KR960003960Y1 - Device for shredding vegetables - Google Patents

Abstract

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Description

Seasoning machine

1 is a partial incision perspective of the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is an exploded view of the thinner.

4 is a cross-sectional view of the assembly line B-B of the clutch mechanism including the operating state.

5 and 6 are the changes in the left and right operation of the carving nut according to the C-C cross section in FIG.

7 is a partial cutaway front view showing an example of a power connector for juicer.

* Explanation of symbols for main parts of the drawings

1: outer cylinder 2: inner cylinder

3: frame 4: expect

5: cover 6: outlet

9: fixed blade 11: chuck

14: screw shaft 15: keyway

16: non-threaded part 18: dropping ball

19: juicer connection port 20: driven belt car

21: nut control panel 22: motor

23: clutch 24: drive belt car

26: key 27: carving nut

28: pin ball 29: pin

30: arc groove 31: bolt

39: juicer 40, 41: driven shaft

43: groove 44: spring-ball unit

45: juicer mounting

The present invention relates to a seasoning machine, and in particular, it is possible to cut the juice material to the size required for juice before weaving the juice of vegetables, bulbs, tubers, bulbs, fruits, and to cut the juice material safely, quickly and cleanly, and also to remove the juicer It simply relates to a washing machine that can send juice to the juicer by simply mounting it.

Normally, juicers can be squeezed into any vegetables such as cabbage, garland chrysanthemum, and leek, which can be crumpled. Because it is narrow, it cannot be added whole, so you can squeeze it with a knife to squeeze juice. By the way, there is a problem in pre-cutting these materials in order to obtain bulbs, tubers, roots or fruit juice.

In other words, there is a fear of hand injury after being miscut, and those who are not familiar with the knife are lazy due to the slow cutting process, and part of the juice is lost during the writing process, and it is not hygienic.

Accordingly, an object of the present invention is to provide a washing machine that can easily cut into any thickness as long as any material having a size that the inner cylinder can accommodate, and can cut quickly, safely and hygienically. .

Another object of the present invention is to provide a juicer that can be used in conjunction with the juicer by a simple operation to shorten the time taken from cutting to juice, and to drink all the juice from the cutting process to eat and drink will be.

According to the present invention, the screw shaft rotated by the motor is held in the state where the operation nut is lifted and it is rotated at the same time as the forward movement is carried out so that the fixed blade installed at the rear end of the outer cylinder can be cut into uniform thickness. After cutting the power of the motor, the operating nut is opened and the operating nut is opened to release the bite of the screw shaft.

In addition, the rear end of the washing machine is installed in a hinged manner to the expectation so that it can be erected so that the cover can be opened and the material can be easily put out or cut, and a connection port for drawing power through a separate electric shaft is also installed. The removable juicer can be installed, connected and used.

Hereinafter, the present invention will be described in more detail according to the accompanying drawings prepared based on the preferred embodiments. 1 is a perspective view in which a portion of the outer cylinder 1 and the rotary inner cylinder 2 are cut out, the rear end of the outer cylinder 1 is fixed to the frame 3, and the lower end of the frame 3 is behind the base 4. It is supported by the hinge bracket (4a) attached in the middle, and can be erected or extended forward.

The divided state is when storing or cutting without operation, and the standing state is the posture when adding the ingredients for cutting or cutting the scrap of remaining material after cutting.

The lid 5 is covered with the tip of the outer cylinder 1.

The cover 5 has a cutout outlet 6 with a guide plate 8 attached thereto, and a fixed blade 9 is attached to the blade plate 7 in the lower half of the outlet 6.

The tip of the material pushed out by the screw shaft is cut by this fixed blade 9 and falls to the outlet 6.

The inner cylinder 2 is rotated by the chuck 11 when the screw shaft rotates in the longitudinal direction and rotates with the outer cylinder 1 as a cylinder.

If the inner cylinder (2) is non-rotating, the material that is bitten by the chuck rotates and the material causes rotational friction as it proceeds, resulting in damage or loss of material, loss of juice, and damage of the inner cylinder (2), resulting in shortened mechanical life. do.

To cope with this, the inner cylinder 2 is rotated to reduce friction.

The outer circumferential surface of the inner cylinder 2 is smoothly treated to reduce friction with the inner surface of the outer cylinder 1, and the inner surface of the inner cylinder 2 forms a long and parallel projection 10 in the axial direction wherever the circumference is divided into several parts. .

These protrusions 10 are rails on which the grooves 12 formed on the outer circumferential surface of the chuck 11 will ride.

The inner cylinder 2 contains the chuck 11.

The chuck 11 is a rotary type for pushing back the end of the material put into the inner cylinder 2, and the outer circumferential surface is formed with the same number of grooves 12 to slide on the protrusion 10 of the inner cylinder 2. At the same time, the blade and the needle 13 are also attached to the front surface.

The screw shaft 14 pouting behind the frame 3 is one of the elements that transmits and rotates the power of the motor to the chuck 11 and at the same time moves the chuck 11 forward and backward.

Here, the key groove 15 is dug along the longitudinal direction on the main surface.

The key groove 15 is used to receive the guidance of the key 26 lodged in the shaft hole of the driven belt car 20 to be described later, while turning along the driven belt car 20 to make the forward and reverse movements.

The tip of the screw shaft 14 is fixed to the center of rotation of the chuck 11.

In addition, the rear end of the screw shaft 14 is a non-threaded portion 16 which is cut more than the thickness of the portion where the screw is formed.

The non-threaded part 16 is out of the restraint of the carving nut 27 installed in the chuck 11 when the injected material is almost cut.

Thus, the chuck 11 and the screw shaft 14 can no longer move forward and continue to idle in place.

Since the chuck 11 does not come into contact with the blade 7 and the fixed blade 9 at all, it is safe.

Knob (17) is the part to hold when screw shaft 14 is manually tightened, and in the same figure, the sign (18) given on the base (4) toward the exit (6) is empty so that the cuttings can fall below the base. The dull drop hole (19) denotes a pair of juicer connecting ports, and (45) denotes a juicer mounting portion having rails on the left and right sides of the groove, respectively.

2 and 3, the driven belt vehicle 20 transmits the power of the motor 22 transmitted from the drive belt vehicle 24 through the timing belt 25 to the screw shaft 14, which is the shaft hole. A key 26 embedded in the shaft guides the key groove 15 of the screw shaft 14, and may also dynamically connect the driven belt car 20 and the screw shaft 14.

Since the screw shaft 14 penetrates loosely through the shaft hole of the nut control panel 21, it is irrelevant to the rotation of the screw shaft 14.

The nut plate 21a is located in front of it, and there are pieces of nut 27 formed in pairs up and down.

These pieces of nut 27 are opened in the centrifugal direction by tightening the nut control panel 21 clockwise or counterclockwise in a given space, or are tightened in the center direction so as to fall or snap on the screw shaft 14. .

Each piece of nut 27 has a relatively long pin hole 28.

The pin holes 28 are loosely inserted into two upper and lower pins 29 axially parallel to the nut control plate 21 so that the nut control plate 21 is retracted or opened when the nut control panel 21 is turned left and right.

When the nut control panel 21 is turned clockwise, the nut is tightened in the center direction to be bitten by the screw shaft 14, and when the nut control panel 21 is turned counterclockwise, the nut is screwed to the screw shaft 14 to be released.

The nut control plate 21 is formed with a plurality of arc grooves (30).

These arcuate grooves 30 are a kind of activity limiting hole for manually rotating within the limited circumferential angle range, and are loosely inserted into the same number of long bolts 31 driven in the front of the frame 3 to restrict the rotation angle as described above. As to receive, it is used to loosen or bite the carving nut (27).

The nut control panel 21 has a groove 43 added separately, and holds the spring-ball unit 44 therein.

The spring-ball unit 44 always exerts an elastic pushing force against the knuff plate 21a so that the nut control plate 21 remains at the angle steered.

The clutch 23 supports the driving belt car 24 and threades the ring 34 to the exposed end of the clutch shaft 33 passing through the tube shaft 32 and pulls it so that the clutch car 23 falls and pulls the ring ( 34, the clutch 23 is connected to the motor 22 side by itself.

3 is an exploded view of these thinners.

Here, the locking structure consisting of the projection 35 and the groove 36 formed on the outer circumferential surface tip of the outer cylinder 1 and the inner circumferential surface of the cover 5, the clutch 23 component is particularly noticeable.

The clutch 23 is well shown in FIG.

The clutch shaft 33 is always directed toward the motor 22 by the compression spring 38 loaded in the shaft hole portion of the driving belt vehicle 24 in the tube shaft 32 of the driving belt vehicle 24.

When the ring 34 is pulled in the direction of the arrow in Fig. 4, the clutch 23 is also moved in that direction, so that the clutch 23 falls.

At this time, the compression spring 38 is contracted.

When the hand is released from the pulled ring 34, the clutch 23 is pushed back to the motor 22 side by being pushed away by the force of the compression spring 38 which has been contracted.

On the other hand, the pair of connection port 19 is a pre-installed to connect the power to the removable juicer 39, as shown in Figure 7 two driven shafts (40, 41) parallel to the existing motor shaft Install.

At the same time, power is transmitted between the second driving belt car of the motor shaft and the driven shaft 40 by surrounding the timing belt, and the first and second driven shafts 40 and 41 are driven by a relay gear.

The connector 19 is attached to one end of each driven shaft 40, 41.

The lower part of the base 4 is a space where the juicer 39 is to be placed, and after the juicer 39 is mounted, the pulverization part is connected to the first driven shaft 40, and the juice is substantially discharged. The juice part to be discharged separately may be connected to the second driven shaft 41, and may enter into a chain operation of cutting and juice.

Next, a method for cutting and inserting materials such as bulbs and tubers using the present invention will be described.

First, the nut control panel 21 is turned counterclockwise with the knob 50 so that the carving nut 27 is moved away from the screw shaft 14 as shown in FIG. 5, and then the ring 34 is pulled to engage the clutch 23. After loosening), tighten the cutter and open the cover (5).

At this time, the screw shaft 14 is pulled back to the fullest and the chuck 11 is seated as much as possible.

Put the material to be cut into the inner cylinder (2) and close the cover (5) to lock.

With the refiner lying forward, the clutch 23 is connected to the motor 22 side.

Next, the nut control panel 21 is turned clockwise to bit the carving nut 27 into the screw shaft 14 as shown in FIG. 6, and then the switch is turned on to operate the motor 22.

The power of the motor 22 is transmitted to the driven belt vehicle 20 in turn via the clutch 23-the drive belt vehicle 24-the timing belt 25.

The screw shaft 14 then rotates.

At this time, the chuck (11) and the inner cylinder (2) also moves forward along.

This is possible because the screw shaft 14 is bitten by the carving nut 27.

As the rotation and advancement is carried out as described above, the material that is bitten by the chuck 11 also goes along with the cutting from the moment the tip of the material contacts the fixed blade 9.

In addition, smooth movement of the screw shaft 14 is possible because the keyway 15 deviates from the key 26 of the driven belt vehicle 20.

This series of cutting motions continues and stops at the moment when the non-threaded portion 16 of the screw shaft 14 passes the operating nut 27.

This is because the carving nut 27 is not bitten by the non-threaded portion 16.

Thus, even if the power is continuously applied to the screw shaft (14), it does not move forward only in place and ends in the cutting work on the material.

After cutting of one input material is completed, stop the operation of the motor 22, drop the clutch 23, and then set up the cutting machine again to open the cover 5 and cut off the remaining scrap material. Serve

Subsequently, the nut control panel 21 is operated as shown in FIG. 5 to open the carving nut 27.

Otherwise, even if the screw shaft 14 is to be locked and pulled out, the piece nut 27 caught on the rear end of the screw portion can be prevented from falling out, so that it cannot be done.

In addition, if there is a material to be cut, a new material is put into the inner cylinder 2, and the cutting is carried out in the same order as described above.

As described above, the present invention is used to write vegetables, bulbs, tubers, bulbs, fruits, etc., in the case of juices that are not intended for juice extraction. As long as the inner cylinder is of a size that can be accommodated, any material can be easily put in an even thickness, and can be chopped quickly, safely, and hygienically, and is expected to be equipped with a mount to install a removable juicer. It is equipped with a connecting device to connect the juicer so that the juicer can be continually squeezed after the cutting operation, and the time taken for the cutting to the juice can be greatly reduced, and all the juices generated during the cutting process can be eaten by drinking. That is a very useful design.

Claims (2)

The lower end of the frame 3 is hingedly attached to the rear end of the base 4 on which the fine water drop hole 18 and the juicer mounting portion 45 are formed and the motor 22 is installed at the lower portion thereof. The cutting edge outlet 6 and the cutting fixed blade 9 are installed at the front end of the inner cylinder, and the inner cylinder 2 having the chuck guide protrusion 10 parallel to the inner surface is rotated in the outer cylinder 1. The inner cylinder 2 is built in as much as possible, and the inner cylinder 2 has a built-in material and a chuck 11 to rotate with the inner cylinder 2 fixed therein, and is fixed to the tip of the rotatable screw shaft 14. The nut nut 21a and the nut nut 21a which are provided with a pair of pieces of nut 27 falling or biting off the screw shaft 14 and moving in the centrifugal or centrifugal direction only within a limited range of activity. The nut control panel 21 which controls and controls the pin hole 28 by the pin 29 in order, and is attached to the frame 3 which supports the cutting machine main body. A screw shaft 14 having a small diameter non-threaded portion 16 is provided at the key groove 15 and the rear end thereof, and the front end of the nut control panel 21, the nut plate 21a, and the rear end center of the outer cylinder 1 are loosened. After penetrating, it is fixed to the center of rotation of the chuck 11, and loosely fits the driven belt car 20 embedded with a key 26 for guiding the key groove 15 in the shaft hole on the screw shaft 14 in the frame. Dynamically connected to the drive belt car 24 installed on the clutch shaft of the clutch 23 in the lower frame 3, characterized in that the clutch 23 is installed to be manually operated from the outside Seasoning machine. The cutting machine according to claim 1, characterized in that the groove (43) of the nut control panel (21) is configured so that the spring-ball unit (44) can be securely stayed in the steered position.