Easy-to-clean slow juicing device

Abstract

The invention relates to an easy-to-clean slow juicing device comprising a juicing container (100), a spiral body (200) driven by a motor and arranged in the juicing container (100), and a juicing part (300) arranged on the periphery of the spiral body (200) and matched with the spiral body (200); the juicing part (300) comprises at least one filter ring (301); at least one end face of the filter ring (301) is provided with a plurality of diversion slots (302) with an unsealed section; in working state, the diversion slots (302) are enclosed to form a plurality of filter net holes (302A) used for separating scum juice; in a cleaning state, the filter ring (301) moves upwards in the axial direction, and the filter net holes with the sealed sections are split into diversion slots with the unclosed section; the diversion slot section is not sealed, and can be directly washed by water; the easy-to-clean slow juicing device is easy to clean, and saves time and labor.

Description

technical field [0001] The invention relates to a juice extracting device, in particular to a juice extracting device which realizes cutting, crushing and filtering of fruits and vegetables by means of a low-speed rotating spiral body and the pressing between the spiral blades on the screw and the filtering component. Background technique [0002] The slow-speed juicing device realizes the cutting, crushing and filtering of fruits and vegetables by means of the low-speed rotating spiral body and the extrusion between the spiral leaves on it and the filter components. During the processing, the fruits and vegetables are always pressed at a slow speed, and the degree of oxidation of the fruits and vegetables is low, which effectively ensures that the nutrients of the squeezed juice are not destroyed, and the nutrition and inherent taste of the food juice are preserved to the maximum extent. However, the filter parts of this type of juicer usually adopt a mesh structure. In ord...

AI Technical Summary

Problems solved by technology

However, the filter parts of this type of juicer usually adopt a mesh structure. In order to ensure that the mesh can effectively separate the juice and residue, the mesh is generally designed to be relatively small, because the larger mesh cannot effectively block the food residue

Therefore, the fruits and vegetables squeezed into small particles are easy to clog the mesh, especially when working for a long time, the problem of mesh clogging is more serious

After the mesh is blocked, the vegetable and fruit residues are stuck in the mesh and it is difficult to clean, especially when the long fibrous fruit and vegetable residues are blocked, and when the vegetable and fruit residues in the mesh are dried, the cleaning is particularly laborious and laborious, which seriously damages the quality of the product. good user experience

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