Mixing device and mixing process for food processing

Abstract

The invention discloses a mixing device and a mixing process for food processing, in particular relates to the field of food processing. The mixing device comprises a machine body, wherein blanking boxes are arranged around the top of the machine body, and a defoaming station is arranged at the bottom of the machine body; an uninterrupted dichotomy stock bin and an upper top cover are arranged inthe machine body; the upper top cover is arranged at the top of the uninterrupted dichotomy stock bin; a material mixing control chamber is formed in the upper top cover; a material mixing driving mechanism is arranged in the material mixing control chamber; a plurality of circumferentially-disposed discharge channels are arranged on the outer side of the material mixing control chamber; ends of the discharge channels are connected with lateral discharge channels; the bottom of one end of each lateral discharge channel is connected with a discharge pipe. When the mixing device is cleaned, withthe upward and downward movement of a separation sealing plate, washing liquid can be enabled to separately enter blanking pipes, a material box and the discharge channels for cleaning, so that the entire equipment is completely cleaned, the whole structure is simple and compact and small in floor space, and change of the material box is not required.

Description

technical field [0001] The invention relates to the technical field of food processing, more specifically, the invention relates to a mixing device and a mixing process for food processing. Background technique [0002] At present, the existing food mix includes powder food, liquid food and block food. When mixing liquid food, it is generally mixed evenly with an ordinary mixer on the market, and then the filling and other work are carried out. Filling and food The processing is generally connected as a whole through pipelines, which leads to the fact that an ordinary mixer cannot continuously supply materials during use. After the mixture is used, it needs to be added and mixed again before filling. If you want to achieve uninterrupted filling, Two or more mixers are required to mix and feed materials in turn, resulting in cumbersome pipeline laying, the entire equipment is large in size and covers a large area, and is not suitable for small factory processing or personal u...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing food mix includes powder food, liquid food and block food. When mixing liquid food, it is generally mixed evenly with an ordinary mixer on the market, and then the filling and other work are carried out. Filling and food The processing is generally connected as a whole through pipelines, which leads to the fact that an ordinary mixer cannot continuously supply materials during use. After the mixture is used, it needs to be added and mixed again before filling. If you want to achieve uninterrupted filling, Two or more mixers are required to mix and feed materials in turn, resulting in cumbersome pipeline laying, the entire equipment is large in size and covers a large area, and is not suitable for small factory processing or personal use processing;

[0003] In addition, when the existing mixer is in use, there are generally multiple feeding boxes, and the material box, mixer and filling equipment are integrated into one, which is inconvenient to clean, and different food boxes need to be replaced. inconvenient

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