KR101031348B1 - Do it yourself brewing system and method for manufacture of liquor thereof - Google Patents

Abstract

Self-brewing machine having a warming function and cooking function to be cooked to be able to cook, and a distillation apparatus that is detachably coupled to the electric rice cooker, and an electric rice cooker in which the distillation apparatus is separated using such a self-brewing machine. Through the fermentation of brewing raw materials and connecting a distillation apparatus to the electric rice cooker is disclosed a distilled liquor production method for producing a distilled liquor by distilling the fermentation broth raw material inside the electric rice cooker.

Therefore, when using the self-brewing and distilled liquor manufacturing method using the same according to the present invention, anyone in the home can easily prepare and drink a distilled liquor, such as traditional liquor, the self-brewing machine according to the present invention is distillation apparatus It is economical because it can be used for cooking in the separated state like ordinary electric rice cooker.

Description

Self-brewing and manufacturing method of distilled liquor using same {DO IT YOURSELF BREWING SYSTEM AND METHOD FOR MANUFACTURE OF LIQUOR THEREOF}

The present invention relates to a self-brewing method and a method for manufacturing a distilled liquor using the same, and more particularly, to a self-brewing machine and a method for manufacturing a distilled liquor using the same so that anyone can easily prepare a distilled liquor in a general home.

In general, alcohol can be largely divided into brew and distilled liquor according to the manufacturing method. Of course, in addition to brew and distilled liquor, there are more alcohols made by mixing additives such as fruit or medicine with brew or distilled liquor, but since such mixed liquor is made through brew or distilled liquor, it is largely included in brew or distilled liquor. Can be divided into

First of all, brewed liquor is a drink of fermented liquor as it is. Distilled liquor is made by distilling alcohol from the fermentation broth, and soju is called whiskey, and most traditional liquors in Korea belong to this distilled liquor.

Therefore, in order to prepare a distilled liquor in which the distillation process is further added as compared to the brew drinking the fermentation broth as it is, a distillation apparatus is required, and a heating vessel for heating the fermentation broth and a heating apparatus for heating the heating vessel should be further provided.

In addition, the production of distilled spirits requires the efforts of skilled technicians, such as the installation of these devices and the need to adjust the heating power of the heating device from time to time until the brewing operation is completed to distill the fermentation broth at an appropriate temperature. Until now, it was difficult to make and drink distilled liquor such as traditional liquor in a general household.

The present invention is to solve this problem, it is an object of the present invention to provide a self-brewing machine and a method of producing a distilled liquor using the same to prepare and drink distilled liquor such as traditional liquor even in a typical home.

To this end, the self-brewing machine according to the present invention is characterized in that it comprises an electric rice cooker having a warming function and cooking function, and a distillation apparatus connected to the electric rice cooker to distill the fermentation broth raw material contained in the electric rice cooker.

The distillation apparatus includes a distillation tube connected to the electric rice cooker, and a cooler provided to cool the middle of the distillation tube.

The rice cooker side distillation tube is characterized in that the temperature measuring instrument for measuring and displaying the temperature inside the rice cooker.

The distillation tube is connected to the electric rice cooker through one end that is an inlet, the cooler is a bucket for receiving the other end of the distillation tube midway is an outlet of the distillation tube, and the bucket so that the cold water can be introduced into the bucket Cold water inlet provided on one side, and the cold water discharge port provided on the other side of the water tank so that the cold water inside the water tank to maintain a constant level.

The distillation tube includes one end of a rice cooker connecting portion detachably connected to the electric rice cooker, at least a portion of the other side of the cooler accommodating portion provided to be accommodated in the cooler, and a joint connecting the rice cooker connection portion and the cooler accommodating portion. And, between the rice cooker connecting portion and the joint portion and between the joint portion and the cooler accommodating portion is characterized in that each connected to be separated from each other.

One end of the distillation tube connected to the electric rice cooker is characterized in that the inner diameter is expanded than other portions.

The electric rice cooker includes a main body having an opening and receiving a container therein, and a cover provided to cover the opening of the main body, and the distillation apparatus includes a distillation tube having one end detachably coupled to the cover. It features.

The cover is provided with a distillation tube connector formed to communicate with the inside of the main body for the connection of the distillation tube, the distillation tube connector to seal the distillation tube connector in a state in which the distillation tube is separated from the distillation tube connector It characterized in that it further comprises a sealing cover coupled to.

The airtight cover is characterized in that the steam outlet is provided.

The cover of one side of the distillation tube connection port is provided with a steam outlet, the steam outlet is characterized in that it is provided to selectively block the discharge of steam through the blocking member.

The electric rice cooker and the heating means; A mode selection switch arranged to select a rice cooker mode or a brewing mode; A temperature selection switch arranged to select a first temperature range for keeping the rice warm and fermenting the brewing raw material or a second temperature range for distilling the cooking and fermenting brewing raw material; When the first temperature range is selected when the rice cooker mode is selected, the temperature inside the electric rice cooker maintains the first temperature range, and when the second temperature range is selected, the temperature inside the electric rice cooker is the second temperature range. Controlling the operation of the heating means to maintain the first temperature range after a predetermined time, and when the brewing mode is selected, the heating means such that the temperature inside the rice cooker is maintained at the temperature range selected by the temperature selection switch. And a controller for controlling the operation of the controller.

The electric rice cooker and the heating means: a temperature control switch provided to select any temperature in the temperature range of 23 ℃ ~ 100 ℃; And a controller controlling the operation of the heating means such that the temperature inside the rice cooker is a temperature selected by the temperature control switch.

In addition, the method for producing a distilled liquor using a self-brew according to the present invention is provided with an opening to accommodate the container therein, the cover is provided to cover the opening of the main body and the distillation tube connector is formed to communicate with the inside of the container, and An electric rice cooker comprising heating means arranged to heat the container; A distillation apparatus including a distillation tube provided to be detachable to the distillation tube connector through one end so as to communicate with the inside of the container, and connected to the distillation tube connector as necessary; A sealing cover provided to be detachable from the distillation pipe connector and provided to seal the distillation pipe connector as necessary; A temperature selection switch arranged to select a first temperature range for the fermentation of the brewing material or a second temperature range for the distillation of the brewing material fermentation broth; It is for producing distilled water using a self-brewing device configured to include a controller for controlling the operation of the heating means so that the temperature inside the vessel maintains the temperature range selected by the temperature selection switch, the distillation tube connector In order to prepare a brewing material fermentation solution to ferment the brewing material mixture mixed with the airtight cover cover and the brewing material in the airtight cover to put the brewing material mixture in the container and the temperature so that the first temperature range is selected A fermentation step of operating a selection switch to maintain the internal temperature of the vessel in the first temperature range, and combining the distillation tube to connect the distillation tube to the distillation tube connector with the airtight cover separated from the distillation tube connector; And the second temperature range for distilling the brewing fermentation broth. Selected such that the temperature selected by operating the switch, characterized in that it comprises a distillation step in which the temperature inside the container to maintain the second temperature range.

As described above, the self-brewing machine according to the present invention is configured to include an electric rice cooker provided with a warming function and a cooking function to enable cooking, and a distillation apparatus detachably coupled to the electric rice cooker. According to the method of manufacturing a distilled liquor using a self-brewing machine according to the present invention, the fermentation broth of the brewing material inside the electric rice cooker can be directly distilled by connecting a distillation device to the electric rice cooker while the brewing material is fermented using the electric rice cooker in which the distillation apparatus is separated.

Therefore, when using the self-brewing and distilled liquor manufacturing method using the same according to the present invention, anyone in the home can easily prepare and drink a distilled liquor such as traditional liquor. In addition, the self-brewing machine according to the present invention is economical to be able to use the rice cooker in the same state as the general rice cooker in the distillation apparatus is separated.

Next will be described in detail with reference to the accompanying drawings the structure of the self-brewing machine according to an embodiment of the present invention.

As shown in Figure 1 to 4, the self-brewing machine according to the present embodiment by using an electric rice cooker 10 that combines the warming function and cooking function so that it can be easily produced liquor such as distilled liquor (C) in a normal home It is provided with an electric rice cooker 10 and a distillation apparatus 20 connected to the electric rice cooker 10 so as to distill the brewing raw material fermentation broth A contained in the electric rice cooker 10. The distillation apparatus 20 includes a distillation tube 30 provided to be detachably connected to the rice cooker 10, and a cooler 40 provided to cool the middle of the distillation tube 30.

First of all, the electric rice cooker 10 is provided to perform the cooking and warming function of the general electric rice cooker in a state separated from the distillation apparatus 20, the electric rice cooker 10 is formed with an open portion at the top and the inner space The main body 11 provided to accommodate the container 12 therein by forming the container accommodation chamber 11a and the lid 13 hinged to an upper side of the main body 11 to cover the opening of the main body 11 are formed. It is configured to include.

The cover 13 covers the main body to seal the container 12 through a seal 15 formed at an inner rim of the lower surface, and the inside of the cover 13 and the container accommodation chamber 11a to insulate the inside of the container 12. The outer body 11 forms a structure filled with the heat insulator 14. In addition, a distillation tube connector 16 penetrating through the cover 13 is formed at the center of the cover 13 so as to communicate with the inside of the main body 11 to connect the distillation tube 30. In the non-connected state, the distillation tube connector 16 is sealed by combining a sealing cover 50 to be described later. Reference numeral 17 denotes a locking device provided to restrain the lid 13 while being coupled to the main body 11 or to release the restraint of the lid 13 coupled to the main body 11.

The main body 11 is provided with heating means 18a and 18b, which are composed of a heater that generates heat during energization to heat the container 12. In this embodiment, the heating means (18a, 18b) is the first heating means (18a) installed on the lower side of the container to heat the bottom of the container 12, and the container so as to heat the side wall of the container 12 It comprises a second heating means (18b) which is installed inside the main body 11 on the side wall side of the storage chamber (11a), the first heating means (18a) is used during the distillation of cooking and fermentation of fermentation raw material (A), The second heating means 18b is used at the time of thermal insulation and fermentation of brewing raw materials.

In contrast, the first heating means 18a and the second heating means 18b may be integrally configured to operate simultaneously when the heating means 18b is provided to adjust the degree of heating, and a separate auxiliary heating means is further added to the cover 13 side. Can be installed.

In addition, a control box 19 is installed at one side of the outer surface of the main body 11, and a controller for controlling the overall operation of the rice cooker 10 is provided inside the control box 19, and an operation panel is provided on the front of the control box 19. (19a) is provided.

The operation panel 19a has a display 19b for displaying the operation state of the rice cooker 10, a power button 19c for selecting on / off of the power supply, and a rice cooker performing the original functions of the rice cooker 10. A mode selection switch 19d arranged to select a mode or a brewing mode for performing a brewing function, and a first temperature range for keeping the rice warm and fermentation of the brewing material or a second for distillation of the cooking and fermenting brewing material A A temperature selection switch 19e provided to select a temperature range is provided. In this embodiment, the mode selector switch 19d and the temperature selector switch 19e are all provided as sliding switches for selecting a mode and a temperature while sliding upward and downward.

The first temperature range and the second temperature range are both temperatures inside the container 12, wherein the first temperature indicates a temperature range of 23 ° C. to 30 ° C., and the second temperature is a temperature of 95 ° C. to 100 ° C. Point to range Here, the first temperature range is set within a range suitable for both the warming of the rice and fermentation of the brewing raw materials, and the second temperature range is set within a range suitable for distillation of the cooking and brewing raw materials fermentation (A).

In addition, when the rice cooker mode is selected through the mode selection switch 19d and the first temperature range is selected through the temperature selection switch 19e, the temperature inside the container 12 maintains the first temperature range. By controlling the operation of the heating means (18a, 18b) so that the rice inside the container 12 can be kept in a warm state, the cooker mode is selected through the mode selection switch 19d and the temperature selection switch ( When the second temperature range is selected through 19e), the heating means 18a and 18b are configured to maintain the first temperature range after the temperature inside the container 12 maintains the second temperature range for a predetermined time and causes cooking. By controlling the operation of the cooked rice so that the cooked rice can be stored inside the container 12 in a warm state. In addition, when the brewing mode is selected through the mode selection switch 19d, the controller maintains the heating means 18a and 18b such that the temperature inside the vessel 12 maintains the temperature range selected by the temperature selection switch 19e. In the brewing mode by controlling the operation of the container 12 to allow the user to continuously maintain the first temperature range or the second temperature range selected by the temperature selection switch 19e.

On the other hand, the distillation tube (30) constituting the distillation apparatus 20 is provided through a metal material such as copper or aluminum, one end of the inlet is the distillation tube connector formed in the cover (13) of the electric rice cooker (10). It is connected to the rice cooker 10 by being connected to (16).

Looking at the structure of the distillation tube 30 in more detail, the distillation tube 30 is a rice cooker connecting portion 31 provided to be detachable to the distillation tube connector 16, and at least part of the accommodating inside the cooler 40. It comprises a cooler accommodating part 32 provided at the other end, and a joint 33 for connecting between the rice cooker connecting portion 31 and the cooler accommodating part 32, and at the end of the cooler accommodating part 32 A discharge valve 32a for intermittent discharge is provided.

The distillation tube connecting portion 31 is provided to expand the inner diameter than other portions of the distillation tube 30 to facilitate the collection of steam in the distillation process, the distillation tube connecting portion 31 inside the container 12 of the electric rice cooker 10. Temperature measuring device (31a) is installed to measure and display the side temperature is provided so that the user can check the temperature inside the rice cooker (10) at any time during the distillation process, and the cooler accommodating part (accommodated in the cooler 40) The heavy tool section 32) is banded a number of times to increase cooling efficiency.

In addition, the distillation tube (30) between the rice cooker connection part 31 and the joint 33 and the joint 33 to facilitate storage when separated from the electric rice cooker 10 to facilitate the connection to the rice cooker (10). And the cooler accommodating part 32 are connected to each other so as to be separated from each other through a screw coupling method, and the like, and a heat loss between the distillation tube connector 16 and the rice cooker connection part 31 of the cover 13 of the rice cooker 10. It has a closed coupling structure to reduce the leakage of steam.

In order to combine the rice cooker connector 31 and the distillation tube connector 16 of the distillation tube 30, the sealing protrusions 16a spaced apart from each other by a predetermined interval are radially formed on the upper end of the distillation tube connector 16. The lower outer circumference of the 31 is provided with a plurality of binding portions 31b provided with binding grooves 31c to be engaged with the sealing protrusion 16a when the rice cooker connecting portion 31 rotates.

Therefore, when the rice cooker connector 31 is coupled to the distillation tube connector 16, the rice cooker connector 31 is connected to the distillation tube connector 16 so that each binding portion 31b of the rice cooker connector 31 is located between the sealing protrusions 16a. Rotating the rice cooker connecting portion 31 to one side in the state inserted in the state so that each sealing projection (16a) is bound to the binding groove (31c), accordingly, the rice cooker connecting portion 31 of the distillation pipe (30) is a distillation pipe connector It is connected to the distillation tube connector 16 so as to be sealed with the (16). When the joint portion 33 and the cooler accommodating portion 32 are connected to the rice cooker connection portion 31 in this state, the installation of the distillation tube 30 is completed, and the separation of the distillation tube 30 is performed in the reverse order. This can be done simply.

For reference, reference numeral 13a is a stopper provided to limit the rotation range of the distillation pipe connection part 31 when the distillation pipe connection part 31 is coupled, and 13b is to allow the stopper 13a to be rotated up and down on one side of the distillation pipe connection part. Hinge pins for hinge coupling. In addition, a sealing member or the like may be further wound around the distillation pipe connection part 31 and the distillation pipe connection part 16 so as to further improve the sealing force between the distillation pipe connection part 16 and the distillation pipe connection part 31. have.

In addition, the cooler 40 constituting the distillation apparatus 20 may supply a cold water B into the water tank 41 and accommodating both ends of the cooler accommodating part 32 of the distillation tube 30. Cold water inlet 42 provided on the upper side of the water tank 41 and the cold water outlet provided on the other side of the water tank 41 on the lower side of the cold water inlet 42 so that the cold water B inside the water tank 41 can maintain a constant water level. Comprising (43), the end of the cooler water portion 32 forming the outlet of the distillation tube 30 is drawn out of the water tank 41 through the outlet hole 44 formed in the bottom of the water tank 41. .

During the distillation operation, the cold water inlet 42 is connected to a cold water supply pipe 100 for supplying the cold water B of the external water supply to the inside of the bucket, and assumes the cold water discharged from the bucket 41 to the cold water outlet 43. Cold water discharge pipe 200 for leading to the sewer of the is connected.

On the other hand, in the state in which the distillation tube connector 16 is formed on the cover 13 of the electric rice cooker 10, since the inside of the electric rice cooker 10 in which the distillation apparatus 20 is separated is not sealed, cooking of the electric rice cooker 10 is performed. And it will not be able to properly perform the warming function.

Therefore, the self-brewing apparatus according to the present embodiment includes a sealing cover 50 provided to seal the distillation tube connector 16 in a state where the distillation tube 30 is separated from the distillation tube connector 16.

The rice cooker connecting portion 31 of the distillation pipe 30 and the sealing cover 50 is a rice cooker of the distillation pipe 30 so as to selectively couple to the distillation pipe connector 16 as necessary. Removably coupled to the distillation tube connector 16 through the same coupling structure as the connection portion 31.

That is, the lower outer circumference of the sealing cover 50 is provided with a plurality of binding portions 51 provided with a binding groove 52 to be engaged with the sealing projection 16a of the distillation tube connector 16 when the sealing cover 50 rotates. When the binding cover 50 is rotated to one side while the sealing cover 50 is inserted into the distillation tube fitting port 16 so that each binding portion 51 of the sealing cover 50 is positioned between the sealing protrusions 16a, the distillation tube connecting portion 16 Each of the sealing protrusions (16a) is bound to the binding groove 52, the sealing cover 50 is to be coupled to the distillation tube connector (16).

In addition, when cooking with the electric rice cooker 10, when the pressure inside the electric rice cooker 10 is above a certain pressure, by discharging the steam inside the electric rice cooker 10 to the outside, the electric rice cooker 10 inside the constant pressure While the steam outlet 53 to maintain the need to be provided, when the distillation liquor is formed by connecting the distillation apparatus 20 to the rice cooker 10, when the steam is discharged through the steam outlet 53 smooth distillation Since not only can not perform the operation but also heat loss occurs, the self-brewing machine according to the present embodiment is provided such that the steam outlet 53 is installed in the airtight cover 50.

Therefore, when the distillation apparatus 20 is separated and the distillation tube connector 16 uses the electric rice cooker 10 sealed with the airtight cover 50, the cooking operation can be performed under the same conditions as the general electric rice cooker.

Alternatively, the steam outlet 53 may be installed on the cover 13 on one side of the distillation tube connector 16, in which case a separate blocking member may be further prepared to selectively block the operation of steam discharge through the steam outlet 53. In order to block the discharge of the steam through the steam outlet (53) during the distillation.

Next will be described a method of producing a distilled spirit using the self-brewing device configured as described above.

When the distilled liquor is manufactured using the self-brewing machine, as shown in FIG. 5, the sealing cover coupling step (S100), the fermentation step (S200), the distillation pipe coupling step (S300), and the distillation step (S400) are sequentially performed. Going through.

In the sealing cover coupling step (S100), the sealing cover 50 is coupled to the distillation tube connector 16, and the mode selection switch 19d is operated to select the distillation mode while the power button 19c is turned on.

And in the fermentation step (S200), as shown in Figure 6, fermenting the brewing raw material mixture made by mixing brewing raw materials such as gourd rice / koji / yeast / drinking water to prepare a brewing material fermentation broth (A), in this case The brewing raw material mixture of the brewing raw material and water is put into the container 12 of the rice cooker 10, and the temperature selection switch 19e is operated to select the first temperature range.

This fermentation step (S200) proceeds for about 3 to 4 days, the brewing raw material mixture in the electric rice cooker 10 is fermented in this fermentation step (S200) is gradually changed to the brewing material fermentation broth (A). When the brewing raw material fermentation broth (A) is used as it is or simply filtered, brewing liquors such as Takju and Yakju are formed. Thus, when the self-brewing machine according to the present embodiment is used, distilled liquor (C) as well as brewing liquors such as Takju and Yakju Can also be produced.

When the fermentation step (S200) is completed, separating the sealed cover 50 from the rice cooker 10, the distillation tube coupling to connect the distillation tube 30 to the distillation tube heat pipe 16, the sealing cover 50 is separated Step S300 is performed. At this time, the water tank 41 is installed so that the cooler accommodating part 32 of the distillation pipe 30 is accommodated in the water tank 41, and the cold water supply pipes (42) to the cold water inlet 42 and the cold water outlet 43 of the water tank 41, respectively. 100) and the cold water discharge pipe 200 is connected to complete the installation of the distillation apparatus 20.

When the installation of the distillation apparatus 20 is completed after the distillation tube coupling step (S300), the distilled liquor may be obtained by performing the distillation step (S400) of distilling the fermentation broth (A).

In the distillation step (S400), first, the temperature selection switch 19e is operated to select the second temperature range, thereby heating the inside of the container 12 to a higher temperature than when fermenting, and looking at the temperature measuring device 31a. When the internal temperature is about 100 ° C., the cold water B is supplied to the cold water supply pipe 100, and the discharge valve 32a is opened to prepare for receiving the distilled spirit C.

After a predetermined time in this state, the brewing raw material fermentation broth (A) is boiled to generate steam, and the steam formed from the brewing raw material fermentation broth (A) is collected by the rice cooker connection portion 31 of the distillation tube 30 and distillation tube ( 30, and the steam is liquefied by the cold water (B) in the course of passing through the cooler accommodating part 32 to be a distilled liquor (C), distilled liquor (C) is the exit of the distillation tube (30) Passed through and discharged to the outside.

Since the first distilled liquor (C) vinegar may be harmful to the body, the distilled liquor (C) is preferably used after receiving about 30 minutes from the time when the brewed raw material fermentation broth (A) begins to boil. If distilled for too long, distilled liquor (C) may become cloudy and the flavor may drop. Therefore, distilled liquor (C) should be used only after distillation within approximately 2 hours after the fermentation broth (A) starts to boil. good.

And if you want to cook using the electric rice cooker 10 in the state of completion of distilled liquor, after separating the distillation apparatus 20 from the electric rice cooker 10 and back to the distillation tube connector 16 of the cover (13) The sealing cover 50 is to be coupled.

In this state, when water and rice are put in the container 12 and the mode selection switch 19d is switched to the rice cooker mode, the temperature selection switch 19e is operated to select the second temperature range. First, the heating means 18a and 18b are operated so that the inside of the container 12 maintains the second temperature range so that cooking is performed, and then again the heating means 18a, so that the inside of the container 12 maintains the first temperature range. 18b) to operate so that the rice inside the container 12 can be stored in a warm state. At this time, the controller allows the temperature selection switch 19d to be automatically switched from the second temperature range to the first temperature range.

On the other hand, Figure 8 shows the structure of the control box 19 'of the self-brewing machine according to another embodiment of the present invention.

As described above, the control box 19 'is also installed at one side of the outer surface of the main body 11, and the controller is provided inside the control box 19' to control the overall operation of the rice cooker 10. The operation panel 19a is provided in front of the box 19 '.

In addition, the operation panel 19a includes a display 19b for displaying the operating state of the rice cooker 10 and a power button 19c for selecting on / off of the power supply. A temperature control switch 19f provided to select the temperature is provided.

The temperature control switch 19f is provided with a dial type and provided with a indicating portion 19h so as to select an arbitrary temperature from a temperature range of 23 ° C. to 100 ° C., and the rotation of the rotation knob 19g. And a temperature display scale 19i marked around the knob 19g so as to be indicated by the hour indicator 19h. The temperature at this time also refers to the temperature inside the vessel 12.

Therefore, in this embodiment, the controller (not shown) always controls the operation of the heating means 18a. 18b such that the temperature inside the container 12 becomes the temperature indicated by the temperature selection switch 19f. The self-brewing machine according to the present embodiment can produce a variety of fermentation products as well as cooking function and distilled liquor production function.

In other words, according to the control operation of the temperature control switch (19f) and the controller (not shown) in this embodiment provided to heat the temperature inside the container 12 to any temperature of the temperature range of 23 ℃ to 100 ℃ The self-brewing machine according to the present invention can maintain the temperature inside the container 12 at 30 ° C. to 35 ° C. suitable for the production of yeast fermentation and yogurt as well as the first temperature range and the second temperature range of the above-described self-brewing machine. Since the interior of the container 12 can maintain more various temperatures, such as being able to maintain a temperature of 55 ℃ to 65 ℃ suitable for the production of Sikhye including, it can be used in the production of more various fermentation products in addition to distilled spirits.

In the case of the self-brewing machine according to the present embodiment, other components except for the control box 19 'are the same as in the above-described embodiment, the detailed description and operation of the overlapping configuration will be omitted.

1 is a perspective view showing the structure of the distillation apparatus is connected to the electric rice cooker in a self-brewing machine according to an embodiment of the present invention.

Figure 2 is a cross-sectional view showing the structure of the distillation apparatus is connected to the electric rice cooker in a self-brewing machine according to an embodiment of the present invention.

Figure 3 is a perspective view showing an exploded view of the structure of the rice cooker in the self-brewing machine according to an embodiment of the present invention.

Figure 4 is a cross-sectional view showing the structure of the electric rice cooker in a self-brewing machine according to an embodiment of the present invention, showing a state in which the sealing cover is coupled to the electric rice cooker.

5 is a flowchart sequentially showing a process for preparing a distilled spirit using a self-brewing machine according to an embodiment of the present invention.

Figure 6 shows a state in which the fermentation step is performed during the distilled liquor manufacturing process using a self-brewing machine according to an embodiment of the present invention.

Figure 7 shows a state in which the distillation step of the distilled liquor manufacturing process using a self-brewing machine according to an embodiment of the present invention.

Figure 8 shows an extract of the control box side structure of the self-brewing machine according to another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

10: rice cooker 11: main body

12: container 13: cover

16: Distillation line connector 19: Control box

19d: Mode select switch 19e: Temperature select switch

20: distillation apparatus 30: distillation tube

31: rice cooker connection part 32: cooler accommodating part

33: joint 40: cooler

41: bucket 42: cold water inlet

43: cold water outlet 50: airtight cover

53: steam outlet

Claims (13)

Self-brewing device comprising an electric rice cooker having a warming function and cooking function, and a distillation apparatus connected to the electric rice cooker to distill the brewing raw material fermentation liquid contained in the electric rice cooker. The method of claim 1, The distillation apparatus includes a distillation tube connected to the electric rice cooker, and a self-brewing device comprising a cooler provided to cool the middle of the distillation tube. 3. The method of claim 2, The rice cooker side distillation tube is a self-brewing, characterized in that installed a temperature measuring instrument for measuring and displaying the temperature inside the rice cooker. 3. The method of claim 2, The distillation tube is connected to the rice cooker through one end which is an inlet, The cooler includes a water tank accommodating the other end of the distillation pipe which is an outlet of the distillation pipe, a cold water inlet provided at one side of the water tank to allow the cold water to flow into the water tank, and the cold water inside the water tank to maintain a constant water level. Self-brewing comprising a cold water outlet provided on the other side of the bucket to be. 3. The method of claim 2, The distillation tube includes one end of a rice cooker connecting portion detachably connected to the electric rice cooker, at least a portion of the other side of the cooler accommodating portion provided to be accommodated in the cooler, and a joint connecting the rice cooker connection portion and the cooler accommodating portion. and, Self-brewing, characterized in that connected between the rice cooker connecting portion and the joint and the joint and the cooler accommodating portion, respectively. 3. The method of claim 2, One end of the distillation tube connected to the electric rice cooker is characterized in that the inner diameter is provided to expand than other parts. The method of claim 1, The electric rice cooker includes a main body having an opening and receiving a container therein, and a cover provided to cover the opening of the main body, and the distillation apparatus includes a distillation tube having one end detachably coupled to the cover. Featured self-brewing machine. The method of claim 7, wherein The cover is provided with a distillation tube connector formed to communicate with the inside of the main body for the connection of the distillation tube, And a sealing cover coupled to the distillation tube connector to close the distillation tube connector in a state in which the distillation tube is separated from the distillation tube connector. The method of claim 8, The airtight cover is characterized in that the self-brewing steam outlet. The method of claim 8, The cover of one side of the distillation tube connector is provided with a steam outlet, the steam outlet is a self-brewing, characterized in that it is provided to selectively block the discharge of steam through the blocking member. The method of claim 1, The electric rice cooker and the heating means; A mode selection switch arranged to select a rice cooker mode or a brewing mode; A temperature selection switch arranged to select a first temperature range for keeping the rice warm and fermenting the brewing raw material or a second temperature range for distilling the cooking and fermenting brewing raw material; When the first temperature range is selected when the rice cooker mode is selected, the temperature inside the electric rice cooker maintains the first temperature range, and when the second temperature range is selected, the temperature inside the electric rice cooker is the second temperature range. Controlling the operation of the heating means to maintain the first temperature range after a predetermined time, and when the brewing mode is selected, the heating means such that the temperature inside the rice cooker is maintained at the temperature range selected by the temperature selection switch. A controller for controlling the operation of the self-brew. The method of claim 1, The electric rice cooker and the heating means: a temperature control switch provided to select any temperature in the temperature range of 23 ℃ ~ 100 ℃; And a controller for controlling the operation of the heating means such that the temperature inside the rice cooker is a temperature selected by the temperature control switch. An electric rice cooker including an main body having an opening part to receive a container therein, a cover formed to cover the opening part of the main body, a cover having a distillation tube connector to communicate with the inside of the container, and a heating means provided to heat the container; ; A distillation apparatus including a distillation tube provided to be detachable to the distillation tube connector through one end so as to communicate with the inside of the container, and connected to the distillation tube connector as necessary; A sealing cover provided to be detachable from the distillation pipe connector and provided to seal the distillation pipe connector as necessary; A temperature selection switch arranged to select a first temperature range for the fermentation of the brewing material or a second temperature range for the distillation of the brewing material fermentation broth; To produce distilled water using a self brew which is configured to control the operation of the heating means such that the temperature inside the vessel maintains the temperature range selected by the temperature selection switch. An airtight cover coupling step of coupling the airtight cover to the distillation tube connector; In order to ferment the brewing material mixture mixed with brewing material in water to prepare the brewing material fermentation broth, put the brewing material mixture in the container and operate the temperature selection switch so that the first temperature range is selected so that the temperature inside the container is increased. A fermentation step to maintain the first temperature range, A distillation tube coupling step of connecting the distillation tube to the distillation tube connector in a state where the sealing cover is separated from the distillation tube connector; And a distillation step of operating the temperature selection switch so that the second temperature range is selected to distill the brewing raw material fermentation broth to maintain the temperature inside the container in the second temperature range. Distilled liquor production method.

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