Non-scattering type filling uniformizing structure

Abstract

The invention provides a non-scattering type filling uniformizing structure. The non-scattering type filling uniformizing structure comprises a housing with an inner cavity, wherein a feeding openingand a discharging opening are formed in the housing; a rotatable push plate seat is arranged in the housing; the feeding opening and the discharging opening are located in the side of the periphery ofa rotating axis of the push plate seat; a plurality of push plates which penetrate through two sides of the push plate seat and pass through the rotating axis are arranged on the push plate seat; thepush plates are movably connected with the push plate seat; the push plates can perform reciprocating motion on two sides of the push plate seat in a radial direction; the push plate seat rotates according to the sequence that the push plate seat firstly passes through the feeding opening and then passes through the discharging opening; the feeding opening is located at the front end of the rotating direction; the discharging opening is located at the rear end of the rotating direction; a guiding block is arranged on the inner wall of the inner cavity of the housing and periodically rotates along with the push plate seat; the push plates are periodically in reciprocating motion in the radial direction; two radial ends of each of the push plates are always attached to the side wall of theinner cavity; and when one ends of the push plates rotate to an inner arc surface of the guiding block, the ends of the push plates are attached to the inner arc surface. According to the non-scattering type filling uniformizing structure disclosed by the invention, through change of the inner structure of the housing, the accuracy and the efficiency of discharging are improved.

Description

technical field [0001] The invention relates to the technical field of food processing, in particular to a non-dispersing homogeneous material structure. Background technique [0002] Today, when the production process is highly automated, the perfect operation process and efficient operation equipment play an important role in the production of enterprises, especially in the field of food processing, the automatic transportation of fillings has become the top priority of the overall process. The transportation of fillings requires not only fast speed, but also high precision. Therefore, good material-discharging equipment has become an important link to shorten the production process and effectively improve the competitiveness of enterprises. [0003] Most of the existing uniform material discharge equipment is extrusion type, and the filling is sent to the next step by rotating the push plate in the center of the disc. However, this structure cannot accurately discharge th...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing uniform material discharge equipment is extrusion type, and the filling is sent to the next step by rotating the push plate in the center of the disc. However, this structure cannot accurately discharge the stirred filling material quantitatively. When the stuffing is driven to move and pass through the outlet, there will always be some fillings that do not enter the outlet, but return to the inlet as the push plate continues to rotate, so the efficiency and precision cannot meet modern production;

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