Easy cleaning extrusion type juicer

Abstract

The invention discloses an easy cleaning extrusion type juicer which comprises an engine base, a motor, a juice collecting chamber, an extruding and crushing part and a filtering part, wherein the extruding and crushing part comprises a push-in screw and an extrusion cylinder matched with the push-in screw. The extrusion cylinder is arranged in the juice collecting chamber, and the filtering part is arranged on the lower part of the extrusion cylinder. The filtering part is characterized in comprising grids, and scum juice filtering gaps are arranged between the grids. The easy cleaning extrusion type juicer of the invention has the advantages that the size of the scum juice filtering gaps can change according to the size of the material under the action of the push-in screw to the material, the juice extrusion rate is high, so that the juicer is especially suitable for lone-term material feed; the juicer is easy to clean after being used, the extruded fruit and vegetable juice has less foam, and the inherent colour and taste of the fruit and vegetable juice can be kept to the maximum extend.

Description

technical field [0001] The invention relates to an easy-to-clean extruding juice extractor. Background technique [0002] The patent application with the announcement number CN101355897A announced by the China Intellectual Property Office on January 28, 2009 discloses a juice extractor, which uses a screw to squeeze at a low speed, thereby improving the nutrition and inherent taste of the material juice. Keep to the max. But the filter cylinder of this juice extractor adopts mesh structure, in order to ensure that the mesh can play the effect of separating the slag juice, the mesh is generally designed less, because the larger mesh can not effectively block the material slag. Therefore, a small amount of juice will not pass through the mesh in time, and will be re-adsorbed by the material slag and discharged out of the juicer together with the material slag. The juice yield is not high and the juice yield is low; the mesh is small, and the material is easy to block Mesh ho...

AI Technical Summary

Problems solved by technology

However, the filter cartridge of the juice extractor adopts a mesh structure. In order to ensure that the mesh can play the role of separating the slag juice, the mesh is generally designed to be smaller, because the larger mesh cannot effectively block the slag.

Therefore, a small amount of juice will not pass through the mesh in time, and will be re-adsorbed by the material slag and discharged out of the juicer together with the material slag. The juice yield is not high and the juice yield is low; the mesh is small, and the material is easy to block Mesh hole, when working for a long time and feeding continuously, the mesh hole is more likely to be blocked by the material and cannot produce juice, so it is not suitable for continuous feeding for a long time; the mesh hole is small, and it is not easy to clean after the mesh hole is blocked, especially When the material slag in the mesh is dry, cleaning is particularly time-consuming and laborious

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