CN212213392U - Fruit processing device and automatic fruit juicer - Google Patents

Abstract

The utility model relates to a fruit processing apparatus and automatic juice extractor of fruit, this fruit processing apparatus include fruit treatment area, be located fruit treatment area's cutter and carry out the spray rinsing head that spouts washing to the cutter, including mobilizable breakwater, the breakwater does not keep off fruit treatment area under the state that the cutter carries out treatment operation to fruit, and keeps off fruit treatment area under the state that the spray rinsing head carries out the spray rinsing to the cutter.

Description

Fruit processing device and automatic fruit juicer

Technical Field

The utility model relates to a fruit processing apparatus especially relates to a fruit processing apparatus and automatic juice extractor of fruit.

Background

Some can automatic juice vending machine of squeezing juice is equipped with the juicer and is used for peeling to fruit, coring, the fruit processing apparatus who removes base etc. and handles, carries out the process of squeezing juice after peeling to fruit, coring, removing the base automatically, has realized automatic processing fruit and has squeezed the juice, provides fresh fruit juice for the user. Fruit processing apparatus often can stick some tiny peels after peeling, coring, removing the base etc. to fruit to can remain fruit juice on the cutter, not wash easily and breed the bacterium for a long time, continue to use this fruit processing apparatus to peel to fruit can pollute pulp, influence consumer health. However, when the cutter is cleaned, water drops may be splashed onto other devices such as a juice extractor and an ice maker of a juice vending machine, and the other devices may be easily damaged by moisture.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a fruit processing apparatus and automatic juice extractor of fruit are provided, when carrying out the spray rinsing to the cutter, can prevent the water droplet spill.

In order to solve the technical problem, the utility model discloses a fruit processing apparatus includes fruit treatment area, is located fruit treatment area's cutter and carries out the spray rinsing head that sprays and wash to the cutter, including mobilizable breakwater, the breakwater does not keep off fruit treatment area under the state that the cutter carries out treatment operation to fruit, and keeps off fruit treatment area under the state that spray rinsing head carries out spray rinsing to the cutter.

Furthermore, a fruit positioning piece for positioning the fruit in the fruit treatment area is arranged beside the fruit treatment area.

Further, the water baffle is blocked beside the fruit positioning component in the state that the cutter carries out processing operation on the fruit.

Further, the water baffle is a U-shaped plate, and under the state that the spray washing head sprays the cutter, the lower part of the fruit processing area and two sides which are not provided with the fruit positioning assembly are blocked, and the two sides are opposite.

Further, the two sides are a front side and a rear side.

Further, a water baffle is blocked below the fruit handling area, which is inclined to direct the water flow out.

Furthermore, a guide rail is arranged, and the water baffle moves along the guide rail.

Further, the spray head is positioned above the fruit treatment area and sprays the knives in the fruit treatment area downwardly.

An automatic fruit juicer includes a fruit treatment device for performing a juicing operation on fruit that has been treated by the fruit treatment device, and a juicing device that, as described above, blocks a water baffle between a fruit treatment area and the juicing device in a state where a cutter is sprayed by a spray head.

Further, the juicing device is located below the fruit treatment area.

Further, the cutter in the fruit processing area comprises a peeling knife which comprises a pulp bearing device and a waste water collecting device, when the fruit is peeled, the pulp bearing device moves to the position below the fruit processing area to bear the pulp and then conveys the pulp to the juicing device to be juiced, and a collecting port of the waste water collecting device is positioned below the fruit processing area to collect waste water generated when the cutter is sprayed by the spray washing head.

Further, after the fruit is processed, the water baffle is moved to the position below the fruit blocking processing area, the baffle is inclined to guide the pulp to slide into the pulp bearing device, and the spray washing head sprays the cutter after the pulp bearing device is removed from the position below the fruit blocking processing area.

Further, the fruit peeling device comprises a fruit positioning part used for positioning the fruit in the fruit processing area, after the peeling knife peels off the peel, the fruit positioning component loosens the pulp so that the pulp directly drops into the pulp bearing device, then the water baffle moves to the position below the fruit processing area, and the spray washing head sprays the knife.

This fruit processing apparatus is equipped with mobilizable breakwater, does not keep off fruit treatment area under the state that the cutter carries out processing operation to fruit, and keeps off fruit treatment area under the state that the spray rinsing head carries out the spray rinsing to the cutter, avoids the water droplet to splash out.

Drawings

Fig. 1 is a schematic structural view of a fruit processing device under the view from the side back side;

FIG. 2 is a schematic front view of the fruit handling device of FIG. 1 in a peeled configuration;

fig. 3 is a schematic front view of the fruit handling device of fig. 1 in a spray condition.

Reference numerals: 1. a fruit treatment zone; 2. a waste output mechanism; 21. a conveyor belt; 22. a linear module; 3. a U-shaped water baffle; 31. a moving block; 32. a bottom; 4. spraying and washing the head; 5. a linear module; 6. a guide rail.

Detailed Description

The utility model discloses a fruit processing device of an automatic fruit juice extractor, which is shown in figure 1. The automatic fruit juicer further comprises a pulp receiving device, a juicing device and a waste water collecting device (the pulp receiving device, the juicing device and the waste water collecting device are not shown in the figure), and the operation of the devices is controlled by the controller. The waste water collecting device is positioned below the fruit treatment device to collect waste water, the pulp bearing device is positioned between the fruit treatment device and the waste water collecting device, and the pulp bearing device can move to the position below the fruit treatment device to bear pulp and then convey the pulp to the juicing device to be juiced.

As shown in figure 1, a peeling knife, a denucleation knife, a pedicel removing knife and the like are arranged in a fruit processing area 1, and the peeling, the denucleation and the pedicel removal of the fruit are automatically carried out. The fruit processing device also comprises a waste output mechanism 2 arranged behind the fruit processing area 1, and the waste output mechanism 2 comprises a conveying belt 21 and a linear module 22 for driving the conveying belt 21 to move back and forth. When peeling, stoning and/or pedicel removing processes need to be carried out, the linear module 22 is started to drive the conveyer belt 21 to move forwards to the lower part of the fruit processing area 1 so as to receive waste materials such as fruit peels, fruit pits and fruit pedicels, and then corresponding cutters are started to process the fruits. After the processing, the conveyer belt 21 is controlled to move backwards to be far away from the fruit processing area 1 so as to leave a vacant position below the fruit processing area 1, so that the pulp receiving device can move to the position below the fruit processing area 1 to receive the pulp, and the pulp receiving device can convey the pulp to the lower juicing device to carry out juicing. The end of the conveyor belt 21 remote from the fruit treatment area 1 is inclined downwards so as to facilitate the sliding of waste materials such as fruit peels, fruit stalks and the like. The conveyor belt 21 is rotated in a direction away from the fruit treatment area 1, and the waste materials on the conveyor belt 21 are driven to fall.

As shown in figure 2, a spray washing head 4 for spraying and washing knives such as a peeling knife, a kernel removing knife, a fruit base removing knife and the like is arranged above the fruit processing area 1. Fruit positioning pieces used for positioning fruits in the fruit processing area 1 are arranged on the left side and the right side of the fruit processing area 1. Two side plates of the U-shaped water baffle 3 are respectively blocked at the front side and the rear side of the fruit positioning piece. This U type breakwater 3 moves about it by sharp module 5 drive, moves left and can block 1 department in fruit treatment area, specifically blocks its front side, rear side and below, and the water droplet splashes out when avoiding spray rinsing head 4 to the cutter. A guide rail 6 is arranged beside the U-shaped water baffle 3, a moving block 31 extends outwards from the side wall of the U-shaped water baffle 3, and the moving block 31 is clamped in the guide rail 6. When peeling, denucleating and removing the base of fruit to fruit, U type breakwater 3 is located fruit locating component department, as shown in fig. 2 to leave the vacancy below the fruit treatment zone 1, straight line module 22 drive conveyer belt 21 and move to the fruit treatment zone 1 below, and in the course of handling, the fruit peel can fall into on the conveyer belt 21 of below. After the processing, the linear module 22 drives the conveyor belt 21 to move backward to the initial position. The linear module 5 drives the U-shaped water baffle 3 to move to the left to block the fruit processing area 1, as shown in fig. 3, and in the process, the moving block 31 slides along the guide rail 6. The bottom 32 of the U-shaped water baffle 3 is inclined. When the fruit positioning component loosens the pulp, the pulp falls to the bottom 32 of the U-shaped water baffle 3 and obliquely slides along the bottom 32 to the pulp bearing device below, the pulp bearing device conveys the pulp to the juicing module for juicing, at the moment, the pulp bearing device leaves the position below the fruit processing area 1, the spraying head 4 can be used for spraying water downwards to spray the cutter in the fruit processing area 1, and water flows out obliquely along the bottom 32 of the U-shaped water baffle 3 and falls into the collection port of the waste water collection device below the fruit processing area 1.

Preferably, the pulp is not guided to the pulp receiving device through the U-shaped water baffle 3, but the pulp directly falls onto the pulp receiving device below the fruit processing area 1, i.e. after the peel is removed, the pulp is loosened by the fruit positioning assembly, the pulp directly falls onto the pulp receiving device below the fruit processing area to enable the pulp receiving device to convey the pulp to the juicing module, then the linear module 5 is started to drive the U-shaped water baffle 3 to move to the fruit processing area 1, and then the spray-washing head 4 is started to spray-wash the cutter assembly of the fruit processing area 1.

Claims (13)

1. The utility model provides a fruit processing apparatus, includes fruit treatment area, is located fruit treatment area's cutter and carries out the spray rinsing head that sprays and wash to the cutter, its characterized in that, including mobilizable breakwater, the breakwater does not keep off fruit treatment area under the state that the cutter carries out treatment operation to fruit, and keeps off fruit treatment area under the state that spray rinsing head carries out spray rinsing to the cutter.

2. Fruit handling equipment according to claim 1 wherein fruit locating members are provided alongside the fruit handling zone for locating fruit in the fruit handling zone.

3. Fruit handling equipment according to claim 2, wherein the water deflector is arranged to abut the fruit positioning member in a condition in which the knife is performing a fruit handling operation.

4. The fruit handling device of claim 3, wherein the dam is a U-shaped plate that, in a state where the spray head sprays the cutter, blocks the two sides, which are opposite, below the fruit handling area and on which the fruit positioning assembly is not provided.

5. Fruit handling equipment according to claim 4 wherein the two sides are a front side and a rear side.

6. Fruit handling equipment according to claim 1 wherein the water deflector is inclined to direct the water flow out of the area beneath the fruit handling area.

7. Fruit handling equipment according to claim 1 wherein a guide is provided along which the water deflector moves.

8. Fruit handling equipment according to claim 1 wherein the spray head is located above the fruit handling area and sprays knives in the fruit handling area downwardly.

9. An automatic fruit juicer comprising a fruit treatment means and a juicing means for performing a juicing operation on fruit which has been treated by the fruit treatment means, wherein the fruit treatment means is as defined in any one of claims 1 to 8, and a water baffle is provided between the fruit treatment zone and the juicing means in a state in which the cutter is sprayed by the spray head.

10. An automatic fruit juicer according to claim 9 wherein the juicing means is located below the fruit processing region.

11. The automatic fruit juicer of claim 9 wherein the knife in the fruit processing region comprises a peeling knife comprising a pulp receiving means and a waste water collection means, wherein when the fruit is peeled, the pulp receiving means moves below the fruit processing region to receive pulp and then transfer the pulp to the juicer for juicing, and wherein a collection port of the waste water collection means is located below the fruit processing region to collect waste water generated by the spray head spraying the knife.

12. The automatic fruit juicer of claim 11 wherein the fruit handling apparatus is as set forth in claim 6, and wherein the water deflector is moved to block the fruit below the fruit handling area after the fruit is handled, the water deflector is tilted to direct the pulp to slide down into the pulp receiving means, and the spray head sprays the knife after the pulp receiving means is removed from below the fruit handling area.

13. The automatic fruit juicer of claim 11 including a fruit positioning means for positioning the fruit in the fruit processing region, wherein after the peel removal by the peel removal knife, the fruit positioning means releases the pulp to drop directly into the pulp receiving means, and the water deflector moves beneath the blocked fruit processing region, and the spray head sprays the knife.

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