KR102073540B1 - System for by-products reworking of grain processing and the method thereof - Google Patents

Abstract

The present invention recovers by-products generated during brown rice / white rice production by reprocessing and sorting by type and characteristics into high-quality rice grains, thereby increasing added value and improving overall milling yield, so that the whole grain processing plant (RPC) and rice The present invention relates to a reprocessing (secondary processing) system and a method of refining grain by-products to improve the profits of rice mills and minimize the loss of rice grains. 2) and the collected by-products by using compressed air by-product tank (3), such as unripe (brown rice) tank, colored granules (brown rice) tank, waste crushed (white rice) tank, wrapped waste (white rice) tank, colored granules (White rice) tank, by-product conveying unit (4) for conveying to the powdered granules (white rice) tank, etc., the masonry (5) for depositing the by-product transported from the by-product tank (3), and vibrating screening the precipitated by-product A copper separator (6), a colored lip storage tank (7) for separating and storing the vibratory-selected brown rice colored lip (large and small) and white rice colored lip (large and small), a rice mill (8) having a hopper, Color sorter (9), vibrating sorter (10), weighing packing machine (11), control panel (12), bucket conveyor (13), pneumatic equipment (14), dust collector (15), and other auxiliary equipment It includes.

Description

System for by-products reworking of grain processing and the method

The present invention relates to a system and method for recovering by-processing (secondary processing) of by-products generated when processing grains, and more particularly, by re-processing and selecting by-products by type by type of brown rice / white rice production process. By returning to the rice, it is possible to increase the added value and improve the overall mill yield, thereby improving the profits of the RPC and rice mills and minimizing the loss of grain resources.

The Rice Processing Complex (RPC) is an individual farming unit that handles the whole process of rice grains from the import of harvested rice, through selection, weighing, quality inspection, drying, storage, and milling to product release, sale, and by-product treatment. It is a large-scale automated process, not a large-scale automated process, which has the effect of reducing rural labor, improving quality, improving distribution structure, reducing costs, and supplementing the purchasing function by reducing the amount of grain purchased. It is contributing to market stability by absorbing a significant portion of the shipments to the harvester in the context of savings in percentage, revitalization of branded rice, and reduced government purchases.

On the other hand, rice milling process consists of brown rice process and white rice process. Especially, unripe and colored grains generated from brown rice process are collected as by-products and are all sold at very low cost as poultry feed such as chicken or duck chicken. In addition, by-products such as waste (large and small chains), colored granules and powdery granules generated in the white rice process are also shipped as low-cost by-products that do not select foreign substances. Therefore, even though it is a regular product, it is treated as a defective product and used as a by-product.

Republic of Korea Patent Publication No. 10-1300823 (Invention: Soil improver using agricultural by-products of the Migok comprehensive treatment plant and its manufacturing method, 2013. 08. 29. Patent notification) Republic of Korea Patent Publication No. 10-1514936 (Invention: Elevator type grain transfer device for bottom balance treatment, 2015. 04. 22. Patent notification) Republic of Korea Patent Publication No. 10-1371083 (Invention: Grain drying apparatus using syngas by-product of rice hull carbonization system, 2014. 03. 07. Patent notification)

The present invention performs the refining of the uncoated recoloring and the colored granules generated in the brown rice process by classifying the large and small particles, removing the defective taste through color screening, and removing the waste through the particle screening. It is an object of the present invention to provide a grain processing by-product reprocessing system and method for improving the yield of the mill by transporting it to the machine or by directly weighing and packing.

The grain processing by-product reprocessing system of the present invention, by-product collection unit for sorting the by-products generated in the rice grain processing plant (RPC), by-product transfer unit for transferring the collected by-products to the by-product tank, the by-products to be separated by type and characteristics By-product tanks to be stored, the evaporator to deposit the by-product transported from the by-product tank, the vibrating separator to vibrate the precipitated by-products, the rice cleaning machine to refine the by-products, and the color sorter to color-finish the by-products, Vibration sorter for vibrating sorting by-products, Vibration sorter for weighing and packing the sorted by-products, Color granule storage tank for storing the brown rice and white rice colored granules vibrated and sorted by vibrating sorter, and Weighing packing machine By-products installed and reprocessed at the front of the machine are transferred to an existing processing line, whereby re-processed by-products are processed. A reprocessing section which is processed along the line to obtain reprocessed rice grain from brown rice unripe, wherein the by-product collecting section is a foreign material color sorter, a white rice color sorter, a garbage sorter, a vibration sorter, a brown rice color sorter, a full rice sorter, and It may be characterized in that at least one or more of the selector.

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In the method of reprocessing grain by-products of the present invention, the brown rice uncoated grains generated in the brown rice milling process of the rice grain processing plant is collected and then precipitated with a granulator, screened by a particle size with a vibrator, and milled by a grain size. By removing the foreign matter and color sorting with a color sorter, and removing the wrapper with a vibrating sorter, a fine grain (whole grain or near-perfect rice) reprocessed from brown rice is not obtained.

The grain processing by-product reprocessing method of the present invention includes a by-product collecting unit for collecting the by-products generated in the rice grain processing plant and brown rice colored granules collected in the by-product collecting unit and then stored in the by-product tank, wherein the brown rice colored granules, After being transported to the granulator, it is precipitated, is transferred to the vibrator, and sorted by particle size, and then stored by size in the colored granule storage tank, and the brown rice colored granules of the colored granule storage tank are transferred to the rice mill and milled by the selected particle size. The fine grains (perfect or near to fine grains) obtained by removing the foreign matter and being sorted by the color sorter and removing the envelop by the vibrator are obtained.

The grain processing by-product reprocessing method of the present invention includes a by-product collecting unit for collecting the by-products generated in the rice processing plant, and the white rice waste collected in the by-product collecting unit and stored in the by-product tank, the white rice waste, stone After being transported to the erection, it is precipitated, transferred to the color sorter to remove foreign matters and color sorted.

The grain processing by-product reprocessing method of the present invention includes a by-product collecting unit for collecting the by-products generated in the rice grain processing plant and the white rice coloring rice collected in the by-product collecting unit and then stored in the by-product tank, the white rice coloring rice, After being transferred to the erection, it is precipitated, transferred to the color sorter to remove foreign substances and color sorted, and to remove the waste by vibrating sorter, perfect beauty is recovered.

The grain processing by-products reprocessing method of the present invention includes a by-product collecting unit for collecting the by-products generated in the rice grain processing plant and white rice powder granules collected in the by-product collecting unit and then stored in the by-product tank, the white rice powder granules The silver is transferred to the iron separator and then precipitated, and the color separator is transferred to the color sorter to remove foreign substances and the color is sorted.

The present invention removes foreign matters by color sorter and selects them by size and re-coats them, selects particles, and sorts them by color sorter, which is inevitably generated in brown rice and white rice production process. Reprocessing into rice grains through such processes will increase the added value and improve the overall milling yield, thereby contributing to the profit growth of rice processing plants (RPC) and rice mills.

The present invention can be utilized in rice processed foods, such as rice cakes, rice flour, etc., as a raw material by removing the foreign matter in the wrapper, there is an effect that is recovered as complete rice when re-colored granules.

The present invention has the effect of precisely sorting the perfect rice mixed in a large amount in the defective rice treated as defective at the time of color screening with a color sorter to recover the perfect rice.

The present invention has the effect that can be recovered by precisely sorting the complete rice (normal rice) included in the selection of powdery granules with a color sorter.

According to the present invention, by-products generated from a rice grain processing plant (RPC) can be collected and recovered through reprocessing and / or sorting process according to the characteristics of each type. And because it leads to a profit increase is a very useful invention that has the effect of improving the profits of the RPC and minimizing the loss of grain resources.

1 is a reference view showing the types and properties of complete and by-products shown as an example of the present invention.
Figure 2: Illustrated by-product reprocessing shown as an example of the present invention.
3 is a block diagram of a system for reprocessing the grain processing by-product shown as an example of the present invention.
4 is an exemplary diagram of an unsorted collection state shown as an example of the present invention.
5: Exemplary state of waste (sintered), colored rice, powdery granule collection state shown as an example of the present invention.
Figure 6 is an illustration of a trap (large) collection state shown as an example of the present invention.
7 is a brown rice unprocessed rework flow diagram shown as an example of the present invention.
8 is a brown rice unprocessed rework flow diagram shown as an example of the present invention.
9 is a brown rice unprocessed rework flow diagram shown as an example of the present invention.
10 is a brown rice unprocessed rework flow diagram shown as an example of the present invention.
11 is a brown rice unprocessed rework flow diagram as an example of the present invention.
12: Profit and loss analysis table calculated and illustrated based on the time of the present application.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In describing the embodiments of the present invention, the same elements among the drawings are denoted by the same reference numerals as much as possible, and detailed descriptions of related well-known structures and functions are omitted so as not to obscure the subject matter of the present invention. The matters expressed in the following may be different from the form actually implemented in the schematic diagram for easily explaining the embodiments of the present invention.

In rice grain processing (RPC) and grain processing process, rice is composed of rice milling process and whitening process, and in the process of making brown rice, rice hull and relatively small size of unribbed rice and color different from normal brown rice Ribs are generated. In addition, in the process of processing brown rice into white rice to produce white rice, as a by-product, rice bran, naragi, colored granules, powdery granules, etc. are generated. The by-products are used as a low-cost feed, such as 'chicken' or 'duck' that is not screened with foreign substances, so that not only the yield of grains is lowered but also the loss of grain resources is great. 1 is a complete granule (complete rice), powdery granules, discolored granules, damage grains, malformed granules, is a photograph of the wrapped.

On the other hand, in the case of rice milling with about 20,000 tons (500,000 BAG x 40 kg) of rice in MIC, the white rice of about 72% (including 3 to 10% of sardines) is milled as shown in Table 1 below. At this time, the by-product (rice basis) ratio is about 19% chaff, 5 ~ 6% rice bran, 4 ~ 5% of unripe and colored granules.

division Kind (appearance) ratio White rice White rice About 72% (including 3 to 10% fire)
by-product
chaff About 19% Rice bran 5-6% Immature, colored granules 4-5%

In the present invention, by adding a large amount of by-products generated during the milling process, such as particle sorting, color sorting, milling, etc. into the tailing line of the existing milling line, or immediately shipped to maximize the milling yield compared to the input of raw grains to create added value It is configured to be.

3 is a schematic diagram of a grain processing by-product reprocessing system (1) according to an embodiment of the present invention, and by-products generated in a rice flour processing plant (RPC), for example, unripe rice (brown rice), colored granules (brown rice), and crushed white rice (white rice) , By-product collecting unit (2) for sorting large scale (white rice), colored granules (white rice), powdery granules (white rice), etc., and by-product tank (3) using compressed air, By-product transfer unit (4) to be transferred to the brown rice tank, colored lip (brown rice) tank, waste crushing (white rice) tank, wrapped waste (white rice) tank, colored lip (white rice) tank, powdered granule (white rice) tank, etc. A steaming machine 5 for depositing the by-product transported from the by-product tank 3, a vibrating separator 6 for vibrating and sorting the precipitated by-product, a rice cleaning machine 8 for refining the by-product transported from the tank, and a polished by-product. A color sorter (9) for removing defective tastes by color selection, and color by-products Vibration sorter 10 for vibrating and size selection, weighing packaging machine 11 for weighing and packing the reprocessed sorted by-products, control panel 12 for controlling the system, and transporting the by-products to a desired device or process Means 13, a pneumatic facility 14 for supplying compressed air to a required place, a dust collecting facility 15 for collecting dust and the like generated during reprocessing, and other auxiliary facilities.

It further comprises a colored lip storage tank (7) for separately storing the brown rice colored lip (large, small) and the white rice colored lip (large, small) vibrated and separated by the vibrating separator (6).

It further includes a re-entry portion 16 for transferring the by-products reprocessed in the front portion or the inlet portion of the weighing packaging machine 11 to the existing processing line so that the reprocessed by-products are processed along the existing processing line.

The by-product collecting unit 2 includes at least one of a foreign material color sorter, a white rice color sorter, a rag sorter, a vibrator, a brown rice color sorter, a complete rice sorter, and a granular sorter. The chopped sorter is composed of chopped sorter (large) for sorting large rags and chopped sorter (small) for sorting small rags.

The conveying means 13 includes a bucket conveyor, a belt conveyor, a screw conveyor, a conveying tube, a conveying hose, etc. of vertical, horizontal and inclined structures so that the by-products or part or reprocessed by-products can be conveyed to a later process.

FIG. 4 illustrates a state of collecting unsorted rice using a grain sorting machine of a rice grain processing plant (RPC), and FIG. 5 shows a waste (sintering) collection using a waste sorting machine (small) of a rice grain processing plant (RPC). And, using the white rice color sorter to collect the colored rice, the foreign material color sorter to collect the powdery granules exemplified a state, Figure 6 using a wrapper sorter (large) of the rice grain processing plant (RPC) It is an example of a state of collecting fire (large).

In the present invention, when the by-products generated in the brown rice milling process and the white rice milling process are collected and reprocessed, it is configured to appropriately perform the particle sorting, color sorting, and milling processes according to the types and properties of the by-products.

In other words, the by-products generated in the brown rice milling process include brown rice unripe and brown rice colored granules, and the by-products generated in the white rice milling process include white rice waste (large and small chains), white rice colored granules, and white rice powder granules. Depending on the type of by-products reprocessing process is as follows.

Example 1 Brown Rice Unrefined Process

Brown rice undiluted as a by-product from the brown rice milling process of the Ryeop Rice Mill (RPC) is collected in the by-product collecting unit (2) and then stored in an unripe (brown rice) tank of the by-product tank (3) by the by-product conveying unit (4). do.

The brown rice unripe of the tank is transferred to the stone separator 5 with the help of the control panel 12 and the conveying means 13 and then precipitated and then transferred to the vibrating separator 6 to select the particle size. (8) is transported to the particle size → is transferred to the color sorter (9) to remove foreign matter and color sorting → transfer to the vibrating sorter (10) to remove waste → transported to the weighing packing machine (11) and weighing packaging Alternatively, after the tailings, the reprocessed rice grains (whole or near rice grains) are obtained from brown rice unripe by transferring and processing to a processing line of weighing packaging or rice grain processing plant (RPC).

In other words, after collecting brown rice unripe rice produced in brown rice milling process, it is precipitated with a stone mill, etc. to remove stones and foreign substances, and then the size of brown rice unripe rice is divided into large, small, large, medium, and small by using a vibrator. The milling yield is improved (increased) by classifying them to size, or similar, and then milling them in the milling process.

The uncoated milled rice is removed by the color sorter, and foreign matters and bad tastes (color sorting) are removed, and wrapped (pulled and sintered) by the vibrating sorter, then packaged or polished, then packed, or re-inserted (16). Through the transfer to the processing line of the rice grain processing plant (RPC) through the processing to obtain the re-processed rice grains from brown rice unripe, thereby significantly improving the milling yield in the rice grain processing plant (RPC) and waste of grain resources Is prevented.

When the brown rice is not reprocessed, about 40% of rice bran, about 10% of complete rice, and about 50% of barley are obtained, and all of the complete rice is recovered through color selection, and the barb is recovered by the process of the third embodiment. do.

Example 2 Brown Rice Colored Granules Reprocessing Process

Brown rice colored granules, which are by-products from the brown rice milling process of RPC, are collected in the by-product collecting section (2) and then stored in the colored granules (brown rice) tank of the by-product tank (3) by the by-product conveying section (4). do.

The brown rice colored granules of the tank are transferred to the stone separator 5 with the help of the control panel 12 and the conveying means 13 and then precipitated, and then are transferred to the vibrating separator 6 to select the particle size, and then to color. Sized (large and small) in the lip storage tank (7) is stored → the brown rice colored lip of the colored lip storage tank (7) is transferred to the milling machine (8) and drawn by the selected particle size → to the color sorter (9) Transported to remove foreign matters and color sorting → transported to vibrating separator 10 to remove waste → transported to weighing packing machine 11 and then transported to the processing line of weighing packing or rice grain processing (RPC) By processing, rice grains (whole grains or rice grains close to perfection) reprocessed from brown rice colored granules are obtained.

That is, the brown rice colored granules generated in the brown rice milling process are collected and then precipitated with a stone separator (5) to remove stones and foreign matters, and then the size of the brown rice colored granules is large, small or large, with a vibrating separator (6). By classifying small, medium, and the same size or similar size (large, small) and then milling rice by size using a rice milling machine (8), the milling yield is improved (raised).

The colored grains coated with white rice are removed through the color sorter (9), foreign matter and bad taste, etc. are removed by the vibrating sorter (10), and then packed or polished with the weighing packing machine (11), and then weighed or re-injected. Through the part 16, the rice grains reprocessed from the brown rice grains are obtained by transferring and processing to the processing line of the rice grain processing plant (RPC), thereby greatly improving the milling yield in the rice grain processing plant and waste of grain resources. Is prevented.

In the case of the brown rice colored granules, red rice, green rice, mixed grains (colored rice) and the like are reprocessed and selected to be milled and recovered.

Example 3 White Rice Wrapping Process

The white rice waste (large and crushed), which is a by-product generated from the milling process of rice flour in the rice flour processing plant (RPC), is collected in the by-product collecting unit (2) and then crushed (white rice) of the by-product tank (3) by the by-product conveying unit (4). Stored in tanks and large (white rice) tanks.

The white rice waste of the tank is transported to the stone separator 5 with the help of the control panel 12 and the conveying means 13 and then precipitated and then transferred to the color sorter 9 to remove foreign substances and to sort out the colors. It is transported to the sorting machine 10 and sorted according to the size of fire (large and small). → It is transported to the weighing packing machine 11 and subjected to the weighing packing or tailing after the weighing packing process by the size of the wrapped (large and small). ) Is obtained.

That is, the white rice waste (crushed, large chain) generated in the white rice milling process is precipitated with a stone separator (5) to remove stones and foreign matters, and then transferred to a color sorter (9) to remove foreign substances and color sorting, and then to a vibrating separator. By removing the dust with (10) and sorting by the size (large and small crushing) of waste, white rice bran is obtained by weighing and packing, thereby greatly improving the milling yield in the rice grain processing plant and preventing waste of grain resources.

Example 4 White Rice Recoloring Process

White rice, which is a by-product generated in the milling process of rice flour in RPC, is collected in the by-product collecting unit 2 and then stored in the colored lip (white rice) tank of the by-product tank 3 by the by-product conveying unit 4. .

The white rice colorant of the tank is transferred to the stone separator 5 with the help of the control panel 12 and the conveying means 13 and then precipitated and then transferred to the color sorter 9 to remove foreign substances and color picking. The waste is removed by being transferred to the sorting machine (10), and then it is transferred to the weighing packing machine (11), and then precisely sorted from white rice colored granules by transporting and processing to the processing line of the weighing package or rice grain processing plant (RPC). Complete beauty is obtained.

About 50% of the complete rice is contained in the colored rice (white rice) collected in the white rice milling process. That is, when separating the colored rice by spraying it with air in the color sorter of the rice grain processing plant (RPC), about 50% of perfect rice (normal rice) is mixed in addition to the colored rice. Therefore, by completely sorting about 50% of the perfect rice mixed with the white rice colorant with the color sorter 9, perfect rice is recovered from the colorant rice (white rice), thereby greatly improving the milling yield in the rice grain processing plant and increasing the grain resources. Waste is avoided.

Example 5 White Rice Flour Refining Process

White rice powder granules, which are by-products generated in the milling process of rice grains in the rice flour processing plant (RPC), are collected in the by-product collecting section (2) and then by the by-product conveying section (4). Are stored in.

White rice powder granules of the tank are transported to the stone separator 5 with the help of the control panel 12 and the conveying means 13 and then precipitated and then transferred to the color sorter 9 to remove foreign matters and color sorting. → the waste is removed by vibrating sorter 10 and then is transferred to weighing packing machine 11, and then transferred to the processing line of weighing package or rice grain processing plant (RPC) after weighing packing or tailing Complete beauty to be carefully selected is obtained.

White rice powder collected during the milling process contains about 50% of complete rice. That is, when separating the powdered granules by spraying them with air from the color sorter of the rice grain processing plant (RPC), about 50% of perfect rice (normal rice) is mixed in addition to the powdered granules. Therefore, by completely sorting about 50% of the perfect rice mixed in the white rice powder granules again with the color sorter 9, the complete rice is recovered from the white rice powder grains, thereby greatly improving the milling yield in the rice grain processing plant and increasing the grain yield. Waste of resources is prevented.

In the present invention, if the grain size of the brown rice and the white rice to be reprocessed by the present invention is not classified into the same or similar size, the milling yield is greatly reduced during re-coating. Therefore, in the present invention, the sorting body (selection net) of the vibrating separator 6, 10 is composed of two stages, three stages, or four stages. As a result, it is possible to freely classify (separate) fine powder, small chains, large chains and perfect rice (normal rice). In addition, the milling yield is greatly improved by classifying (separating) the grain size of brown rice and white rice into two or three stages and applying the same or similar size.

Table 2 below shows the by-product generation rate according to the present invention, by reprocessing and selecting in a manner consistent with the type and properties of the by-products to recover and obtain high-quality rice, greatly reduced to about 0.2% in the case of unsettled , The colored granules were greatly reduced to about 0.3%, and in the case of fire (large and small), the colored granules were greatly reduced to about 1.5%, and the colored granules and pulverized granules were greatly reduced to about 2%, compared with the conventional by-product generation rate in Table 1. The overall by-products are greatly reduced. Therefore, the milling yields of RPC and rice milling companies are greatly improved, leading to improved profits and minimal loss of grain resources.

division Kind (appearance) ratio Brown rice
Immature (winning) About 0.2% Colored Lip (Color Separator) 0.3% White rice
Large chain, small chain (vibration separator) About 1.5% Colored granules, powdery granules About 2%

Figure 12 illustrates the profit and loss analysis table when the present invention was applied as of the time of filing the present application, an additional annual net profit of 408,500,000 is generated by reprocessing and recovering by-products generated when 20,000 tons of rice is milled (added revenue) ), It can be seen that the profits are increased and the loss of grain resources is prevented.

The present invention is illustrated for the sake of convenience, but can be applied to the reprocessing or secondary processing of all grains, or all grain processing by-products, including 'rice'.

The present invention described above is not limited to the present embodiment and the accompanying drawings, and various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention, and this is in the technical field to which the present invention belongs. It is self-evident for those of ordinary knowledge.

(1)-grain processing by-product reprocessing system (2)-by-product sorter
(3)-by-product tank (4)-by-product transport
(5)-cracker (6)-vibrator
(7)-Storage Tank (8)-Rice Mill
(9)-Color Separator (10)-Vibration Separator
(11)-Weighing Machine (12)-Control Panel
(13)-Bucket Conveyor (14)-Pneumatic Equipment
(15)-dust collector (16)-refilling unit

Claims (9)

A by-product collecting unit for selectively collecting by-products generated from the rice crop processing plant;
By-product transfer unit for transferring the collected by-products to the by-product tank;
By-product tank for storing the by-product transported by type and characteristics;
A stone evaporator for depositing a by-product transported from the by-product tank;
Vibration sorter for vibrating screened by-products;
Rice polisher to refine by-products;
A color sorter for sorting the refined by-products;
Vibration sorter for vibrating the sorted by-products;
A metering packager for metering and packaging the vibration-selected by-products;
A colored lip storage tank for classifying and storing the brown rice colored lip and the white rice colored lip vibrated by a vibrator according to size;
A re-entry unit installed at the front of the weighing packing machine to transfer the reprocessed by-products to the existing processing line so that the reprocessed by-products are processed along the existing processing line to obtain reprocessed fine grains from brown rice unripe; Including,
The by-product collection unit, grain processing by-products reprocessing system, characterized in that at least any one or more of the color sorter, white rice color sorter and wrapper sorter, vibrating sorter, brown rice color sorter, complete rice sorter and sorter. delete delete delete A method for reprocessing grain byproducts;
It includes a by-product collecting unit for the selective collection of by-products generated in the rice grain processing plant and brown rice unripe collected in the by-product collecting unit and stored in the by-product tank, wherein the brown rice unripe is transferred to the stoneware and then precipitated and vibrated It is transported to the sorter and sorted by particle size, transported to a rice grinder, it is plotted by particle size, it is transported to a color sorter to remove foreign matters and color sorted, and transported to a vibrator to recover rice grains which have been removed. Grain processing by-product reprocessing method. A method for reprocessing grain byproducts;
It includes a by-product collecting unit for the selective collection of by-products generated in the rice grain processing plant and brown rice colored granules collected in the by-product collecting unit and stored in the by-product tank, wherein the brown rice colored granules are transferred to the stone separator and then precipitated and vibrated. It is transferred to the sorting machine and sorted by particle size, and then stored in the colored granule storage tank by size. The brown rice colored granules of the colored granule storage tank are transferred to the rice mill and drawn by the selected grain size, and transferred to the color sorter to remove foreign substances and colors. A process for reprocessing grain by-products, characterized in that the fine grains that have been sorted and removed by the vibrator are recovered. A method for reprocessing grain byproducts;
The by-product collection unit for the selective collection of by-products generated in the rice grain processing plant and the white rice waste collected in the by-product collection unit and then stored in the by-product tank, wherein the white rice waste is transferred to the stoneware and then precipitated, and the color sorter A method for reprocessing grain by-products, characterized in that the transport is carried out to remove foreign matters and color sorted, and to be transported to a vibrator to sort by the size of the waste to recover the waste and the waste. A method for reprocessing grain byproducts;
It includes a by-product collecting unit for the selective collection of by-products generated in the rice grain processing plant and the white rice coloring rice collected in the by-product collecting unit and then stored in the by-product tank, wherein the white rice coloring rice is transferred to the evaporator and then precipitated, the color sorter Method of reprocessing grain by-products, characterized in that to remove the foreign matter and color sorting, and to remove the waste by vibrating separator to recover the complete beauty. A method for reprocessing grain byproducts;
And by-product collecting unit for selecting and collecting by-products generated in the rice grain processing plant and white rice powder granules collected in the by-product collecting unit and stored in the by-product tank, wherein the white rice powder granules are transferred to the stoneware and then precipitated. The method for re-processing grain processing by-products characterized in that the foreign matter is removed by the color sorter and the color is sorted, and the waste is removed by the vibrator to remove the waste.

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