Fruit squeezing mechanism

Abstract

The invention discloses a mechanism of fruit press; a transmission unit is arranged in a casing and drives a plurality of rotating shafts to rotate, and a plurality of rotating shafts are linked with a rolling group which is arranged outside the fruit press to rotate; wherein, the rolling group comprises: a first juicing wheel; a second juicing wheel which is arranged under the first juicing wheel and is located at the position of oblique deflection, keeps a original distance with the radial edge of the first juicing wheel, and the upper position of the original distance position is confirmed as an entering side for the fruit; a third juicing wheel is arranged under the first juicing wheel and is abut to the second juicing wheel, and has a distance which is larger than the original distance with the radial edge of the first juicing wheel so as to form a juicing space; an auxiliary wheel which pushes fruits into the fruit entering side is arranged at the upper part of the second juicing wheel. The invention utilizes the arrangement of a plurality of rollers to express juice completely and can avoid that the juice of the peel and the fruit is extracted together, thus keeping the original taste of the juice.

Description

technical field [0001] The invention relates to a fruit juice squeezing mechanism. Background technique [0002] Fruit juicers such as oranges and lemons can be seen on the market. Most of them are direct pressure mechanisms, which mainly place whole or half-cut fruits on the convex seat of the squeezing table, and then use a pressing arm to squeeze the fruit. Press down on the convex seat to squeeze the pulp and the convex seat to squeeze out the juice, and this kind of fruit juice squeezing mechanism uses the convex seat and the pressing arm to squeeze the juice out, but if the pulp of the fruit cannot match The shape of the convex seat, when the pressing arm is pressed down, there may be unextruded parts of the pulp around the convex seat, resulting in waste. Taking the automatic juicer as an example, its biggest feature is that it can cut oranges automatically, but its squeezing principle is similar to that of a manual juicer, so the juicer effect is also not ideal. ...

AI Technical Summary

Problems solved by technology

In order to make the fruit smoothly enter the rollers for juice extraction, the surface of the rollers is mostly toothed, so the peel is often broken and the juice of the peel is mixed into the juice, which destroys the taste of the juice.

Moreover, the rollers of this type of roller-pressed fruit juicer mechanism have a fixed distance between the rollers. Therefore, when the diameters of the fruits to be squeezed differ greatly, the fruits with smaller particle sizes may be squeezed due to Uneven pressing causes waste, so it is necessary to screen oranges with appropriate particle size in advance

[0004] From the above, it can be known that the fruit juice extraction mechanism of the roller type or the direct pressure type may cause uneven or excessive squeezing. Therefore, how to make the squeezed fruit fully squeeze out the juice and avoid squeezing the juice from the peel Destroying the original taste in the fruit juice is actually the key problem to be solved by the present invention

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