Large-angle all-round glaze spraying device

Abstract

The invention discloses a large-angle omni-directional glaze spraying device. A conveying belt II conveys bowl wares to the part below a suction cup II, the suction cup II conveys the bowl wares to a hollow rotating seat, a suction pipe adsorbs the bowl wares to fix the positions of the bowl wares, a spray nozzle sprays glaze on the bowl wares, at the moment, side rotating mechanisms act to enable a suspension plate to deflect by large angles, the front sides and the back sides of the bowl wares are exposed under the spray nozzle, a bowl ware overturning mechanism duly acts to overturn the upper surfaces and the lower surfaces of the bowl wares, after glaze spraying is finished, a mobile motor conveys the bowl wares to the left side of the suspension plate, a suction cup I conveys the bowl wares onto a conveying belt I so as to finish a glaze spraying period. The large-angle omni-directional glaze spraying device can be used for the automatic glaze spraying step in the daily-use ceramic production process, and the defects of the conventional glaze spraying device that the efficiency is poor, the glaze spraying quality is poor and the automation degree is low are overcome.

Description

technical field [0001] The invention relates to automatic production equipment for daily-use ceramics. Background technique [0002] In the production of daily-use ceramics in the past, due to the difference in the performance of raw materials or the limitation of the shape of various products, the glazing process of various ceramic manufacturers can only be performed by manual glazing. The production efficiency of manual glazing is low. During the glazing process, fingers touch the green body, leaving fingerprints on the green body after glazing, which affects the glazing quality of the green body. In addition, since there are various chemical materials added to the glaze water, these chemical materials have a corrosive effect on the human body, and long-term manual glazing is harmful to the human body. [0003] In order to improve production efficiency, improve product quality, improve the production environment for workers, and reduce costs, technicians are constantly im...

AI Technical Summary

Problems solved by technology

This device is suitable for the glazing process of ceramic tiles, but it has very strict requirements on the rheological dynamic parameters of the glaze water. If the glaze water changes or the composition of the glaze water is not uniform enough, it will easily cause the thickness of the glaze layer to be inconsistent, which will directly affect the yield.

[0009] 6. Patent document [publication number is CN203187583U] In the utility device patent titled "automatic glazing device for daily-use ceramics", there are glaze suction holes on the wall of the glaze storage cylinder, so that the glaze water can be sucked into the glaze storage cylinder to be glazed on the bottom of the bowl In the production process, it was found that when the suction cup mechanism sucks the bowl body and swings to the glaze pool for glazing, the time for the bottom of the bowl to contact the glaze water is relatively longer than the time for the bowl surface to contact the glaze water. For some bodies with strong water absorption, use this If the glaze layer is glazed by a different method, the thickness of the glaze layer at the bottom of the bowl is obviously greater than that on the surface of the bowl, and the glaze on the green body is unqualified.

[0010] In summary, the existing glazing devices mainly have defects such as low efficiency, poor glazing quality, complex structure, excessive labor intensity of workers, and insufficient automation

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