KR20060102974A - Green juice extractor - Google Patents

Abstract

The present invention relates to an extractor for squeezing green juice by pulverizing green vegetable leaves, root vegetables and fruits, and more specifically, the extraction of green juice is made automatically, but the separation of green juice and grounds is made efficiently. The present invention relates to a green juice extracted in a sufficiently compressed state to obtain high quality green juice rich in vitamins and rich in concentration.

In the present invention described above, one side of the cylindrical case 11 mounted on the worktable 1 is open, the other side of the shaft hole (11a) is drilled, the lower portion of the casing 10 and the green juice discharge pipe 12 is formed; ; A crushing unit 20 for crushing the material by mounting a pair of cutting rollers 22 that face each other and are rotated to face each other in the hopper 21 formed at the upper entrance of the case 11; One side open portion of the case 11 is coupled with a circular cover 31 in which a waste discharge hole 31b is drilled around the shaft hole 31a, between the cover 31 and the circular support ring 32. The spirally wound strainer (34a) is mounted to form a cylindrical first grill 34 to form a coil spring, between the support ring 32 and the semi-circle ring (33) is a straight strainer (35a) A grill part 30 which is continuously mounted to form a semi-circular second grill 35 and is located inside the case 11; Inside the grill unit 30 is mounted a screw 41 that gradually increases the outer diameter toward one side, one side of the rotating shaft 42 of the screw 41 is the work table 1 through the shaft hole 31a of the cover 31 It is supported by the bearing 44 of one side, the other rotating shaft 43 of the screw 41 is supported by the other bearing 44 of the work table 1 through the other shaft hole (11a) of the case 11 is screw ( A compression feeder 40 to which 41 is rotated; The sprocket 43b mounted on the other rotating shaft 43 of the screw 41 is connected to and rotated by the motor 51 and the chain 52, and the driving gear 43a mounted together on the other rotating shaft 43 is the hopper. It is achieved by the green juice extractor, characterized in that the driving roller 50 is coupled to the driven gear 22a mounted on the rotating shaft of the inner side cutting roller 22 of the 21 to rotate the cutting rollers 22 facing each other. It can be.

Description

Green juice extractor {an abstraction system for vegetables juice}

1 is a perspective view illustrating an embodiment of the present invention,

2 is an exploded perspective view of a part of FIG. 1;

3 is a cross-sectional view illustrating an embodiment of the present invention;

4 is a perspective view illustrating a first grill according to the present invention;

Explanation of symbols on the main parts of the drawings

1: work table 10: casing part

11: case 11a, 31a: shaft hole

12: discharge pipe 13: guide rod

20: crushing unit 21: hopper

22: cutting roller 22a: driven gear

23, 44: bearing 30: grill part

31: cover 31b: discharge hole

32: support ring 32a: distribution home

33: semi-circle ring 33a: coupling hole

34: first grill 34a, 35a: strainer rod

35: second grille 40: transfer unit

41: screw 42, 43: rotating shaft

43a: drive gear 43b: sprocket

50: drive unit 51: motor

52: chain 60: storage container

The present invention relates to an extractor for squeezing green juice by pulverizing green vegetable leaves, root vegetables and fruits, and more specifically, the extraction of green juice is made automatically, but the separation of green juice and grounds is made efficiently. The present invention relates to a green juice extracted in a sufficiently compressed state to obtain high quality green juice rich in vitamins and rich in concentration.

In general, green juice is made by grinding green vegetable leaves, root vegetables, and fruits, and it has the advantages of high absorption of nutrients and shortening of digestion time. It contains a variety of nutrients such as manganese and potassium, making it one of the most widely consumed foods.

Such green juice was able to obtain finely ground green juice using a blender, but in this case, since it is mainly used to obtain a small amount of green juice at home, it was not possible to obtain a large amount of green juice at a time. Since it is contained in the green juice, clear green juice could not be obtained to drink cool.

In addition, the juicer used in food companies, etc. is mainly configured to feed the material between a pair of gear-type cutters that are rotated facing each other, crushed and filtered to obtain a clear green juice containing no residue.

However, such a green juice was not able to sufficiently compress the ground debris, and as a large amount of green juice was discarded with the debris, a considerable loss occurred, and a green juice with a thick concentration could not be obtained.

Moreover, when used for a certain period of time, as the fine holes formed in the net were clogged in the process of discharging the residues, it was necessary to clean the net from time to time.

The present invention has been made in view of the above-described problems, and an object thereof is to provide a green juice extractor which is capable of obtaining very fresh green juice by efficiently separating green juice and grounds while extracting green juice.

Features of the present invention for achieving the above object, one side of the cylindrical case 11 mounted on the worktable (1) is open, the other end of the shaft hole (11a) is opened, the green juice discharge pipe (12) at the bottom A formed casing portion 10; A pulverizer 20 for crushing materials by mounting a pair of cutting rollers 22 that face each other and are rotated to face each other in the hopper 21 formed at the upper entrance of the case 11; One side open portion of the case 11 is coupled with a circular cover 31 in which a waste discharge hole 31b is drilled around the shaft hole 31a, between the cover 31 and the circular support ring 32. The spirally wound strainer (34a) is mounted to form a cylindrical first grill 34 to form a coil spring, between the support ring 32 and the semi-circle ring (33) is a straight strainer (35a) A grill part 30 which is continuously mounted to form a semi-circular second grill 35 and is located inside the case 11; Inside the grill unit 30 is mounted a screw 41 that gradually increases the outer diameter toward one side, one side of the rotating shaft 42 of the screw 41 is the work table 1 through the shaft hole 31a of the cover 31 Is supported by the bearing 44 of the one side, the other rotating shaft 43 of the screw 41 is supported by the other bearing 44 of the work table 1 through the other shaft hole (11a) of the case 11 is screw (41) Compression conveying unit 40 is rotated; The sprocket 43b mounted on the other rotating shaft 43 of the screw 41 is connected to and rotated by the motor 51 and the chain 52, and the driving gear 43a mounted together on the other rotating shaft 43 is the hopper. It is achieved by the green juice extractor, characterized in that the driving roller 50 is coupled to the driven gear 22a mounted on the rotating shaft of the inner side cutting roller 22 of the 21 to rotate the cutting rollers 22 facing each other. It can be.

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

As shown in Figures 1 to 4, the cylindrical case 11 is mounted on the upper part of the work table 1, the frames are coupled in a rectangular frame, the green juice discharge pipe 12 is formed in the lower part of the case 11 have.

One side of the case 11 is open, and the other side of the case is blocked, the shaft hole (11a) is drilled. The above-described configuration serves as a casing unit 10 to temporarily store the extracted green juice in the case 11 and discharged.

The other side upper portion of the case 11 is formed with a doorway, a hopper 21 is formed in the doorway, and a pair of cutting rollers 22 are mounted inside the hopper 21 to face each other.

The cutting roller 22 is composed of a cylindrical gear such as a helical gear, the tooth stem is engaged with each other in an obliquely inclined state, when one side of the cutting roller 22 is rotated to transmit power to a pair of cutting rollers. 22 are rotated facing each other.

The rotating shaft of the cutting rollers 22 is supported by bearings 23 mounted on the outside of the hopper 21. The above-described configuration serves as a crushing unit 20 for finely crushing the material.

A disc-shaped cover 31 is coupled to an open portion of one side of the case 11, and a waste discharge hole 31b is drilled around the shaft hole 31a formed at the center of the cover 31.

Between the cover 31 and the circular support ring 32, a spiral rod 34a is mounted to form a cylindrical first grill 34 that forms a coil spring.

The first grill 34 is spirally wound in a state where the rods made of circular rods 34a are in contact with each other to form a cylindrical shape, such as a tension spring. It is.

Between the support ring 32 and the semi-circular ring 33, a second grill 35 forming a semi-circular shape is formed by continuously installing the bar-shaped bar 35a to be formed in the case 11. )Wow;

Between the support ring 32 and the semi-circle ring 33 is formed a second grill (35) forming a semi-circular shape by mounting a straight bar (35a) is formed in succession, the second grill (35) The top is open and located directly below the hopper 21.

Of course, fine gaps are formed between the straight strainer rods 35a to allow the green juice to escape.

A distribution groove 32a is formed in the lower portion of the support ring 32 so that the green juice discharged through the first grill 34 passes through the distribution groove 32a in the case 11 and is discharged to the discharge pipe 12. It is configured to be.

Coupling holes 33a are formed in the semi-circular ring 33 and are configured to be coupled to the guide rods 13 protruding from the inner wall of the case 11, and the coupling holes 33a of the semi-circular ring 33. It is inserted into the guide rod 13 to stably support the grills 34 and 35 so as to effectively prevent the grills 34 and 35 from rotating when the screw 41 is rotated.

In the above-described configuration, when the material is pulverized and dropped through the hopper, the grill is filtered by the grills 34 and 35, and the green juice is discharged through the fine gap between the trapping rods 34a and 35a. (30) To play a role.

Inside the grill part 30 is mounted a screw 41 that gradually increases the outer diameter toward one side, one side of the rotating shaft 42 of the screw 41 is the work table (3) through the shaft hole (31a) of the cover (31) It is supported by the bearing 44 mounted on one side of 1).

The other rotating shaft 43 of the screw 41 is supported by the bearing 44 mounted on the other side of the work table 1 through the other shaft hole 11a of the case 11 so that the screw 41 is stably rotated. .

The above-described configuration performs the backing of the transfer part 40 for conveying while compressing the crushed green juice materials while the screw 41 is rotated.

The sprocket 43b is mounted on the other rotation shaft 43 of the screw 41, and the sprocket 43b is connected to the chain 51 and the motor 51 mounted on the lower portion of the work table 1 to transmit power. And the screw 41 is rotated.

The other rotation shaft 43 of the screw 41 is equipped with a drive gear 43a together with the screw 41, the drive gear 43a is a rotary shaft of the cutting roller 22 built in the hopper 21 It is coupled to the driven gear 22a mounted on the.

As a result, the cutting rollers 22 are also configured to rotate to face each other by the power of the motor 51. The above-described configuration serves as a drive unit 50 for transmitting power to the feed screw 41 and the cutting rollers 22 to rotate.

The present invention made of the above-described configuration, through the hopper 21 formed on the other side of the case 11 is inserted into the green vegetable leaves, green vegetables and green juice material such as root vegetables and cutting rollers that rotate to face each other It is finely pulverized by them and then falls into the semi-circular second grill 35.

The materials dropped inside the second grill 35 are gradually compressed by the screw 41 which gradually increases in outer diameter in the process of passing through the inside of the cylindrical first grill 34 while being transferred to one side by the feed screw 41. While the green juice is dropped into the lower portion of the case 11 through the gap between the bar 34a of the first grill 34 is stored in the storage container 60 through the lower discharge pipe 12 of the case 11, the residue After the green juice is completely squeezed is discharged through the discharge hole (31b) which is drilled in the cover 31 of the other side is processed.

Therefore, simply inserting materials such as green vegetable leaves, root vegetables and fruits through the hopper 21, the materials are automatically pulverized and green juice and grounds are separated and discharged, and the grounds are grilled 34 and 35 at the same time. In the process of transporting through the screw (41) gradually increasing the outer diameter is gradually compressed and transported so that the green juice is completely extracted and then discharged, so that a high concentration of green juice rich in vitamins can be obtained.

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications can be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

According to the present invention as described above, the first grill (34) for filtering the residues at the same time as the materials are automatically pulverized and the green juice and the grounds are separated and discharged by simply inputting the green juice materials through the hopper 21. The rods 34a are helically mounted in the same direction as the conveying direction of the residues rotated by the screw 41 so that the residues are pushed out without being caught between the rods 34a and discharged after the green juice is extracted. Therefore, the separation of the green juice and the residue is effectively performed, and the conventional problems such as the necessity to clean the net frequently as the fine holes formed in the net in the process of discharging the residue such as the conventional green juice are completely solved. It will be able to maximize the external competitiveness.

In addition, since the green juice materials are gradually compressed and conveyed by the screw 41 which gradually increases in outer diameter, and the green juice is completely extracted, the green juice is extracted and discharged. (34) is to form a long rod-shaped strainer (34a) formed in a spiral, so that it can increase the overall durability compared to the conventional juicer consisting of a net, so can be used semi-permanently without fear of failure Is there

Claims (1)

One side of the cylindrical case (11) mounted on the worktable (1) is open, the other side of the shaft hole (11a) is drilled, the lower portion of the casing portion 10 is formed with a green juice discharge pipe 12; A crushing unit 20 for crushing the material by mounting a pair of cutting rollers 22 that face each other and are rotated to face each other in the hopper 21 formed at the upper entrance of the case 11; One side open portion of the case 11 is coupled with a circular cover 31 in which a waste discharge hole 31b is drilled around the shaft hole 31a, between the cover 31 and the circular support ring 32. The spirally wound strainer (34a) is mounted to form a cylindrical first grill 34 to form a coil spring, between the support ring 32 and the semi-circle ring (33) is a straight strainer (35a) A grill part 30 which is continuously mounted to form a semi-circular second grill 35 and is located inside the case 11; Inside the grill unit 30 is mounted a screw 41 that gradually increases the outer diameter toward one side, one side of the rotating shaft 42 of the screw 41 is the work table 1 through the shaft hole 31a of the cover 31 Is supported by the bearing 44 of the one side, the other rotating shaft 43 of the screw 41 is supported by the other bearing 44 of the work table 1 through the other shaft hole (11a) of the case 11 is screw (41) Compression conveying unit 40 is rotated; The sprocket 43b mounted on the other rotating shaft 43 of the screw 41 is connected to and rotated by the motor 51 and the chain 52, and the driving gear 43a mounted together on the other rotating shaft 43 is the hopper. Green juice extractor, characterized in that consisting of a drive unit (50) coupled to the driven gear (22a) mounted on the rotating shaft of the inner cutting roller (22) of the side 21 to rotate the cutting rollers 22 facing each other.

Images