Juice extractor having outlet for discharging juice

Abstract

Dislosed is a juice extractor including a main body, a motor assembly for providing a rotation force, a drum having a cooking articles receptacle portion and a crushing portion for crushing cooking articles, a screw part mounted in the drum and rotated according to the rotation force transmitted from the motor assembly and for moving the cooking articles to be crushed, a cooking article squeezing part mounted on the crushing portion of the drum to enclose a front end of the screw part and for squeezing the crushed cooking articles through mutual operations with the screw part, a discharging channel formed under the bottom of the drum and extended from the receptacle portion to the crushing portion and for discharging juice collected in the receptacle portion through the crushing portion to external, and a filtering part incorporated on the squeezing part in one body and arranged to filter the crushed cooking articles on the entrance of the discharging channel formed under the bottom of the receptacle portion and for removing residue contained in juice.

Description

technical field [0001] The present invention relates to a juice extractor, in particular to a juice extractor capable of discharging juice by arranging a separate juice discharge channel under the bottom of the cooking container part of the drum. Background technique [0002] Generally, a juice extractor refers to a mixer, which crushes cooking materials such as vegetables and fruits finely by means of a screw installed on it, so as to extract juice. Recently, such juice extractors have been improved to perform rough pressing, flour milling, noodle making, etc. in addition to the juicing function, according to various needs of consumers. [0003] figure 1 is a cross-sectional view showing the juice extractor. Such as figure 1 As shown, the juice extractor 1 adopts a cylindrical design, and includes: a drum 2, which is provided with a cooking container part and a crushing part; a screw part 5, which is rotatably installed in the drum 2 of the juice extractor, and is used f...

AI Technical Summary

Problems solved by technology

[0005] However, this juice extractor has a problem in effectively discharging juice into the cooking product pressing part 4, because if vegetables such as celery and fruits containing a large amount of juice such as grapes, citrus, and strawberries are squeezed, a large amount of juice will will flow out at the first step

[0006] And, since the juice stays at the bottom of the cooking container part, this juice extractor also has another problem of reducing the juice extracting rate.

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