Juice and residue separation mechanism and low-speed juice extractor including same

Abstract

The invention relates to a juice and residue separation mechanism and a low-speed juice extractor including the same. The juice and residue separation mechanism comprises a juicing cup. A hollow cover suitable for rotating is arranged in the juicing cup in a running fit mode, a filter screen is arranged on the side wall of a hollow cover, spiral ribs used for squeezing materials downwards when the hollow cover rotates are further arranged on the outer side face of the hollow cover, multiple vertical ribs are arranged on the inner side face of the juicing cup, a juice collection tank arranged inside the hollow cover in a matched mode is arranged on the bottom surface of the inner side of the juicing cup, and a residue collection tank arranged outside the hollow cover in a matched mode is arranged on the bottom surface of the inner side of the juicing cup. When the hollow cover rotates, gaps always exist between the vertical ribs and the spiral ribs. The spiral ribs in the juice and residue separation mechanism do not conduct direct contact friction against large ribs or small ribs; meanwhile, the situations that a screw rubs against the filter screen and the filter screen rubs against the inner wall of the juicing cup do not exist; thus, metal powder cannot be generated in the juicing process. Fruit juice is directly separated from fruit residues when fruits are ground.

Description

technical field [0001] The invention relates to a juice residue separation mechanism and a slow juice extractor composed of the same. The tendons used for juicing and between the tendons and the filter screen will not be worn due to friction, which eliminates the wear and tear of the existing juice extractor. Metal powder problem. It realizes a new way of fruit juice extraction, that is, the juice and pomace are directly separated while the fruit is crushed. Background technique [0002] The juice slag separation mechanism in the existing slow juicer is mainly composed of screw, filter screen, juicer cup, cup cover and other parts. During use, in order to crush the material, the screw rod will rub against the filter screen and wear out. The fine metal powder will flow out with the juice and slag, and the metal powder is harmful to the human body, causing a lot of complaints from consumers. This problem is still a major bottleneck in the field of slow juicers. Merchants hav...

AI Technical Summary

Problems solved by technology

[0002] The juice slag separation mechanism in the existing slow juicer is mainly composed of screw, filter screen, juicer cup, cup cover and other parts. During use, in order to crush the material, the screw rod will rub against the filter screen and wear out. The fine metal powder will flow out with the juice and slag, the metal powder is harmful to the human body, causing a lot of complaints from consumers

This problem is still a major bottleneck in the field of slow juicers. Merchants have designed various solutions, such as hardening materials, improving assembly accuracy, etc., but they cannot effectively solve the problem of wear defects, and use special Material, precision improvement, higher production cost, product price will be more expensive

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