KR101512169B1 - A manufacturing red ginseng by using steam and drying device - Google Patents

Abstract

The present invention relates to a red ginseng manufacturing system using a steaming and drying device, which improves efficiency in removing contaminants from the surface of ginseng and produces an high quality red ginseng. The present invention comprises a ginseng wash unit which includes a dipping unit to firstly process contaminants contained in fresh ginseng, a high pressure wash unit to wash for the second time the fresh ginseng that was washed in the dipping unit, a micro bubble unit to wash for the third time the fresh ginseng that has gone through the high pressure wash unit, and an air drying unit to dry the fresh ginseng washed from the micro bubble unit; a steaming and drying unit having a revolving steam spray nozzle to steam and dry the ginseng washed from the ginseng wash unit; and a drying unit to dry the ginseng which has gone through the steaming and drying unit. The present invention washes out fine contaminants and pesticide residues from every corner of the fresh ginseng, prevents the fresh ginseng from cracking during steaming and drying, and provides ease of cleaning after washing the fresh ginseng.

Description

Technical Field [0001] The present invention relates to a red ginseng manufacturing apparatus using a ginseng drying apparatus,

The present invention relates to a red ginseng manufacturing apparatus using a ginseng drying apparatus for producing high quality red ginseng while improving the efficiency of foreign matter removal work on three surfaces.

Generally, red ginseng refers to ginseng of pale yellowish brown or light reddish brown which is selected by carefully selecting 4 ~ 6 years old ginseng and steamed by steam without peeling it.

Red ginseng can be dried for less than 14% and stored for a long period of time. In addition, various components that are beneficial to our body such as saponin, mathol, and G-rh2 are produced by steam- .

Looking at the manufacturing process of red ginseng, the ginseng harvested in September and October is cleaned and then steamed with steam. At this time, the starch particles in the tissue become luxurious, and the tissue becomes firm after drying. In addition, during the steaming process, various enzymes are inactivated and self-digestion does not occur so that the quality stability is excellent and there is no change in the contents even when stored for a long time.

As a conventional technique for producing red ginseng as described above, there have been proposed a technique for washing ginseng with the Korean Utility Model No. 20-0435919 (Mar. 3, 2007) and the ultrasonic washing machine for preparing red ginseng, And the ultrasonic wave device for washing the ginseng by vibrating the inside of the water tank is formed to clean the ginseng.

Korean Patent No. 10-1226999 (2013.01.22), in the case of "ginseng cleaning method", the ginseng is conveyed through the upper and lower steel net conveyor, and the high-pressure spray nozzle is sprayed from the upper and lower sides to wash the ginseng .

Korean Patent No. 10-1323482 (Oct. 23, 2013), in the case of "ginseng washing machine", the method comprises spraying the washing liquid while transferring the ginseng using the soaking device. At this time, A method using a conveyor is adopted.

On the other hand, a Korean Registered Utility Model No. 20-0411043 (Mar. 3, 2006), "Korean Red Ginseng Dryer for Red Ginseng" has been proposed as an apparatus for washing and fresh ginseng using the above-described cleaning apparatus.

The register room acid has a bogie for loading fresh ginseng so as to be able to be coupled and transported by a trolley conveyor inside the chamber, and a heater is provided in the circulation duct in addition to a hot water dispersing part and a steam jet part, And the air in the chamber is discharged through the exhaust damper when the temperature inside the chamber exceeds the proper temperature so that the proper temperature can be maintained.

In addition, a Korean Registered Utility Model No. 20-0411042 (Mar. 3, 2006) and a dryer for manufacturing red ginseng have been proposed as an apparatus for drying ginseng roots in the ginseng dryer.

In the above patent, a trolley conveyor is formed in a chamber into which a bogie can be inserted, so that a bogie can be conveyed to enable continuous operation. The temperature inside the chamber is raised through the heater and the circulating duct to dry the bran So that red ginseng can be manufactured.

In the conventional techniques for cleaning the three of the above-mentioned apparatuses, Korean Utility Model No. 20-0435919 discloses a method of washing ginseng with an ultrasonic apparatus only, so that a large lumpy soil can be easily removed, There is a limit in washing residual pesticides.

In the case of Korean Patent No. 10-126999, high-pressure spray nozzles are sprayed on the upper and lower sides while being conveyed through the lower steel net conveyor to remove foreign matters on the surface, but the steel net conveyor itself has a three- There is a problem in that it is very difficult to remove foreign matter remaining in the corners of the cylinder even if the high-pressure injection nozzle is injected from the upper and lower sides.

In the case of Korean Patent No. 10-1323482, the ginseng is transported through the upper and lower steel net conveyors while the fresh ginseng is being operated in the landing device.

On the other hand, in the case of Korean Utility Model No. 20-0411043 for Korean fresh ginseng, the hot water injection part is first sprayed and preheated to prevent the germination of the ginseng, and then the temperature inside the chamber is adjusted by using a heater formed in the secondary steam and circulation duct When the steam is sprayed directly on the fresh ginseng in the state of spraying the hot water first, there is a problem that the ginseng pops sometimes and the commerciality is deteriorated.

In order to solve the above-mentioned problems, the red ginseng manufacturing apparatus using the ginseng drying apparatus of the present invention provides a red ginseng manufacturing apparatus using a ginseng drying apparatus capable of removing fine foreign substances and pesticide residues present in every corner of ginseng have.

It is still another object of the present invention to provide a red ginseng manufacturing apparatus using a ginseng drying apparatus capable of preventing the deterioration of ginseng when roasted ginseng is steamed.

Another object of the present invention is to provide a red ginseng manufacturing apparatus using a ginseng drying apparatus which is easy to clean after washing ginseng.

In the present invention, the angle of the steam spraying part formed in the drying device can be adjusted so that steam is not sprayed directly on the ginseng, thereby enhancing the commercial value of red ginseng.

In addition, a large number of tanks are formed in the tumbling portion of the trash washing device to improve the efficiency of the foreign substance removing operation on the surface of the ginseng, and the pores are formed in the tumbling conveying conveyor, The cleaning efficiency can be improved.

And the second boiling tank and the second boiling tank are integrally formed with the first boiling tank and the second boiling tank, and the second boiling tank and the boil tank transfer portion are raised by the elevating means, It is possible to increase the ease and efficiency of removing the soil that has settled on the bottom surface.

In addition, a large number of high-pressure washing tanks of the high-pressure washing section are formed, and the multi-tiered configuration can be used to reverse the ginseng after washing the ginseng, thereby further improving the washing efficiency.

1 is a plan view of a red ginseng manufacturing apparatus using a ginseng drying apparatus according to the present invention.
FIG. 2 is a side view of the washing section of the washing device according to the present invention. FIG.
Fig. 3 is a photograph showing the landing gear formed in the bogie of the present invention. Fig.
4 is a side view showing the high-pressure washing section of the trash washing device according to the present invention.
5 is a side view showing a microbubble unit according to the present invention.
6 is a side view showing a drying unit of the trash washing device according to the present invention.
FIG. 7 is a front view showing a ginseng drying apparatus according to the present invention. FIG.
FIG. 8 is a side view showing a ginseng drying apparatus according to the present invention. FIG.
9 is a side view showing a drying apparatus according to the present invention.

Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings.

First, the present invention is provided with a trash washing apparatus 600 for washing ginseng and a ginseng drying apparatus 100 for ginseng fresh ginseng washed through the trash washing apparatus 600. The ginseng drying apparatus 100 And a drying device 700 for drying the dried red ginseng to complete red ginseng production.

1. trash cleaning device

1, the washing machine 600 includes a washing unit 200, a high pressure washing unit 300, a microbubble unit 400, and a drying unit 500.

2, the washing unit 200 is a unit for washing fresh ginseng containing foreign substances such as soil in a first order. The washing water is stored in a plurality of the washing tubs 210 and then the fresh ginseng is transferred to form a relatively large lump Shaped soil or the like.

The washing unit 200 includes a plurality of washing tubs 210 containing washing water for washing the ginseng, and the washing water is washed in any one of the washing tubs 210, And then is conveyed to the next hopper 210. The hopper conveyor 220 is inclined upward.

The bubbling tank 210 has a structure in which the second bubbling vessel 212 is coupled to the first bubbling vessel 211 and the bottom of the first bubbling vessel 211 formed in the bubbling vessel 210 A plurality of bubble-forming portions 211a for forming the cleaning water in a bubble shape are formed on the surface.

Particularly, the lower surfaces of the first and second tanks 211 and 212 are inclined to easily discharge soil or washing water to the outside. In the first tanks 211, A discharge hole (not shown in the drawing) for discharging can be separately formed.

A tilted tilting conveyor 220 is integrally formed with the second tilling tank 212 at one side of the second tilling tank 212 of the tilling tank 210.

The inside of the circulating tank 210 and the circulating tank transferring unit 220 constitute a circulating conveying conveyor 230 capable of transferring the fresh ginseng.

The conveying conveyor 230 is made of a PE material that is easy to clean without being tied up with spruce and a plurality of pores 231 are formed in the surface of the conveying conveyor 230 to be formed in the first circulation tank 211 of the circulation tank 210 The bubbles generated through the bubble forming part 211a are transferred to the ginseng to improve the cleaning power and the plurality of vanes 232 are arranged at regular intervals to move the ginseng in any one direction.

The transfer conveyor 230 is formed so as to extend from the inside of the circulating tank 210 to the circulating tank conveying unit 220 and then move the fresh ginseng to the circulating tank 210.

The bubbling tank 210 has a dual structure such as the first and second bubbling vessels 211 and 212. The first bubbling vessel 211 is provided with the elevating means 240 to form the bubbling vessel 210, The second blowing tank 212 can be raised and lowered.

As shown in FIG. 3, the elevating means 240 includes a lifting bar 242 operated by the power means 241 so as to be able to move up and down the second dumping tank 212, A guide bar 243 is formed on the guide bar 243 and a guide wheel 244 is formed on the lift bar 242 so as to be slidable along the guide bar 243 and serve as a guide.

In this case, the number of the water tank transfer units 220 connected to the water tank 210 is less than the number of the water tank 210, and each of the water tank 210 is provided with a connection pipe 250 So that the washing water can be transferred to the other washing tank 210.

Further, a high-pressure cleaning nozzle 221 may be added to the boil-off tank transfer unit 220 connected to the boil tank 210.

Next, the high-pressure washing unit 300 is supplied with the freshly-washed fresh gins through the blowing unit 200 and is cleaned through the high-pressure water to remove fine foreign substances such as soil in the fresh ginseng.

As shown in FIG. 4, the high-pressure cleaning unit 300 includes a plurality of high-pressure cleaning tanks 310.

The high pressure cleaning tank 310 is provided with a high pressure spraying part 312 in the high pressure cleaning chamber 311 for cleaning the fresh ginseng conveyed by the dredge conveying conveyor 230 of the dredging part 200, Pressure washing portion conveying conveyor 313 for conveying the fresh ginseng to the lower side of the spraying portion 312 is formed.

The high-pressure spray part 312 is formed to remove residual pesticide or fine soil on the surface of the ginseng using high-pressure water, and the high pressure cleaning part chamber 311 may be formed in a closed form.

The high pressure cleaning conveying conveyor 313 has a structure similar to that of the conveying conveyor 230 formed in the circulating tank 200.

That is, the high-pressure washing section conveying conveyor 313 has a plurality of pores 313a, and a plurality of vanes 313b are formed at regular intervals to move the ginseng.

A plurality of high-pressure washing tanks 310 are formed. The high-pressure washing tanks 310 are arranged in a multi-stage configuration so that the fresh ginseng washed through the high-pressure washing tanks 310 can reverse the ginseng when moved to the other high-pressure washing tanks 310.

5, the micro bubble chamber 410 is formed in the shape of a water tank, and a micro bubble generator 420 is formed in a lower portion of the micro bubble chamber 410, And is configured to remove remaining pesticide residues and fine foreign substances remaining in the ginseng that have passed through the washing unit 300.

Of course, when moving the ginseng in the micro bubble part 400, the micro bubble transfer conveyor 430 can be used.

The micro bubble transfer conveyor 430 is also made of a PE material, and has a structure in which a plurality of pores 431 and a plurality of blades 432 are equally spaced.

Next, the drying unit 500 is formed to dry the ginseng that has passed through the microbubble unit 400 as shown in FIG.

The drying unit is configured to allow the air gun 520 to be installed in the drying unit chamber 510 to remove moisture from the fresh ginseng to be passed therethrough.

2. Ginseng drying device

The ginseng drying apparatus 100 according to the present invention is configured to dry ginseng so that the ginseng washed through the trash washing apparatus 600 is red ginseng.

First, as shown in Figs. 7 to 8, a rosemaking chamber 10 is constructed.

The safflower drying chamber 10 is configured to store the fresh ginseng washed through the trash washing device 600 in the cart C and transport the cart C through the trolley conveyor 20 And has a structure extending in the cross-sectional direction.

The hot water spraying unit 30 is provided in the safflower drying chamber 10 to preheat the fresh gins stored in the drum C. The hot water spraying unit 30 includes a vertical hot water A hot water supply unit 31 composed of a supply unit 31a and a horizontal hot water supply unit 31b connected to the vertical hot water supply unit 31a and extending in a direction in which the rosemaking chamber 10 extends, And a plurality of hot water injection nozzles 32 for supplying hot water in a horizontal direction, which is the direction in which the carriage C is formed, on the horizontal hot water supply part 31b.

The vertical position of the horizontal hot water supply unit 31b constituting the hot water supply unit 31 is determined by a vertical position of the fresh ginseng stored in the car C so as to supply hot water to the fresh gins stored in the cargo C, It is preferable to form it on the upper side.

Next, the steam spraying unit 40 is installed in the chamber 10 for increasing and decreasing drying to supply steam to the ginseng.

The steam spraying unit 40 includes a steam supply unit 41 including a vertical steam supply unit 41a and a horizontal steam supply unit 41b. The horizontal steam supply unit 41b is connected to the horizontal hot water supply unit 31, The horizontal hot water supply unit 31b and the horizontal hot water supply unit 31b are formed in such a structure that they extend in the direction in which the rosemaking chamber 10 extends in the same manner as the supply unit 31b, Is formed at a position lower than the formed position.

Here, the horizontal steam supply units 41b may constitute a plurality of vertical steam supply units 41b.

A plurality of steam injection nozzles 42 are formed in the horizontal steam supply portion 41b and the steam injection nozzles 42 are formed on the upper and lower sides of the horizontal steam supply portion 41b.

In particular, the horizontal steam supply unit 41b includes an angle adjusting unit 42a so that an operator can freely change the spray direction of the steam injection nozzle 42 through manual operation.

Here, the angle adjusting portion 42a has a conventional structure in which the tip end can be rotated forward, backward, leftward and rightward by a ball-like sphere and a groove, and the detailed configuration is omitted.

The auxiliary heating unit 50 is installed in the safflower drying chamber 10 to adjust the temperature of the safflower drying chamber 10 through the hot water spraying unit 30 and the steam spraying unit 40, So that a predetermined temperature can be maintained.

The auxiliary heating unit 50 includes an intake fan 51 for sucking outside air on the upper side of the gypsum and drying chamber 10. The auxiliary air sucked from the suction fan 51 is introduced into the gypsum drying chamber 10 An inlet chamber 52 is formed at one side of the chamber for drying the ginseng rosin.

Here, the intake chamber 52 is formed by partitioning one side of the rosemaking chamber 10 and has a partition plate (not shown) for moving the air moved to the intake chamber 52 to the rosemaking chamber 10 52a are formed with a plurality of perforation holes h.

A heater 53 is provided in the intake chamber 52 to supply a heat source to the air moving into the chamber 10 by the suction fan 51.

A circulation chamber 55 having a shape similar to that of the intake chamber 52 is formed on the side of the ginseng drying chamber 10 facing the intake chamber 52.

The circulation chamber 55 has a structure in which a plurality of perforation holes h are formed in a partition plate 55a on the side of the rosemaking chamber 10 like the intake chamber 52, The steam generating unit 55 is structured so as to be connected to the suction fan 51 by the duct 54 so as to circulate the air of the safflower drying chamber 10 to the suction chamber 52 to improve the thermal efficiency.

Here, though not shown in the drawing, the duct 54 may be a damper, and it is of course possible to control the air circulation according to the opening and closing of the duct 54.

The discharge unit 60 includes an exhaust duct 61 formed in the safflower drying chamber 10 and an exhaust fan 62 connected to the exhaust duct 61. The safflower drying chamber 10, So that the internal air can be discharged to the outside.

3. Drying device

The drying apparatus 700 is a device for finally producing red ginseng by drying ginseng-like ginseng through the ginseng-drying apparatus 100 described above.

As shown in FIG. 9, the drying apparatus 700 includes a drying chamber 710 having a shape similar to that of the steam-drying chamber 10 formed in the steam-drying apparatus 100, The drying chamber 710 has a drying heater 730 formed on both sides of the drying chamber 710 for drying the laundry stored in the cart C .

Hereinafter, an embodiment of a red ginseng manufacturing apparatus using the ginseng drying apparatus having the above-described structure will be described.

The process of manufacturing red ginseng through the red ginseng manufacturing apparatus 100 using the ginseng drying apparatus of the present invention is roughly divided into three processes.

In other words, the first step is washing the seaweed, the second is the process of washing the washed seaweed, and the third is the process of drying the seaweed.

1. Wash ginseng

First, the ginseng with soil-like foreign matter is introduced into a digging tank 210 containing washing water formed in the digging unit 200 of the trash washing apparatus 600.

Then, the dredge conveying conveyor 230 formed in the dredge 210 is operated to move the dredged ginseng, and the ginseng is washed by the washing water.

That is, the circulation conveyor 230 includes a plurality of pores 231 formed at regular intervals with the pores 231, so that the ginseng can be easily moved.

Meanwhile, the ginseng transferred through the feed conveyor 230 as described above is fed to the bottom of the first bubbling vessel 211 formed in the bubbling vessel 210 by bubbles generated in a number of bubbles formed in the bubbling vessel 211a Foreign matter on the surface of the ginseng is removed.

That is, the pore transfer conveyor 230 is provided with a plurality of pores 231 so that the bubbles generated by the bubble forming portion 211a can be transferred to the ginseng so that the soil on the surface of the ginseng can be removed In particular, the soil removed from the ginseng drops through the pores 231 to the bottom surface of the first sparking tank 211.

As described above, the operation of removing the foreign substances adhering to the surface of the ginseng roots through the bubbling bath 210 is performed by a plurality of the bubbling baths 210.

That is, in the present invention, in a state where a large number of the above-described bubbling tanks 210 are formed, the work is transferred to the next bubbling vessel 210 through the bubbling tank transferring unit 220 to remove foreign matter on the surface of ginseng again .

In the present invention, the above-mentioned bubbling tanks 210 are disposed at three places to function to remove foreign matter such as soil buried in ginseng.

In particular, the high-pressure cleaning nozzle 221 is formed in the high-temperature transfer unit 220, and the high-pressure cleaning nozzle 221 is also cleaned during the passage through the high-temperature transfer unit 220.

The high-pressure cleaning nozzle 221 formed in the high-pressure transferring unit 220 does not generate a high pressure because the high-pressure cleaning nozzle 221 removes a relatively large foreign object such as soil adhered to the ginseng You do not have to.

When the foreign matter such as large lumpy soil on the surface of the ginseng is completed through the dredging unit 200 as described above, the dredge transfer unit 220, which is connected to the dredging tank 210 formed last, The high-pressure washing unit 300 moves the fresh ginseng.

The high pressure cleaning part 300 is for removing residual pesticides and fine foreign substances on the surface of the ginseng through a high pressure spray part 312 formed in the high pressure cleaning part chamber 311. The high pressure cleaning part 300 includes a high pressure cleaning part 311, The ginseng is moved by the conveying conveyor 313 and the foreign matter is removed by the high pressure spraying unit 312.

Particularly, in the present invention, the installation position of the high-pressure cleaning tank 310 formed later than the height of the high-pressure cleaning tank 310 connected to the landing portion 200 is formed to be lower.

Pressure washing tank 310 having the above arrangement is configured such that the fresh ginseng moving through the high-pressure washing section conveying conveyor 313 of the first installed high-pressure washing tank 310 is conveyed to the high-pressure washing section 310 of the high- The ginseng drops down in the process of moving to the conveyor 313, and the ginseng is inverted.

Therefore, since each of the high-pressure washing tanks 310 cleans the different surfaces of the ginseng, the residual pesticide remaining on the surface of the ginseng surface and the fine foreign substances can be completely removed.

Next, the ginseng, which has been removed from the surface of the ginseng surface through the high-pressure washing unit 300 and has been removed from the residual pesticide, is moved to the microbubble unit 400.

The micro bubble generator 400 is configured to remove foreign substances and residual pesticide remaining on the surface of ginseng through the micro bubble chamber 410 in which the washing water is stored and the micro bubble generator 420 formed in the lower portion thereof. Bubbles generated by the micro bubble generator 420 through the pores 431 formed in the micro bubble conveying conveyor 430. The micro bubble conveying conveyor 430 can be moved through the micro bubble conveying conveyor 430, Thereby removing the foreign substances and pesticide remaining on the surface of the ginseng.

Next, the ginseng that has passed through the microbubble part (400) passes through the drying part (500) and can wash the washing water adhering to the surface of the ginseng.

The drying unit 500 includes an air gun 520 for spraying air, so that only the water of the surface of the ginseng is removed.

On the other hand, in the case of the trash washing unit 600, particularly, in the case of washing the ginseng, it is necessary to frequently clean the soil in the ginseng due to the falling off of the soil or the root of the ginseng that may occur in washing the ginseng.

In the present invention, the flushing tank 210 is divided into a first flushing tank 211 and a second flushing tank 212 inserted therein and including a flushing tank transferring unit 220, By moving up and down the second circulation tank 212 and the circulation conveyance conveyor 230 including the circulation tank transferring unit 220, foreign matter such as soil, which has been sunk on the lower surface of the first circulation tank 211, It is possible to easily remove the fine roots and the like, and to carry out the cleaning very easily.

In particular, the elevating means 240 can be stably lifted and lowered by the guide wheel 244 and the guide bar 243, so that stability can be achieved.

Also, in the present invention, the exchange of washing water can be performed by connecting the respective bubbling tanks 210 through the connecting pipe 250.

That is, in the case of the bubbling tank 210 into which fresh ginseng is initially charged, since foreign substances are removed relatively more than the bubbling bath 210 adjacent to the high pressure washing unit 300, It proceeds.

The present invention is characterized in that new water is periodically supplied to the boiling tank 210 adjacent to the high pressure cleaning part 300 during the washing water replacement in the boiling tank 210, 250 to send the water to the next water tank 210 from the water tank 210 where the less polluted water is generated, and in the case of the water tank 210 where the first fresh water gum is slaughtered, The amount of the washing water to be supplied is discharged to the outside, so that the washing water can be exchanged.

2. Ginseng certification

The ginseng drying apparatus 100 according to the present invention is a device for receiving fresh ginseng from which foreign substances and pesticides on the surface of ginseng are removed by the ginseng washing apparatus 600 and drying the ginseng.

The steamer C is provided in the gypsum and drying apparatus 100 so that the operator loads the fresh ginseng washed in the trash washing apparatus 600 into the tank C and transfers the tank T to the gypsum drying chamber 10 The trolley conveyor 20 is provided with a trolley conveyor 20 and the trolley conveyor 20 is provided with a trolley conveyor 20.

The steam gypsum dryer 100 causes the hot water sprayer 30 to spray the hot water to the fresh ginseng loaded on the bogie C first and then spray the steam at the second steam sprayer 40, The inside of the drying chamber 10 functions to raise the temperature in a wet state by steam and hot water.

At this time, when steam is injected directly on the surface of the ginseng, the steam spraying part 40 may cause the ginseng to pop out.

In the present invention, the angle adjusting portion 42a is formed in the steam injection nozzle 42, and the operator installs the cart C loaded with fresh ginseng on the trolley conveyor 20, By adjusting the angle of the spray nozzle 42, it is possible to prevent the phenomenon of the ginseng popping that may occur during the process of growing ginseng.

Particularly, the steam injection nozzle 42 is coupled to the upper and lower sides of the horizontal steam supply part 41b formed in the same direction as the direction of movement of the carriage C by the trolley conveyor 20. [

Accordingly, it is possible to improve the efficiency of steam treatment by providing a plurality of steam supply portions 41b, and to spray the steam spraying nozzle 42 in the upward and downward directions, do.

Since the ginseng drying apparatus 100 has a structure in which the ginseng drying chamber 10 is continuously formed, the ginseng can be continuously operated after the fresh ginseng is loaded on a plurality of bins C.

Particularly, in the present invention, the auxiliary heating part 50 and the discharge part 60 are constituted. When the temperature inside the chamber 10 is low through the hot water and the steam, the hot air is blown from the auxiliary heating part 50 When the temperature is excessively high, the operation of the auxiliary heating unit 50 is stopped, and the temperature of the air can be adjusted by discharging the air having the increased temperature through the discharge unit 60 to the outside.

3. Drying

As described above, the dried red ginseng can be dried by the drying device 700 to finally produce red ginseng.

The drying apparatus 700 is similar in structure to the gypsum and / or drying apparatus 100, and functions to move the carriage C.

In the case of the drying apparatus 700, a trolley conveyor 720 capable of coupling and moving the cart C in the drying chamber 710 is provided for drying the dried shavings, and the trolley conveyor 720 The drying heater 730 is formed on both sides of the drying chamber 710 so that drying can be performed in the process of moving the carriage C through the drying chamber 710 so that the laundry can be continuously dried.

While the present invention has been described in connection with certain exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

100: Ginseng drying device
10: chamber for drying ginseng
20: Trolley conveyor
30: Hot water sprayer
31: Hot Water Supply Unit 31a: Vertical Hot Water Supply Unit 31b: Horizontal Hot Water Supply Unit
32: Hot water spray nozzle
40: steam jetting section
41: steam supply part 41a: vertical steam supply part 41b: horizontal steam supply part
42: Steam injection nozzle 42a:
50: auxiliary heating portion
51: intake fan 52: intake chamber 53: heater 54: duct 55: circulation chamber
60:
61: exhaust duct 62: exhaust fan
600: washing machine
200:
210:
211: first circulation tank 211a: bubble forming unit 212: second circulation tank
220:
221: High pressure cleaning nozzle
230: Feeding conveyor
231: pore 232: wing
240: elevating means
241: Power means 242: Lift bar 243: Guide bar 244: Guide wheel
250: Connector
300: High pressure cleaning part
310: High pressure washer
311: High pressure cleaning chamber
312:
313: high-pressure cleaning conveying conveyor 313a: pore 313b: blade
400: micro bubble part
410: micro bubble chamber
420: micro bubble generator
430: Micro bubble conveying conveyor
431: pore 432: wing
500: dryer
510: chamber for drying part
520: Airgun
700: Drying device
710: Drying chamber 720: Trolley conveyor 730: Drying heater
1000: Red ginseng manufacturing equipment

Claims (7)

delete A land portion 200 for primarily treating the foreign substances contained in the ginseng;
A high pressure washing unit 300 for washing the fresh ginseng washed in the washing unit 200 by the second washing;
A microbubble unit 400 for washing the ginseng having passed through the high-pressure washing unit 300 by a third order;
And an air drying unit 500 for drying the fresh ginseng washed through the microbubble unit 400,
A cart C which is inserted into the ginseng drying chamber 10 and stores fresh ginseng washed through the trash washing device 600;
A trolley conveyor 20 formed in the safflower drying chamber 10 and formed above the carriage C to move the carriage C;
A hot water supply unit 31 composed of a vertical hot water supply unit 31a and a horizontal hot water supply unit 31b formed on the side of the safflower drying chamber 10 and a horizontal hot water supply unit 31b installed in the hot water supply unit 31 And a hot water spray nozzle (32) configured to spray hot water in a horizontal direction;
A steam supply unit 41 composed of a vertical steam supply unit 41a and a horizontal steam supply unit 41b formed on a side surface of the steam generator 40 and a horizontal steam supply unit 41b, A steam spraying unit 40 including a steam spraying nozzle 42 including an angle adjusting unit 42a for spraying steam and adjusting the angle of the steam spraying unit 40;
An air intake fan 51 for sucking outside air and an air suction fan 51 for supplying air sucked from the suction fan 51 to the inside of the safflower drying chamber 10 are provided on the upper side of the safflower drying chamber 10, A heater 53 installed on the intake chamber 52 for supplying a heat source to the outside air and a chamber 54 for drying the safflower drying chamber 10 facing the suction chamber 52. [ An auxiliary heating part 50 consisting of a circulation chamber 55 connected to the suction fan 51 by a duct 54 to circulate the air supplied in the roasting drying chamber 10;
Drying device 100 composed of a discharge unit 60 formed of an exhaust duct 61 and an exhaust fan 62 formed in the safflower drying chamber 10,
And a drying device (700) for drying the dried ginseng through the ginseng drying device (100).
The washing machine according to claim 2, wherein the washing unit (200) includes washing water for washing the ginseng, and a bottom of the washing unit has a first water tank (211) including a bubble forming unit (211a) There are formed a large number of dumping tanks 210 constituted by a second dumping tank 212 formed to be movable by the elevating means 240 in the first dumping tank 211,
The bean sparger 210 is connected to one side of the second sparger 212 of the sparger 210 so as to feed the ginseng to the next sparger 210. The feeder 220 is formed as many as the number of the beaters 210 In addition,
A feed conveyor 230 formed of a PE material having a plurality of pores 231 and wings 232 formed in the second circulation tank 212 and in the circulation tank 220 for transferring ginseng ), Characterized in that the red ginseng drying device is constituted by a red ginseng manufacturing device.
The elevator according to claim 3, wherein the elevation means (240) comprises a plurality of elevation bars (242) operated by the power means (241), a guide bar (243) formed at one side of the elevation bar (242) And a guide wheel (244) formed on the guide bar (242) so as to be in contact with the guide bar (243).
The washing machine according to claim 3, wherein the plurality of washing tubs (210) constituting the washing unit (200) comprises a connecting pipe (250) capable of moving washing water to each washing tub (210) And the washing water is discharged through the connecting pipe (250) by supplying new washing water in the final washing tank (210) while discharging part of the washing water of the bath (210). Device.
The washing machine according to claim 2, wherein the high-pressure washing unit (300) comprises a high-pressure washing unit chamber (311) in which a high-pressure spraying unit (212) is formed to once again clean the fresh ginseng supplied from the washing unit (200) A high pressure cleaning tank 310 having a plurality of pores 313a formed in the high pressure cleaning chamber 311 and having a plurality of pores 313a for conveying the ginseng and a high pressure cleaning conveying conveyor 313 made of a PE material, And,
The high-pressure washing tank 310 has a plurality of high-pressure washing tanks 310 arranged in a multistage manner so that the fresh ginseng can be reversed during the washing of the fresh ginseng supplied from the landing unit 200. .
The drying apparatus according to claim 2, wherein the drying apparatus (700) is connected to the safflower drying apparatus (100), and a carriage (C) is connected to the safflower drying chamber (10) And a drying heater 730 is formed on both sides of the drying chamber 710. The drying chamber 710 is provided with a drying heater 730 on both sides of the drying chamber 710 and a trolley conveyor 720 for moving the drying chamber 710, Manufacturing apparatus.

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