Reducing impact insertion-cutting type annular banana comb cutting device

Abstract

The invention discloses a reducing impact insertion-cutting type annular banana comb cutting device. The reducing impact insertion-cutting type annular banana comb cutting device comprises a lifting frame and at least three cutting units, wherein the lifting frame is provided with a workbench and a lifting mechanism for lifting and lowering the workbench; the cutting units are annularly arranged on the workbench; the cutting units comprise parallelogram mechanisms, comb cutting knife groups and knife group synchronous controllers. The lifting mechanism of the banana comb cutting device has an impact effect. When fruit stems are in contact with hard blades or soft blades during banana comb cutting, insertion cutting of banana stems under the impact of the hard blades and the soft blades can be realized by controlling the revolving of runners, so that the aims of removing stalks and cutting combs are fulfilled, the cutting quality can be improved, the comb cutting time is shortened, and the efficiency is increased.

Description

technical field [0001] The invention relates to an agricultural machine, in particular to a variable-diameter impact plunge-cutting ring-shaped banana drop-comb device. Background technique [0002] At present, the application level of mechanization in the post-harvest banana processing link at home and abroad is relatively low, especially in the banana combing link. Labor is concentrated and labor-intensive. At present, the world's banana industry is entering a major historical stage of transformation from a traditional industry to a modern industry. It is in a critical period of mechanization development in the post-production banana processing operation. As labor costs continue to rise, the processing cost of banana products is getting higher and higher. The hand-applied plug-and-cut deshafting and combing cutter has the disadvantages of poor adaptability, inconvenient operation, and inability to deshaft and comb the whole bunch of bananas one by one. As a result, the e...

AI Technical Summary

Problems solved by technology

[0002] At present, the application level of mechanization in the post-harvest banana processing link at home and abroad is relatively low, especially in the banana combing link. Concentrated labor and high labor intensity

At present, the world's banana industry is entering a major historical stage of transforming from a traditional industry to a modern industry. It is in a critical period of mechanization in post-production banana processing operations. As labor costs continue to rise, the processing cost of banana products is getting higher and higher.

Manually applied insert-cut deshafting and combing knives have disadvantages such as poor adaptability, inconvenient operation, and inability to comb the whole bunch of bananas one by one.

As a result, the efficiency of banana post-production treatment is low, the processing cycle is long, the labor force is concentrated, the labor intensity is high, and the mechanical damage of the banana surface is serious, which affects the overall aesthetics of the banana and increases the incidence of microbial diseases.

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