A ceramic production device that utilizes buoyancy sensing mud consumption and automatic dumping

Abstract

The invention relates to the technical field of handicraft production, and provides a ceramic production device that uses buoyancy to sense mud consumption and automatically dumps, including a body. The inner wall of the body is movably connected with a plaster mold, and the inner wall of the gypsum mold is movably connected with buoyancy balls. The ceramic production device uses buoyancy sensing mud consumption and automatic dumping. The water level of the mud keeps dropping, and the buoyancy ball drops and pulls and stretches. The thickness of the ceramic blank is related to the mud consumed. When the water level of the mud drops reaches the set height, Stretch and pull the plate to change the position of the lever. The lever contacts the piezoelectric device to make the driving mechanism operate. The driving mechanism drives the transmission to rotate. The transmission drives the telescopic rod to rotate. The joint action of the rods makes the slider push the water tank, and the water comes out from the nozzle to remove the residual mud, so that the mud can be reused, and the buoyancy is used to control the thickness of the ceramic blank and recover the mud for reuse.

Description

technical field [0001] The invention relates to the technical field of handicraft production, in particular to a ceramic production device that uses buoyancy to sense mud consumption and automatically dumps. Background technique [0002] Handicrafts refer to items with certain artistic attributes that can meet the daily needs of the people and have decorative and usable functions. They are the crystallization of people's wisdom and labor. It is made by machine, which greatly improves the production efficiency. Among them, ceramics are a common kind of handicrafts, which accompany us in our daily life. [0003] In the prior art, there is a gypsum mold slurry casting method for ceramic production. The gypsum mold is used to absorb water, and the small particles of clay suspended in the mud are gradually and evenly deposited on the inner wall of the plaster mold. When the clay is thick enough, That is to pour out the mud that is still fluid in the central part. This method can...

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Problems solved by technology

[0003] In the prior art, there is a gypsum mold slurry casting method for ceramic production. The gypsum mold is used to absorb water, and the small particles of clay suspended in the mud are gradually and evenly deposited on the inner wall of the plaster mold. When the clay is thick enough, That is to pour out the mud that is still fluid in the central part. This method cannot see how thick the inner wall of the mold is, and the best shape of the mold will be missed. Moreover, when the mud is recycled, there will be residues in the mold, which is not only wasteful but also pollutes the mold

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