Multifunctional stuffing division system

Abstract

The invention discloses a multifunctional stuffing division system and belongs to the technical field of food processing. The multifunctional stuffing division system comprises a material storage inner barrel provided with a material storage cavity, a masher capable of working in a whole-length range of the material storage cavity, a sealing outer barrel which sleeves the outer surface of the material storage inner barrel, and a spiral material storage channel arranged between the material storage inner barrel and the sealing outer barrel; a barrel wall of the material storage inner barrel is provided with a plurality of stuffing discharging holes for communicating the spiral material storage channel with the material storage cavity; and the multifunctional stuffing division system further comprises a splitting mechanism. According to the multifunctional stuffing division system, a stuffing body is divided into stuffing flows with fixed section areas through the spiral material storage channel, and flow speeds of the stuffing flows are the same when extruding force effects in the material storage cavity are the same, so that the flows are the same; on the basis, the splitting mechanism is used for splitting accurately, so that the weight of each part of the stuffing body is the same; and finally, accurate stuffing division is realized. Meanwhile, the spiral material storage channel is set into a spiral structure and the length of the channel can be increased, so that a material storage capacity is enlarged, the equipment volume is easily reduced and the manufacturing cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of food processing, and in particular relates to a multifunctional filling filling system capable of stirring, mashing and filling filling operations at the same time. Background technique [0002] In the existing filling food machinery, the filling structure is relatively simple, and there is no strict cutting mechanism or weighing mechanism, resulting in a large difference in the weight of the filling, which affects the cost weight and final taste. At the same time, the filling structure basically adopts straight hole extrusion It is shown that the route is short and the capacity is small, resulting in large equipment volume and affecting the production cost. [0003] In addition, the existing filling food machinery basically adopts the scheme of completely separating functions and operating independently. Although the process is clear, the structure cannot be simplified and the process steps cannot be sho...

AI Technical Summary

Problems solved by technology

[0002] In the existing filling food machinery, the filling structure is relatively simple, and there is no strict cutting mechanism or weighing mechanism, resulting in a large difference in the weight of the filling, which affects the cost weight and final taste. At the same time, the filling structure basically adopts straight hole extrusion However, the route is short and the capacity is small, which leads to large equipment volume and affects the production cost.

[0003] In addition, the existing filling food machinery basically adopts the scheme of completely separating functions and operating independently. Although the process is clear, the structure cannot be simplified and the process steps cannot be shortened, which affects the manufacture and use of this type of equipment and increases materials and costs. spending, weakening its level of competition

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