Multi-path circulation peanut shell remover

A peeling machine and peanut technology, which is applied in the fields of shelling, pod removal, food science, etc., can solve the problems of high damage rate of peanuts, high impurity content of peanuts, small shells that are not clean, and achieve the effect of shelling Good, improve the peeling degree, reduce the effect of impurity content

Inactive Publication Date: 2009-02-11
马新福
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  • Abstract
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  • Claims
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Problems solved by technology

[0002] With the development of the food industry, more and more occasions need to shell the peanuts and further process the peanut kernels. At present, the conventional shelling method used by the peanut sheller is a rough metal plate and a perforated steel mesh. After the relative operation between the metal plate and the perforated steel mesh is completed, there is a gap of a set distance between the metal plate and the perforated steel

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  • Multi-path circulation peanut shell remover
  • Multi-path circulation peanut shell remover

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Embodiment Construction

[0021] Referring to Fig. 1, a large fruit peeler 1, a medium fruit peeler 2 and a small fruit peeler 3 are arranged in three levels; below each peeler, a sorting vibrating screen 9 is set, and the sorting vibrating screen 9 The materials on the upper layer of the screen separated by the screen 10 are dropped in the secondary hopper 5, and the materials on the lower layer of the screen are dropped in the tertiary hopper 6;

[0022] As shown in Figure 1, the three-stage shellers are arranged in series, including setting the raw material hopper as the first-stage hopper 4, and the vibrating specific gravity device 14 as the discharge hopper; the first-stage hopper 4 is used as the input hopper of the large fruit sheller 1, and the second-stage hopper is used as the input hopper of the large fruit sheller 1. The hopper 5 is the input hopper of the middle fruit peeler 2 , the three-stage hopper 6 is the input hopper of the small fruit peeler 3 , and the vibrating specific gravity me...

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Abstract

A multi-grade cyclic peanut hulling machine is characterized by comprising hulling devices of three grades, i.e. a large nut hulling device, a middle nut hulling device and a small nut hulling device. Sorting vibration sieves are arranged under each hulling device. Upper-layer material and lower-layer material separated by the screens of the sorting vibration sieves respectively drop in a second-grade hopper and a third-grade hopper; the hulling devices of the three grades are arranged in tandem; a raw material hopper is arranged as a first-grade hopper, a vibration specific weight meter as a material outlet hopper; the first-grade hopper is used as the material feed hopper of the large nut hulling device, the second-grade hopper as the material feed hopper of the middle nut hulling device, and the third-grade hopper as the material feed hopper of the small nut hulling device; the vibration specific weight meter is arranged, in parallel, at the feed port of the third-grade hopper. The invention can significantly reduce the breakage rate of peanuts and improve the hulling cleanliness. With high mechanization degree, the machine can reduce the labor intensity of operators.

Description

technical field [0001] The invention relates to a processing machine for agricultural and sideline products, more specifically to a peanut shelling machine. Background technique [0002] With the development of the food industry, more and more occasions need to peel the peanuts and deep-process the peanut kernels. At present, the conventional method of peeling peanut shellers is to use a rough surface metal plate and a perforated steel mesh. After the relative operation is completed, there is a gap of a set distance between the metal plate and the perforated steel mesh. In this gap, the peanut fruit completes the shelling with the relative operation between the metal plate and the perforated steel mesh. However, in actual operation, the coordination between the metal plate and the perforated steel mesh cannot uniformly satisfy peanuts of different sizes. As a result, the peanuts have a high breakage rate, the small shells cannot be peeled off cleanly, and the peanuts contain...

Claims

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Application Information

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IPC IPC(8): A23N5/01
Inventor 马新福
Owner 马新福
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