Non-destructive centrifugal dehydration system for cleaning of leaves

Abstract

The invention discloses a non-destructive centrifugal dehydration system for cleaning of leaves. The non-destructive centrifugal dehydration system comprises a power and transmission part, a classified centrifugal dehydration rotating disc, a continuous feeding leading-in device, a discharging direction-controlling device, an on-line output material collecting device and a drained water collecting device, wherein the power and transmission part is used for providing power for the classified centrifugal dehydration rotating disc; the continuous feeding leading-in device is connected with the discharging direction-controlling device; the discharging direction-controlling device is arranged above the classified centrifugal dehydration rotating disc; the drained water collecting device is arranged on the outer side of the classified centrifugal dehydration rotating disc; and the on-line output material collecting device is arranged on the outer side of the drained water collecting device. The non-destructive centrifugal dehydration system effectively solves the problem that continuous feeding, continuous dewatering, continuous discharging and the like cannot be performed automatically in the prior art, and has the characteristics of simple structure, simplicity and convenience in operation, high production efficiency, no pollution, capacity of performing continuous feeding, continuous dewatering and continuous discharging automatically, maintenance of large-scale quality production of integrated dehydrated leaves and the like.

Description

technical field [0001] The invention relates to the deep processing technology of agricultural products of leaves, in particular to a non-damage centrifugal dehydration system for cleaning leaves. Background technique [0002] Vegetables, tea leaves and other plant leaves are affected by the environment during the growth process, and dust and impurities are easy to adhere to the surface. Freshly picked vegetables and tea leaves have a strong metabolic function, and they are easy to rot and deteriorate when they are piled up. For vegetables and tea picked in batches, after cleaning and removing the surface dust and impurities, perform high-speed non-damaging centrifugal dehydration to effectively remove surface free water, which can realize factory-scale processing of leafy agricultural products such as vegetables and tea, and promote sustainable green Economic development, to achieve the goal of enriching people and increasing income. [0003] At present, the technology of...

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Problems solved by technology

[0003] At present, the technology of leaf mechanical treatment to remove water is not yet mature. In the deep processing process, intermittent centrifugal dehydration is mainly used. The efficiency of the water removal process is low, the sanitation is poor, and the large-scale production is limited; and the online high-speed non-damaging centrifugal dehydration device has not yet appeared. The main problem is that on the one hand, the leaves are seriously adhered to the water removal device and between the leaves, which hinders water removal. On the other hand, the leaf fluidity is poor, and the feeding and discharging process is easy to block the inlet and outlet. Will float around, difficult to centrifuge and dehydrate and consume energy

Therefore, it is difficult to realize the large-scale online high-speed centrifugal dehydration deep processing requirements, and cannot meet the modern deep processing technical requirements of high-quality leaves

[0004] The existing leaf dehydration technology is less able to effectively integrate continuous feeding, continuous dewatering, and continuous discharging. Although some machines have been integrated to a certain extent, the force on the leaves during processing is large, which causes great damage to the leaf surface. , and even destroy the shape of the leaves, it is difficult to meet the urgent deep processing needs of the current industrial development

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