Directional kernel taking and skin removing machine and kernel taking and skin removing method

Abstract

The invention discloses a directional kernel taking and skin removing machine and a kernel taking and skin removing method. The device comprises a speed reduction motor, a station indexing mechanism, an annular fruit skin removing device, a kernel taking device and a fruit skin complete peeling device, wherein the station indexing mechanism and the kernel taking device are both driven by the speed reduction motor; the station indexing mechanism comprises an indexing circular disc and a material clip; the indexing circular disc is connected with a material loading mechanism and a material unloading mechanism outside; the annular fruit skin removing device is driven by a speed adjusting motor and comprises an annular cutting combined knife; the kernel taking device comprises a kernel taking knife and a kernel taking movement mechanism; and the fruit skin complete peeling device is mounted in a kernel taking knife movement travel. The method comprises the following steps of: trisecting fruits on the station indexing mechanism by using the annular fruit skin removing device; and then taking kernels by using the kernel taking device; pulling fruit skins away from the fruit skins; separating upper fruit skins from fruit fleshes under the effect of the fruit flesh complete peeling device; removing the upper fruit skins; and finally, removing the lower fruit skins through the material unloading mechanism to finish the kernel taking and skin removing. The directional kernel taking and skin removing machine and the kernel taking and skin removing method, disclosed by the invention, have the advantages of high production efficiency and no pollution in machining.

Description

technical field [0001] The invention relates to the research field of food processing, in particular to a machine for directional core removal and peeling and a method for removing core and peeling. Background technique [0002] For fruits with strong seasonality, short ripening time and concentration, they are easy to change color and taste after picking, and it is difficult to store them for a long time. At present, the cost of keeping such fruits fresh is relatively high, and most of them need to be further processed for storage and transportation. . For fruits that require multiple processing of both peel and core, core removal and peeling are required during deep processing. At present, the technology of core removal and peeling is still immature, mainly divided into manual and machine methods. Manual core removal and peeling In the process, the sanitation quality is poor, the efficiency is extremely low, and the labor cost is high, so it is not conducive to large-scal...

AI Technical Summary

Problems solved by technology

[0002] For fruits with strong seasonality, short ripening time and concentration, they are easy to change color and taste after picking, and it is difficult to store them for a long time. At present, the cost of keeping such fruits fresh is relatively high, and most of them need to be further processed for storage and transportation.

For fruits that require multiple processing of both peel and core, core removal and peeling are required during deep processing. At present, the technology of core removal and peeling is still immature, mainly divided into manual and machine methods. Manual core removal and peeling During the process, the sanitation quality is poor, the efficiency is extremely low, and the labor cost is high, so it is not conducive to large-scale production

At present, the core and peeling method of the machine is realized by the core and peeling machine, but most of the current core and peeling machines have problems such as excessive loss of mechanically squeezed juice and serious pulp fragmentation, and it is difficult to ensure its complete shape. Satisfy the technical requirements of modern deep processing of high-quality fruit

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