KR101424325B1 - Steaming red ginseng apparatus for using cauldron and steamer - Google Patents

Abstract

The red ginseng rosemaking apparatus according to an embodiment of the present invention includes a cauldron that generates steam when water is received and the water is heated; A pedestal mounted on an upper end of the cauldron and having at least one pedestal hole for allowing steam generated from the cauldron to pass therethrough; A silo having at least one silo hole at a lower end thereof and being fitted to the silo support so that each of the silo holes corresponds to each of the at least one support hole; One or more harvesting receptacles received within the silk; And a pressure load plate formed on the upper end of the shear.

Description

{STEAMING RED GINSENG APPARATUS FOR USING CAULDRON AND STEAMER}

The present invention relates to a red ginseng red ginseng apparatus, and more particularly, to a red ginseng red ginseng apparatus in which steam generated through heating of water contained in a cauldron is introduced into a shiru, .

Ginseng is usually called ginseng (ginseng) because it is not dried after ginseng has been mined for 4 ~ 6 years. Ginseng usually contains about 75% moisture, so it is difficult to store more than 1 week in the mined state, and it is likely to be corrupted or damaged especially during the distribution process. Therefore, white ginseng is called dried ginseng as it is dried for long-term storage. Red ginseng is a dried ginseng of 6-year-old root ginseng selected by steaming by steam, Yellowish brown or light reddish brown ginseng.

Ginseng is not simply made to store ginseng for a long period of time, and many new physiologically active ingredients that are beneficial to our body are produced during the manufacturing process. In other words, in the red ginseng manufacturing process, the chemical component changes due to the partial molecular structure change due to thermal decomposition of ginsenoside, resulting in a beneficial special ingredient. In the red ginseng, only special ingredient of red ginseng Maltol and Ginsenoside Re3. Maltol has anti-aging properties. Ginsenoside Re3 inhibits cancer cell proliferation and anti-tumor activity. Has been proven to have the function of.

In addition, red ginseng has sedative and excitatory effects on the central nervous system and acts on the circulatory system to prevent hypertension and arteriosclerosis. In addition, it has anti-hematopoietic effect, low blood sugar level, protects the liver, acts on the endocrine system, indirectly acts on sexual behavior and reproductive effects, has anti-inflammatory and anti-inflammatory effects, protects against radiation, protects skin There is also a function to soften. Among the effects of red ginseng, the adaptogen effect is scientifically proven through various experiments that the ability of the living body to adapt more easily by increasing the defensive ability against various illnesses such as illnesses and various stresses from the surrounding environment .

On the other hand, red ginseng is divided into ginseng (ginseng), ginseng (地 參) and ginseng (ginseng) which are usually red ginseng according to its quality. This distinction is based on the fact that when the ginseng is steamed, The quality and price of red ginseng are influenced by the ginseng technology.

As such, the most important factor that determines the quality and price of red ginseng is the ginseng technology. Most of the red ginseng producers currently being used are too focused on the additive function side, so that there is a lack of essential aspects of ginseng technology. It is getting down. For example, the functional material such as the transparent container made of transparent plastic or glass can be used to observe the ginseng process from the outside. However, depending on the material of the container in which the ginseng is performed, It is possible to make a difference.

It is obvious to everyone that rice cooked in a traditional cauldron is more delicious than rice cooked in an electric rice cooker, which is generally one of the modern civilization's. The reason for this is that the cauldron is made of cast iron and the pressure of the cauldron lid from the upper part is large and the lower part is formed in the shape of a sphere, so that convection of water vapor can actively occur while building the rice. Various pressure rice cookers applying this principle have been developed and widely used, but still the taste of rice is the most popular.

Accordingly, it is required to develop a red ginseng safflower device which can conveniently combine the traditional manufacturing technique and the modern civilization, while maintaining the efficacy according to the traditional manufacturing technique.

The present invention has been conceived to solve the above-mentioned problems, and it is an object of the present invention to provide a red ginseng safflower device for introducing steam generated through heating of water contained in a cauldron into a shiru, The purpose is to provide.

According to an aspect of the present invention, there is provided a red ginseng rosemaking apparatus comprising: a cauldron which generates steam when water is received and water is heated; A pedestal mounted on an upper end of the cauldron and having at least one pedestal hole for allowing steam generated from the cauldron to pass therethrough; A silo having at least one silo hole at a lower end thereof and being fitted to the silo support so that each of the silo holes corresponds to each of the at least one support hole; One or more harvesting receptacles received within the silk; And a pressure load plate formed on the upper end of the shear.

The steam of the red ginseng safflower of the present invention may include a steam outlet through which the steam introduced from the cauldron through the pedestal hole and the silhuole is discharged; An adjusting valve operable to open or close the steam outlet; A pressure sensor for measuring a pressure inside the shear; And an adjusting valve controller for controlling the regulating valve so that the steam outlet is opened or closed according to the pressure measured through the pressure sensor.

The red ginseng rosemaking device of the present invention includes the above-mentioned silo having the above-mentioned silo having the above mentioned pressure load plate, the above-mentioned silo pedestal having the above-mentioned silo mounted thereon, and the above-mentioned cauldron with the above- Wherein the red ginseng rosemaking device is mounted on an oven, and a flower pot, a thermal power control stand for controlling the height of the flower pot, and a gas supply device for supplying gas to the flower pot are installed under the oven with the cauldron placed thereon.

According to the red ginseng rosemaking device of the present invention, it is possible to obtain the effect that the efficacy according to the traditional manufacturing technique can be maintained as it is, by appropriately combining the manufacturing technique and the modern civilization.

In addition, according to the red ginseng rosemaking device of the present invention, since the amount of saturated steam is large and the optimum rosemaking temperature is maintained in the silk, the quality of red ginseng for large-scale ginseng can be remarkably improved as compared with that of the rough- Can be obtained.

Also, according to the red ginseng rosemaking device of the present invention, it is possible to restore the red ginseng rosemaking method that was started in the Goryeo Dynasty 1,000 years ago, and to obtain the modern red ginseng roaster in a more modern and reasonable manner, .

1 is a sectional view of a red ginseng rosemaking apparatus according to an embodiment of the present invention.
2 is a perspective view of a red ginseng rosemaking apparatus according to an embodiment of the present invention.
3 is an exploded perspective view of a red ginseng rosemaking apparatus according to an embodiment of the present invention.

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

1 to 3 show a configuration of a red ginseng rosemaking apparatus according to an embodiment of the present invention. FIG. 1 is a sectional view of the red ginseng rosemaking apparatus, FIG. 2 is a perspective view of the red ginseng rosemaking apparatus, and FIG. 3 is an exploded perspective view of the red ginseng rosemaking apparatus.

The red ginseng rosemaking apparatus according to an embodiment of the present invention may be composed of a cauldron 500 and a silk 700. The cauldron (500) can be seated in the oven (400). At the lower end of the furnace 400, the thermal power control stand 200 and the painting plate 300 can be positioned. The flower pot 300 can be placed on the fire power control stand 200. That is, the lighting panel 300 is supported by the fire-power control stand 200 and the intensity of the fire power applied by the lighting panel 300 to the cauldron 500 according to the height setting of the fire-power control stand 200 can be adjusted.

The drawing plate 300 may be connected to the gas supply unit 100 to receive gas. 1, various sources such as firewood, oil supply, electricity supply, and the like can be implemented as the thermal power supply source, although the supply source of the thermal power is implemented as the burning plate 300 connected to the gas supply unit 100 Will be apparent to those skilled in the art.

The cauldron 500 may contain water. Water contained in the cauldron (500) can be heated by the thermal power generated by the burning plate (300) under the oven (400) to generate steam.

The silo support (600) may be mounted on the upper end of the cauldron (500). The silk support 600 may be formed in a shape in which the rim of the rim is closely attached to the upper part of the cauldron 500 in the form of a ring. One or more pedestal holes 610 may be formed in the silk pedestal 600. The water vapor generated by heating water in the cauldron 500 is discharged to the outside only through the pedestal hole 610 of the cylinder holder 600 when the cylinder holder 600 is seated on the top of the caldron 500 .

A silk 700 can be placed on the silk support 600. According to an embodiment of the present invention, the shear 700 may be composed of an upper shear 710 and a lower shear 720. Thus, the user can disassemble the silk 700 into an upper silk 710 and a lower silk 720 to accommodate the silk 750 within the silk 700. When the upper and lower sheaths 710 and 720 are coupled to each other, the inside of the sheath 700 is tightly coupled to the upper and lower sheaths 710 and 720 so as to be sealed against the outside except for the hole 721 . ≪ / RTI >

The configuration of the upper and lower silos 710 and 720 is merely an embodiment of the present invention and the silo 700 may be embodied as an integral silo that is not disassembled into the upper silo 710 and the lower silo 720 have.

At the lower end of the silk 700, at least one silo hole may be provided. The number and shape of the holes may be the same as the number and shape of the pedestal holes 610 formed in the pedestal support 600. Therefore, when the silk 700 is placed on the silk support 600, it is preferable that the silk hole 721 and the support hole 610 are positioned so as to be aligned with each other.

A pressure load plate 800 may be installed at the upper end of the silo 700. The pressure load plate 800 may be implemented in various forms depending on the magnitude of the required pressure.

The silo 700 may be provided with a steam outlet 730, a regulating valve 741, a pressure sensor 740, and a regulating valve controller. The steam outlet 730 can discharge the steam introduced from the cauldron 500 into the silo 700 through the pedestal hole 610 of the silk pedestal 600 and the hole 721 of the silo 700. That is, when the pressure of the steam introduced into the silo 700 is high and the pressure inside the silo 700 is equal to or higher than the threshold value, the steam inside the silo 700 can be discharged through the steam outlet 730.

The control valve 741 is operated to open or close the steam outlet 730 to the inside of the shirr. The regulating valve 741 can be operated such that the steam outlet 730 is opened or closed against the inside of the silo 700 under the control of the regulating valve controller (not shown).

The pressure sensor 740 is installed inside the silo 700 to sense pressure data. The pressure sensor 740 can transmit the measured internal pressure of the cylinder 700 to the regulating valve controller.

When the pressure inside the silo 700 is equal to or greater than the threshold value so that the control valve controller opens the steam outlet 730 through the regulating valve 741, the water vapor inside the silo 700 flows out through the steam outlet 730 And may be collected in the form of water in the water vapor capture device 900.

At least one wicket 750 may be received within the silk 700. Ginseng (750) can be loaded with fresh ginseng or ginseng. According to a preferred embodiment of the present invention, the transceiver 750 may be implemented as a triple transceiver, but this is merely an example and may be implemented in a variety of numbers and forms, as determined by one of ordinary skill in the art.

As described above, according to one embodiment of the present invention, the silk 700 may have one or more harrows 750 accommodated therein and a pressure load plate 800 may be formed at the upper end thereof. The silk 700 can be placed on the silk support 600. The silo support 600 on which the silo 700 is placed can be mounted on the top of the cauldron 500. The cauldron (500) having the silhu (700) and the silk pedestal (600) stacked thereon can be seated in the oven (400). The red ginseng rosemaking apparatus of the present invention can be implemented in the form of an egg chamber 400, a cauldron 500, a silk bed base 600, and a silk 700 which are stacked or placed in the above-described form.

While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the equivalents of the claims, as well as the claims.

100: gas supply part
200: Fire power control stand
300: Painting
400: The fireplace
500: Cauldron
600: Shake stand
610: Pedestal hole
700: Shiru
710: Upper Shield
720: Lower Shiru
721: Shiloh Hall
730: steam outlet
740: Pressure sensor
741: Regulating valve
750: Tibetan
800: Pressure load plate
900: Submerged collector

Claims (3)

In the red ginseng roasting device,
A cauldron which receives water and generates steam when the water is heated;
A pedestal mounted on an upper end of the cauldron and having at least one pedestal hole for allowing steam generated from the cauldron to pass therethrough;
Wherein the steam inlet is provided with at least one silo hole at the lower end thereof, and the steam inlet is mounted on the silo support so that each of the silo holes corresponds to each of the at least one support hole, A control valve that operates to open or close the steam outlet, a pressure sensor that measures a pressure inside the silicate, and a control valve that controls the control valve to open or close the steam outlet according to the pressure measured through the pressure sensor. A control valve controller for controlling the valve;
One or more harvesting receptacles received within the silk; And
The pressure load plate
Wherein the red ginseng rosemaking device comprises: delete The method according to claim 1,
The red ginseng vessel containing the at least one fish bowl and the pressure load plate at the upper end thereof, the silo pot having the silk pedestal mounted with the silo, and the shoal pedestal mounted at the upper end thereof is seated in the oven And a gas supply device for supplying a gas to the flower pot is installed at a lower portion of the furnace on which the cauldron is placed, the fire power control stand for controlling the height of the flower pot, and a gas supplier for supplying gas to the flower pot.

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