field of ceramic technology, in particular to a production line for tea cups and a method for producing tea cups using the production line. Background technique [0002] Ceramics include pottery and porcelain, which refer to products made of plastic porcelain clay and porcelain stone ore, glazed with feldspar and quartz, and formed, dried, and fired, mainly for daily use, art, and architectural pottery. As a kind of ceramic products, cups refer to daily utensils that hold liquids, and the materials are usually ceramics, wood, bamboo, metal, etc. Commonly used items such as tea cups, oil cups, and lamp cups. The preparation process of the cup usually includes the following steps: embryo drawing, trimming, drying of the mud embryo, glazing of the embryo, entering the kiln for firing, building the cup and exiting the kiln, etc. [0003] The embryo drawing and embryo repairing of the prior art are all completed on ...

AI Technical Summary

Problems solved by technology

But this type of invention has the following deficiencies: First, the way of spraying is difficult to ensure the uniformity of the oil surface as a whole, especially for the belly with concave-convex structure and multi-arc structure, it is easy to produce glaze ripples and unstable glaze film; Second, the material ejected from the spray gun will cause the problem of splashing everywhere, which will bring great trouble to the subsequent cleaning; for example, the glazing device for the outer surface of a ceramic cup disclosed in patent application 201510304005.8 also adopts the method of spraying and glazing. Compared with the above invention, the technical solution of the invention is different in that the overall glazing device is limited in the glaze spray cover, and the problem of glaze water splashing is avoided through the sealing and blocking functions of the spray glaze cover

However, the glaze water sprayed onto the spray glazing cover may bounce back and fall onto the cup embryo, which affects the uniform effect of glazing; in addition, the operation and regulation of the sealed glazing method is poor; On the calyx embryo, the binding effect between it and the calyx embryo needs to be improved

Images