Mixed injecting mechanism

Abstract

The invention discloses dairy product processing equipment, and particularly relates to a mixed injecting mechanism for processing a flavored dairy product. The mixed injecting mechanism comprises an output fan blade arranged in an original milk filling pipe, wherein an output fan blade comprises a center pipe and one group of long strip-shaped pipes, one end of the center pipe is closed, the other end of the center pipe is opened, the long strip-shaped pipes are circumferentially uniformly distributed on the side wall of the center pipe and are communicated with the center pipe, one group of spraying holes are uniformly formed in the long strip-shaped pipes along a length direction, the center pipe is further connected with an auxiliary material filling hole, and a spraying direction restrained by the spraying holes is perpendicular to a direction of the original milk filling pipe. The mixed injecting mechanism solves the defects of non-uniformity in mixing during filling and low manufacture cost in the prior art, and provides a mixed injecting mechanism capable of performing automatic mixing without mixing of a motor.

Description

technical field [0001] The invention relates to a dairy product processing equipment, in particular to a mixing and injection mechanism for processing flavored dairy products. Background technique [0002] In order to make drinks have different flavors (such as walnuts, jujubes, etc.), existing dairy production enterprises will mix raw milk (unprocessed milk) with specific auxiliary materials, and heat (ferment) and stir , refrigeration and other processes to finally obtain flavored dairy drinks. [0003] For the mixing of raw milk and auxiliary materials, the prior art uses two filling pipes to respectively inject the raw milk and auxiliary materials into the reactor, and then mix and heat. This way of pouring separately makes the mixing of raw milk and auxiliary materials uneven, increases the difficulty of stirring operation and affects the quality of the final product. [0004] In order to make the accessories evenly perfused, the prior art adopts such as figure 1 Dis...

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Problems solved by technology

[0005] 1. The distance between the spray nozzles is relatively close, and the number of the spray nozzles is only 5 to 6. These spray nozzles are relatively concentrated at the end of the irrigation pipe, and the diversion effect is only to divert one flow. The output of auxiliary materials is converted into the effect of relatively concentrated output of several auxiliary materials, which has a small promotion effect on "mixing evenly";

[0006] 2. The covering area of ​​the whole reaction kettle is relatively large. If the excipients are mixed evenly with the raw milk when they are injected (different from the uniform mixing achieved by stirring in the later stage), a number of vertically and horizontally distributed splash tubes are needed to cover the entire upper part of the reaction kettle. area, the production cost is higher

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