Juice extractor

Abstract

A juice extractor capable of extracting juice from vegetables, fruits or soymilk from beans is disclosed. The extractor includes a housing having a draff outlet port and a juice outlet port, a screw having an upper rotary shaft inserted in a rotary shaft hole of the housing and a lower rotary shaft with a plurality of screw spirals formed on an outer periphery thereof, and a mesh drum for extracting the juice toward the juice outlet port, and a rotary brush mounted between the housing and the mesh drum and having a brush holder. Various nutrients and intrinsic flavor contained in the vegetables or fruits are maintained to the fullest extent by employing a very low speed screw of a squeezing mode. Also, since the housing accommodating the screw is vertically fixed to an upper portion of a drive unit, the material is automatically moved downward without pressing the material down, and the draff is discharged while squeezing and grinding the materials put in an inlet port.

Description

technical field

[0001] The present invention relates to a juice extractor capable of extracting juice from vegetables, fruits, or soybean milk from beans, and more particularly, to a juice extractor that performs an excellent juice extracting function regardless of the kind of vegetables or fruits , and by using a low-speed rotation method to keep juice fresh, the size and noise of the juice extractor are significantly reduced, and assembly, disassembly, and cleaning of the juice extractor can be simply performed. Background technique

[0002] The phenomenon of making and drinking juices—including green juices—directly at home is growing for healthy living. To this end, various devices have been provided that enable simple juice extraction from vegetables or fruits at home.

[0003] Existing juice extractors squeeze the material put into the inlet port at high speed and produce juice by centrifugal separation. However, the existing juicer has the disadvantage that in such ...

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