Vegetable and fruit kernel removing device

Abstract

The invention discloses a vegetable and fruit kernel removing device. The vegetable and fruit kernel removing device comprises a feeding part, a conveying part, a positioning part and a processing part, wherein the feeding part is used for storing and outputting to-be-processed materials; the conveying part is used for conveying materials output by the feeding part to the positioning part; the positioning part is used for adjusting positions and postures of the to-be-processed materials; the processing part is used for processing the materials positioned by the positioning part; and through ordered feeding of the feeding part, the conveying part can sequentially output the materials to the positioning part, then the materials are positioned through the positioning part, and the proper positions and the proper postures of the materials are determined; and core parts of the materials are removed through the processing part, so that automatic processing of kernel removal of vegetable andfruit can be completely carried out, and thus, the production efficiency is improved, and the processing consistency is ensured.

Description

technical field [0001] The invention relates to a vegetable and fruit processing device, in particular to a vegetable and fruit core removal device. Background technique [0002] With the development of science and technology, automation has been greatly applied in the industrial field, and the application of automation in the agricultural field is also gradually expanding. In agricultural products, many fruits need to remove the core core. For example, the jujube core needs to be removed when processing crispy dates, and the lotus heart needs to be removed from lotus seeds. The automatic de-pitting of fruits and vegetables needs to complete the steps of sorting, positioning, and processing of fruits and vegetables. Constrained by the non-standardization of agricultural products, the sorting and stacking of agricultural products, as well as some primary and deep processing of agricultural products still need to be done manually, or even though they are done by machines, the...

AI Technical Summary

Problems solved by technology

Constrained by the non-standardization of agricultural products, the sorting and stacking of agricultural products, as well as some primary processing and deep processing of agricultural products still need to be done manually, or even though they are done by machines, the effect is not good

For example, for the sorting of fruits and vegetables, it is necessary to arrange the fruits and vegetables. Nowadays, the feeding of many automatic equipment needs to manually feed the fruits and vegetables one by one, which is not efficient.

In the processing of pitted fruits and vegetables, due to the inaccurate positioning of the fruit, the clamping and positioning of the fruit is tilted, which further makes the equipment remove the core of the fruit. Remove part of the extruded fruit, destroy the integrity of the fruit, and the yield rate of the processed product is not high

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