Fruit juice squeezing system

Abstract

The invention relates to a fruit juice squeezing system. The system comprises a mounting support, a double-slide-way fruit supply mechanism, a left floating tray mechanism, a right floating tray mechanism, a left peeling mechanical arm, a right peeling mechanical arm and a juicing module; the double-slide-way fruit supply mechanism is arranged at the top of the mounting support, the left floatingtray mechanism and the right floating tray mechanism are arranged at the two sides of the double-slide-way fruit supply mechanism respectively, the left peeling mechanical arm and the right peeling mechanical arm are installed at the left and right sides of the mounting support respectively, and the juicing module is arranged at the front side of the mounting support; the juicing module comprisesa left juicing mechanism and a right juicing mechanism and is provided with a left fruit peeling slide way and a right fruit peeling slide way which are in butt joint with a left juicing mechanism anda right juicing mechanism respectively; the system further comprises a left swing driving mechanism and a right swing driving mechanism, the left swing driving mechanism drives the left peeling mechanical arm to swing to clamp and peel fruits from the left floating tray mechanism and then convey the fruits to the left fruit peeling slide way, and the right swing driving mechanism drives the rightpeeling mechanical arm to swing to clamp and peel fruits from the right floating tray mechanism and then convey the fruits to the right fruit peeling slide way. According to the system, the juicing speed can be increased, the waiting time is shortened, and mixed juice can also be obtained.

Description

technical field [0001] The present invention relates to automated mechanical equipment, and more particularly, to a juice extracting system. Background technique [0002] With the continuous improvement of people's living standards, various automatic juicer vending machines on the street have emerged as the times require. At present, most automatic juice vending machines use the structure of squeezing mechanism to squeeze the juice. This working method is efficient, simple and direct, but due to the principle of squeezing, it is inevitable to squeeze the peel and pulp together to squeeze the orange juice. For example, there will be a lot of orange peel juice in the squeezed orange juice, and the bitterness of the orange peel will seriously affect the taste. Moreover, the fruit is directly squeezed without peeling, and the hygienic conditions are worrying. The defects in these two aspects will directly affect the benefits of the automatic juicer vending machine. Moreover, ...

AI Technical Summary

Problems solved by technology

At present, most automatic juice vending machines use the structure of squeezing mechanism to squeeze the juice. This working method is efficient, simple and direct, but due to the principle of squeezing, it is inevitable to squeeze the peel and pulp together to squeeze the orange juice. For example, there will be a lot of orange peel juice in the squeezed orange juice, and the bitterness of the orange peel will seriously affect the taste

Moreover, the fruit is directly juiced without peeling, and the hygienic conditions are worrying

The defects in these two aspects will directly affect the benefits of the automatic juice vending machine.

Moreover, the current automatic juicer vending machines can only squeeze the fruits one by one, and the juice output speed is slow, requiring consumers to wait for a long time, and cannot meet consumers' purchase needs for mixed juices, which limits consumers. choose

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