KR20190129389A - Facilities and management system of rice processing complex - Google Patents

Abstract

The present invention relates to a facility and management system of a rice processing complex, which enables integrated production of germ rice including white rice, germinated brown rice, specially processed rice such as clean rice, and mixed rice such as grains. The present invention comprises: a dry rice storage device importing and storing dried rice; a brown rice production device producing brown rice by processing the dried rice supplied from the dry rice storage device; a white rice production device receiving the produced brown rice and processing the supplied brown rice to produce white rice; a special rice production device receiving the brown rice produced through the brown rice production device and the white rice produced through the white rice production device, respectively, and processing the supplied brown rice and the white rice to produce special rice; a mixed rice production device importing and processing grains and mixing the processed grains, the brown rice and the white rice at a predetermined ratio to produce mixed rice; and a rice complex management system storing history information of the dried rice and grains imported and controlling the operation of each device forming a management system of a rice processing complex. The special rice produced through the special rice production device includes germinated brown rice obtained by processing the brown rice and clean rice obtained by processing the white rice.

Description

FACILITIES AND MANAGEMENT SYSTEM OF RICE PROCESSING COMPLEX}

The present invention relates to a facility and management system of a rice grain processing plant, and more specifically, a plant of a rice grain processing plant capable of integrated production of mixed rice such as germinated rice including germinated rice, germinated brown rice, and clean rice, and mixed grains. And a management system.

In general, rice farming is divided into two types of rice cultivation and field rice cultivation. Since rice cultivation is advantageous in many ways, the rice cultivation is water supply and the field cultivation is very small.

Rice farming in Korea is usually done by farmers, so that they are sown from early April to mid April, and are harvested in mid to late September.

As mentioned above, the rice harvested by the farmers is brought into a dry storage facility in the region or is distributed in a rice grain processing plant.

Here, the Drying & Storage Center (DSC) is responsible for importing, drying, and storing rice harvested by farmers, and the Rice Processing Complex (RPC) is for carrying, drying, and harvesting rice. This is where you store, store, or steal.

The Migok Comprehensive Treatment Plant is a facility to improve quality and improve the merchandise by mechanizing and automating the drying, storage, milling, packing and shipping after harvesting grains such as rice. It is being distributed in rural areas in order to resolve shortages, reduce production costs and improve quality competitiveness.

Recently, in accordance with the scale-up policy of the Migok Comprehensive Plant, consolidation of the Migok Comprehensive Plant is being carried out for each city and county.

Therefore, the necessity of managing a rice grain processing plant, including a large number of loading, drying and storage practices, is increasing.

In addition, the Migok Comprehensive Treatment Plant is operated in a small scale, which is insufficient in systematic and efficient management, and also causes problems such as deterioration of rice quality due to the introduction of a rice history tracking system for differentiation from foreign rice.

In addition, there is a growing interest in specially processed rice such as increased consumption of brown rice, germ rice, germinated brown rice, clean rice, nutritionally enhanced rice, coated and mixed rice, but currently, the system of rice grain processing plant can produce such special processed rice in large quantities. There is a drawback to being inadequate.

Republic of Korea Patent No. 10-1507400 (registered March 25, 2015)

The present invention was devised to solve the problems described above, by introducing the rice history information to prevent the illegal distribution, such as mixed sales of imported rice, and the facility of the rice grain processing plant that can efficiently manage the rice grain processing plant And the provision of a management system.

In addition, an object of the present invention is to provide a facility and management system of the rice grain processing plant capable of mass production of specially processed rice such as white rice and germ rice, germinated brown rice, clean rice, mixed rice of the regional integrated rice grain processing plant.

However, the object of the present invention is not limited to the above-mentioned object, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the facility and management system of the rice grain processing plant according to an embodiment of the present invention, a dry rice storage device for importing and storing dried rice, and processing the dried rice supplied from the dry rice storage device Brown rice production device for producing brown rice, the brown rice production device is produced by receiving the brown rice produced, and processed brown rice to produce white rice, and brown rice and white rice production device produced through the brown rice production device Receives white rice, respectively, processing the supplied brown rice and white rice to produce a special rice, and special processing to bring in the grain, processing and processing, and mixed the processed grains, the brown rice and the white rice in a certain ratio Mixing rice production apparatus for producing mixed rice and storing the history information of the dried rice and grains to be imported, and constitutes the management system of rice grain processing plant It comprises a rice grain management device for controlling the operation of each device, the special rice produced through the special rice production device, including the germinated brown rice processed brown rice and clean rice processed white rice (clean rice) It is characterized by.

In addition, the facility and management system of the rice grain processing plant according to the present invention, the brown rice, white rice, special rice and mixed rice produced and discharged through the brown rice production device, white rice production device, special rice production device and mixed rice production device It characterized in that it comprises a rice grain packaging device for discharging the individual packaging in a set capacity.

In addition, the brown rice production apparatus constituting the facility and management system of the rice grain processing plant according to the present invention is a dry rice input unit for inputting the dried rice, a first metering unit for measuring the moisture content and weight of the dried rice, A foreign material removing unit for removing foreign substances contained in the dried rice by performing a selection process and a precipitation process on the dried rice, a weaving unit separating the rice hull and brown rice from the dried rice from which the foreign substances have been removed, It characterized in that it comprises a brown rice separator to remove the foreign matter by performing a precipitation process of the brown rice in which the size selection is performed through the screening unit and the size selection process for the separated brown rice through.

In addition, the white rice production apparatus constituting the facility and management system of the rice grain processing plant according to the present invention, the second metering unit for receiving the brown rice produced through the brown rice production apparatus, and measures the moisture content and weight of the brown rice supplied; , The polished rice producing unit which produces white rice by performing the whitening process on the supplied brown rice, the polished rice producing unit which produces the polished rice by performing the removal and polishing process of the bran remaining on the surface of the venous rice, Selecting the larvae, and the sorting and sorting of the selected yeongi and the chopped nasal and by performing the process of decanting on the selected yeonmi, characterized in that it comprises a white rice crushed portion to produce white rice after removing foreign matters do.

In addition, the white rice production apparatus constituting the facility and management system of the rice grain processing plant according to the present invention, after performing the precipitation process through the white rice precipitation unit, by performing a color screening process for the tailings to remove the defective products contained in the tailings Characterized in that it comprises a color screening unit for screening.

In addition, the facility and management system of the rice grain processing plant according to the present invention is characterized in that the white rice produced through the white rice production unit of the white rice production apparatus is embryonic (胚芽米).

In addition, the special rice production apparatus constituting the facility and management system of the rice grain processing plant according to the present invention is supplied with the brown rice produced through the brown rice production apparatus, and performs the germination process for the brown rice to produce germinated brown rice The germinated brown rice production unit and the white rice produced through the white rice production apparatus, characterized in that it comprises a clean rice production unit for producing a clean rice (clean rice) by performing a washing process for the white rice.

In addition, the mixed rice production apparatus constituting the facility and management system of the rice grain comprehensive treatment plant according to the present invention is provided with the grains separated by type, each of the grains foreign matter removal unit for removing the foreign substances contained in the grains, respectively; It comprises a mixed rice production unit for producing the mixed rice by receiving the mixed grains and foreign matters removed, and the brown rice produced by the brown rice production device and the white rice produced through the white rice production device are mixed at a predetermined ratio It is characterized by.

In addition, the facility and management system of the rice flour processing plant according to the present invention, the grains brought into the mixed rice production apparatus includes at least one of beans, oats, barley, millet, millet, sesame seeds, sorghum, glutinous rice and waxy rice. Characterized in that.

In addition, the rice grain packaging device constituting the facility and management system of the rice grain comprehensive treatment plant according to the present invention is characterized in that can be selectively packaged for the grains by the type of foreign matter removed from the mixed rice production apparatus.

In addition, the rice grain comprehensive management device constituting the facility and management system of the rice grain processing plant according to the present invention, the rice grain information storage unit for storing the history information of the dried rice and grains and the brown rice production device, white rice production device, special And a production apparatus operation control unit for controlling the operation of the non-production apparatus and the mixed rice production apparatus, wherein the history information stored in the rice grain information storage unit includes weight information, quality information, grower information, and production of the dried rice and grains. Characterized by including the date and location information, respectively.

In addition, the rice grain comprehensive management device constituting the facility and management system of the rice grain comprehensive treatment plant according to the present invention, each based on the amount of the brown rice production device, white rice production device, special rice production device and mixed rice production device respectively It characterized in that it comprises a yield calculation unit for calculating the amount that can be produced from the device.

In addition, the facility and management system of the Migok comprehensive treatment plant according to the present invention is connected to each of the production apparatus, and includes a by-product processing device for collecting and processing by-products generated during processing, the by-products are a pneumatic air transfer ( It is characterized in that it is conveyed to the by-product processing apparatus in a pneumatic conveying) method.

According to the facility and management system of the rice grain processing plant of the present invention, by introducing the history information for grains processed in the rice grain processing plant and preventing illegal distribution such as mixing sales of imported rice through the automation of quality control, fostering high quality rice brand There is an advantage that this is possible.

In addition, the facility and management system of the Migok comprehensive treatment plant of the present invention has the advantage of performing efficient management of the Migok comprehensive treatment plant, such as energy saving through the introduction of environmentally friendly dust collection system and rice air transfer system.

In addition, the facility and management system of the rice grain processing plant of the present invention has the advantage that it is possible to build a large-scale system for specially processed rice such as increased brown rice consumption, germinated brown rice, clean rice, mixed rice.

1 is a block diagram schematically showing the configuration of a facility and a management system of a rice flour processing plant according to an embodiment of the present invention.
Figure 2 is a block diagram schematically showing the configuration of the brown rice production apparatus forming the facility and management system of the rice grain processing plant according to the present invention.
Figure 3 is a block diagram schematically showing the configuration of the white rice production apparatus constituting the facility and management system of the rice grain processing plant according to the present invention.
Figure 4 is a block diagram schematically showing the configuration of a special rice production apparatus constituting the facility and management system of the rice grain processing plant according to the present invention.
FIG. 5 is a block diagram schematically showing the configuration of a mixed rice producing apparatus constituting a facility and a management system of a rice flour processing plant according to the present invention.
Fig. 6 is a block diagram schematically showing the configuration of the rice grain comprehensive management apparatus according to the present invention.

Hereinafter, a detailed description of a preferred embodiment of the present invention will be described with reference to the accompanying drawings. In the following description of the present invention, detailed descriptions of well-known functions or configurations will be omitted when it is deemed that they may unnecessarily obscure the subject matter of the present invention.

When a component is referred to as being "connected" or "connected" to another component, it may be directly connected to or connected to that other component, but it may be understood that other components may be present in between. Should be.

On the other hand, when a component is said to be "directly connected" or "directly connected" to another component, it should be understood that there is no other component in between. Other expressions describing the relationship between components, such as "between" and "immediately between," or "neighboring to," and "directly neighboring to" should be interpreted as well.

1 is a block diagram schematically showing the configuration of the facility and management system of the rice grain processing plant according to an embodiment of the present invention, Figures 2 to 6 are brown rice production apparatus forming a management system of rice grain processing plant according to the present invention, It is a block diagram which shows the structure of a white rice production apparatus, a specialty rice production apparatus, a mixed rice production apparatus, and a rice grain total management apparatus, respectively.

As shown in FIG. 1, the facility and management system 1 of a rice flour processing plant according to an embodiment of the present invention includes a dry rice storage device 10, brown rice production device 20, white rice production device 30, and specialty rice production. It may be configured to include an apparatus 40, mixed rice production apparatus 50, rice grain management device 60, rice grain packaging device 70 and by-product processing device (80).

Dry rice storage device 10 consists of storage tanks such as silos (silo) to bring in and store the dried rice, brown rice production device 20 is processed by processing the dried rice supplied from the dry rice storage device (10) Can produce.

As shown in FIG. 2, the brown rice production device 20 includes a dry rice input unit 200, a first metering unit 210, a foreign material removing unit 220, a rice forming unit 230, a sorting unit 240, and brown rice sorting. The unit 250 and the brown rice storage unit 260 may be configured.

First, when the dried rice is input from the dry rice storage device 10 through the dry rice input unit 200, the first metering unit 210 measures the moisture content of the dried rice (ie, measuring the amount of water in the rice) and the weight. The measured information may be provided to the rice control system 60 in real time.

The foreign substance removing unit 220 may remove foreign substances such as stones, soil, metal, dust, and the like contained in the dried rice by performing a selection and precipitation process on the dried rice.

Subsequently, the presenting unit 230 may separate the rice husk and brown rice with respect to the dried rice is removed foreign matter. At this time, the present invention 230 may be formed in the form of a rubber roller, in the present invention 230, it is preferable to set the removal rate reference to 95% or more.

The sorting unit 240 may perform a size selection process on the brown rice separated through the presenting unit 230.

The sorting unit 240 selects the difference between the thickness of the brown rice and the non-sizing with the screening network, and the size of the screening body may be determined according to the brown rice properties, the deletion rate, and the use of the brown rice. For example, the screening unit 240 may employ a method of selectively using 1 or 2 stages according to the necessity of installing the screening unit having two screens having different sizes.

The brown rice precipitation unit 250 may remove foreign substances by performing a precipitation process of brown rice in which size selection was performed through the selection screening unit 240. The brown rice crushing part 250 according to the present invention can be used by selecting any one of a swing type called a semi-vacuum type and a Toyo type, for example, in two forms.

The brown rice storage unit 260 may store brown rice in which foreign matters have been removed through the brown rice precipitation unit 250 as a storage tank structure.

The white rice production device 30 is supplied with brown rice produced in the brown rice production device 20, it is possible to produce white rice through a separate processing process. Specifically, as shown in FIG. 3, the white rice production device 30 includes the second metering unit 300, the white rice producing unit 310, the tailings producing unit 320, the waste sorting unit 330, and the white rice precipitation unit 340. , Color selection unit 350 and white rice storage unit 360 may be configured.

The second metering unit 300 receives the brown rice produced through the brown rice production device 20, that is, the brown rice stored in the brown rice low-grain 260, measures the moisture content and weight of the supplied brown rice, and measures the measured information. It can provide to the comprehensive management apparatus 60.

The polished rice producing unit 310 may produce a polished rice in a polished state by performing a whitening process including a grinding and a friction process to remove the rice bran layer of the brown rice. In particular, the polished rice produced through the polished rice producing unit 310 may be produced as a white rice embryo.

Thereafter, the tailings production unit 320 may produce the tailings by performing a process of removing and polishing the bran remaining on the surface of the polished rice produced through the polished rice production unit 310.

In addition, the rags selection unit 330 constituting the white rice production device 30 may classify the rags generated during the production of the tailings to classify the rags contained in the tailings. For example, the waste sorting unit 330 may use a vibrating sieve that is easier to maintain than a rotary sifter.

The white rice precipitation unit 340 may produce white rice by removing foreign matters by performing the precipitation process for the selected rice. As the deposition method used in the white rice precipitation unit 340, a rocking equation, which is one of the methods applied to the brown rice precipitation unit 250 described above, may be mainly used.

The color screening unit 350 performs a color screening process through the white rice depositing section 340, and then performs a color screening process on the rice to sort out the defective products included in the rice taste. May be provided to the device 60.

The color selecting unit 350 may perform two color selection processes. In the first stage, abnormal phases such as powdery granules, thermal damage and heterogeneous grains are selected by machine vision, and in the second stage, components (for example, water content) are different by using near infrared (NIR). Substances (such as plastic and glass) can be screened.

In addition, by enlarging the wavelength band, a system using both machine vision and near infrared rays may be employed.

Thereafter, the finished white rice is selected in the white rice storage unit 360. At this time, the white rice to be stored may be stored in a state in which the measurement is made, such as water content measurement and weight measurement, if necessary.

The special rice production device 40 receives the brown rice produced through the brown rice production device 20 and the white rice produced through the white rice production device 30, respectively, and the germinated brown rice or white rice supplied through the processing process, respectively. It can produce special rice such as clean rice.

As shown in FIG. 4, the special rice production device 40 may include a germinated brown rice production unit 400 and a clean rice production unit 410.

Germinated brown rice production unit 400 may be supplied to the brown rice produced through the brown rice production apparatus 20 to carry out the germination process to produce and take out the germinated brown rice.

Although not specifically illustrated, the germinated brown rice production unit 400 may be provided with a washing machine, a germination machine, a sterilizer, and a dehydrator to produce germinated brown rice by performing a detailed process such as iron-germination-sterilization-dehydration on brown rice supplied. .

In addition, the clean rice production unit 410 may receive the white rice produced through the white rice production device 30, and may perform a cleaning process for the supplied white rice to produce a clean rice (clean rice).

In the present invention, the clean rice production unit 410 is configured to produce only the clean rice for the white rice produced through the white rice production device 30, brown rice or germinated brown rice production unit 400 produced through the brown rice production device 30 It can also be configured to produce clean rice for germinated brown rice produced through.

As described above, the germinated brown rice and the clean rice produced through the germinated brown rice production unit 400 and the clean rice production unit 410 may be transferred to the rice grain packaging device 70 for separate packaging.

The mixed rice production apparatus 50 is capable of producing mixed rice by mixing brown rice and white rice in a predetermined ratio with respect to the processed grains by importing the mixed grains. Referring to FIG. 5, the mixed rice production apparatus 50 of the present invention (50). ) May be configured to include a grain foreign matter removal unit 500 and the mixed rice production unit 510.

The grains imported through the mixed rice production apparatus 50 of the present invention may include soybeans, oats, yulmu, crude, millet, sesame seeds, sorghum, glutinous rice and waxy black rice.

Therefore, the grains foreign matter removing unit 500 may receive the grains classified by types from a separate storage device or a supply device, respectively, and remove the foreign matters contained in the grains.

At this time, the grains foreign matter removing unit 500 may be configured to have a similar configuration to the above-described brown rice precipitation unit 250 or white rice precipitation unit 340 to remove the foreign matter contained in the grains.

The mixed rice production unit 510 receives mixed grains from which foreign matters are removed and white rice produced through the brown rice production device 30 and the white rice production device 30 are mixed with each other at a predetermined ratio to produce mixed rice. Can be.

The mixing ratio for producing the mixed rice may be set to a preset value through the rice grain management device 60 or may be configured to be controlled in real time according to the use and need.

The mixed rice produced in the mixed rice production unit 510 may be transferred to the rice grain packing apparatus 70 and then taken out after individual packaging at a set capacity.

As described above, each device for processing the rice grains can be controlled through the rice grain comprehensive management device 60. The rice grain management device 60 may not only control the operation of each device, but also store the history information of dried rice and grains and the products produced in each device.

Referring to FIG. 6, the rice control apparatus 60 may include a rice information storage unit 600, a production apparatus operation control unit 610, and a yield calculation unit 620.

As shown, the rice grain information storage unit 600 constituting the rice grain comprehensive management device 60, the history information of the rice and grains to be imported and the products produced in each production device (for example, brown rice, white rice, germination Various types of information such as brown rice, clean rice, etc. and weighing information during the processing can be stored.

In addition to the information about the rice, quality information, grower information, production date and production location information can be stored.

In addition, the production device operation control unit 610 may control the operation of the brown rice production device 20, white rice production device 30, special rice production device 40 and mixed rice production device 50, rice grain packaging device The operation of the 70 and the by-product treatment plant 80 may be controlled.

In particular, the production device operation control unit 610 may control the operation speed or operating speed of each device independently or collectively so as to maintain the set amount of the product produced by each production device.

In addition, even when a device damage or a safety problem occurs due to a malfunction of the device, the production device operation control unit 610 may independently or comprehensively control the operation of each device.

The yield calculation unit 630 may produce from the respective devices based on the amount of the brown rice production device 20, the white rice production device 30, the special rice production device 40 and the mixed rice production device 50, respectively. Can be calculated.

For example, the production amount calculation unit 630 predicts the production amount in advance based on the amount of raw materials and processing speed, etc. input to each device, thereby making it easier to manage the operating time and the operating capacity of the production equipment. It is characterized by efficient and systematic management of the treatment plant.

Although not specifically illustrated, the rice grain management device 60 may be a programmable logic controller (PLC), a numeric controller (NC), a distributed control system (DCS), or the like. It can be configured to be centrally controlled through a man machine interface.

The rice grain packing device 70 is brown rice, white rice, special rice and mixed produced and discharged through the brown rice production device 20, white rice production device 30, special rice production device 40 and mixed rice production device 50 The rice can be individually packaged and discharged at a set capacity. In addition, it is possible to individually package by type for the grains from which foreign matters are removed through the mixed rice production device 50.

In particular, the rice grain packaging device 70 is to be configured to be linked to a separate transport facility, for example, conveyor belts and robot loaders, so that the products to be packaged through the packaging process, after the packaging process can be transferred to a separate storage facility. Can be.

By-product processing device 80 is connected to each production device, it is possible to collect and process by-products generated during processing. By-products processed in the by-product processing device 80 may be configured to be transported by a pneumatic conveying method.

In addition, although not specifically illustrated, a dust collecting device and a suction cleaning system for dust collection and cooling of scattering dust generated during processing in each production device may be applied to the management system of the rice grain processing plant.

As described above, according to the facility and management system of the rice flour processing plant according to the present invention, it is possible to foster a high quality brand through the automation of history information and quality control and to perform efficient management of the rice grain processing plant.

Although the contents of the present invention have been described with reference to the embodiments shown in the drawings, these are merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. will be. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

1: Management system of Migok Complex
10: dry rice storage device 20: brown rice production device
30: white rice production device 40: special rice production device
50: mixed rice production device 60: rice grain total management device
70: rice grain packaging device 80: by-product processing device
200: dry rice input unit 210: first metering unit
220: foreign matter removing unit 230: the presenting unit
240: winning selection 250: brown rice
260: brown rice storage unit 300: second weighing unit
310: White rice production department 320: Yeonmi production department
330: nagigi selection unit 340: white rice
350: color sorting unit 360: white rice storage unit
400: germinated brown rice production unit 410: clean rice
500: grain debris removal unit 510: mixed rice production unit
600: rice information storage unit 610: production unit operation control unit
620: output calculation unit

Claims (14)

Dry rice storage device for importing and storing the dried rice;
Brown rice production apparatus for producing brown rice by processing the dried rice supplied from the dry rice storage device;
A white rice production apparatus receiving the produced brown rice and processing the supplied brown rice to produce white rice;
A special rice production device that receives the brown rice produced through the brown rice production device and the white rice produced through the brown rice production device, respectively, and processes the supplied brown rice and the white rice to produce special rice;
A mixed rice production apparatus for importing and processing grains and mixing the processed grains, the brown rice and the white rice at a predetermined ratio to produce mixed rice; And
It comprises a; rice grain management device for storing the history information of the dried rice and grains to be imported, and controls the operation of each device constituting the management system of the rice grain processing plant;
The specialty produced through the specialty production unit,
The management system of the rice grain processing plant, characterized in that it comprises a germinated brown rice processed the brown rice and clean rice processed the white rice (clean rice).
The method of claim 1,
And a rice grain packing device for individually packaging and discharging brown rice, white rice, special rice, and mixed rice produced and discharged through the brown rice producing device, the white rice producing device, the special rice producing device, and the mixed rice producing device. Management system of the rice grain processing plant, characterized in that.
The method of claim 1,
The brown rice production device,
Dry rice input unit for injecting the dried rice;
A first metering unit for measuring the moisture content and the weight of the dried rice;
A debris removing unit for removing debris contained in the dried rice by performing a selection and precipitation process on the dried rice;
A hyeonbu separating the rice husk and brown rice for the dried rice is removed foreign matter;
A selection unit for performing a size selection process on the brown rice separated through the rice bran; And
And a brown rice crushing unit for removing foreign substances by performing the crushing process of the brown rice in which size selection was performed through the selection screening unit.
The method of claim 1,
The white rice production device,
A second metering unit receiving the brown rice produced through the brown rice producing device and measuring the moisture content and the weight of the brown rice supplied;
A white rice production unit for producing white rice by performing the whitening process on the supplied brown rice;
Yeonmi production unit for producing the taste by performing the removal and polishing process of the bran remaining on the surface of the vein;
A rag selection part for sorting the rags generated during the production of the blemish and classifying the blemishes and the selected rags; And
The white rice crushing unit for producing the white rice after removing the foreign matter by performing the precipitation process for the selected tailings of the sardines; management system of the rice grain processing plant characterized in that it comprises a.
The method of claim 4, wherein
The white rice production device,
And a color sorting unit for sorting defective products included in the tailings by performing a color sorting process on the tailings after performing the deposition process through the white rice depositing unit.
The method of claim 4, wherein
The white rice produced through the white rice producing unit of the white rice production apparatus is a management system of the rice grain processing plant, characterized in that the embryo.
The method of claim 1,
The special rice production apparatus,
Germinated brown rice production unit for receiving the brown rice produced through the brown rice production apparatus, to produce a germinated brown rice by performing a germination process for the brown rice; And
Receiving the white rice produced through the white rice production apparatus, performing a cleaning process for the white rice clean rice production unit for producing a clean rice (clean rice); management system of the rice grain processing plant comprising a.
The method of claim 7, wherein
Germination process performed in the germinated brown rice production unit management system of the rice grain processing plant, characterized in that it comprises a washing-germination-sterilization-dehydration step.
The method of claim 1,
The mixed rice production apparatus,
Receiving each of the grains divided by type, the grains foreign matter removing unit for removing the foreign matter contained in each of the grains;
And a mixed rice production unit for receiving mixed grains from which foreign matters are removed and the brown rice produced through the brown rice production device and the white rice produced through the white rice production device, respectively, mixing them at a predetermined ratio to produce mixed rice. Management system of the rice grain processing plant, characterized in that.
The method of claim 9,
The grains to be brought into the mixed rice production apparatus management system of a rice grain processing plant, characterized in that at least any one of the beans, oats, yulmu, crude, millet, sesame, sorghum, glutinous rice and waxy black rice.
The method of claim 10,
The rice grain packaging device,
The management system of the rice grain processing plant, characterized in that the package can be selectively packaged for the grains by the type of foreign matter removed from the mixed rice production apparatus.
The method of claim 1,
The rice grain comprehensive management device,
A rice grain information storage unit for storing history information of the dried rice and grains; And
And a production device operation control unit for controlling operations of the brown rice production device, white rice production device, specialty rice production device, and mixed rice production device.
The history information stored in the rice grain information storage unit management system of the rice grain processing plant, characterized in that each of the dried rice and grains weight information, quality information, grower information, production date and location information.
The method of claim 12,
The rice grain comprehensive management device,
Management system of the rice grain processing plant, characterized in that it comprises a yield calculation unit for calculating the amount that can be produced from each device based on the amount of the brown rice production device, white rice production device, special rice production device and mixed rice production device respectively .
The method of claim 1,
It is connected to each of the production apparatus, and includes a by-product processing device for collecting and processing by-products generated during processing,
The by-products are conveyed to the by-product processing apparatus in a pneumatic conveying (pneumatic conveying) management system, characterized in that the mill.

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