Semiautomatic kernel removing and section cutting integrated machine

Abstract

The invention discloses a semiautomatic kernel removing and section cutting integrated machine. According to the semiautomatic kernel removing and section cutting integrated machine, a drive motor isarranged in a drive frame, a horizontal drive shaft and a punching drive shaft, extending backwards, of the drive motor are used for driving an annularly-arranged drive chain so that fruit containingplates on the drive chain can be driven to rotate anticlockwise, and when the fruit containing plates move leftwards, the punching drive shaft and a section cutting eccentric wheel on the front side are in meshing transmission, and the section cutting eccentric wheel drives an upper sliding plate to move up and down. Downward pressing rods on the upper sliding plate are matched with kernel punching tools at the bottoms of the fruit containing plates for punching of the bottoms of fruit kernels, then, section cutting tools are used for punching away the fruit kernels of fruits in the fruit containing plates and cutting the fruits into sections, the punched fruit kernels are discharged to the outer portion through a fruit kernel discharging groove, and finished fruits without the fruit kernels are discharged leftwards through a finished fruit discharging groove to the left side of a frame body. The semiautomatic kernel removing and section cutting integrated machine is novel in structuredesign, and fruit kernel punching work and fruit flesh section cutting can be rapidly and accurately achieved.

Description

technical field [0001] The invention belongs to the technical field of fruit pitting treatment, and in particular relates to a semi-automatic pitting and flap cutting machine. Background technique [0002] At present, in the process of industrial processing and production of some fruits with stones, the fruits that can be processed by changing different tools and molds are: apricots, peaches, plums, prunes, apples, pears, sand fruits, oranges, oranges, and large fruits. Hawthorn, loquat, avocado and other products. The core of this kind of fruit is not easy to remove. There is no corresponding processing equipment on the market at present. The process of core removal is all done manually. The efficiency of core removal is low and the quality of the fruit after core removal is poor. , cause waste, moreover, existing fruit processing equipment can't realize the flap cutting operation of fruit, can only realize manual flap cutting by manual equipment, cutting efficiency is s...

AI Technical Summary

Problems solved by technology

The core of this kind of fruit is not easy to remove. There is no corresponding processing equipment on the market at present. The process of core removal is all done manually. The efficiency of core removal is low and the quality of the fruit after core removal is poor. , resulting in waste. Furthermore, the existing fruit processing equipment cannot realize the flap cutting operation of the fruit, and can only realize manual flap cutting through manual equipment. The cutting efficiency is slow and the uniform flap cutting operation cannot be realized.

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