KR101108585B1 - Polish rice by pounding machine - Google Patents

Abstract

The home pottery of the present invention, even when used in the home for a long time by UV sterilization of white rice, rice bran and rice bran to be transmitted through a transparent cover covering the fixture of the pottery unit when the rice or brown rice in the home It is to prevent mold and harmful pests from living inside your home potter.

Such a domestic potentiometer of the present invention,

A case 2 having a predetermined accommodation space therein and having a hopper 8 to supply rice or brown rice to the upper portion; A drive motor (3) for generating power with power supplied and installed inside the case; Located at the bottom of the inner hopper of the case, the interlocking pulley is connected to the drive pulley of the drive motor 3 and the belt 9 so as to transfer rice or brown rice to be driven in one direction, the housing 20, the drive shaft 21 and A transfer unit 4 having a transfer screw 22; A milling unit having a fixed body 11, a netting net 12, a netting shaft 13, and an opaque cover so that the skin of rice or brown rice, which is coupled and transported on the same axis as the transfer unit, can be peeled off to a predetermined thickness. (5); In the home pottery, which is composed of a collection box (6, 7) for separately collecting the white rice, rice bran and rice bran in the pottery unit,

An opaque cover for covering the fixed body (11) formed in the potting unit (5) of the domestic potting machine is formed by the transparent cover (15);

One or more ultraviolet sterilizing lamps 14 may be irradiated with ultraviolet rays into the transparent cover 15 covering the through-holes 17 of the fixing body 11 in the case 2 in which the milling unit 5 is installed. This is done by installing

Domestic Potter, Case, Hopper, Transfer Unit, Milling Unit, Fixture, Cutting Net, Mill Shaft, Transparent Cover, Ultraviolet Sterilization

Description

Home Rice Pottery {Polish rice by pounding machine}

The present invention relates to a home potter, and more particularly, by installing an ultraviolet disinfection lamp in the interior of the home pottery, even if used for a long time by sterilizing white rice or rice bran and rice bran in the pottery work, such as mold or insects in the home pottery An improved type of home potter is provided to prevent the infestation of various harmful pests.

Generally, after harvesting rice, rice is obtained through rice milling process such as white rice or brown rice, which is used at this time, and this rice mill is usually used to separate rice, rice bran and rice bran through rice milling process. At this time, the separated rice, rice bran and rice bran is discharged to the collection bin, such as rice bucket and dust collector through the respective moving path.

When rice is cooked with brown rice or white rice, and it is eaten for a long time, the taste of rice decreases remarkably. Recently, it has developed a home pottery that has drastically reduced the size of the potter's machine, and spread it to each family, so that rice is produced as needed when cooking rice in each family. It is a fact that the rice is cooked and cooked.

Therefore, the home pottery is manufactured in a small size and can be eaten at that time as needed in a general home, so that the taste of rice is much superior to that of a conventional pottery plant and then purchased and eaten for a long time.

In the structure of a general home pottery, rice supplied to a hopper is supplied to a potter's wheel by screws of a potter's wheel in a supply space part. Here, a tubular network is installed at regular intervals from the outer circumferential surface of the steel shaft. As the steel shaft rotates, the rice bumps against the steel mesh and peels the rice.

In this way, rice, rice bran and rice bran are separated from the rice, and the rice is discharged to the outside through the net discharge plate, while the rice bran is collected into the rice bran collecting bin through the rice bran discharge hopper and discharge pipe by the operation of the suction fan connected to the rice bran discharge hopper. do.

As shown in FIG.

In the pottery machine which separates the epidermal parts of grains such as rice and separates the parts containing impurities and nutrients,

A first accommodating portion in which a predetermined space is formed to accommodate the grain kernel;

A first lifting unit for lifting the grain kernel housed in the first accommodating unit;

A hopper in which a predetermined space is formed so that the grain kernels lifted by the first lifting unit can be supplied;

A silver plated transfer unit for transferring the grain kernel supplied to the hopper through the rotation of a screw installed at the bottom of the hopper;

A metropolitan government comprising a milling unit for peeling the skin of the grain of grain from the transfer unit to a predetermined thickness;

A tailing unit for wiping the milled rice polished by the metropolitan government;

A second accommodating part in which a predetermined space is formed to accommodate the fine rice polished in the tailing part;

A second lifting unit for lifting the sea bream accommodated in the second accommodation unit;

It is a configuration consisting of a packing unit for sealing by injecting the sea the rice lifted by the second lifting unit to the wrapping paper.

The potter's wheel having the above technical configuration is introduced into the injection hole 329 of the transfer unit 320 is accommodated in the grain kernel injected into the hopper 310. When the motor M is driven, the interlocking pulley 322 connected to the motor M and the belt 327 is rotated.

When the interlocking pulley 322 is rotated, the screw 321 connected to the interlocking pulley 322 and the drive shaft 326 rotates to transfer the grain kernel toward the cutting unit 330. In other words, the grain grain is transferred between the outer circumferential surface of the pressure bar 329 and the ferrule 334.

And the pressure bar (329) is to peel off the skin portion of the grain grain while rotating together in accordance with the rotation of the screw (321). The thickness of the skin that is peeled off is controlled by the operation of the minute control unit 340.

This is because when the operation knob 343 is rotated, the ball fringer 342b is compressed, and at the same time, the adjuster 342 compresses the elastic member 342a along the cam line 343a, or conversely, compresses the elastic member 342a. Will be released.

At this time, the elastic member 342a is to increase or decrease the force for elastically supporting the discharge pressure regulating plate 341 to the inverted tube 334, thereby discharging the grain grain is transferred to the end from the inlet tube 334 In accordance with the increase in the closing force of one end of the pressure pipe 334 of the pressure control plate 341, the degree of milling is determined.

Through the above process, according to the degree of milling, rice bran, rice bran, and epidermis of rice bran (impurity) are generated and it is necessary to separate them.

First, the epidermis of the grain kernel is peeled off at the inlet end of the milling unit 330, and because the rice bran is removed in a state where the epidermis is peeled to some extent, the collection box for collecting the epidermal part is installed at the lower end of the inlet end of the milling casing 331. Can be.

And because there is a weight difference between the rice bran and the rice bran, relatively light rice bran is transferred to the rice hopper by using a blower, and the relatively heavy rice bran is transferred to the rice hopper 510 of the rice bran 500 to be polished. This is a brush 520 inserted in the polisher 500 is rotated while the polishing process to polish the polished rice.

The polished rice polished in this way is transferred to the second accommodating part 600 and is lifted by the second lifting part 700 to be transferred to the packing part 800 to be packaged in the form of a product.

In addition, the micro-purifier of the previously disclosed Patent Publication No. 10-2003-27357 has a predetermined receiving space and a housing having a hopper for supplying rice on the top;

A drive motor configured to generate power by power supplied in the housing;

A transfer unit positioned under the hopper inside the housing so as to transfer the brown rice supplied by the drive pulley of the drive motor and the interlocking pulley as a belt in one direction;

A milling unit coupled to one end of the transfer unit so that the skin of the rice to be transported can be peeled off to a predetermined thickness;

A fineness adjusting means for adjusting the skin thickness of the brown rice cut from the milling unit;

It characterized in that it comprises a detachable means of the milling unit for the milling unit to be attached, detached from the transfer unit.

The transfer unit includes a drive unit, a transfer screw, and a pressure rod are integrally formed, wherein the drive unit is coupled to the first bracket in a state where the bearing is formed in the outer shell, and the other end of the drive unit is formed by interlocking pulleys to drive the motor and the belt of the lower drive motor. Connected to allow the drive motor to transmit power.

Here, the pressure bar is expanded to a predetermined length from one end of the transfer screw and is formed to extend to a predetermined length. The outer diameter surface of the pressure bar is protruded to a predetermined height and consists of a wing portion extending in the longitudinal direction.

As such, when rice is transferred into the milling unit by the transfer unit, the skin of the brown rice is peeled off by the wing of the pressure rod.

As described above, all types of domestic ceramic pottery according to the prior art simply mill rice or brown rice and go through the same process as described above to make rice, rice bran, and rice bran (impurity) according to the milling degree. Is aligned.

However, after long-term use of home pottery, residues such as rice, rice bran or rice bran are always left inside the potter's pottery process after the milling process or after the milling. Harmful pests such as

Consumers had the disadvantage of being reluctant to purchase and use home pottery due to mold or harmful pests generated inside the home pottery.

The present invention was developed to solve the above problems,

The home pottery machine of the present invention is irradiated with ultraviolet rays to the net of the pottery unit by a transparent cover covering the fixture of the pottery unit and UV sterilization lamps installed adjacent thereto to sterilize the white rice, rice bran and rice bran with ultraviolet rays during the milling process. It is an object of the present invention to completely prevent mold or harmful pests inhabiting the interior of the potter's wheel by residues left in the potter's wheel.

Home pottery of the present invention for achieving the above object,

A case having a predetermined accommodation space therein and having a hopper to supply rice or brown rice to the upper portion;

A driving motor generating power by being installed inside the case;

A transfer unit positioned below the inner hopper of the case so that the interlocking pulley is connected to the drive pulley of the drive motor and the belt to transfer rice or brown rice to be driven in one direction;

A milling unit coupled to the same axis as the transfer unit so that the skin of rice or brown rice to be transported can be peeled off to a predetermined thickness;

In the domestic pottery machine consisting of a collection of the white rice and rice bran and rice bran in the pottery unit separately collected,

Forming an opaque cover covering the fixture formed in the potting unit of the household potting machine as a transparent cover;

At least one ultraviolet sterilizing lamp is installed inside the case in which the potting unit is installed to irradiate ultraviolet rays into the transparent cover covering the through hole of the fixture.

Another feature of the present invention is to install an ultraviolet sterilization lamp in close proximity to the interruption or lower end driving motor of the case to prevent the growth of mold or harmful pests in these areas.

As described above, according to the domestic potter's wheel according to the present invention, an opaque cover covering the fixture formed in the potting unit of the domestic potter's pot is formed as a transparent cover, and the through hole of the fixture is covered inside the case where the pot is installed. By installing one or more ultraviolet sterilization lamps to irradiate ultraviolet rays inside the transparent cover,

In each household, when irradiating rice or brown rice with the household pottery of the present invention, the ultraviolet rays irradiated from the ultraviolet sterilization lamp penetrate the transparent cover of the pottery unit to directly sterilize the white rice, rice bran and rice bran so that the household pottery is used for a long time. It is effective to completely prevent the occurrence of mold and harmful pests.

Hereinafter, described in detail with reference to the accompanying drawings, the domestic potter according to an embodiment of the present invention.

As shown in Fig. 2 to 4, the domestic potentiometer 1 according to the present invention,

A case 2 having a predetermined accommodation space therein and having a hopper 8 to supply rice or brown rice to the upper portion;

A drive motor (3) for generating power with power supplied and installed inside the case;

A transfer unit 4 positioned below the inner hopper of the case and connected to the drive pulley of the drive motor 3 and the belt 9 so as to transfer rice or brown rice to be cut in one direction;

A milling unit 5 coupled to the same axis as the transfer unit so that the skin of rice or brown rice to be transported can be peeled off to a predetermined thickness;

The collection unit (6, 7) to separate the white rice and rice bran and rice bran in the milling unit.

The transfer unit 4 forms an opening 23 in the upper end of the cylindrical housing 20 having a flange as shown in FIGS. 5 to 7 so as to communicate with the lower end of the hopper 8, and the housing ( The drive shaft 21 is inserted into the inside of the 20, the feed screw 22 is formed at the interruption of the drive shaft, the drive shaft 21 is coupled to the bracket 10 in the state where the bearing is formed outer, the other end of the drive shaft Is connected to the lower drive motor (3) and the belt (9) by accumulating the interlocking pulley to transmit the power of the drive motor.

The drive shaft 21 of the transfer unit 4 is formed on the same axis as the milling shaft 13 of the milling unit 5, which will be described later, and transfers rice or brown rice supplied from the hopper 8 by the transfer screw 22. It is conveyed to the milling unit 5 and is turned into white rice, rice bran and rice bran by the milling shaft 13 and the milling network 12 installed inside the fixed body 11 of the milling unit 5.

The milling unit 5,

A fixing body 11 having holes 16 formed on the left and right sides thereof so as to insert the netting network 12 into a hollow inside thereof, and through holes 17 formed before and after;

A porous net-shaped mill is inserted into the left and right holes 16 of the fixing body, and the locking jaw 18 is formed at the outer circumference to be inserted into the locking groove 19 formed in the hole 16 of the fixing body 11. Network 12;

A milling shaft 13 inserted into the center of the inner milling network of the fixture and having a pair of milling protrusions 24 formed on an outer periphery thereof;

It is composed of an opaque cover made of stainless steel inserted into the outer surface of the fixture to cover the through hole 17 formed before and after the fixture.

The left part of the fixing unit 11 of the cutting unit 5, that is, the part into which the cutting network 12 is inserted, is provided with a separate cover (not shown), so that the white rice or brown rice that is cut down is collected directly (6). To fall.

Therefore, rice or brown rice supplied by the transfer screw 4 is supplied between the internal cutting shafts 13 of the cutting network 12, and when the cutting shaft is rotated by the drive motor 3, It is processed into white rice by the cutting protrusions 24 and the cutting nets 12 and is collected in the collection box 6 through the left part of the fixing body 11.

The cutting net 12 is formed in the form of a porous net serves to discharge the foreign matter generated when rice or brown rice is processed into white rice to the outside through the porous cutting net.

That is, the brown rice or the white rice is not discharged to the outside of the fine mesh 12, and each of the perforated regions of the fine mesh is very fine so that only the fine foreign matter separated from the fine brown rice is discharged to the outside of the fine mesh. It is provided with fine holes.

Therefore, the rice or brown rice introduced into the hopper 8 is transferred to the potting unit 5 by the feeding screw 22 of the conveying unit 4, and the inner strainer 12 of the fixture 11 and the milling shaft 13 are removed. The rice mill or brown rice hits the porous netting network 12 while the milling shaft is rotated and the shell of rice or brown rice is peeled off.

This technical configuration is a well-known technical configuration that is widely known in the field of home ceramics as described in the prior art,

Characteristic technical features of the present invention is to form a cover for covering the fixed body (11) formed in the potting unit (5) of the domestic potting machine with a transparent cover (15);

One or more ultraviolet sterilizing lamps 14 may be irradiated with ultraviolet rays to the inside of the transparent cover 15 covering the through-holes 17 of the fixing body 11 in the case 2 in which the milling unit 5 is installed. This is done by installing

The transparent cover 13 is a transparent acrylic material so that the ultraviolet rays of the ultraviolet sterilization lamp 14 can be transmitted to the white rice, rice bran and rice bran when the rice or brown rice is milled inside the fixture 11 of the milling unit 5. It is preferable to form by bending.

At least one ultraviolet sterilizing lamp 14 is installed inside the case 2 in which the milling unit 5 is installed. The ultraviolet sterilizing lamp 14 is provided with rice or brown rice inside the milling unit 5. When the ultraviolet rays are irradiated from the ultraviolet sterilization lamp through the transparent cover 13 covering the through hole 17 of the fixing body 11 to sterilize directly to the white rice, rice bran and rice bran with ultraviolet rays.

In another embodiment, the ultraviolet sterilizing lamp 14 is further installed adjacent to the interruption of the case 2 or the lower end driving motor 3 as shown in FIGS. 3 and 4, thereby preventing mold or harmful pests. You can also prevent formatting.

Therefore, the white rice, rice bran and rice bran, which are inverted by the home sterilizer of the present invention by the ultraviolet sterilization method, can prevent the mold or harmful pests from being inhabited, thereby enabling consumers to safely and conveniently use the home potter.

As described above with reference to the drawings illustrating a home potter in accordance with the present invention, by the embodiments and drawings disclosed herein the present invention is not limited to this, various modifications by those skilled in the art within the scope of the technical spirit of the present invention Of course this can be done.

1 is a cross-sectional view of a domestic potter according to the prior art

Figure 2 is a perspective view of a domestic potter showing a preferred embodiment of the present invention

3 is a longitudinal longitudinal cross-sectional view of FIG. 2;

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

Figure 5 is a perspective view schematically showing the transfer unit and the milling unit of the present invention

6 is an exploded perspective view of FIG.

7 is a longitudinal cross-sectional view of FIG. 5;

＊ Code explanations for main parts of the drawings ＊

1: home pottery 2: case

3: drive motor 4: transfer unit

5: Milling unit 6: Collection box

7: collection box 8: hopper

9: belt 10: bracket

11: fixed body 12: network

13: Steady axis 14: UV sterilization lamp

15: transparent cover 16: hole

17: through hole 18: locking jaw

19: locking groove 20: housing

21: drive shaft 22: feed screw

23: opening 24: cutting protrusion

Claims (2)

A case 2 having a predetermined accommodation space therein and having a hopper 8 to supply rice or brown rice to the upper portion; A drive motor (3) for generating power with power supplied and installed inside the case; Located at the bottom of the inner hopper of the case, the interlocking pulley is connected to the drive pulley of the drive motor 3 and the belt 9 so as to transfer rice or brown rice to be driven in one direction, the housing 20, the drive shaft 21 and A transfer unit 4 having a transfer screw 22; A milling unit having a fixed body 11, a netting net 12, a netting shaft 13, and an opaque cover so that the skin of rice or brown rice, which is coupled and transported on the same axis as the transfer unit, can be peeled off to a predetermined thickness. (5); In the home pottery, which is composed of a collection box (6, 7) for separately collecting the white rice, rice bran and rice bran in the pottery unit, An opaque cover for covering the fixed body (11) formed in the potting unit (5) of the domestic potting machine is formed by the transparent cover (15); One or more ultraviolet sterilizing lamps 14 may be irradiated with ultraviolet rays into the transparent cover 15 covering the through-holes 17 of the fixing body 11 in the case 2 in which the milling unit 5 is installed. A household potter's wheel characterized by the installation of). The method of claim 1, The household potter is characterized in that it is further provided with an ultraviolet disinfection lamp (14) adjacent to the stop part or the lower end driving motor (3) of the case (2) to prevent the growth of mold or harmful pests in these areas.

Images