KR100448878B1 - A Vacuum Pot For Preparing Ginseng Extract Medicine - Google Patents

Abstract

The present invention relates to a vacuum bath for preparing ginseng extract to increase the efficacy of the ginseng extract by preventing the evaporation of the steam generated in the process of preparing the extract by boiling the ginseng in a shaker to make the extract.

Vacuum ginseng extractor for manufacturing ginseng extract according to the present invention is a glass jar (20) having a loading space formed in the inner side and the neck is open to produce a ginseng extract, and the glass jar (20) is combined with the neck of the glass jar (20) The inner lid 13 and the outer lid 11 having a heater pipe 21 and a temperature switch for controlling the heating temperature of the heater pipe 21 protruding into the inner side of the inner side of the glass jar 20 and A heat dissipation tube (2) coupled to the outer lid (11) so as to pass through and receiving heat from the glass jar (20), and a heat dissipation plate (4) installed at an outer side of the heat dissipation tube (2) and receiving heat from the heat dissipation tube; And a check valve 3 installed above the heat dissipation tube 2 to induce a vacuum state of the heat dissipation tube 2, and a cooling fan 7 to insulate the components and to cool the heat dissipation plate 4. In the vacuum bath machine comprising a medicine bath case 25 having a), Check valve (3) is formed in the center of the check valve hole 48 is formed in the upper part of the heat pipe cap (50) coupled with the open top of the heat pipe (2) check valve holes 48 by its own load ) And a plurality of distribution holes 52 are formed at the outer circumference so that air can escape to the outside when lifted by the pressure generated by the high temperature of the heat dissipation tube 2, and the check valve ( 3) the upper portion of the distribution hole 53 is formed in the center and coupled to the heat dissipation tube cap 50, the check valve (3) by the pressure generated in the heat dissipation tube (2) outside the heat dissipation tube cap 50 It is characterized in that the check valve cap 32 is prevented from being separated.

Description

Vacuum Agitator for Preparing Ginseng Extract {A Vacuum Pot For Preparing Ginseng Extract Medicine}

The present invention relates to a vacuum shaker for preparing ginseng extract, and more particularly, to enhance the efficacy of the ginseng extract by preventing the evaporation of steam generated in the process of preparing the extract by boiling the ginseng in the shaker to make the extract in vacuum. It relates to a vacuum bath for producing ginseng extract.

Ginseng has long been known to have excellent efficacy in clearing the blood of the human body to facilitate blood circulation. The ginseng extract is prepared when the ginseng is put into water and boiled for a certain time. The ginseng extract is known to have an excellent effect on incurable diseases of the blood circulation system, especially high blood pressure and diabetes.

Ginseng is called differently depending on the treatment method, ginseng freshly harvested from the three fields is called ginseng, thin ginseng peeled and dried ginseng is white ginseng, steamed ginseng dried red ginseng. Red ginseng has a red color, as its name suggests, because the color changes during steaming steamed ginseng close to 100 ° C. The red ginseng, which has undergone this heat treatment, is traded at about five times the price of ordinary ginseng. Hereinafter, the ginseng used to distinguish from the red ginseng in the present invention means white ginseng.

People misunderstand that extracts made with expensive red ginseng will be more effective than extracts made with ginseng, but in the MBC TV 2580, aired on May 19, 2002, "2580 is the white ginseng and red ginseng from the Ginseng Industry Research Center of Chung-Ang University. In contrast to the claim of Ginseng Corporation, almost all saponin content was found in the extract made by heat treatment of white ginseng, as well as the specific ingredient only in red ginseng. According to the ingredients, the heat-treated white ginseng extract proved to be at least as good as red ginseng. ”

On the other hand, in order to prepare the ginseng extract is put ginseng such as white ginseng in a conventional medicinal bath in the process of boiling and red and dark ginseng extract is prepared while contacting with the outside air, if it is packed in a plastic bag becomes more red and dark color. On the other hand, when ginseng is boiled in a pressureless vacuum that is not in contact with outside air, a relatively light and gentle ginseng extract is prepared.

People usually misunderstand that the more red the ginseng is, the better the efficacy of ginseng. However, the more the red color is, the more ginseng is boiled with a lot of contact with the outside air. As the phenomenon of evaporation occurs, the efficacy of ginseng extract is actually lower than that of ginseng extract prepared in a vacuum state.

Therefore, in order to increase the efficacy of the ginseng extract liquid to make a ginseng in a vacuum state, the ginseng must be boiled for a certain time, the configuration of such a conventional vacuum gimmer is shown in the Utility Model Registration No. 257129 registered by the applicant.

1 is a perspective view showing the pre-registration utility model "weak bath cap with a condenser (for manufacturing red ginseng tang)", Figure 2 is a cross-sectional view of FIG.

1 and 2, the pre-registered utility model is to improve the efficacy of the red ginseng tang by preventing the outflow of ginseng components by maintaining a vacuum in the interior of the medicine bath. However, the utility model has a hook to the cooling fan (7) to hang on the heat sink (4) and to insert the temperature switch (6) connected to the cooling fan (7) into the temperature switch housing (5), In order to clean the water bath according to the cumbersome problem that the temperature switch (6) is pulled out of the temperature switch house (5) and the hook of the cooling fan (7) has to be separated from the heat sink (4).

In addition, the pre-registration utility model is located in the upper part of the heating heater to heat the medicine bath, the heat is released to the outside in the process of heat transfer from the heating heater to the medicine bath, there is a problem that the thermal efficiency worsens. Since the cooling fan 7 must be continuously driven in order to prevent overheating of the water bath according to the heating of the heating heater in the process of manufacturing a lot of power consumption problems.

In order to solve this problem, the applicant has proposed Utility Model Registration No. 276274, "Vacuum Salt Bath (for manufacturing red ginseng tang)".

As shown in FIG. 3, the cooling fan 7 and the temperature switch 6 are mounted together on the heat sink 4 by mounting the cooling fan 7 and the temperature switch 6 together on the hook iron plate 9. Pushing the heat sink (4) toward the hook ring plate (9) can be easily removable, and the temperature control switch to prevent the power loss by controlling the operation of the heating heater to maintain the temperature of the bath.

However, since the temperature control of the heating heater is made through one temperature control switch, the temperature control of the water heater is not precise, and there is no means for checking the internal state of the water heater at night.

In addition, the wind generated from the cooling fan to cool the heat sink of the water bath may not be collected in the heat sink and scattered around may occur, so that the heat sink is not cooled quickly and the cooling fan is driven more than necessary, resulting in power loss. There was a problem.

In addition, the pre-registration utility model is to prevent the useful ginseng components from being released into the steam by preventing contact with air in the process of manufacturing the ginseng extract liquid by maintaining the interior of the water bath through a check valve in a vacuum state, , The weight of the check valve and rubber barking are long and wide, so that the contact part with the top of the heatsink is long and wide. This has not been presented.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, the first object of the present invention is to guide the inside of the water bath in a pressureless vacuum state in a more efficient manner to prevent the release of useful components of ginseng as steam To provide a vacuum bath for producing ginseng extract.

It is a second object of the present invention to provide a vacuum shaker for preparing ginseng extract, which can be controlled more precisely and efficiently by dividing the internal temperature of the shaker into warming and heating.

It is a third object of the present invention to provide a vacuum bath for preparing ginseng extract liquid by collecting the blowing direction of the cooling fan into a heat sink to quickly cool the heat sink, thereby preventing power loss due to the driving of the cooling fan.

It is a fourth object of the present invention to provide a vacuum shaker for preparing ginseng extract, which is provided with lighting means for checking the internal state of the shaker even at night.

Vacuum brewing machine for producing ginseng extract of the present invention for achieving the above object is a glass jar with a loading space formed on the inside and the neck is opened to produce a ginseng extract, and combined with the neck of the glass jar to the inside of the glass jar. An inner lid and an outer lid provided with a protruding heater pipe and a temperature switch for controlling a heating temperature of the heater pipe, a heat dissipation tube coupled with the outer lid so as to penetrate the inner side of the glass jar, and receiving heat from the glass jar; A heat dissipation plate installed outside the heat dissipation tube to receive heat from the heat dissipation tube, a check valve installed at an upper portion of the heat dissipation tube to induce a vacuum state of the heat dissipation tube, and insulating the components to cool the heat dissipation plate. In the vacuum bath machine comprising a water bath case equipped with a cooling fan to make, the check valve is checked in the center When a valve hole is formed and positioned on the upper part of the heat dissipation cap which is coupled with the open upper part of the heat dissipation tube, it seals the check valve hole by its own load and is lifted by the pressure generated by the high temperature of the heat dissipation tube A plurality of distribution holes are formed at the outer circumference so that air can escape to the outside, and a distribution hole is formed at the center of the check valve, and the check valve is connected to the heat dissipation cap by the pressure generated from the heat dissipating tube. Check valve lids are coupled to prevent them from escaping out of the lid.

It is preferable that a stainless nut for applying a load is coupled to the upper end of the check valve.

Cooling fan direction control plate is formed in the yaktang case so that the cold air generated by the driving of the cooling fan is transmitted in the direction of the heat sink.

In addition, one side of the medicine bath case is provided with an illumination lamp which is illuminated to visually check the state of the glass jar, and an illumination lamp reflector installed at the rear end of the illumination lamp.

In addition, the inner lid has a thermal switch for maintaining the inner temperature of the glass jar by controlling the operation of the heating heater located at the bottom of the heater pipe roll, and the heating temperature of boiling water in the inner temperature of the glass jar And a heating temperature switch for holding the cooling fan and a cooling fan temperature switch for driving the cooling fan when the inner temperature of the glass jar exceeds the set temperature and stopping the driving of the cooling fan when the temperature falls below the set temperature. A heater heating switch for setting the operation of each of the temperature switches is provided.

1 is a perspective view of a lid of a water bath equipped with a condenser according to the prior art,

Figure 2 is a cross-sectional view of the water bath lid equipped with a condenser according to the prior art,

3 is a perspective view of another vacuum mixer according to the prior art,

4 is a perspective view of a vacuum bath machine according to the present invention,

5 is a perspective view of a vacuum shaker case according to the present invention;

6 is a rear perspective view of the vacuum bath machine according to the present invention;

7 is a cross-sectional view of a vacuum bath machine according to the present invention,

8 is a plan view showing the inner lid and the outer lid of the vacuum shaker according to the present invention,

9 is a coupling diagram of the inner lid and the outer lid of the vacuum shaker according to the present invention,

10 is a cross-sectional view of the check valve and the heat sink coupled to the heat dissipation pipe of the vacuum shaker according to the present invention;

11 is an enlarged cross-sectional view of the check valve of the vacuum shaker according to the present invention.

※ Explanation of codes for main parts of drawing

1: lid for water dispenser 2: heat dissipation tube

3: check valve 4: heat sink

5: temperature switch house 6: temperature switch

7: cooling fan 8: cooling fan direction control plate

9: breaker 10: rubber barking

11: cover 12: rubber barking

13: inside lid 14: rubber barking

16: power switch 17: heat sink case

18: heat pipe 19: light switch

20: glass jar 21: heater pipe

22: heating heater 23: valve

24: rubber barking 25: shaker case

26: mounting base 27: case door

28: lighting lamp 29: reflector

30: heater heating switch 31: neon lamp

32: check valve cap 33: screw hole

34: air exhaust hole 35: fuse

36: power cord 37: power socket

38: stainless inner lid 39: protrusion

40: intermediate partition protective steel plate 41: air distribution hole

42: middle partition 43: neon lamp hole

44: temperature switch for heat insulation 45: temperature switch for heating

46: temperature switch for cooling fan 47: nut

48: check valve hole 49: rubber bar

50: heat dissipation cap 51: heater power cord 52: distribution hole 53: distribution hole

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

4 is a perspective view of a vacuum shaker according to an embodiment of the present invention, FIG. 5 is a perspective view of a vacuum shaker case according to an embodiment of the present invention, and FIG. 6 is a rear perspective view of the vacuum shaker according to an embodiment of the present invention. 7 is a cross-sectional view of a vacuum bath machine according to an embodiment of the present invention.

As shown in Figure 4 to Figure 7, the vacuum ginseng for preparing ginseng extract according to the present invention glass jar (20) containing the medicines such as ginseng and water, and the glass jar (20) is coupled to the upper portion of the glass jar ( The inner lid 13 and the outer lid 11 for controlling the internal temperature of the 20, the inner lid 13 and the outer lid 11 and the glass jar 20 is coupled to penetrate through the glass jar 20 A heat dissipation tube (2) for dissipating heat generated by the heat dissipation to the outside, and a check valve (3) coupled to an open upper portion of the heat dissipation tube (2) to guide the inside of the glass jar (20) to a vacuum state; And, it comprises a medicine bath case 25 for cooling the heat dissipation pipe (2) and insulate the components.

The glass jar 20 has a space formed in the inner side and the neck is opened to contain the medicine and water such as ginseng inside the neck, the lower side of the glass jar 20 ginseng extract solution contained in the inside The valve 23 which can flow out liquids, such as this, is provided. The glass jar 20 is coupled to the glass jar mounting table 26 through a rubber bar 24 and is fixed. In the embodiment of the present invention, the total capacity of the glass jar 20 was set to 8500cc up to the neck, and the scale was printed up to 7000cc. When ginseng extract was prepared using the glass jar 20 according to the present invention, the ginseng was about 6000 kPa. 300 g is preferably added so that the total water level is 6400 kPa.

The outer lid 11 and the inner lid 13 is screwed up and down is coupled to seal through the neck and the rubber bar 14 of the glass jar 20, the inner lid 13 and the outer lid 11 The through hole is formed in the center so as to penetrate the inner space of the glass jar 20, the heat radiating tube 2 is coupled to the upper portion.

8 is a plan view showing the inner lid and the lid of the vacuum shaker according to an embodiment of the present invention, Figure 9 shows a coupling of the inner lid and the cover of the vacuum shaker according to the present invention.

As shown in Figure 7 to 9, in the embodiment of the present invention, the inner lid 13 is made of a combination of the upper stainless inner lid 38 and the upper PC inner lid, the stainless inner lid 38 ) Is made of stainless material in order to prevent corrosion by heat and steam inside the glass jar because it is in direct contact with the inner space of the glass jar 20, the PC inner lid is made of polycarbonate (Poly Carbonate) material. A plurality of protrusions 39 are formed on the outer circumference of the inner lid P.C, and a ventilation hole is formed between the protrusions 39 when the outer lid 11 is coupled to the outer lid 11.

The lower portion of the inner lid 11 is inserted into the inner space of the glass jar 20 is formed with a heater pipe 21 for heating the water contained in the glass jar 20, the heater pipe 21 is formed at the lower end The heating heater 22 is provided to heat the water contained in the glass jar 20 from the bottom. In the embodiment of the present invention, the heating heater 22 is configured to have a power consumption of 400W.

An upper part of the inner lid 11 is a thermal insulation temperature switch 44 for controlling the operation of the heating heater 22 to maintain the inner temperature of the glass jar 20 to the heat retention temperature, and the inner side of the glass jar 20 Heating temperature switch 45 for controlling the operation of the heating heater 22 to maintain the temperature at the heating temperature of boiling water, and the cooling fan 7 when the inner temperature of the glass jar 20 exceeds the set temperature. It is provided with a temperature switch 46 for the cooling fan to drive the. The thermal temperature switch 44 and the heating temperature switch 45 are connected to the heating heater 22 in a circuit to control the operation of the heating heater 22.

In the embodiment of the present invention, the thermal insulation temperature switch 44 drives the heating heater 22 when the temperature of the stainless inner lid 38 falls below 60 ° C. and drives the heating heater 22 when the temperature rises above 70 ° C. The temperature of the stainless lid 38 is maintained at 60 ° C. to 70 ° C. When the temperature of the stainless lid 38 is maintained at 60 ° C. to 70 ° C., the temperature of the water inside the glass jar 20 is 70 ° C. to 70 ° C. Maintained at 80 ° C.

The heating temperature switch 45 controls the operation of the heating heater 22 to maintain the temperature of the stainless inner lid 38 to 85 ℃ ~ 95 ℃, the temperature of the stainless inner lid 38 is 85 ℃ When the temperature of the water inside the glass jar 20 is maintained at 95 ° C. to 100 ° C. or higher, the water contained in the glass jar 20 is boiled.

The cooling fan temperature switch 46 controls the driving of the cooling fan 7 installed in the medicine bath case 25 to cool the heat sink 4 coupled to the heat dissipation tube 2. ) Drives the cooling fan 7 when the temperature of the stainless inner lid 38 becomes 85 ° C. or higher, and stops the driving of the cooling fan 7 when the temperature of the stainless inner lid 38 falls below 75 ° C. Let's go. That is, the cooling fan temperature switch 46 does not drive the cooling fan 7 when only the thermal insulation temperature switch 44 is driven, but the heating temperature switch 45 is driven to the stainless inner lid 38. When the temperature is above 85 ° C, the cooling fan 7 is supplied with power to drive the cooling fan 7 while the heating temperature switch 45 maintains the temperature of the stainless inner lid 38 at 85 ° C to 95 ° C. (7) is driven, and then the operation of the heating temperature control switch 45 is stopped to stop the driving of the cooling fan 7 when the temperature of the stainless inner lid 38 falls below 75 ° C.

The cover 11, the heater heating switch 30 for setting the operation of the thermal switch 44 and the heating temperature switch 45 and the power supplied to each switch of the inner cover 13 is excessively supplied The fuse 35 and the neon lamp 31 for displaying the operation state of the heater heating switch 30 and the heater power cord 51 are connected to the power supply to receive power to prevent the switch 35 and the neon lamp A three-pin power socket 37 for supplying to 31 is provided.

In the exemplary embodiment of the present invention, the heater heating switch 30 is an on / off switch. When the heater heating switch 30 is turned on, the heating temperature switch 45 is operated so that the heater pipe 21 is turned on by the heating temperature switch 45. The heating heater 22 is controlled, and when the off state is turned on, the thermal insulation temperature switch 44 is operated to control the heating heater 22. The neon lamp 31 is turned on when the heater heating switch 30 is turned on and turned off when turned off, and reference numeral 43 denotes a neon lamp hole into which the neon lamp 31 is fitted.

A plurality of screw holes 33 are formed in the inner lid 13 and the outer lid 11 so as to correspond to each other and screwed together to be fixed to each other, and a plurality of air discharge holes 34 are formed on the upper lid 11. Is formed to discharge the hot air generated in the inner lid 13 to the outside.

The heat dissipation pipe (2) is fitted into the through-hole formed in the center of the lid 11 and the inner lid 13 is connected to the inner space of the glass jar 20, Figure 10 is a vacuum bath according to an embodiment of the present invention It shows a cross-sectional view of the check valve 3 and the heat sink 4 coupled to the heat dissipation pipe (2).

As shown in FIG. 10, a heat sink 4 formed of a plurality of copper plates is coupled to the outside of the heat sink 2 to dissipate heat transferred from the glass jar 20 to the heat sink 2 to the outside. It is configured to be. The heat dissipation tube 2 is in close contact with each other through the rubber bar 10 when coupled with the outer lid 11 to prevent the steam of the glass jar 20 is released to the outside.

In the embodiment of the present invention, the heat dissipation tube (2) is made of a 200 mm length pipe having an inner diameter of 48 mm and an outer diameter of 51 mm through the top and bottom, and the heat dissipation plate (4) fitted to the outside on the heat dissipating tube (2) ) Is composed of five disks having a relatively small diameter on the upper side of the lower rubber baring 10, and fourteen straight-shaped copper plates having a size of 107 mm x 118 mm on the top of the disk. The heat sink 4 has a hole having a diameter of 51 mm, which is the outer diameter of the heat sink 2, is fitted and fixed to the heat sink 2, and the heat sink 4 made of the rectangular copper plate has a sharp edge. Since there is a possibility that a safety accident may occur, in the embodiment of the present invention, the heat sink case 17 is installed on both sides of the heat sink 4 to prevent safety accidents, and the cold air transmitted from the cooling fan 7 is smoothly applied to each of the heat sinks. To be delivered.

The heat dissipation plate 4 according to the embodiment of the present invention is manufactured in a smaller size than the conventional one, but the overall area is formed wide enough to sufficiently cool the heat dissipation tube 2 to vacuum the inside of the heat dissipation tube 2 and the glass jar 20. Can be derived.

The check valve 3 is coupled to the open upper portion of the heat dissipation tube 2 to guide and maintain the inner space of the heat dissipation tube 2 and the glass jar 20 in a vacuum state. An enlarged cross-sectional view of a check valve according to an example is shown.

As shown in FIG. 11, the check valve 3 according to the present invention is positioned at the top of the heat dissipation cap 50, in which a check valve hole 48 is formed at the center to cover the open top of the heat dissipation tube 2. As a result, the check valve hole 48 is sealed by its own load. A plurality of flow holes 52 are formed at the outer circumference of the check valve 3, and a stainless nut 47 is coupled to the upper side to transfer the load. do. In addition, the check valve cap 32 is located at the upper portion of the check valve 3 and a distribution hole 53 is formed in the center and coupled to the heat dissipation tube cap 50. By the pressure generated in the pipe (2) serves to prevent the check valve (3) is separated from the outside of the heat pipe cap (50).

The heat dissipation tube cap 50 has a locking step formed on the outside of the upper end is fitted to the open upper portion of the heat dissipation tube (2). The heat dissipation tube cap 50 is open at the top and the bottom is sealed to form a space at the top of which is opened. The check valve hole 48 is formed at the sealed lower portion to form an inner space of the heat dissipation tube 2. Penetrates. The rubber bark 49 is detachably coupled to the lower portion of the latching jaw of the heat dissipation tube cap 50 so that it can be sealed when combined with the heat dissipation tube 2. In the embodiment of the present invention, the check valve hole 48 of the heat pipe cap 50 is formed of 4 mm.

The check valve 3 is made of a non-toxic rubber material is inserted into the inner space of the heat dissipation tube cap 50 to seal the check valve hole 48 by its own load. The nut 47 made of stainless material is combined to apply an appropriate load to 3). In addition, the outer circumference of the check valve (3) is generated due to the high temperature in the glass jar 20, the pressure is released when the check valve (3) is lifted by the pressure transmitted through the heat dissipation pipe (2) A plurality of distribution holes 52 are formed to be.

The check valve cap 32 is open at the top and the bottom is sealed, but a distribution hole 53 is formed in the closed lower center, and fitted to the upper part of the heat pipe cap 50 so that the check valve 3 located at the bottom is The pressure is prevented from being separated from the heat pipe cap 50. The distribution hole 53 formed in the closed lower center of the check valve cap 32 is lifted by the check valve 3 by the pressure of the heat dissipation tube 2 to open the distribution hole 52 of the check valve 3. It serves to release the pressure transmitted through the outside.

As shown in FIGS. 3 to 7, the shaker case 25 serves to insulate each of the above-described components, and an air distribution hole 41 is formed at both upper and upper sides of the shaker case 25. It is formed and air is circulated.

The medicine bath case 25 is provided with a fixed partition that is fixed to be installed to secure the neck of the glass jar 20 and an intermediate partition 42 that is detachably installed and coupled to the fixed partition. An intermediate partition protective iron plate 40 is formed at an outer side of the intermediate partition 42, and coupling holes are formed at both ends of the intermediate partition 42 to be engaged with and fixed to pins formed at both sides of the case.

When the glass jar 20, the inner lid 13, the outer lid 11, the heat dissipation tube 2, and the check valve 3 are combined and embedded in the water bath case 25, the glass jar 20 and the inner lid 13 and the inner lid 13 are coupled to the heat dissipation tube 2. A cooling fan 7 for cooling the heat sink 4 is provided at an upper portion of the medicine bath case 25 corresponding to the position of the heat sink 4. In addition, the cooler case 25 is provided on both sides of the cooling fan direction control plate 8 toward the heat sink 4 so that the cold air generated by the cooling fan 7 can be collected toward the heat sink (4). In the embodiment of the present invention, the cooling fan 7 is configured to have a power consumption of 13 W to sufficiently cool the heat sink 4 of the high temperature, to the cooling switch temperature switch 46 provided in the inner cover 13 Is controlled by

An illumination lamp 28 is installed at an inner lower portion of the shaker case 25 to visually check the inner state of the glass jar 20 at night, and an illumination lamp 28 is provided at a rear end of the illumination lamp 28. Illuminating lamp reflector 29 is installed to prevent fire by reflecting and dissipating the heat generated from the. The lighting lamp 28 may be usefully used when displaying only 100% Korean ginseng boiled red and transparent ginseng extract, in the embodiment of the present invention, the lighting lamp 28 is made of an incandescent lamp of 40W.

On the upper end of the water bath case 25, a power switch 16 for supplying power to the various switches and neon lamps 31 of the lighting lamp 28 and the inner lid 13, and supplies to each component of the water bath. When the excess power is supplied, a circuit breaker 9 for shutting off the power supply and an illumination switch 19 for turning on the lighting lamp 28 are provided. The power switch 16 turns on / off the power supplied from the external power cord 36 and transmits it to the power socket 37 provided in the lid 11 through the heater power cord 51.

<Principle of the vacuum state> Hereinafter, the principle of the vacuum state generated through the water bath according to the present invention will be described.

As shown in FIG. 10, the heating heater 22 of the heater pipe 21 embedded in the glass jar 20 generates heat by driving the heating temperature switch 45 provided in the inner lid 13. When the water in the jar 20 boils, heat and steam are generated to heat up the heat dissipation plate 4 while rising to the upper heat dissipation tube 2.

At this time, the hot air contained in the glass jar 20 and the heat dissipation tube 2 transmits pressure to the check valve hole 48 of the heat dissipation tube cap 50 coupled to the top of the heat dissipation tube 2. When the pressure overcomes the load of the check valve 3 to which the nut 47 blocking the check valve hole 48 is coupled, the pressure of the check valve 3 is pushed upwards. Air is discharged to the outside through a plurality of flow holes 52 formed in the check valve hole 48 and the check valve 3 of the heat dissipation pipe cap 50 and the flow holes 53 of the check valve cap 32. . When water is poured into the heat dissipation tube cap 50 in a state where the check valve cap 32 is removed to check the discharge state of the air, the water is flushed through the check valve hole 48 of the heat dissipation tube cap 50. It can be seen visually that bubbles of size are released through the water.

While maintaining the hot air discharge state of the heat dissipation tube (2), when the temperature of the inner lid (13) is 85 ° C the cooling fan temperature switch 46 is operated to drive the cooling fan (7), the cooling fan (7 In accordance with the driving of the heat dissipation tube (2) hot heat sink (4) is rapidly cooled. In general, when boiled in water of 1㏄, the volume of water vapor expands to about 1650㏄, and condensation of water with water reduces the volume to 1/1650. Therefore, when the heat dissipation tube 2 is cooled by the cooling of the heat dissipation plate 4, the filled water vapor of the heat dissipation tube 2 condenses rapidly at a volume of about 1/1650, and is instantaneously inside the heat dissipation tube 2. A vacuum state is formed. The glass jar 20, the inner lid 13, the outer lid 11, the heat dissipation tube 2, and the heat dissipation tube cap 50 according to the vacuum state formed in the heat dissipation tube 2 are rubber bars 14 ( 12) (10) and (49) strongly adhered to each other, the check valve (3) also adheres to the check valve hole (48) of the heat pipe lid (50) to the glass jar (20) and the heat pipe (2). The vacuum state is maintained, wherein the cooling fan 7 must be continuously driven while the heating heater 22 boils water to cool the heat sink 4.

Since the inside of the glass jar 20 and the heat dissipation tube 2 has a check valve 3 blocking the check valve hole 48 of the heat dissipation tube lid, the vacuum state is continuously maintained. The characteristic of the vacuum state inside is demonstrated.

When boiling water in the kettle, the lid of the kettle goes up and then the state of covering again in place, the vacuum in the glass jar 20 is similar. A vacuum state is instantaneously generated for 3 to 5 seconds, such as a kettle lid, and a pressureless state and a very slight vacuum state are generated in the glass jar 20 due to steam and heat boiled by the heating heater 22 again. do.

In the pressureless state, because the stainless nut 47 coupled to the upper portion of the check valve 3 blocks the check valve hole 48 of the heat dissipation cap 50 due to its weight, no smell or water vapor is discharged out. After about 3 seconds, when the water vapor condensed into the heat dissipation tube 2 becomes condensed with water and its volume becomes small, a vacuum is generated strongly. Therefore, the non-toxic rubber check valve 3 strongly checks the hole of the heat dissipation tube cap 50. Stick to (48) to close the hole firmly.

This condition is repeated for about 3 to 5 seconds and repeatedly occurs. When a vacuum condition is generated, water vapor condenses in the heat dissipation tube 2 to become water droplets and falls into the glass jar 20 with the naked eye. You can check it.

In order to explain the check valve 3 and the vacuum state in detail, the PVC soft lake (back plate) made transparent in the distribution hole 53 of the check valve cap 32 located above the check valve 3 shown in FIG. When the water is sucked into the glass jar 20 in a moment when a vacuum is generated by connecting and immersing in water. It's like supplying coolant to an automobile engine.

Therefore, in order to prevent water from being sucked into the glass jar 20, the water is contained in a glass cup so that it is flush with the level of the glass jar 20, and the transparent lake is about 30 cm above the check valve 3. If you go up high, then come back down and soak it in a glass, the water is sucked up about 10mm above the clear lake, and then comes back down into the glass.

Therefore, when water is sucked up 10 mm above the transparent lake, a slight vacuum is made in the glass jar 20, and when the water comes down, the pressure in the glass jar 20 becomes a pressureless state. This can be seen.

In order to prevent the check valve 3 from closing the check valve hole 48 of the heat dissipation cap 50 in the non-pressure state, a stainless nut 47 is coupled to the top of the check valve 3 so that the heat dissipation cap Closing the check valve hole 48 of (50) to guide the inside of the glass jar 20 to a vacuum state is the core technology of the check valve 3, if the stainless nut 47 is too heavy glass jar ( 20) The inner lid 13 coupled to the neck is first opened and steam is discharged. If the stainless nut 47 is too light, the odor is discharged out in a pressureless state, so that the weight of the stainless nut 47 should be set appropriately. do.

In addition, since the vacuum state of the glass jar 20 and the heat dissipation tube 2 is made instantaneously and the pressureless and vacuum states occur repeatedly, a plurality of heat dissipation plates 4 are combined with one heat dissipation tube 2 to dissipate the heat dissipation plate. It is preferable to make the area of (4) wide and to cool.

To explain this in more detail, the shape of a lid moving when boiling water in a kettle is expressed in comparison with the shape of a sinusoidal wave of alternating current electricity used at home. When the cooling device effect of the heat sink 4 and the cooling fan 7 is increased as in the present invention, the high mountain shape of the sine wave is expressed as a horizontal line because it becomes pressureless due to the cooling device, and when water vapor condenses and a vacuum is generated. Can be expressed as a negative sine wave below the horizon, so that only one negative sine wave is left in about three seconds.

Therefore, when the cooling device is not perfect, the positive side of the sine wave is left as it is, so that the smell and water vapor are discharged to the check valve hole 48 of the heat dissipation tube lid, and the high acid of the sine wave increases the steam pressure in the glass jar 20. Indicates. Also, as described above, the transparent P.V.C. When water is sucked up about 10mm in a pipe, it represents a vacuum, so it can be likened to a negative sinusoid.

In the pressureless state, a check valve (3) with a stainless nut (47) coupled to the outside of the heat pipe (2) and the glass jar (20) prevents the check valve hole (48) from the heat pipe cap (50). At this time, if the water vapor condensation capacity of the cooling device is insufficient, the pressure is not a pressureless state, and the pressure of the water vapor and ginseng is evaporated by the check valve hole 48 of the heat pipe lid 50. It can be.

However, if the vapor condensation capacity of the cooling device is sufficient, when the vacuum condenses in the heat dissipating tube 2 after about 3 seconds, the vacuum state itself sucks the check valve 3, The check valve hole 48 is blocked, but the lower the cooling temperature of the heat dissipation tube 2 is, the stronger the vacuum state continues, and according to the present invention, the area of the heat dissipation plate 4 coupled to the heat dissipation tube 2 is increased. It was configured to quench the heat dissipation tube (2).

Hereinafter, a description will be given of the operation process of the vacuum bath machine according to an embodiment of the present invention made of the above configuration and principle.

First, in order to clean and disinfect the shaker, the shaker case 25, the glass jar 20, the inner lid 13 and the outer lid 11, the heat dissipation pipe 2, the check valve 3, the valve 23, etc. It will be described how to separate.

<Decomposition of the shaker case and the glass jar> In order to use the vacuum shaker according to the present invention, the glass jar 20 should be separated from the shaker case 25, and the middle partition 42 of the shaker case 25 of FIG. After lifting the front and pulling toward the case door 27, the middle partition 42 is separated from the shaker case 25. Then, pull the glass jar 20, the inner lid 13 and the outer lid 11 and the heat dissipation tube 2 is pulled forward to separate from the shaker case 25, and then the separated middle partition 42 When combined with the shaker case 25 again, only the shaker case 25 of FIG. 5 remains. It can be seen that the water bath case 25 in which the glass jar 20 is separated is provided with a power switch 16, an illumination switch 19, a breaker 9, a cooling fan 7, an illumination lamp 28, and the like. have.

<Separation of the glass jar and the inner lid and the lid> In order to separate the inner lid 13 and the lid 11 coupled to the neck of the glass jar 20, the inner lid 13 and the lid 11 to the lid. Lifting the fitted heat dissipation tube (2) to the upper portion of the glass jar 20, the rubber baring 14 of the lid 11 under the inner lid 13 coupled to the heat dissipation tube (2) is the glass jar 20 Separated from the neck of the heater pipe 21 contained in the glass jar 20 is also separated from the glass jar 20 together with the inner lid 13 and the outer lid 11.

<Separation of the inner lid and the outer lid and the heat dissipation tube> Rubber barking (10) by lifting up the heat dissipation tube (2) fitted in the center through hole of the inner lid 13 and the outer lid 11 shown in FIG. The heat dissipation pipe 2 and the inner lid 13 and the outer lid 11 which are coupled to each other are separated from each other.

<Separation of the heat dissipation tube and the heat dissipation tube lid> When the heat dissipation tube cap 50 covering the open top of the heat dissipation tube 20 shown in FIG. 10 is lifted up, the heat dissipation tube 2 coupled through the rubber bar 49 And the heat pipe cap 50 is separated.

<Separation of the glass jar and the valve> In order to separate the valve 23 shown in FIG. 7 from the glass jar 20, the nut 23 which fixes the valve 23 inside the glass jar 20 is released. Can be separated to the outside of the jar (20). The combination of the valve 23 and the glass jar 20 is inserted into the valve groove of the glass jar 20, and then tighten the nut inside the glass jar 20 to fix it.

Separation of the glass jar 20, the inner lid 13 and the outer lid 11, the heat dissipation tube 2, the heat dissipation tube cap 50, the valve 23, and the like of the water dispenser facilitates cleaning and disinfection of the water dispenser. It makes it, and provides convenience to put water and ginseng in the glass jar (20).

Hereinafter, a process of combining water and ginseng into the glass jar 20 of the medicine shaker and combining the medicine shaker case 25 will be described.

In order to prepare the ginseng extract through the vacuum bath according to the present invention, first put 6000cc of water in the glass jar 20, the neck opening.

After putting water into the glass jar 20, the inner lid 13 is coupled to the upper lid 11 and the heater pipe 21 is coupled to the lower portion of the glass jar 20, the inner lid 13 Rubber bar 14 of the) is coupled to the neck portion of the glass jar 20, the glass jar 20 and the inner lid 13 is hermetically coupled.

Subsequently, when the heat dissipation tube 2 having the heat dissipation plate 4 coupled thereto is inserted into the center through-groove of the outer cover 11 which is coupled with the inner lid 13, the outer lid 11 is formed through the rubber baring 10. ) And the heat dissipation tube 2 are hermetically coupled to each other so that the heat dissipation tube 2 communicates with the inner space of the glass jar 20.

After the heat dissipation tube 2 is coupled to the outer lid 11, the ginseng is put into the open upper portion of the heat dissipation tube 2, and the ginseng is moved into the glass jar 20 through the open space of the heat dissipation tube 2. Is committed. The ginseng that is put into the glass jar 20 is dried in the case of Korean ginseng (white ginseng), 25-30 roots, put in a plastic bag in 300g each, and then packed into a box, then 300g of dried ginseng in the glass jar (20) Input. At this time, since the glass jar 20 contained 6000cc of water, when 300g of dried ginseng (white ginseng) is put, the level of the glass jar rises to 6400cc.

The medicine bath according to an embodiment of the present invention, the heater pipe 21 of the inner lid 13, first put the glass jar 20 into the ginseng (white ginseng) and then put the rubber bark inserted into the inner lid 13 (14) ) Is close to the glass jar (20) and the neck can be a perfect lid, if you put the ginseng from the heater pipe 21 into the ginseng is laid on the bottom of the glass jar (20) because of the ginseng heater pipe (21) It is not enough to enter the rubber baring 14 of the inner lid 13 is not in close contact with the neck of the glass jar (20).

When both water and ginseng are put into the glass jar 20, the heat pipe cap 50 is fitted to the open upper portion of the heat dissipation tube 2, and then the middle partition 42 is separated from the shaker case 25, and the glass jar is removed. (20) is pushed into the shaker case 25, and then the intermediate partition 42 is coupled to the shaker case 25 again, the glass jar 20 is fixed to the shaker case 25 to prepare the ginseng extract preparation. Is completed.

Hereinafter, a process of preparing ginseng extract by applying heat to the glass jar 20 into which water and medicine are added will be described.

In order to supply power to each device of the inner lid 13 and the outer lid 11, first, as shown in Figs. 6 and 9, the power switch 16 and the breaker 9 of the shaker case 25 and The heater power cord 51 to be connected is inserted into the power socket 37. The heater power cord 51 is a power switch 16 of the water bath case 25 that receives power through an external power cord 36. ) And the breaker 9 are turned on / off.

After the heater power cord 51 is coupled to the power socket 37, when the circuit breaker 9 shown in FIG. 5 is pushed ON, electricity is supplied to the power switch 16. When the power switch 16 is pressed while the circuit breaker 9 is turned on, the power is connected to the heater power cord 51 so that the power switch button turns blue and the user can visually check the power switch. Neon lamps are built into the buttons.

When the power switch 16 is turned on and the heater heating switch 30 of the outer lid 11 is not turned on, only the thermal insulation temperature switch 44 of the inner lid 13 is driven, and this thermal insulation temperature switch 44 By controlling the heating heater 22 of the heater pipe 21 to maintain the temperature of the inner lid 13 to 60 ℃ ~ 70 ℃ state to keep the water contained in the glass jar 20.

If the power switch 16 is turned on and the heater heating switch 30 of the outer lid 11 is turned on, the thermal insulation temperature switch 44 and the heating temperature switch 45 are simultaneously driven. The switch 44 and the heating temperature switch 45 are connected in parallel so that the heating heater 22 of the heater pipe 21 is actually operated by the control of the heating temperature switch 45. That is, the thermal insulation temperature switch 44 is cut off when the temperature of the inner lid 13, more precisely, the stainless inner lid 38 is 70 ° C or higher, but the heating temperature switch 45 is continuously heated heater 22 Drive) to control the temperature of the inner cover 13 can be maintained between 85 ℃ to 95 ℃.

When the power switch 16 and the heater heating switch 30 is turned on and the heating heater 22 of the heater pipe 21 is heated, the water in the glass jar 20 gradually heats up and radiates with the glass jar 20. The air in the tube 2 also heats up and exerts a pressure on the upper heat dissipation cap 50. When the pressure overcomes the load of the check valve 3 to which the stainless nut 47 is coupled, the check valve 3 Lift the hot air inside the heat dissipation tube 2 to distribute the check valve hole 48 of the heat dissipation tube cap 50 and the plurality of distribution holes 52 of the check valve 3 and the check valve lid 32. It is to be discharged to the outside through the ball (53).

This state is maintained until the temperature of the inner cover 13 reaches 85 ° C., and when the inner cover 13 temperature reaches 85 ° C., as described in the above <Principle of the vacuum state>, the temperature switch for the cooling fan As the 46 supplies power to the cooling fan 7, the heat dissipation plate 4 of the heat dissipation tube 2 is rapidly cooled, and consequently the hot air of the heat dissipation tube 2 condenses, thereby dissipating the heat dissipation tube 2. A vacuum state is formed inside, and a slight vacuum state is generated in the inner space of the glass jar 20.

In the embodiment of the present invention, the cooling fan direction control plate 8 is installed on both sides of the cooling fan 7 so that the cold air generated from the cooling fan 7 is collected toward the heat sink 4 and transmitted. The heat sink case 17 is installed on both sides to protect the heat sink 4 and at the same time, the cold air transmitted from the cooling fan 7 is collected and passed through the heat sink 4 to increase the cooling effect.

In the case of winter, when 6000 차가운 of cold tap water is added to the glass jar 20 and 300 g of ginseng is added to reach 6400 총, this boils and the contacts of the temperature switch 46 for the cooling fan installed on the lid 13 are attached at 85 ° C. It takes about 2 hours to operate the cooling fan 7 to create a vacuum state, and in the summer it takes about 1 hour.

If you continue to boil ginseng for 48 hours from this time, you can boil the ginseng in the state that the components of the ginseng contained in the glass jar (20) is not discharged to the outside for 48 hours, during which the cooling fan continues to boil for 48 hours (7 Can be maintained in vacuum.

When the heater heating switch 30 is set to the on state for 48 hours, power is supplied to the heating temperature switch 45. Accordingly, the heating temperature switch 45 has an inner lid 13 temperature of 95 ° C. When the contact is dropped, the heating heater 22 of the heater pipe 21 is stopped, and when the temperature reaches 85 ° C., the contact is attached to operate the heating heater 22 so that the temperature of the lid 13 does not fall below 85 ° C. do. Therefore, in the state where the heater heating switch 30 is turned on, the temperature of the inner lid 13 is always maintained at 85 ° C to 95 ° C by the heating temperature switch 45.

On the other hand, the cooling fan temperature switch 46 for supplying electricity to the cooling fan 7 is connected to the contact at 85 ° C to drive the cooling fan 7, and the contact is dropped at 75 ° C to stop the cooling fan (7). do. Accordingly, while the temperature of the inner lid 13 is maintained at 85 ° C to 95 ° C by the heating temperature switch 45, the cooling fan 7 is continuously powered by the cooling fan temperature switch 46 to operate. As a result, the vacuum state is maintained.

When the ginseng extract is prepared through the above process, the prepared ginseng extract may be kept warm through the vacuum bath of the present invention. That is, when the heater heating switch 30 is turned off while the power switch 16 is turned on, the operation of the heating temperature switch 45 is interrupted and only the thermal insulation temperature switch 44 is driven to the inside of the lid of the water dispenser. By maintaining the temperature between 60 ℃ to 70 ℃ it is possible to keep the ginseng extract liquid contained in the glass jar (20) to keep warm.

In the above process, while the temperature of the inner lid 13 is maintained by 60 ° C ~ 70 ° C by the thermal insulation thermostat 44, the cooling fan 7 is stopped by the cooling fan temperature switch 46 State is maintained.

The ginseng extract prepared through the above process can be easily taken by the user through the valve 23 provided in the glass jar 20.

As in the embodiment of the present invention described above, put the 6000 g of water and 300 g of ginseng in the glass jar 20 to make a total of 6400 kcal to boil water for 48 hours to prepare a ginseng extract, ginseng after about 48 hours After absorbing 400 물 of water, the ginseng is extracted and the ginseng extract of about 5600 남아 remains in the glass jar 20.

In addition, the user can turn on the light switch 19 provided in the shaker case 25 to visually check the manufacturing state and storage state of the ginseng extract liquid contained in the glass jar 20 at night.

As described above, the vacuum shaker for producing ginseng extract according to the present invention induces the inside of the glass jar through the check valve so that the pressureless and vacuum state is repeated to prepare the ginseng extract to produce useful ginseng in the process of boiling ginseng to the outside. There is an effect that can be prevented from being released.

In addition, the vacuum bath according to the present invention is provided with a heating temperature switch, a thermal temperature switch and a cooling fan temperature switch in the inner lid to control the temperature inside the glass jar to control the heating heater of the heater pipe according to the set temperature By controlling the inside temperature of the glass jar more precisely and accurately, there is an effect of less power consumption by automatically adjusting the operation of the heating heater and cooling fan of the heater pipe according to the set state.

In addition, the vacuum water bath according to the present invention can increase the cooling effect by installing the cooling fan direction control plate on both sides of the case in which the cooling fan is installed to ensure that the cold air generated from the cooling fan is transferred toward the heat sink, and on both sides of the heat sink The protection plate is installed to protect the heat sink and the body, and at the same time, the cold air delivered from the cooling fan is collected and transferred to the plurality of heat sinks to increase the cooling effect, and at the same time, to make the vacuum bath machine compact.

In addition, by installing an illumination lamp on the casing machine case, the inside of the glass jar can be easily checked with the naked eye at night, and at the same time, it can be used for exhibition.

Claims (5)

In order to manufacture the ginseng extract is formed a loading space on the inside and the glass jar 20, the neck is open, combined with the neck of the glass jar 20, the heater pipe 21 protruding to the inside of the glass jar 20 And an inner lid 13 and an outer lid 11 having a temperature switch for controlling a heating temperature of the heater pipe 21, and the outer lid 11 coupled to the inner side of the glass jar 20. A heat dissipation tube 2 that receives heat from the glass jar 20, a heat dissipation plate 4 that is installed outside the heat dissipation tube 2, and receives heat of the heat dissipation tube, and an upper portion of the heat dissipation tube 2. The medicine bath case 25 is provided with a check valve 3 installed to induce a vacuum state of the heat dissipation tube 2 and a cooling fan 7 to insulate the components and to cool the heat dissipation plate 4. In the vacuum bath comprising a, The check valve (3) is formed in the center of the check valve hole 48 is formed in the upper portion of the heat dissipation tube cap 50 is coupled to the open top of the heat dissipation tube (2) and the check valve hole ( 48 is sealed, and a plurality of flow holes 52 are formed at the outer circumference so that air can escape to the outside when lifted by the pressure generated by the high temperature of the heat dissipation tube 2, and the check valve The upper part of the (3) is formed with a distribution hole 53 in the center and coupled to the heat dissipation tube cap 50, the check valve (3) by the pressure generated in the heat dissipation tube (2) of the heat dissipation tube cap (50) A ginseng extractor for producing ginseng extract, characterized in that the check valve cap 32 is prevented from being separated outward. The method of claim 1, A ginseng extractor for producing ginseng extract, characterized in that the stainless nut (47) for applying a load is coupled to the upper end of the check valve (3). The method of claim 1, The ginseng case 25 is a vacuum ginseng extract for producing ginseng extract liquid, characterized in that the cooling fan direction control plate (8) is formed so that the cold air generated by the drive of the cooling fan (7) is transmitted in the direction of the heat sink (4). The method of claim 1, On one side of the shaker case 25, an illumination lamp 28 which is illuminated to visually check the state of the glass jar 20, and an illumination lamp reflector 29 installed at the rear end of the illumination lamp 28 is provided. Vacuum shaker for producing ginseng extract, characterized in that provided. The method of claim 1, The inner lid 13 has a thermal insulation temperature switch 44 for controlling the operation of the heating heater 22 located at the lower end of the heater pipe 21 to maintain the inner temperature of the glass jar 20 at a thermal insulation temperature; The heating temperature switch 45 maintains the inner temperature of the glass jar 20 at a heating temperature of boiling water, and when the inner temperature of the glass jar 20 exceeds the set temperature, the cooling fan 7 is driven. When the temperature falls below the set temperature is provided with a cooling fan temperature switch 46 for stopping the drive of the cooling fan (7), The outer lid 11 is a vacuum bath for ginseng extract solution characterized in that it is provided with a heater heating switch 30 for setting the operation of each of the temperature switches (44, 45, 46).