Raw material grinding and unloading mechanism for ceramic products

Abstract

The invention discloses a raw material grinding and discharging mechanism for ceramic products. The raw material grinding and discharging mechanism comprises an outer grinding barrel body transversely arranged, a frame body and a discharging frame, and an inner barrel body is arranged inside the outer grinding barrel body in an inserted and sleeved mode; the discharging frame comprises two transmission rollers, the two ends of each transmission roller are hinged to corresponding supporting legs, the bottom ends of the supporting legs are fixed to bottom lifting plates, a transmission conveying belt is tensioned on the two transmission rollers, the middle of the transmission conveying belt is located below the outer grinding barrel body, an annular conveying groove body is formed in the outer wall surface of the transmission conveying belt, and an open groove in the side wall of the lower part of the outer grinding barrel body faces the annular conveying groove body. According to the raw material grinding and discharging mechanism, the outer grinding barrel body transversely arranged is adopted, the inner barrel body is arranged inside the outer grinding barrel body, and therefore stirred powder can be mixed uniformly, particles are nearly uniform, and the later use effect is improved; after a cover plate is opened, material can be directly discharged to the transmission conveying belt for being conveyed and discharged, waste is avoided, conveying is stable and the effect is good.

Description

Technical field: [0001] The invention relates to the technical field of ceramic processing equipment, in particular to a raw material grinding and unloading mechanism for ceramic products. Background technique: [0002] The powder used for ceramic products needs to be ground before processing, so as to improve its fineness and post-processing effect. The existing grinding method generally adopts the vertical barrel to place the powder into the powder and then grind it with grinding balls. After grinding, the The powder can be poured in, and the stirred powder is not sieved, which makes the uniformity of the powder unsatisfactory, which will affect the effect of later use. [0003] At the same time, after the existing powder is ground, the material is generally placed at the discharge port manually. It needs to be placed immediately after the end cover at the discharge port is manually opened, which will easily cause part of the powder to leak out and cause waste. . Invent...

AI Technical Summary

Problems solved by technology

[0002] The powder used for ceramic products needs to be ground before processing, so as to improve its fineness and post-processing effect. The existing grinding method generally adopts the vertical barrel to place the powder into the powder and then grind it with grinding balls. After grinding, the The powder can be poured in, and the mixed powder is not sieved, which makes the uniformity of the powder unsatisfactory, which will affect the later use effect

[0003] At the same time, after the existing powder is ground, the material is generally placed at the discharge port manually. It needs to be placed immediately after the end cover at the discharge port is manually opened, which will easily cause part of the powder to leak out and cause waste.

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