Automatic integrated hesperidium pericarp opening machine

Abstract

The invention discloses an automatic integrated hesperidium pericarp opening machine. The automatic integrated hesperidium pericarp opening machine comprises a machine frame, wherein an electric cabinet is arranged on one side of the machine frame; a PLC is mounted in the electric cabinet, and the electric cabinet is provided with a power switch, an emergency stop button, a manual mode button anda cutter movement button; an air compressor machine and a speed adjusting motor are mounted at the lower part of the machine frame; and a hesperidium rotating device, a hesperidium cutting device, a hesperidium pressing device and a hesperidium discharging device are arranged at the upper part of the machine frame. Compared with the prior art, the automatic integrated hesperidium peel opening machine has the advantages that the pericarp opening efficiency is greatly improved, so that flowing out of hesperidium juice is almost avoided, and the inner pericarp of the peeled hesperidium pericarp of the opened hesperidium is clean and free from pollution; besides, when a cutter is retracted, a hesperidium cannot move upwards along with the cutter; and the automatic integrated hesperidium pericarp opening machine also has the function of automatic feeding, and automatic cutting, fruit separating and blanking are realized.

Description

technical field [0001] The invention relates to a peel cutting device, in particular to an automatic integrated citrus peel peeling machine. Background technique [0002] Separation of citrus fruit and citrus peel. The traditional separation method is to achieve manual cutting and peeling. Due to the slow speed of manual cutting, the depth of the cut fruit cannot be controlled, and it is easy to cut. More importantly, the citrus fruit is cut during the cutting process. It is broken and squeezed by the hand grip, causing a large amount of citrus juice to flow out, contaminating the inner surface of the citrus peel. Although some simple and small machines are used to replace manual cutting, it is still impossible to avoid a large amount of citrus juice. , the knives are often caught by the pulp, causing the whole citrus to adhere to the knives; at the same time, manual assistance is required to remove the citrus, which may cause a potential safety hazard of being cut by the kn...

AI Technical Summary

Problems solved by technology

[0002] Separation of citrus fruit and citrus peel. The traditional separation method is to achieve manual cutting and peeling. Due to the slow speed of manual cutting, the depth of the cut fruit cannot be controlled, and it is easy to cut. More importantly, the citrus fruit is cut during the cutting process. It is broken and squeezed by the hand grip, causing a large amount of citrus juice to flow out, contaminating the inner surface of the citrus peel. Although some simple and small machines are used to replace manual cutting, it is still impossible to avoid a large amount of citrus juice. , the knives are often caught by the pulp, causing the whole citrus fruit to adhere to the knives; at the same time, manual assistance is required to remove the citrus fruit, which poses a safety hazard of being cut by the knives

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