KR200289795Y1 - Vegetable pulverization machine - Google Patents

Abstract

(1) The technical field to which the invention belongs

Machine to crush various vegetables and fruits.

(2) Purpose of devising

Existing grinder puts a certain amount of vegetables or fruits into the grinder and grinds it by high-speed rotation of the knife attached to the grinder, and checks the degree of grinding for the time. In the pulverizer or this paper, a discharge bin is installed under the pulverization bin, and a rotary blade is installed in the discharge bin to discharge the material in the discharge bin. Only the hopper is installed on the pulverization tank by passing through the filter net and discharged out by the rotary blade. If the hopper is continuously supplied to the hopper by a certain amount, the material is sequentially supplied from the hopper as the pulverization proceeds. Grinding proceeds in the grinding box, and the material that is crushed to a certain size or less is transferred to the discharge container through the filter net. And discharged through the discharge of materials that were applied in designed to be discharged out of the machine through the outlet by the rotary blades work continuously.

(3) constitution

In this configuration, the hopper (1) for supplying the material is installed on the upper part of the machine, and the conical grinding cylinder (3) is connected by the hopper and the pipe-shaped connecting passage (2) so that the material of the hopper is connected. Through the sequential supply through the pulverization bin and the pulverization barrel is made into a conical shape by forming a hole in the bottom plate of the cone pulverization tube to replace the bottom plate (9,10) to change the hole size or to adjust the amount of overlapping hole overlapping the bottom plate The bottom plate (filtration net) can be configured to adjust the hole size, and the rotary shaft 12 is connected from the bottom to the center of the bottom plate, and the knife 4 is attached to the biaxial shaft in such a way that the material can be smoothly crushed in the conical grinder. The material is pulverized by the rotation of the knife. The material being pulverized rotates like a knife and is pulverized. The rotating material is moved to the edge of the barrel by centrifugal force. Since it is conical, it moves downward along the inclined surface, and the material pulverized below a certain size is discharged downward through the bottom plate (filtration net), while discharging container is installed under the grinding container and the motor 8 is installed vertically under the discharge container. Directly connect the motor shaft and the knife fixing shaft with the coupling (6), and the knife fixing shaft is connected to the grinding barrel through the center of the filter net through the discharge cylinder, and install the rotary blade (11) on the shaft passing through the discharge cylinder and the discharge port on the side of the discharge cylinder (5) is configured so that the material discharged into the discharge bin through the bottom plate (filtration net) can be discharged to the discharge port by the rotary blade to continuously crush a large amount of material.

(4) effect of design

By supplying the material to the hopper continuously by a certain amount and crushing it and discharging it, controlling the size of the bottom plate (filtration net) discharge hole, controlling the degree of grinding and continuously grinding, it is possible to grind a large amount of material in a short time. It can be pulverized easily and does not generate foreign matters when crushed, so it is possible to work hygienic and easy to clean and work in a clean state.

Description

Vegetable Grinding Machine {VEGETABLE PULVERIZATION MACHINE}

The present invention is a conventional vegetable and fruit grinder is put in a certain amount in the pulverization container and crushed for a certain time, and then taken out again or installed by the screw after the crushing device is installed at the end of the screw during the grinding, this material is unsanitary when the knife abrasion occurs. It is difficult to clean after use, so that the machine is not clean, and these problems are improved, and it is possible to sanitize continuously by avoiding foreign substances (abrasion occurs due to abrasion due to abrasion when the knife comes into contact with the grinding net). It is designed to keep the machine clean as it is easy to clean.

The present invention relates to a machine for crushing vegetables and fruits to a desired size, or less. Conventionally, there are several kinds of machines, but by about three methods. Rotate the blade at high speed at the bottom to grind it (mixer) to put a certain amount into the grinder, and to adjust the inconvenience to take out of the grinder and grind the size of the particles to be crushed, so that the grinding time difference according to the material As the user's experience sets the time, there is a problem that the particle size is different or it is difficult to grind to a suitable particle size every time. The second method uses a screw to compress the material and rotates the blade with the screw at the end of the screw. Crushing net is installed in front of the crushing net and the blade makes contact friction and rotates to cut the material You can change the grinding size by changing the grinding net with different hole size by discharging through the grinding net hole, but the knife and the grinding net are rotated because the material is crushed by the screw and rotates in friction contact with the blade and the grinding net. Due to the abrasion of the powder, the powder is mixed with fine amount or food, which is unsanitary and cumbersome to clean.The third method is to slowly rotate the disc shaped by cutting the donut shape in the axial direction and rotate the rotary blade on one side at high speed. Only half of the disc is covered with the cover to cover the cover, and the knife rotates between the cover and the cover to crush the material, supply a certain amount of material from the cover that is not covered with the cover, and the plate rotates and crushes for a certain time. It has the advantage that it can be crushed by visually checking it, but after putting a certain amount of material The tough problem to pay larger cleaning materials in particular are being pulverized material is much the side cover is attached, remove it difficult to contact many people hand unsanitary.

1. The problem of working in a sanitary and efficient manner by allowing the operation of feeding, grinding and discharging continuously automatically.

2. The problem of preventing material crushing during grinding and restraining water generation when grinding fresh vegetables.

3. Eliminates the occurrence of ear powder by eliminating the areas where wear occurs.

4. The problem of keeping the particle size constant during grinding.

5. The problem of keeping the machine clean by making the machine easy to clean.

Figure 1 Longitudinal section view of the machine

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

Fig. 3 Filter Screen Top View

4 diagram filter bottom plate

5th drawing network assembly drawing

B-B 'section of FIG. 6 FIG.

The present invention is designed for the purpose of grinding vegetables or fruits into small particles and described in detail by the accompanying drawings as follows, as shown in Figure 1 the motor (8) in the lower portion of the discharge container (7) of the circular housing form The center hole of the discharge vessel is fixed so that the center of the motor shaft is aligned, and a hole is formed in the lower flange of the discharge vessel 7 of the housing form and the upper portion of the base 13 of the rectangular box form, and the motor 8 in the discharge vessel 7. Is coupled to the motor into the gas (13) in combination with the discharge vessel and the gas, while the coupling shaft (6) is connected to the motor shaft, the shaft 12 is connected to the coupling opposite the shaft 12 is the discharge cylinder (7) It is supported by the bearing in the middle part and rotates under the rotational force of the motor. In addition, the upper part of the discharge vessel (7) is processed to form a cylindrical space, the hole of a suitable size of a square in the cylindrical surface is processed, and fixed to the discharge port (5) there and the discharge wing (11) inside the discharge cylinder cylindrical space The discharge blade 11 is fixed to the shaft 12 so as to enter the discharge blade 11 in the form of having two blades of thin plate attached at intervals of 180 degrees to a round bar formed by processing a hole such as a shaft diameter at the center thereof. It rotates in the same way as to discharge the material in the discharge container (7) out through the discharge port (5) and to fix the grinding container (3) in the upper flange of the discharge container (7), the grinding cylinder is smaller in diameter upwards The material is crushed in the grinding cylinder by the conical cylinder, and the material moves smoothly downward by directing the force away from the center due to the centrifugal force when rotating, and is supported by the discharge cylinder (7) in the grinding cylinder (3). 9) and The knife 4 is fixed to the shaft 12 passing through the adjusting network 10, and the material is crushed finely in the grinding container 3 by the knife rotating together with the shaft. Down through the hole in the filtering net (9) to the lower discharge vessel (7), the material of the discharge vessel is discharged out through the discharge port (5) by the rotating discharge blade (11). Here, the filtering network 9 in FIG. 3 and the adjusting network 10 in FIG. 4 are overlapped with each other as shown in FIGS. 5 and 6 with the same size at regular intervals on the filtering network 9 and the adjusting network 10. As shown in Fig. 5, the adjusting net 10 is rotated slightly to the left and right to adjust the size of the hole of the filtering net, as shown in FIG. It is installed to form a net so that the size of the pulverized particles can be adjusted arbitrarily. In addition, the material moving passage (2) is installed on the grinding cylinder (3) and the hopper (1) is installed on the transfer passage (2), and the supplied material of the hopper (1) is sequentially crushed through the transfer passage (2) (3) The material is crushed and discharged continuously, and the size of the particles discharged from the pulverization is adjusted to the size of the hole of the filter network.

As a result of the above design, minimization of crushing when crushing vegetables or fruits, minimizing juice generation and progressing pulverization continuously, it is possible to grind a large amount in a short time with a relatively small machine. It is easy to clean and hygienic because the machine can be cleaned simply by placing a container to receive the water and pouring water into the hopper.

Claims (3)

In grinding vegetables or fruits, the motor 8 is fixed to the lower part of the discharge container 7 in the form of a housing, and the lower flange of the discharge container 7 with the motor 8 is fixed to the gas 13 and discharged. The upper part of the space is processed into a cylindrical shape so that the discharge wing 11 is fixed to the shaft 12 to be installed here, and a portion of the circumferential surface of the cylindrical space by processing a rectangular hole to fix the outlet (5) On the other hand, the coupling shaft 6 is fixed to the motor shaft, and the shaft 12 is fixed opposite the coupling, and the shaft 12 rotates together with the motor 8, and the shaft 12 is disposed in the middle of the discharge vessel 7. It is supported by the bearing to rotate the discharge blade, and also passes through the filter net (9) to rotate the knife 4 in the grinding barrel (3) and the filter net (9) by the adjusting net (10) in Figs. By adjusting the size of the filter net hole, it is possible to adjust the size of the pulverized and discharged particles, the grinding barrel (3) as the upward It is a cylindrical cylinder whose diameter is smaller, so that the material that is crushed and rotates down smoothly, and the transfer passage 2 and the hopper 1 are installed on the grinding cylinder 3, and the material of the hopper passes through the transfer passage. Sequentially supplied to the pulverizing cylinder is pulverized in the pulverizing cylinder (3), the particles of a certain size or less is simultaneously discharged to the discharge vessel (7) through the filter network (9) to arbitrarily adjust the size of the discharged particles and continuously grinding Vegetable grinders made possible. The filter network (9) of FIG. 3 and the adjusting network (10) of FIG. 4 are arbitrarily adjusted so as to arbitrarily adjust the size of the pulverized particles which are pulverized in the pulverizer (3) and discharged to the outlet (7). As shown in Fig. 5, the amount of overlapping holes processed in the same size and at the same size in the filter net 9 and the control net 10 overlaps each other by slightly moving the control net 10 from side to side as shown in FIG. Vegetable cutter filter network structure that allows to easily adjust the size of the pulverized particles to be pulverized and passed through the filter net to the discharge container. delete