A large particle oil physical pressing device

Abstract

The invention discloses a large-grain oil material physical pressing device, which aims to solve the problem of low oil yield by directly using Chinese torreya pulp particles for oil extraction. The invention includes a frame, an oil press installed on the frame, a secondary oil extraction mechanism is installed on the frame, the secondary oil extraction mechanism includes a turntable, a fixed guide block, and a shaking guide block, and the oil press is provided with a slag outlet A screw feeder is installed between the slag outlet and the turntable. The turntable is provided with a number of radially arranged oil pressing chambers. The turntable and the oil pressing chamber are connected with the slag inlet holes and oil outlet holes. The oil scraper is connected to the frame. The slag hole is connected to the material guide pipe, the squeeze plug is connected to the extrusion plug, and the push plug is connected to the push column extending out of the turntable. A return spring is installed between the push column and the turntable, and the lower end of the shaking guide block is hinged on the frame. A pendulum driven by a driving mechanism for beating the vibrating guide block is installed on the frame, and the distance between the vibrating guide block and the turntable gradually increases from the hinged end to the other end of the frame.

Description

technical field [0001] The present invention relates to an oil pressing device, more specifically, it relates to a physical pressing device for large particle oil. Background technique [0002] At present, there are many types of oil pressing equipment. When using oil pressing equipment for oil pressing operation, it is generally necessary to crush the oil plants first, which requires an additional crushing process. If the oil is directly sent to the oil extraction equipment for oil extraction without being crushed, the oil yield will be greatly reduced. Chinese torreya seed oil is a kind of high-grade edible oil, which is generally obtained by pressing Chinese torreya by oil-extracting equipment. Because the granules of Chinese torreya pulp are large, directly using the pulp to extract oil will reduce the oil yield, and the oil will be squeezed after crushing , adding a crushing process. During the actual oil extraction process of Torreya torreya, it was found that the re...

AI Technical Summary

Problems solved by technology

During the actual oil extraction process of Torreya torreya, it was found that there are only the pulp particles of Torreya torreya directly after oil extraction, and the residual oil of Torreya torreya residue is relatively large, indicating that the oil extraction from Torreya torreya is not thorough enough, which affects the oil yield

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