A fruit and vegetable juice extractor without core and without cleaning

Abstract

A fruit / vegetable juicer requiring no core-removal or cleaning. The juicer comprises: a support frame (1), a lower horizontal member (2), a movable horizontal member (3), an upper horizontal member (4), a flow guiding bag (6), a filtering bag (7) disposed within the flow guiding bag (6), and a driving device. The movable horizontal member (3) can move up and down between the upper horizontal member (4) and the lower horizontal member (2). The space between a bottom surface of the upper horizontal member (4) and an upper surface of the movable horizontal member (3) is a compression chamber (32). A flow guiding opening (61) is provided at an end of the flow guiding bag (6). The filtering bag (7) and the flow guiding bag (6) are disposed within the compression chamber (32). The flow guiding opening (61) located at the end of the flow guiding bag (6) is led to the outside of the compression chamber (32). At least one of the bottom surface of the upper horizontal member (4) and the upper surface of the movable horizontal member (3) is provided with a buffering pad thereon. The fruit / vegetable juicer can juice fruits / vegetables quickly and has a high extraction rate. In addition, the juice does not directly contact the body of the juicer, thus preventing the juice from being tainted by other odors. Additionally, the juicer does not require cleaning, thus having better hygiene and safety.

Description

technical field [0001] The invention relates to a fruit and vegetable juice extractor, in particular to a fruit and vegetable juice extractor which is used for extracting the fruit and vegetable juice for direct drinking without core and cleaning. Background technique [0002] The fruit and vegetable juice extractor of prior art has electric type and hydraulic type by power classification, and has rolling type, extruding type or pulverizing centrifugal type by mechanical type classification. Squeezed fruits and vegetables are pitted or deseeded, and then rolled, extruded or crushed to make a mixture of fiber and juice, and then squeezed or centrifuged to filter out the residue to obtain the fruit and vegetable The juice is for direct drinking; although the electric fruit and vegetable juicer of the prior art completes the above-mentioned process in one go, the cleaning work of the electric fruit and vegetable juicer after the squeezed fruits and vegetables are removed from t...

AI Technical Summary

Problems solved by technology

[0002] The fruit and vegetable juice extractor of prior art has electric type and hydraulic type by power classification, and has rolling type, extruding type or pulverizing centrifugal type by mechanical type classification. Squeezed fruits and vegetables are pitted or deseeded, and then rolled, extruded or crushed to make a mixture of fiber and juice, and then squeezed or centrifuged to filter out the residue to obtain the fruit and vegetable The juice is for direct drinking; although the electric fruit and vegetable juicer of the prior art completes the above-mentioned process in one go, the cleaning work of the electric fruit and vegetable juicer after the squeezed fruits and vegetables are removed from the core or seeds and squeezed needs to be done manually. For example, fruits such as peaches, yellow peaches, bayberries, apricots, etc. cannot be rolled or crushed without removing the pits. If it is not cleaned, bacteria will grow in the machine cavity and rolls, and it will become moldy quickly, and the stench will overflow and it will be difficult to use again; therefore, the squeezed fruits and vegetables must be cored before juicing, and the juicer must be cleaned after juicing. Nucleation and cleaning are very cumbersome and laborious tasks. Therefore, the prior art has the problem and deficiency of nucleation and cleaning.

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