Cornus walteri fruit processing device and processing method

Abstract

The invention relates to a cornus walteri fruit processing device and processing method. The device comprises a grinding container, the bottom of the grinding container is provided with a transmission shaft, and the transmission shaft is provided with grinding blades; an included angle between each grinding blade and the bottom face of the grinding container is 15-20 degrees, and the transmission shaft can rotate 360 degrees. The method comprises the steps that cornus walteri fruit is placed in the grinding container, the transmission shaft is rotated, the cornus walteri fruit is rubbed between the grinding blades and the bottom face of the grinding container to strip cornus walteri fruit pulp, cornus walteri fruit peel and cornus walteri fruit seeds, and smashing of the cornus walteri fruit pulp and the cornus walteri fruit peel is achieved. According to the cornus walteri fruit processing device and processing method, the fruit pulp can be quickly and thoroughly removed, therefore, oil in the fruit pulp can be conveniently extracted in the later period, and the oil extraction rate is increased; a layer of a seed coat can be effectively rubbed off, so that seed germination or later-period seed kernel oil extraction is facilitated.

Description

technical field [0001] The invention relates to a processing device and a processing method for scallop fruit, belonging to the technical field of separation equipment. Background technique [0002] Hair tree, also known as car beam wood, is a deciduous tree in the family Cornaceae. At present, the tree species of the genus Argonaus are used as national strategic resources and alternative energy sources for oil. Among them, Trichosanthes is one of the more precious native woody oil tree species. The comprehensive oil content of Trichosanthes seeds is as high as 41.3%, and the comprehensive oil content of its pulp is about 35%. , rich in unsaturated fatty acids needed by the human body, edible, medical, and can also be used to extract biodiesel. Although the oil content of Trichosanthes is extremely high, due to reasons such as the small size of Trichosanthes seeds, pulp and seed coat are not easy to remove, there are problems such as difficult germination of Trichosanthes s...

AI Technical Summary

Problems solved by technology

Although the oil content of Trichosanthes is extremely high, due to reasons such as the small size of Trichosanthes seeds, pulp and seed coat are not easy to remove, there are problems such as difficulty in germination of Trichosanthes seeds, low germination rate, etc., which seriously hinders the cultivation of Trichosanthes seedlings

[0003] At present, the methods of removing the pulp and seed coat from the fruit of Pleurotus chinensis are mostly soaked in clear water or treated with chemicals (such as concentrated sulfuric acid) followed by manual grinding and separation, which cannot achieve the effect of completely removing the pulp and seed coat. The seed treatment is incomplete and time-consuming, and at the same time, the oil and fat components extracted from the separated pulp have a certain water content in the later stage.

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