Cellular turntable driving type spherical fruit and vegetable breaking-cutting machine

Abstract

The invention discloses a cellular turntable driving type spherical fruit and vegetable breaking-cutting machine. The breaking-cutting machine consists of a main rack, and an overhead feeding device, a cellular breaking-cutting device, a discharging device and a power transmission device, which are arranged on the main rack. The breaking-cutting machine has the advantages that spherical fruits and vegetables are supplied in a cellular turntable driving way, and are broken-cut through a breaking-cutting wheel, so that the collision and squeezing of the fruits and the vegetables are effectively reduced, the fruits and the vegetables can be broken-cut one by one at one time in a simulated manual way, and missing cutting and over-cutting can be effectively avoided; and breaking cutters advance in a way of oppositely shuttling in through cutter grooves, so that the problem of cutter adhesion can be effectively solved, and safe accidents can be effectively avoided. The problem of difficulty in the clamping and positioning of the spherical fruits and vegetables is solved; and the breaking-cutting machine is special for the spherical fruits and vegetables, works in a reliable mode, and is high in breaking-cutting efficiency, simple in structure, low in cost, easy to maintain and convenient to popularize and use.

Description

technical field [0001] The invention relates to a fruit and vegetable cutting machine, in particular to a honeycomb turntable-driven spherical fruit and vegetable cutting machine, which belongs to the field of fruit and vegetable processing machinery. Background technique [0002] Fruit and vegetable cutting is the first step in subsequent deep processing, direct use as feed or direct marketing, so it is also an important production link in the fruit and vegetable processing industry, livestock and poultry breeding industry, and supermarket retail industry. As one of the types of fruits and vegetables with a large variety and high demand, the cutting of spherical or nearly spherical fruits and vegetables such as apples, oranges, watermelons, onions, cabbage, pumpkins, round radishes, etc., is often difficult to grasp when using traditional cutting methods. However, there are disadvantages such as low cutting efficiency and potential safety hazards. It is difficult to meet th...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned fruit and vegetable shredders have played an important role in reducing labor intensity and improving cutting efficiency, but there are also the following deficiencies: (1) In terms of feeding methods, most shredders are fed in piles and listed, chaotic and disorderly The unique feeding method makes it inevitable that fruits and vegetables will be bumped and squeezed, which reduces the quality and appearance of fruits and vegetables; (2) In terms of cutting methods, most cutting machines perform one-knife collective cutting on the squeezed piles of fruit and vegetable materials. Cutting materials, it is difficult to cut them one by one in a manual way, so missing or overcutting is more common; (3) In the design of the anti-stick knife, it is easy to cause sticking to the knife when slicing fruits and vegetables, once the sticky fruit and vegetable slices fall off It is easy to be cut twice and cause over-cutting, but at present, almost no shredders consider this problem in design; (4) In terms of safety protection, most shredders are open designs with exposed cutters, which are harmful to the operation. The design of personnel safety protection is not in place; (5) In terms of processing pertinence, due to the problem of difficult clamping and positioning of spherical fruits and vegetables, there is generally a lack of cutting machines for spherical fruits and vegetables in the market

In addition, most shredding machines often have complex structural design, sophisticated supporting equipment, and numerous operating procedures, which virtually increase the initial investment, later use and maintenance costs, which to a certain extent limit the popularization and application of the above-mentioned fruit and vegetable shredding machinery

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