Agitating method and agitating machine for porcelain powder agitator

Abstract

The invention discloses an agitating method and an agitating machine for a porcelain powder agitator. The method adopts a double-helical agitating machine with a low incidence to agitate porcelain powder; an agitating shaft sleeve of the agitating machine is driven by a agitating shaft on the agitator to rotate, two sets of helical blades are welded on the agitating shaft sleeve, the blades are made of steel plate strips, and the low incidence is formed by the planes of the steel plate strips and the rotation direction so that the porcelain powder slides along the planes of the blades when the blades rotate in the porcelain powder, and the rotation resistance is reduced. The invention is specially used for agitating porcelain powder, the agitating machine used by the agitating method can easily rotate in an agitating vessel, a motor can not operate in overload, the performance life of the motor is long, the agitating efficiency can be improved, and the labor intensity of workers is reduced.

Description

technical field [0001] The invention relates to a stirrer, in particular to a stirring method of a porcelain powder stirrer and the stirrer used. Background technique [0002] In the decoration industry, it is often necessary to stir a large amount of porcelain powder. In the past, people mainly used shovels to stir manually. Because the mixture of porcelain powder contains glue, the viscosity of porcelain powder is high when stirring. Porcelain powder should not be too thin. If it is too thin, the bonding force with the wall will be poor during construction. Due to the high viscosity of porcelain powder, manual mixing is very laborious and the work efficiency is also low. In order to reduce the labor intensity, a cement mixer has been tried to stir the porcelain powder, but due to the high viscosity of the porcelain powder, the blades of the cement mixer have greater resistance when rotating, and the speed of the cement mixer is also faster, so the cement mixer is used for ...

AI Technical Summary

Problems solved by technology

[0002] In the decoration industry, it is often necessary to stir a large amount of porcelain powder. In the past, people mainly used shovels to stir manually. Because the mixture of porcelain powder contains glue, the viscosity of porcelain powder is high when stirring. Porcelain powder should not be too thin, too thin will have poor bonding force with the wall during construction. Due to the high viscosity of porcelain powder, manual mixing is very laborious and the work efficiency is also low.

In order to reduce the labor intensity, a cement mixer has been tried to stir the porcelain powder, but due to the high viscosity of the porcelain powder, the blades of the cement mixer have greater resistance when rotating, and the speed of the cement mixer is also faster, so the cement mixer is used for mixing porcelain powder. The load on the motor is too large, and the stirring will not stop. The working temperature and working current of the motor exceed the rated temperature and working current, which will affect the life of the motor and often burn out the power supply insurance.

In addition, the outlet of the cement mixer is too small. When mixing cement, the cement can flow out automatically, but when it is used to mix porcelain powder, the porcelain powder is blocked at the outlet, and it is difficult to discharge the material. Because the mixture of porcelain powder contains glue, it is difficult to use it. After the mixer, it is necessary to clean the mixing tank. If it is not cleared in time, when the residual porcelain powder dries, it will stick to the mixing tank and affect future use.

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