Fully-automatic powder spreading device

Abstract

The invention discloses a fully-automatic powder spreading device. The fully-automatic powder spreading device comprises a machine frame, a material bin, an impeller feeding machine, a powder conveying pump and a powder bin, wherein the material bin is arranged on the machine frame; the impeller feeding machine is arranged at a bottom material outlet of the material bin; an impeller rotary shaft of the impeller feeding machine is connected with an output shaft of a first deceleration motor; an adjustable gate plate valve device is arranged at the material outlet of the material bin, and comprises a gate plate, a gear and a gear rack; the gate plate is arranged in the material bin, and is fixedly connected with the external gear rack; the gate plate and the gear rack can be slide at the material outlet, and the gear rack is engaged with the gear; the gear is connected with an output shaft of a second deceleration motor through a rotary shaft; an upper limiting material level controllerand a lower limiting material level controller are respectively arranged at the upper part and lower part of the material bin, and the top part of the material bin is connected with the powder bin through the powder conveying pump. The automatic powder spreading device has the advantages that the powder feeding speed is adjusted by a frequency-variable speed governing technique; more convenience in use is realized, the powder spreading is uniform, quantitative and accurate, the labor is saved, and the efficiency is improved.

Description

technical field [0001] The invention relates to the field of food processing equipment, in particular to a fully automatic powder spreading device. Background technique [0002] In the cheese processing industry, the shredded cheese needs to be mixed in the anti-adhesion drum after cutting and then packaged. In order to prevent the shredded cheese from sticking before mixing, anti-adhesion powder needs to be added. In the existing traditional production process, these powders are sieved Or realize that the powder is attached to the surface of the shredded cheese by artificial dusting; the sieving or manual powdering methods adopted in this mode have the disadvantages of low production efficiency and uneven powder adhesion. Although there are also some semi-automatic devices that can save labor, it is necessary to manually add powder to prevent the powder from being used up in the device, which also requires manpower. Contents of the invention [0003] The object of the pr...

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Problems solved by technology

[0002] In the cheese processing industry, the shredded cheese needs to be mixed in the anti-adhesion drum after cutting and then packaged. In order to prevent the shredded cheese from sticking before mixing, anti-adhesion powder needs to be added. In the existing traditional production process, these powders are sieved Or artificial powdering is used to achieve powder adhesion on the surface of cheese shreds; the sieving or manual powdering methods adopted in this method have disadvantages such as low production efficiency and uneven powder adhesion.

Although there are some semi-automatic devices that can save labor, it is necessary to add powder manually to prevent the powder in the device from being exhausted, which also requires manpower.

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