KR19980046647A - Juicer juicer (Juicer) - Google Patents

Abstract

[Purpose] It is intended to provide a juicer that combines juicer with upright detachable like juicer to improve convenience, improve appearance, increase juice efficiency, shorten juice processing time and improve juice taste. .

[Configuration] Attach the clutch connection connecting tube 21e to the center of rotation of the bottom surface, and attach the cutting knife 21a of the juice material to the center of rotation of the bottom surface, and the milling part 21b for the juice to the peripheral bottom of the knife 21a. ) And a filtration hole 21d for juice extraction, and a rotating tube 21 formed on the circumferential wall 21c by the inclination protrusion 21f for transferring juice residue and rotated by a motor, and the middle of the bottom of the guide tube Empty to be in contact with (25a), the bottom surface is formed with a milling portion (22b) corresponding to the milling portion (21b), the outer peripheral surface of the circumferential wall (22c) is formed with an inclined projection (22e) corresponding to the inclined projection (21f) The fixing plate 22, the juice container 23 attached to the cover 25 to store the juice, the garbage container 24 to collect juice residues, and the guide tube 25a for feeding the juice material through the middle of the ceiling Upright combined with a cover 25 having an exterior as the fixing plate 22 and the juice container 23 and the waste container 24 are mounted. And chaksik juice device 2, will be configured to share a single body (1) of the jyuseugi 100 forming the inner surface of the polygon drive is built in the vial (101).

Description

Juicer juicer (Juicer)

The present invention relates to a juicer combined juicer that selectively attaches a detachable juicer and juicer to make juice or juice. Specifically, the juicer is configured as an upright detachable like a juicer to promote convenience of use, improve appearance, and juice. The present invention relates to a juicer and juicer designed to increase efficiency, shorten juice processing time, and improve juice taste.

A juicer with a juicer function has a juicer and a mechanism related to juice, such as a cylinder and a screw, on one side of the juicer, and the output of the motor is connected to the juicer or the sprinkler side by lever control or switch operation to make juice or juice. It is a juicer in one piece.

In this juicer, the juicer is straight, but the juicer sticks out to the side of the main body, making it look ugly. In addition, because the structure of the electric system from the motor to the screw of the juicer is complicated and the number of parts is high, the assembly efficiency is low and heavy, and the complicated structure and the large number of components increase the probability of failure. high.

On the other hand, the glass bottle of the conventional round juicer has a low grinding effect because the inner surface is circular, so the friction and resistance to the contents flowing back when the juice is made is small.

An object of the present invention is to provide a juice combined juicer that can improve the aesthetics of juice combine juicer, improve the efficiency of juice, improve the structure and weight loss and assembly of the power mechanism.

Another object of the present invention is to provide a juice group capable of contributing to the reduction of the juice time and the improvement of the juice taste.

The present invention installs a solar gear on the motor shaft of the motor built into the main body, and a built-in inner gear is installed around the solar gear, and the planetary gear installed in the clutch is engaged between the solar gear and the inner gear to form an electric mechanism. . In addition, a clutch connecting tube connected to the clutch is attached to the bottom bottom middle of the rotating tube of the juicer so that the clutch can be easily connected.

In addition, the pulled juice material is pulled toward the bottom to be cut, and then a radially extended knife is attached to the bottom of the floor, and when rotating, the juice is crushed and pressed in a fixed container and in cooperation with the fixed container to lower the juice, while pushing up the dregs. A rotating barrel which is driven into the barrel, a fixed barrel which is located inside the rotating barrel to help juice and leave the dregs in the dregs in cooperation with the rotating barrel, a juicer which receives the juice from the rotating tub, a dregs containing the dregs, The juicer is constituted by a combination of a lid supporting the juicer and the grounds shaker.

When the juicer is mounted on the main body and the motor is operated, the knife rotates and pulls the juice material introduced into the inlet tube into the bottom of the tube, and then cuts it in the radial direction.The cuts are placed between the bottom of the fixing tube and the upper surface of the rotating tube. It is pushed into the narrow gap of the mill and crushed by the grinding mill of the millstone blade, and the juice is collected in the juice container through the filtration hole drilled at the bottom of the rotating container, and the juice residue is inclined to the inner surface of the main wall of the rotating container. The projections are placed in the trash container which is pushed up by the pulling action when the inclined projections are staggered on the outer wall of the fixed wall.

After the juice has been extracted, the juicer can be removed and the juice can be removed from the lid to take the juice. If the juicer can be removed, the collected juice can be collected. Equipped with a juicer instead of the juicer can make juice.

In another aspect, the present invention provides a juicer that can be made to promote the crushing of the contents and make more delicious juice by forming the inner surface of the glass bottle for juicer in an angled polygon to increase the friction and resistance when the contents are looped.

1 is a front view of a partial incision when the juicer is mounted on the main body.

2 is a plan view of the power mechanism.

3 is a front view of the clutch.

4 is an exploded view of part of the juicer.

5 is a plan view of the rotating cylinder.

6 is a bottom view of the fixing container.

7 is a cross-sectional view of the bottom portion of the rotating barrel and the fixed barrel in the juicer.

8 is an enlarged cross-sectional view of a portion in which the upper edge of the circumferential wall of the rotary cylinder is inserted into the support ring even more.

9 is a partial cutaway front view of a juice machine equipped with a main body.

10 is a schematic plan view of a juicer.

* Description of the symbols for the main parts of the drawings *

1-body 2-juicer

3-motor 4-motor

6-Clutches 21-Tumbler

21a-knife 21b, 22b-millstone

21c, 22c-wall 21d-filter

21e connection tube 21f, 22e inclined protrusion

22-Fixed Bottle 23-Juice Bottle

24-dust container 25-cover

25c-mount 26-support ring

100-juicer101-glass bottle

In Fig. 1, the main body 1 is equipped with a juicer 2, and the main body 1 has a motor 3 and an electric drive 4 built therein. The motor 3 is an upright type in which the motor shaft 3a is positioned in a vertical state. The periphery of the motor chamber in which the motor 3 is accommodated is provided with the passage 5 of geometrical form effective for low noise and air cooling. The sun gear 4a of the electric mechanism 4 is shaft-fitted and fixed to the motor shaft 3a.

In Figs. 1 and 2, the electric mechanism 4 is meshed between the solar gear 4a and the internal gear 4b fixed to the upper part of the motor compartment and between the solar gear 4a and the internal gear 4b. It consists of a plurality of planetary gears 4c. The planetary gear 4c loosely fits on the shaft 6a formed at every point circumferentially divided on the bottom of the clutch 6. The clutch 6 is driven by the force when the planetary gear 4c revolves in cooperation with the internal gear 4b and cooperates with the internal gear 4b, so that the clutch 6 of the rotary cylinder 21 or the juicer of the juicer 2 is rotated. Turn the rotary knife.

3, a connecting mechanism for dynamically connecting a rotary knife of a juicer or a juice machine to the outer peripheral surface of the upper half of the clutch 6, wherein the mechanism connected thereto is provided on the bottom face of the rotating cylinder 21 of the juicer 2. As shown in FIG. Attached.

In FIG. 4, the juicer 2 is composed of a rotating barrel 21 having a fixed container 22, a juice container 23, a ground container 24, and a lid 25. Referring to FIG. 5, the rotating barrel 21 rotates with the power of the motor 3 transmitted through the clutch 6 and pushes up the juice and the juice left under the cooperation with the fixing cylinder 22 to serve as the garbage container 24. At the center of the upper surface of the bottom, the inserted juice material is pulled toward the bottom to be cut and attached to the knife 21a, which is pushed in the centrifugal direction.Then, the ground surface around the knife 21a is ground and juiced. The millstone blade 21b which wears in the centrifugal direction is formed, and the juice filtration hole 21d is formed in the bottom adjacent to the circumferential wall 21c.

And the inner surface of the circumferential wall (21c) forms a slanting protrusion (21f) to rotate and at the same time to juice or simply push the residue. Moreover, the connection pipe 21e connected to the clutch 6 in the longitudinal direction is attached to the inner surface of the rotating cylinder 21. As shown in FIG.

Referring to Figure 6, the fixed cylinder 22 is located in the concentric circle perpendicular to the rotary cylinder 21, while temporarily storing the juice material, milling in cooperation with the rotary cylinder 21 to juice and after juice By pushing the residue up to the waste container (24), by forming the upper pod (22a) in the upper abdomen of the bottom empty the abdomen to fit the induction pipe (25a) can be put down the bottom of the induction pipe (25a) On the bottom of the bottom except for the double plate, a millstone blade 22b corresponding to the millstone blade 21b is formed, and an inclined protrusion 22e corresponding to the inclined protrusion 21f is formed on the outer surface of the main wall 22c. Helps to raise the juice residue by forming. The upper end of the circumferential wall 22c is fixed to the ceiling of the cover 25 by being inserted into the pod 25b.

Near the upper end of the outer wall of the circumferential wall (22c) is formed by the c-shaped front (22d) to be inserted into the concave portion formed spontaneously the support ring 26 having the bottom pod (26a) is forcibly fitted. The pod 26a is to restrain the upper wall of the circumferential wall 21c of the rotary cylinder 21 loosely so as not to shake during rotation.

The juice container 23 is a root which holds the juice squeezed by the rotating cylinder 21 and the fixed cylinder 22, and is attached to the mounting portion 25c formed on the inner surface of the lower half of the main wall 23a by the upper edge of the main wall 23a. It is forcibly covered and fixed to receive juice, and it is formed in the abdomen as the hollow part 23b which the connection pipe 21e of the rotating cylinder 21 will penetrate.

The ground waste container 24 is cooperatively operated with the inclined protrusion 21f given to the circumferential wall 21c and the inclined protrusion 22e given to the circumferential wall 22c of the fixed cylinder 22 as the rotating cylinder 21 rotates after the juice. After being pushed up by the container, the container receives the juice dregs, which is placed around the rotary cylinder 21 with a slight margin, and the cover 25 is secured by sitting on the mounting portion 25c. Done. The residue inlet hole 24b is formed at the upper end of the inner wall 24a. After assembly, the residue inlet hole 24b coincides with the residue outlet hole 21g formed near the upper end of the circumferential wall 21c of the rotary tube 21, thereby allowing smooth inflow of the juice residue.

The cover 25 supports the fixed container 22, the juice container 23, and the waste container 24, and exerts an external function. The cover plate of the ceiling is emptied, and the induction pipe 25a is integrally present thereunder. In the outer periphery of the guide tube (25a), the fixed tube (22) for attaching the crushed pod (25b), and the lower half of the inner wall of the juice container (23) and the dregs (24) for mounting portion 25c is integrally formed. The height of the bottom of the front (22d) of the fixed cylinder 22 on the upper surface of the mounting portion (25c) to fit the height of the residue cylinder 24 to ensure that the residue cylinder 24 is securely seated.

The process of assembling the rotating barrel 21 and the fixed barrel 22, the juice container 23, the ground container 24, and the cover 25 to make the juicer 2 is as follows. First, the upper end of the main wall 22c of the fixing tube 22 and the lower end of the guide tube 25a are inserted into the bottom pod 22a of the fixing tube 22 in the ceiling pod 25b of the lid 25. 22). Subsequently, the dregs 24 are lifted between the circumferential wall 22c of the fixed tube 22 and the mounting portion 25c of the lid 25, and are then seated on the mounting portion 25c. Then, the circumferential wall 21c of the rotary cylinder 21 is placed between the circumferential wall 22c of the fixed cylinder 22 and the mounting portion 25c, and the upper end thereof is fitted into the pod 26a of the support ring 26. Finally, the juice container 23 is put on the mounting portion 25c and fixed.

When assembled in this way, the bottom of the rotating cylinder 21 is not only between the bottom surface of the fixing cylinder 22 and the upper surface of the juice container 23 but also between the circumferential wall 21c and the peripheral wall 22c of the fixing cylinder 22. In addition, the hollow portion 23b of the juice container 23 and the connection pipe 21e are loose in a loose state, and the flat surface between the circumferential wall 21c of the rotary tube 21 and the waste container 24 is lightly There is room to rotate in contact. In addition, as shown in FIG. 8, there is a slight clearance between the upper end of the circumferential wall 21c of the rotary cylinder 21 and the pod 26a of the support ring 26. With such a margin, the rotating cylinder 21 can be smoothly rotated without resistance from the fixed cylinder 22, the juice container 23, and the ground container 24, and in particular, by the support ring 26, the rotating cylinder ( The trembling of 21) is suppressed to allow quiet operation.

In FIG. 7, there is a minute gap between the convex blade 21b of the rotary cylinder 21 and the mill blade 22b of the fixed cylinder 22, which can grind and squeeze the juice material.

The juicer 2 combined as described above is energized by connecting the connecting pipe 21e of the rotary cylinder 21 to the clutch 6 and is operated in a state where the juice material is loaded in the guide pipe 25a. When the motor 3 is operated, the rotating cylinder 21 rotates, and the knife 21a is chopped while pulling the juice material toward the bottom and then driven in the radial direction.

The fine article pushed out in the radial direction is pressed together with the grinding while passing between the millstone blade 21b of the rotary cylinder 21 and the millstone blade 22b of the fixed cylinder 22. The juice generated by the compression reaches the bottom end of the rotating cylinder 21 and falls to the juice container 23 through the filter hole 21d. The juice residue is rolled up when the inclined protrusion 21f formed on the inner surface of the circumferential wall 21c of the rotary cylinder 21 crosses the inclined protrusion 22e formed on the circumferential wall 22c of the fixed cylinder 22, and then the rotary cylinder ( 21) to the upper end of the circumferential wall (21c) is put in the dregs 24 through the dregs outflow hole (21g) and the dregs inlet hole (24b) of the dregs (24).

After extracting the juice, the motor 3 is stopped and the juicer 2 is removed from the main body 1, and the juice container 23 is removed from the cover 25 to take juice. In addition, after removing the rotary tube 21 from the peeled cover (25), remove the ground container (24) to collect the juice residue, washed with water and dried and reassembled on the cover (25) to prepare for the next use.

Next, based on FIG. 9, 10, the juice machine 100 is demonstrated. The juicer 100 created by the present invention is characterized in that the glass bottle 101 has a polygonal cross section of the glass bottle 101. If you put the contents in the juicer and turn the rotary knife, it is known that the contents of the rotary knife will flow along the rotary knife in the direction of rotation. By the way, since the inner surface of the conventional round juicer 100 is flat, the friction and resistance with the contents are small and the grinding effect of the pulp is low.

In the present invention, the inner surface of the glass bottle 101 is formed in an angled polygon to increase the friction and resistance when the contents are looped to promote the pulverization of the pulp. Using a glass bottle 101 of the juicer 100 of the inner surface is greatly shortened the time to make juice and not only power is reduced, but also very finely broken pulp is made into a more delicious juice.

The present invention as described above, the juicer and the juicer is configured to be detachable to the common main body with the motor and the electric mechanism built-in, and the juicer is also configured in an upright manner like a normal juicer, the appearance of juice juicer combined with a fresh and refreshing Be foolish and contribute to the improvement of dignity.

In addition, it is not forced push type by screw but juices through cutting, crushing and pressing process, so it is less likely to break due to less trouble with rotating bodies such as knives and rotary cylinders, as well as electric tools and motors. Better

In addition, the glass bottle of the juice machine, the inner surface of the polygon is increased in friction and resistance to the contents can be processed into shorter processing time and more delicious juice.

Claims (2)

Attach the clutch connection tube 21e to the center of rotation of the bottom, and attach the cutting knife 21a of the juice material to the center of rotation of the bottom, and the milling part 21b and the juice to the periphery of the knife 21a. 21 d of lowering filtration holes are formed, the main wall 21c forms the juice declination-transfer inclination protrusion 21f, which was rotated by a motor, and the middle of the bottom is the induction pipe 25a. The fixing plate 22 having the bottom surface formed with a milled portion 22b corresponding to the milled portion 21b and a sloped protrusion 22e corresponding to the inclined protrusion 21f on the outer circumferential surface of the main wall 22c. ), A juice container 23 mounted on the lid 25 to store juice, a garbage container 24 collecting juice debris, and a juice inlet tube 25a penetrating through the middle of the ceiling. The fixing plate 22 and the juice container 23 and the waste container 24 are combined, and the cover 25 which serves as a design is combined, and the said Combine the juice jyusyeo ever the pipe (21e) connected to the clutch (6) juice. In a juicer (100) which is connected to a transmission mechanism (4) of the main body (1) dynamically to make juice, a juicer in which the inner surface of the glass bottle (101) is formed in a polygon.