CN212763817U - Fruit peeling and dicing machine - Google Patents

Abstract

The utility model relates to a slabbing machine is peeld to fruit, include: a fruit placement area; the peeling mechanism peels the fruits placed at the fruit placing position; a dicing mechanism that dice the fruit placed at the fruit placing position; a peel receiving area and a pulp receiving area which are arranged below the fruit placing area in parallel; the switching piece is arranged behind the fruit placing area and switches the fruit placing area to a state communicated to the peel bearing area and a state communicated to the pulp bearing area. Under the state that the peeling mechanism peels the fruits, the switching piece is controlled to enable the fruit placing area to be communicated to the fruit peel receiving area, and the fruit peels enter the fruit peel receiving area through the fruit placing area; under the state that the fruit is diced by the dicing mechanism, the switching piece is controlled to enable the fruit placing area to be communicated with the pulp carrying area, and the pulp enters the pulp carrying area through the fruit placing area. Therefore, the peel and the pulp are completely separated, and the peel is prevented from being mixed in the pulp.

Description

Fruit peeling and dicing machine

Technical Field

The utility model relates to a fruit peeling and slicing machine, place district, peeling mechanism, stripping mechanism and establish the peel accepting area and the pulp accepting area of district below is placed at fruit side by side including fruit.

Background

Fruits are one of the favorite foods of people. Some fruits such as citrus need to be peeled before being eaten, and if the manual peeling mode is adopted, the time is consumed; even the peel of some fruits is thick and not easy to be cut off, and the manual peeling mode needs great strength and is easy to damage fingers. Thus, automatic peeling and slicing fruit machines are available on the market. In order to separate the peel from the cut pulp, these fruit machines are typically provided with a peel and pulp separation device.

Chinese patent document CN 105815794 a discloses a pulp separation device. As shown in fig. 1, the pulp separating device includes a separating hopper a, an outflow hopper B, a peel outflow hopper C, a discharge chute D, a water pipe E, a water outlet F and a water inlet pipe (not shown). An arc-shaped bulge G is arranged on one side of the separation bucket A, and a water outlet F is arranged at the lower end of the separation bucket A; the outflow fill B is located the protruding G's of arc side below, and the side below of outflow fill B is provided with the skin and flows out fill C, and the protruding G of arc and the below of outflow fill B are provided with blown down tank D, have the clearance between the protruding G of arc and the outflow fill B. When pulp and skin gliding from arc arch G, because the difference of size and weight, pulp falls the blown down tank D in from the clearance, and the peel slides down in the middle of the skin outflow fill C from the outflow fill under the drive of rivers to realize the separation of pulp and peel. Pulp and peel are mixed together, the pulp is separated into the discharge groove D through the gap between the arc-shaped protrusion and the outflow hopper only according to the body type and the weight, and the peel with smaller volume also slides into the discharge groove D from the gap, so that the separated pulp is still inevitably doped with the peel, and the pulp and the peel cannot be completely separated.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a slabbing machine is peeld to fruit is provided, this slabbing machine is peeld to fruit can avoid mixing the peel in pulp with the peel complete separation of peel.

In order to solve the technical problem, the utility model provides a slabbing machine is peeld to fruit, include: a fruit placement area; the peeling mechanism peels the fruits placed at the fruit placing position; a dicing mechanism that dice the fruit placed at the fruit placing position; a peel receiving area and a pulp receiving area which are arranged below the fruit placing area in parallel; the switching piece is arranged behind the fruit placing area and switches the fruit placing area to a state communicated to the peel bearing area and a state communicated to the pulp bearing area.

The fruit peeling and slicing machine adopting the technical scheme has the working process as follows: under the state that the peeling mechanism peels the fruits, the switching piece is controlled to enable the fruit placing area to be communicated to the fruit peel receiving area, and the fruit peels enter the fruit peel receiving area through the fruit placing area; under the state that the fruit is diced by the dicing mechanism, the switching piece is controlled to enable the fruit placing area to be communicated with the pulp carrying area, and the pulp enters the pulp carrying area through the fruit placing area. Thus, the pericarp is completely separated from the pulp, and the pericarp is prevented from being mixed in the pulp.

Drawings

Fig. 1 is a schematic structural diagram of a pulp separation device in chinese patent document CN 105815794 a.

Fig. 2 is a schematic structural view of the fruit peeling and slicing machine of the present invention.

Fig. 3 is a cross-sectional left side view of fig. 2.

Fig. 4 is a schematic structural view of the frame body (omitting the rotating mechanism, the peeling mechanism and the dicing mechanism).

FIG. 5 is a schematic view of the interior of the frame body when the fruit placing area is connected to the peel receiving area.

FIG. 6 is a schematic view of the interior of the frame body when the fruit placement area is in communication with the pulp receiving area.

Detailed Description

As shown in fig. 2 and 3, the fruit peeling and slicing machine includes a frame body 1, and a rotating mechanism 10, a peeling mechanism 11, a slicing mechanism 12 and a controller (not shown) are mounted on the frame body 1. The controller is respectively and electrically connected with the rotating mechanism 10, the peeling mechanism 11 and the dicing mechanism 12.

As shown in fig. 5, a fruit placing area 2 and a material receiving area are arranged in the frame body 1, and the material receiving area is located below the fruit placing area 2. The material receiving area comprises a peel receiving area 3 and a pulp receiving area 4, wherein the peel receiving area 3 is positioned under the fruit placing area 2, and the pulp receiving area 4 is positioned beside the peel receiving area 3. The bottoms of the peel receiving area 3 and the pulp receiving area 4 are separated by a partition plate 8, a switching piece 5 is arranged on the partition plate 8, and the lower side 51 of the switching piece 5 is movably connected with the upper end part of the partition plate 8. The side 51 is connected with a motor, and the controller can make the switching piece 5 rotate around the side 51 by controlling the motor. A top wall 6 is arranged above the pulp receiving area 3, the top surface of the top wall 6 is inclined, and one side of the top wall close to the peel receiving area 3 is lower while the other side far away from the peel receiving area 3 is higher. In the initial state, the position of the switching member 5 is as shown in fig. 5, the switching member 5 is obliquely blocked between the fruit placing area 2 and the pulp receiving area 4, and the higher side of the switching member 5 is connected to the lower side of the top wall 6, so that the fruit placing area 2 is communicated with the fruit skin receiving area 3. As shown in fig. 4, two spray heads 7 are transversely arranged on the rear side 11 of the frame body 1 at a position slightly higher than the top wall 6, and spray-wash toward the peel receiving area 3. The controller is electrically connected with the spray washing head 7 and controls the spray washing head 7 to start or stop spray washing.

When the peeling machine is used, the fruit 0 is inserted into the rotating mechanism 10 of the fruit placing area 2, the controller starts the rotating mechanism 10 to enable the fruit 0 to keep rotating, and then the controller starts the peeling mechanism 11 to peel the fruit 0. As shown in fig. 5, since the switching member 5, the top wall 6 and the partition plate 8 surround the pulp receiving area 4, the peel falls from the fruit placing area 2 to the peel receiving area 3, and the peel remains on the peripheral walls 6 and 5 of the fruit placing area 2 and the material receiving area; the controller starts the spraying and washing head 7, the spraying and washing head 7 sprays and washes in the direction of the lower part of the top wall 6 at the higher part of the top wall 6, and the spraying and washing liquid flows down from the top wall 6 and obliquely flows down to the peel receiving area 3 along the switching piece 5, so that the peels remained on the top wall 6 and the switching piece 5 are flushed into the peel receiving area 3. After the peeling mechanism finishes the peeling operation, the peeling mechanism washes the peels remained on the top wall 6 and the switching piece 5 completely (about 3 seconds), and the controller controls the spray washing head 7 to stop the spray washing (alternatively, after the peeling mechanism 11 finishes the peeling operation, the controller starts the spray washing head 7 to spray wash, and stops the spray washing head 7 to spray wash when the cutting mechanism cuts the blocks). After the peeling operation is finished, the controller turns off the peeling mechanism 11, after the spray head 7 stops spraying, the controller controls the switching piece 5 to rotate as shown in fig. 6, and then turns on the slicing mechanism 12 to perform the slicing operation on the fruit 0, in which state: the switching piece 5 is positioned right below the fruit placing area 2 and blocks the fruit peel receiving area 3, so that the fruit placing area 2 is communicated with the fruit pulp receiving area 4; the switch 5 forms a guiding slope leading to the pulp receiving area 4, the pulp falling from the fruit placement area 2 to the guiding slope and then being guided by the guiding slope towards the pulp receiving area 4. After the dicing operation is completed, the controller turns off the dicing mechanism 12 and turns off the rotating mechanism 10, and the switching member 5 is returned to the state shown in fig. 5.

Claims (4)

1. Fruit peeling and dicing machine includes:

a fruit placement area (2);

the peeling mechanism peels the fruits placed at the fruit placing position;

a dicing mechanism that dice the fruit placed at the fruit placing position;

a peel receiving area (3) and a pulp receiving area (4) which are arranged below the fruit placing area (2) in parallel;

the fruit storage and delivery device is characterized by comprising a switching piece (5) arranged behind a fruit placing area (2), wherein the switching piece (5) switches the fruit placing area (2) to a state communicated to a peel receiving area (3) and a state communicated to a pulp receiving area (4).

2. The fruit peeling and slicing machine according to claim 1, comprising a controller, wherein the controller is connected with the peeling mechanism, the slicing mechanism and the switching piece (5), the controller controls the slicing mechanism to perform slicing after the peeling mechanism finishes peeling, and controls the switching piece (5) to communicate the fruit placing area (2) to the peel receiving area (3) under the state that the peeling mechanism performs peeling, and communicate the fruit placing area (2) to the pulp receiving area (4) under the state that the slicing mechanism performs slicing.

3. The fruit peeling and chunking machine of claim 1, wherein: the fruit peel bearing area (3) is located under the fruit placing area (2), the pulp bearing area (4) is located beside the fruit peel bearing area (3), and the switching piece (5) enables the fruit placing area (2) to be communicated to the pulp bearing area (4) in a specific mode as follows: the switching piece (5) is positioned right below the fruit placing area (2) and blocks the fruit peel receiving area (3), and in the state, the switching piece (5) forms a guide inclined plane which is guided to the pulp receiving area (4), so that the pulp falls down to the guide inclined plane from the fruit placing area (2) and then is guided to the pulp receiving area (4) by the guide inclined plane.

4. Fruit peeling and slicing machine according to one of claims 1 to 3, characterized in that the switching member (5) is switched in a rotating manner.

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