Juicer

Abstract

The invention relates to a juicer, which is used for juicing mandarin oranges, oranges and similar fruit and comprises a juicing table and a juicing wheel rotatably arranged on the juicing table. An arc concave surface is arranged at the top of the juicing table, the juicing wheel is provided with an involute outer surface, and a squeezing space is arranged between the juicing wheel and the concave surface of the juicing table, so that halved fruit is placed into the squeezing space. When the juicing wheel rotates, the fruit located in squeezing space can be rolled by the juicing wheel to generate juice. The juicer has the advantages of simple structure, electric juicing, convenience in cleaning and the like.

Description

technical field [0001] The present invention relates to a juicer, which is mainly used for squeezing oranges, oranges or similar fruits. Background technique [0002] There are large-scale automatic juicers and small manual juicers on the market that can provide juice for oranges and oranges. In the use of a large juicer, put the washed oranges into the machine, and the machine will automatically cut the oranges in half and squeeze them into orange juice. The juice is fast and effortless, but it is bulky and requires Larger storage space and high price. In addition, the components of conventional large juicers are quite inconvenient to clean and are not easy to clean. As a result, the squeezed juice often does not meet the hygienic requirements. Although the structure of the small juicer is simple and cheap, but the juice extraction speed is slow, and the operation is laborious, which cannot provide a large amount of juice. Moreover, the components of the conventional small...

AI Technical Summary

Problems solved by technology

In the use of a large juicer, put the washed oranges into the machine, and the machine will automatically cut the oranges in half and squeeze them into orange juice. The juice is fast and effortless, but it is bulky and requires an Larger storage space and expensive price. In addition, the components of conventional large juicers are quite inconvenient to clean and are not easy to clean, resulting in the squeezed juice often not meeting hygienic requirements.

Although the structure of the small juicer is simple and cheap, but the juice extraction speed is slow, and the operation is laborious, which cannot provide a large amount of juice. Moreover, the components of the conventional small juicer are also difficult to clean. The resulting squeezed juice is unhygienic and may have negative effects on the human body

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