Juice extraction module for juicer

Abstract

The present invention relates to a juicer having an improved brush rotating means for rotating / driving a rotating brush, which wipes the inner peripheral surface of a juice extraction drum and the outer peripheral surface of a mesh drum. A juice extraction module for a juicer according to an embodiment of the present invention, which is mounted on a juicer body having a driving shaft protruding upwards, thereby extracting juice, the juicer extraction module comprising: a juice extraction drum, which is mounted on the juicer body, the upper surface of which is open, which has a juice discharge port and a leftover discharge port provided on the lower end thereof, and which has an interworking gear provided on the periphery of the inner bottom surface thereof; a cover, which is mounted so as to cover the upper surface of the juice extraction drum, and which has an introduction port provided on the upper side thereof; a juice extraction screw, which is rotatably mounted inside the juice extraction drum, and which has a screw helix formed on the outer surface thereof, a power connection unit being formed on the lower portion of the juice extraction screw, the power connection unit being driving-connected to the driving shaft; a mesh drum installed inside the juice extraction drum, a mesh structure being formed on the outer wall of the mesh drum; a rotating brush mounted between the juice extraction drum and the mesh drum so as to be rotated / driven, thereby wiping the inner peripheral surface of the juice extraction drum and the outer peripheral surface of the mesh drum, a brush ring gear being provided on the lower portion of the rotating brush and being connected to the interworking gear; and a brush rotating means provided on the lower surface of the juice extraction drum so as to transfer a driving force from the driving shaft of the juicer body to the interworking gear, thereby rotating the rotating brush.

Description

technical field [0001] The present invention relates to a juice squeezing module for a juice extractor, more particularly to a juice squeezing module for a juice extractor for improving the structure of a brush rotating mechanism for driving a rotating brush that rotates The brushes are adapted to continuously brush the inner peripheral surface of the juice press drum and the outer peripheral surface of the screen drum. Background technique [0002] Due to the high interest in healthy and organic products, it is common for many people to drink juices from vegetables and fruits in their homes. Accordingly, much research and development on juicers for home use has been ongoing. [0003] Such as figure 1 with figure 2 As shown in , an example of such a juice extractor is disclosed in Korean Patent No. 0755440, wherein the juice extractor includes: a cover 110 having an injection hole 111 and a rotation shaft hole 112 formed at the center thereof; A juice squeezing drum 120...

AI Technical Summary

Problems solved by technology

[0005] However, in the case of a conventional juicer, by engaging the first opening 126 in which the gear 127 is rotatably disposed, the residue may undesirably mix with the juice discharged to the outside of the sieve drum 140

[0006] In addition, since the engaging gear 127 engaged with the helix ring gear 133 and the brush ring gear 152 is structurally provided on the lower surface of the juice squeezing drum 120 to be connected to the bottom side of the juice squeezing screw 130, it is possible to reduce juice Design freedom of the interior of the press drum 120

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