KR100608494B1 - Apparatus for manufacturing brownrice - Google Patents

Abstract

The present invention relates to a germinated brown rice manufacturing apparatus, and more particularly, to constitute a germination body provided with a silver mesh netting excellent antibacterial and antiseptic action on the bottom of the framework, evenly brown rice in the mesh of the germination body It is possible to produce high quality germinated brown rice by disinfecting and sterilizing and inhibiting the production of fungi that can be produced during germination process, as well as the cause of odor by cooling and drying the brown rice germinated by moisture absorption. By suppressing the production of fungal bacteria to compensate for the problems that may occur during hot air drying, as well as by supplying cold air evenly by the cold air drying device and blower to maximize the cold air drying efficiency to produce high quality germinated brown rice It relates to a germinated brown rice manufacturing apparatus.

According to the present invention, a net support body (10) having a fixed net (2) and a vertical support (22) having a translator shape at each corner end of the bottom frame (21) of a rectangular frame so that the footframe body (10) is stacked in multiple stages and Activated charcoal on the upper surface of the body (20) consisting of a horizontal support (23) formed with a hoist hanger groove (24) formed on the upper side of the vertical support (22) and the body (31) into which a plurality of the frame holders (20) are introduced. A water supply port 34 for supplying the filtered water through the 33 is installed, and the settling tank 30 in which the oxygen inlet 35 is installed below one side of the body 31, and the frame stacking box 20 is a large number. Room temperature germination is installed in the lower portion of the inner case 41, the pedestal 42 is formed in the drain hole 43 at a predetermined interval and the temperature control device 44 is installed on one side of the case 41 to maintain the proper temperature for germination And to dry the dehydration tank 40, the room temperature germination and dehydration tank 40 by cold air The cold air supply pipe 52 for supplying the cold air through the discharge hole 58 formed at regular intervals on one side of the cold air blower 51 for generating cold air of 5 ~ 10 ℃ is installed on the upper surface of the cold air supply pipe 52 Guide projections 54 for guiding the 20 to be accurately seated on the discharge hole 58 are formed, and a cold air drying apparatus 50 having an antibacterial filter 53 installed inside the cold air supply pipe 52 and the cold air. A hood 64 is installed at a predetermined interval on the top of the drying apparatus 50 to focus the dried air, and a bellows 63 which is lifted up and down by electric power is installed at the center of the hood 64, and the bellows 63 is disposed. The end of the exhaust pipe 62 is made of a blower 60 is installed, the mesh 2 and the antimicrobial filter 53 is characterized in that it is made of silver (기능) having the functions of sterilization, antibacterial and anti-fungal It is done.

Germination, Brown rice, Germinated brown rice, Sterilization, Mold, Cold air drying, Silver, Antibacterial

Description

Germinated brown rice manufacturing device {Apparatus for manufacturing brownrice}

1 is an overall configuration of the germinated brown rice production apparatus according to the present invention.

Figure 2 is a cross-sectional view of the frame stacking body in the state in which the germination frame in the germinated brown rice manufacturing apparatus according to the present invention.

Figure 3 is a sectional view of the sedimentation tank in the state in which the germinated body in the germinated brown rice production apparatus according to the present invention.

Figure 4 is a room temperature germination and dehydration tank cross-sectional view of the germinated body in the germinated brown rice manufacturing apparatus according to the present invention.

Figure 5 is a cross-sectional view of the cold air drying apparatus and the blower in the state of the germination frame in the germinated brown rice production apparatus according to the present invention.

<Explanation of symbols for main parts of drawing>

1: frame 2: net 10: germinated body

20: frame storage 21: floor 22: vertical support

23: horizontal support 24: hoist hanger groove 30: sedimentation tank

31 body 32 outlet 33 activated carbon

34: water supply hole 35: oxygen injection hole 40: room temperature germination and dehydration tank

41 case 42 pedestal 43 drain hole

44: temperature controller 50: cold air drying device 51: cold air fan

52: cold air supply pipe 53: antibacterial filter 54: guide projection

55 exhaust hole 60 blower 61 fan

62 exhaust pipe 63 bellows

The present invention relates to a germinated brown rice manufacturing apparatus, and more particularly, to constitute a germination body provided with a silver mesh netting excellent antibacterial and antiseptic action on the bottom of the framework, evenly brown rice in the mesh of the germination body It is possible to produce high quality germinated brown rice by disinfecting and sterilizing and inhibiting the production of fungi that can be produced during germination process, as well as the cause of odor by cooling and drying the brown rice germinated by moisture absorption. By suppressing the production of fungal bacteria to compensate for the problems that may occur during hot air drying, as well as by supplying cold air evenly by the cold air drying device and blower to maximize the cold air drying efficiency to produce high quality germinated brown rice It relates to a germinated brown rice manufacturing apparatus.

Generally, germinated brown rice is sprouted 1 ~ 5mm by supplying oxygen with proper temperature and oxygen to brown rice stripped rice husk. In 1993, Max Planck Food Research Institute in Germany announced the results of germinated brown rice and germinated barley. As germination grains came into the spotlight, grains such as soybeans, barley, and brown rice germinated and contained nutrients different from the seed state.

In other words, the germinated brown rice will produce useful ingredients such as vitamin Amino acid enzyme SOD (superoxide dismutase), and these nutrients will increase the natural healing power of the body, prevent adult diseases and detoxify the body's toxins. In addition, germinated brown rice is favored by supplementing the shortcomings of brown rice and white rice.

Such germination process is generally performed in the Republic of Korea Patent No. 354855 (Registration Date: 2002.09.17), 374701 (Registration Date: 2003.02.20), Publication No. 2000-37091 (Publication Date: 2000.07.05) After removing the rice husk from the rice harvested together, soaked in water at an appropriate temperature to absorb the water, then given the appropriate germination temperature conditions, germination to a certain size, and then dried and packaged.

In the conventional brown rice germination process or apparatus, mold bacteria may be generated on the surface of brown rice by moisture absorbed during germination period, and these mold bacteria may cause disgusting odor after cooking and cause food odor. Doing.

In particular, conventionally adopts a hot air drying method of forcibly supplying hot air to dry the germinated brown rice and a natural drying method at room temperature, but the hot air drying method and the natural drying method at room temperature further promote the production and growth of fungi It is to be a problem that can not produce high quality germinated brown rice.

The present invention is to solve the problems as described above, and to the bottom of the frame having a certain size of the anti-bacterial and antiseptic action of the nettle net body is installed, and the frame body stacking can be stacked about 100 And by distributing the brown rice evenly in the mesh of the germination body to suppress the production of fungi that can be produced during the sterilization and germination of various bacteria, not only can produce a good germinated brown rice, but also by water absorption By drying the germinated brown rice in a cold air, it suppresses the generation of fungi that cause odors and compensates for the problems that may occur during hot air drying. The cold air is evenly supplied by the cold air drying device and the blower. It is a technical problem to maximize the drying efficiency so as to produce high quality germinated brown rice.

According to the present invention, the nettle is fixed to the bottom of the rectangular frame, and the nettle is fixed to the nettle, and each corner end of the rectangular frame through which the center is penetrated so that the bale is stacked in multiple stages is vertical with a vertical support of a translator shape. On the upper side of the support frame is made of a horizontal support with a hoist hanger groove is formed, and a water supply port for supplying filtered water through activated carbon is installed on one side of the body into which the plurality of the frame is introduced into a lower side of the body Precipitation tank is installed oxygen supply port for supplying oxygen therein, and a base formed with a plurality of drainage holes at regular intervals is installed in the lower part of the inner case in which the plurality of the frame holder is introduced, and the temperature control device for maintaining at an appropriate temperature for germination on one side of the case Room temperature germination and dehydration tank is installed, the room temperature germination and dehydration In order to dry the tank with cold air, a cold air supply pipe for supplying cold air is installed on one side of the cold air fan that generates cold air at 5 to 10 ° C. at regular intervals. A guide wind projection is formed to guide the seat, and a cold air drying device having an antibacterial filter installed inside the cold air supply pipe, and a hood is installed at an upper portion of the cold air drying device at a predetermined interval to focus the dried air. The bellows is descended by the electric drive is installed, the end of the bellows is composed of a blower installed exhaust pipe for discharging the focused air through the exhaust fan, the mesh and the antibacterial filter has the function of sterilization, antibacterial and anti mold It is characterized in that it is made of silver (銀).

Hereinafter, the germinated brown rice manufacturing apparatus according to the present invention will be described in detail with reference to FIGS. 1 to 5.

1 is an overall configuration diagram of the germinated brown rice manufacturing apparatus according to the present invention, Figure 2 is a mold stacking surface of the state in which the germination frame is loaded in the germinated brown rice manufacturing apparatus according to the present invention, Figure 3 according to the present invention In the germination brown rice manufacturing apparatus is a sectional view of the sedimentation tank in which the germinated body is introduced, Figure 4 is a room temperature germination and dehydration tank sectional view of the germinated brown rice body in the germinated brown rice manufacturing apparatus according to the present invention, Figure 5 is the present invention In the germination brown rice manufacturing apparatus according to the cross-sectional view of the cold air drying device and the blower device is placed in the state.

Germinated brown rice manufacturing apparatus according to the present invention is to partially distribute the appropriate amount of brown rice in order to germinate brown rice and the body of the germination 10 made to smooth the flow of water and air, and vertically about 100 of the germination body (10) The water required for germination of the brown rice distributed in the framework 10 during the inflow of the frame loading box 20 and the frame loading box 20 itself, that is, water passing through activated carbon (hereinafter, ' The activated carbon can be discharged naturally to the settling tank 30 for supplying the activated carbon, and the mold stacking box 20 via the settling tank 30, and always maintained at room temperature of 23 ~ 25 ℃ to control the germination conditions of brown rice Cold air drying apparatus 50 for supplying and maintaining a cold air of 10 ~ 13 ℃ to the dehydrated and germinated brown rice via the normal temperature germination and dehydration tank 40 to maintain, and the normal temperature germination and dehydration tank 40, and Cold generated from the cold air drying apparatus 50 To facilitate the sunhwal consists of fan unit 60 to increase the drying efficiency of sprouted brown rice.

The footing frame 10 is provided with a rectangular frame (1), the bottom of the frame (1) is made of a configuration that is fixed to the mesh net 2 is evenly distributed brown rice.

Wherein the frame (1) is preferably corrosion-resistant and light aluminum material, and the mesh (2) has a strong bactericidal power to kill 650 kinds of pathogens, as scientifically revealed, antibacterial and anti-fungal It is made of silver (銀) having a function, it can be made of stainless steel rod as needed, in order to reduce the economic cost of the footing body made of silver for every predetermined number of the footing body (10) made of stainless steel net (2) 10) can be laminated.

The frame holder 20 is provided with a bottom frame 21 of a rectangular frame penetrating the center portion, each of the corner end of the bottom body 21 is provided with a vertical supporter 22 of the wedge shape, the vertical support The upper side of the 22 is made of a structure in which the horizontal support 23, the hoist hanger 24 is formed.

Here, the area of the bottom body 21 has an area in which the footing body 10 can be settled, and the vertical support 22 is installed at a height at which 100 footing bodies 10 can be stacked.

The sedimentation tank 30 is provided with a body 31 made of a sufficient space for a plurality of frame stack 20 is introduced at the same time, the activated carbon 33 is introduced into the upper side of one side of the body 31 The water supply port 34 for supplying the filtered water to the body 31 is installed, the lower side of one side of the body 31 and the oxygen inlet 35 for supplying oxygen to increase the dissolved oxygen of the water therein and , The discharge port 32 for discharging the introduced water as needed is installed.

The room temperature germination and the dehydration tank 40 is provided with a case 41 made of a sufficient space for the plurality of framed storage compartment 20 can be introduced at the same time, the drain hole 43 in the lower portion inside the case 41 is a predetermined interval A pedestal 42 is formed, and one side of the case 41 is provided with a temperature control device 44 which maintains the internal temperature at a normal temperature of 23 to 25 ° C., which is an optimal temperature.

The cold air drying apparatus 50 is provided with a cold air fan 51 for generating cold air of 5 ~ 10 ℃, the cold air supply pipe for supplying cold air through the discharge hole 58 formed at regular intervals on one side of the cold air blower (51). 52 is installed, the guide projection 54 is formed on the upper surface of the cold air supply pipe 52 to guide the seating box 20 can be accurately seated on the discharge hole 58, cold air supply pipe 52 On one side of the inner side is configured to install the antibacterial filter 53.

The blower 60 is provided with a hood 64 for condensing air generated from the cold air drying apparatus 50, and one side of the hood 64 is provided with a bellows 63 which is elevated by electric power. An exhaust pipe 62 for discharging the collected air through the fan 61 is installed at the end of the bellows 63.

Referring to the process of germinating brown rice using the germinated brown rice manufacturing apparatus according to the present invention configured as described above are as follows.

First, the selected high quality brown rice 100 is evenly distributed on the net 2 of the bale body 10, and the bottom body 21 of the mold stacking body 20 in which the brown rice 100 is distributed is placed. ) Are sequentially laminated on the upper surface, and at this time, various germs present in the brown rice 100 are sterilized by the silver net 2 of the germination body 10.

In this way, the brown rice 100 has completed 100 laminations of the bale body 10 distributed in the mesh 2 to the frame stacking box 20, and then the hoist not shown is horizontal support 23 of the frame stacking box 20. Hook into the hoist hanger groove 24 formed in the flow into the body 31 of the settling tank 30.

At this time, the water filtered and purified through the activated carbon 33 is introduced from the water supply port 34 into the body 31 of the precipitation tank 30 at the same time oxygen through the oxygen inlet 35 installed on the lower side of the body 31 Supplying water to increase the dissolved oxygen of the water, brown rice (100) begins to germinate by absorbing this water, mold fungi that can be generated by water absorption is antibacterial and anti-fungal has a silver mesh (2) By the function of the fungi will block the production of fungi.

Here, the temperature of the water introduced into the body 31 of the settling tank 30 is preferably maintained within the range of 20 ~ 26 ℃ suitable for germination temperature and easy to absorb brown rice 100, the deposition time is 8 to 10 hours Degree is preferred.

The reason for this is that when the water temperature is lower than 20 ° C., the germination rate of the brown rice 100 may be remarkably lowered, and when the temperature of the water is 26 ° C. or higher, a decay may occur. It is desirable to maintain.

In addition, when the brown rice 100 is deposited within the sedimentation tank 30 for less than 8 hours, it may not be able to absorb sufficient moisture and may not germinate. If it is deposited for 10 hours or more, it may be decayed due to excessive water absorption or excessively over a predetermined size. Since it may germinate, the deposition time is preferably about 8 to 10 hours.

As such, after the brown rice 100 is deposited in the framework body 20 in which the germ body 10 distributed in the net 2 is stacked in the sedimentation tank 30 for 8 to 10 hours, the framework as a hoist not shown is shown. Hanging on the hoist hanger groove 24 formed in the horizontal support 23 of the stacking box 20, and brought into the case 41 of the room temperature germination and dehydration tank 40 for 2 to 4 hours to the frame stacking box 20 and The water remaining in the footing body 10 is naturally dehydrated and dried.

At this time, the water discharged from the mold container 20 is discharged through the drain hole 43 of the pedestal 42 installed on the bottom surface of the case 41 of the room temperature germination and dehydration tank 40, the temperature control device 44 By controlling the heater (not shown) in the case 41 maintains the internal temperature of 23 ~ 25 ℃ suitable for germination, so that the germination is continuously made in the natural dehydration process, in this process also the silver mesh (2 The antimicrobial and antifungal function of) inhibits the production of fungi.

Guide protrusions 54 formed in the cold air supply pipe 52 of the cold air drying apparatus 50 by taking out the mold container 20 in which the germinated brown rice 100 made with natural dehydration is distributed as a hoist not shown through the above process. When seated between the) and the discharge hole 55 formed in the cold air supply pipe 52 and the frame stacking box 20 is placed in the same position with each other, by lowering the bellows (63) driven by the electric hood (64) frame It is to be arranged at regular intervals above the loading box (20).

In this state, when the cold air fan 51 and the fan 61 are driven simultaneously, cold air of 5 to 10 ° C. is generated in the cold air fan 51, and the cold air is sterilized by passing through the antibacterial filter 53, followed by a cold air supply pipe. Supplyed through the 52 and is discharged through the discharge hole 55 formed in the portion in which the frame holder 20 is placed by the discharge pressure of the cold air blower (51).

At this time, the cold air discharged through the discharge hole 55 is forcibly moved to the upper side of the frame stacking box 20 by the air pressure discharged from the cold air blower 51 and the suction force generated from the air blower 61, and the forced cold air is hooded. Concentrated by 64, the bellows 63 and the exhaust pipe 62 are discharged to the outside through the exhaust fan 61, and the brown rice 100 germinated in the process of moving the cold air is dried.

That is, the cold air of 5 ~ 10 ° C generated from the cold air fan 51 is penetrated by the net 2 when forced by the air pressure and the suction force generated from the fan 61 is distributed over the net (2) Cold air is directly reached to the germinated brown rice 100 is a quick drying is made, the drying time is preferably about 2 to 4 hours.

The reason for cold-air drying the germinated brown rice 100 is to suppress the germination of brown rice in the drying process and to prevent the phenomenon of decay, when the drying in cold air below 5 ℃ can suppress the germination effect On the other hand, there is a problem that the drying efficiency is lowered, and if the air supply more than 10 ℃ has the effect of rapid drying, but there is a problem that can not only continue to germinate during the drying process, but also can be spoiled within 5 ~ 10 ℃ range It is preferable to supply cold air and to dry.

In addition, if the drying time is dried for less than 2 hours by cold air in the range of 5 ~ 10 ℃ can not dry enough moisture contained in the germinated brown rice (100) there is a risk of corruption during storage, within the range of 5 ~ 10 ℃ If the drying time is more than 4 hours by cold air, the quality of the product may be degraded due to over-drying. The drying time is preferably about 2 to 4 hours. And by the function of the anti-fungal blocking the production of fungi and sterilization is made continuously.

When the cold air drying of the brown rice 100 germinated as described above is completed, the germination frame 10 is separated from the mold stacking box 20, and then the germinated brown rice 100 distributed on the net 2 is collected and packaged in a predetermined unit. The production of germinated brown rice is completed.

Therefore, in the present invention, germination is carried out in the state where the brown rice 100 is distributed in a silver netting net 2 having the sterilization function and the antibacterial and antifungal function of about 650 kinds, and sterilizing the germinated brown rice containing moisture by cold air drying. Of course, it is possible to mass-produce high-quality germinated brown rice by blocking the production of fungi.

As described above, the germinated brown rice manufacturing apparatus according to the present invention constitutes a germinated body in which silver netting having excellent antibacterial and bactericidal action is formed on the bottom of the framework, and the brown rice is evenly distributed in the net of the germinated body. By suppressing the production of fungi that can be produced during germination, sterilizing and antibacterial, not only can you produce high quality germinated brown rice, but also the fungus that causes odor by drying the brown rice germinated by moisture absorption. By suppressing the production of hot air drying to compensate for the problems that can occur, as well as by supplying the cold air evenly by the cold air drying device and the blowing device to maximize the cold air drying efficiency of producing high quality germinated brown rice It is.

Claims (2)

A bale body 10 in which a net 2 in which the brown rice 100 is evenly placed on the lower portion of the rectangular frame 1 is fixed; At each corner end of the bottom of the rectangular frame 21 through which the center part is stacked so that the bale body 10 is stacked in multiple stages, a vertical support 22 having a transverse shape, and a hoist hanger groove above the vertical support 22 A frame holder 20 formed of a horizontal support 23 on which 24 is formed, A water supply port 34 for supplying filtered water through activated carbon 33 is installed on one side of the body 31 into which the frame stacking body 20 is introduced, and the inside of the body 31 is located below one side of the body 31. A settling tank 30 in which an oxygen inlet 35 for supplying oxygen is installed, A base 42 having a plurality of drain holes 43 formed at predetermined intervals is installed at a lower portion of the inner side of the case 41 in which the plurality of frame holders 20 are introduced, and a temperature control device for maintaining a temperature suitable for germination on one side of the case 41. Room temperature germination and dehydration tank 40 is installed, and Cold air supply pipe 52 for supplying cold air through the discharge hole 58 formed at regular intervals on one side of the cold air blower 51 generating cold air of 5 ~ 10 ℃ to dry the room temperature germination and dehydration tank 40 in cold air ) Is installed and a guide protrusion 54 is formed on the upper surface of the cold air supply pipe 52 to guide the frame holder 20 to be accurately seated on the upper portion of the discharge hole 58, and an antibacterial filter inside the cold air supply pipe 52. Cold air drying apparatus 50 is installed 53, In the upper portion of the cold air drying apparatus 50, a hood 64 is installed at a predetermined interval to focus the dried air, and a bellows 63 which is lifted up and down by electric power is installed at the center of the hood 64. Germination brown rice manufacturing apparatus, characterized in that the end of the bellows (63) is composed of a blower (60) is installed exhaust pipe 62 for discharging the focused air through the exhaust fan (61). The apparatus for producing germinated brown rice according to claim 1, wherein the mesh (2) and the antibacterial filter (53) are made of silver having functions of sterilization, antibacterial and antifungal.

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