KR200411194Y1 - movable supply apparatus of coarse liquor - Google Patents

Abstract

The present invention relates to a mobile takju maker, a thermoelectric type cooling device is mounted on the outside, the case having a structure that is opened and closed by a lid; Takju is stored, the stirring device is installed on the inside, the pressure retention valve is installed on the top of the storage and installed in the case; A gas supply unit connected to the storage container and installed in the case; It is configured to pass through the reservoir and installed on the outside of the case.

Takju, storage, mixing, conditioning, water

Description

Mobile Twist Maker {movable supply apparatus of coarse liquor}

1 is a view of a first embodiment of a mobile takju maker according to the present invention.

2 is a view of a second embodiment of a mobile takju maker according to the present invention.

3 is a view of a third embodiment of a mobile takju maker according to the present invention.

4A and 4B are a perspective view and a cross-sectional view showing an embodiment of a pressure holding valve applied to the present invention.

5A and 5B are a perspective view and a cross-sectional view showing another embodiment of the pressure holding valve applied to the present invention.

Explanation of symbols on the main parts of the drawings

4: storage tank 41: airtight lid

43,43 ': Pressure holding valve 44: Stirring device

442: shaft 443: impeller

The present invention relates to a mobile takju maker, and more particularly, to a mobile takju maker capable of providing fresh takju on the fly by adjusting the alcohol content according to personal preference.

In general, traditional Takju (makgeolli) is made of semi-white rice and drained, cooked and cooled, and then add malt (when malt is added, malt, flour, etc.). Mix (this is called 1st stage inserting or 1st stage immersion) to make base liquor, and mix yeast and gourd rice again (this is called 2nd stage inserting or 2nd stage immersion), ripen for about 3-5 days and sake After removing the sieve with sieve, take only liquid water to prepare fermented alcohol with high alcohol content, and then mix and dilute the appropriate amount of water to make Takju.

In this way, the alcohol content of diluted Takju is about 6-7%, and the alcohol content of currently marketed Takju is about 6-7%.

Conventional takju prepared in this way is because the alcohol content is determined to meet the purpose of mass production, there was a problem that does not satisfy the taste of various individuals.

That is, some people prefer Takju with a high alcohol content, and some people prefer Takju with a very low alcohol content.

In addition, Takju without sterilization is continuously fermented by the activity of yeast. In particular, such fermentation is easily deteriorated due to the activity of various germs irrelevant to alcohol fermentation at low alcohol concentrations of less than 10%.

Therefore, since the gas is generated by the activity of yeast, there is a risk of explosion when bottled, so the bottle is packed after sterilization to prevent the yeast activity. Due to the nature of the shake before drinking after mixing there was a problem that the contents flow out.

The present invention has been devised to solve the problems of the prior art described above, in order to prevent the rapid deterioration of raw turks, fermented alcohol and water can be stored separately and mixed at the final consumption place to provide fresh takju. It is also an object of the present invention to provide a portable tabletop machine that enables a drinker to directly mix fermented alcohol and water according to their own preferences, thereby providing a tableware having various alcohol contents.

In addition, the fermented alcoholic beverage can be secondary processed into medicinal liquor, distilled soju, vinegar, etc. before the expiration date. There is this.

In addition, it is another object to provide a portable tabletop machine that is installed directly at each individual table so that drinkers can immediately drink fresh takju.

In addition, there is another object to provide a portable takju maker that can be insulated using the power of the vehicle.

In order to achieve the above object a first embodiment of the present invention,

A case having a structure in which a thermoelectric cooling device is mounted on the outside and opened and closed by a lid; Takju is stored, the stirring device is installed on the inside, the pressure retention valve is installed on the top of the storage passage is installed in the case; A gas supply unit connected to the storage container and installed in the case; It is characterized in that it comprises a; and a discharge port installed in the outer side of the case and communicating with the reservoir.

The second embodiment of the present invention,

A storage vessel having a stirring device installed inside, a handle for driving the stirring device installed outside, a pressure holding valve installed at an upper portion thereof, and a double wall structure filled with a refrigerant material; An insulation body formed outside the storage container and provided with a handle; Characterized in that it comprises a; outlet formed to pass through the reservoir.

The third embodiment of the present invention,

A storage unit having an air conditioner installed outside, and a stirring device installed inside; A plug connected to the vehicle cigar jack for supplying power to the cooling device and the stirring device; Removable Takju generator comprising a; outlet formed on one side of the reservoir.

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

Attached Figure 1 is a view of a first embodiment of a portable Takju maker according to the present invention.

Referring to this, the portable Takju maker (A2) according to the first embodiment of the present invention,

A case 110 having a structure in which a thermoelectric cooling device 115 is mounted on the outside and opened and closed by a lid; Takju is stored, the stirring device 44 is installed on the inside, the pressure holding valve (43, 43 ') is installed on the top of the storage container 4 is installed in the case 110; A gas supply part 116 connected to the storage container 4 and installed in the case 110; It is configured to include; and the outlet 118 is in communication with the storage container 4 is installed on the outside of the case (110).

The storage container 4,

As a cylinder for storing fermented column. The sealing lid 41 having a pressure-resistant structure is detachably coupled to the upper portion to increase the solubility of the carbon dioxide gas, and the stirring device 44 is installed inside to prevent precipitation due to the difference in specific gravity of the fermentation column. The pressure holding valves 43 and 43 'are provided to maintain the gas pressure inside.

The sealing lid 41 is formed in the upper convex, the shaft 442 of the stirring device 44 is fitted in the center, a predetermined coupling hole is formed so that the motor 42 is detachably coupled to the upper portion do.

And, by forming a round jaw on the outer periphery of the closed lid 41 is formed so that the fermented column dregs ejected through the pressure maintaining valve (43, 43 ') flows to the outer periphery, the lower end of the second storage tank It is to be combined with (4).

An example of the pressure holding valves 43 and 43 'is shown in FIGS. 4A to 5B.

4A and 4B are a perspective view and a cross-sectional view showing an embodiment of a pressure maintaining valve applied to the present invention.

Referring to this, the pressure holding valve 43 is formed of a screw portion 432 at the bottom and the passage 430 is formed on the inside, and is composed of an upper surface portion 434 supported by a plurality of pillars 436 at the top. A body 431 having an opening 433 formed between the pillars 436, a disk 438 for opening and closing the passage 430, a spring 437 for elastically supporting the disk 438, and The coupling screw 435 is coupled to the upper surface 434 to adjust the tension of the spring 437.

Therefore, when the pressure in the second storage tank 4 rises, gas may flow through the passage 430 to be ejected to the outside by lifting and opening the disk 438, and the second storage tank 4 When the pressure is lowered, the disk 438 is closed by the elasticity of the spring 437.

5A and 5B are a perspective view and a cross-sectional view showing another embodiment of the pressure holding valve applied to the present invention.

Referring to this, the pressure holding valve 43 'is formed with a screw portion 432' at the bottom, a passage 430 'is formed at the inner side, and a cover 433' is hingedly coupled to the upper portion. A magnet plate 434 ′ corresponding to the passage 430 ′ is installed inside the cover 433 ′, and a stopper 435 ′ is formed at one side of the hinge portion of the cover 433 ′.

Therefore, when the pressure in the second storage tank 4 rises, gas flows through the passage 430 'to lift and open the magnetic plate 434' and the cover 433 '(at this time, the cover 433). ') Is limited by the stopper (435'). If the pressure of the second storage tank 4 is lowered, the magnetic plate 434 'is self-locking passage (430) ') Is closed.

The above-described pressure holding device (43, 43 ') is also applied to other embodiments to be described later, the detailed description thereof will be omitted below.

As shown in FIG. 1, the stirring device 44 is composed of a shaft 442 that rotates with power from a motor 42 installed externally, and an impeller 443 formed on the shaft 442. The purpose is to prevent the rotation speed does not have to be fast.

Here, the shaft 442 is coupled to the inner side of the sealing lid 41 described above, the motor 42 and the shaft 442 by taking a detachable coupling structure when opening the sealing lid 41 first motor ( 42) Remove and open.

Since the above-described structure of the sealing lid 41 and the motor 42 and the shaft 442 are equally applicable to other embodiments to be described later, a description thereof will be omitted.

In addition, the impeller 443 is formed from the outer side to the lower end of the shaft 442 to enable the stirring so as not to accumulate deposits on the inner bottom of the second storage tank 4, the structure of such an impeller 443 will be described later The same applies to other embodiments to be described, so a description thereof will be omitted.

The portable Takju maker A1 according to the first embodiment of the present invention is installed in a tavern or a mobile vehicle, and stores the Takju manufactured with an appropriate alcohol content in the storage container 100 and then supplies the gas supply unit 116. Carbon dioxide gas is injected through) to provide a takju that maintains a cool and refreshing taste.

Attached Figure 2 is a view of a second embodiment of a portable Takju maker according to the present invention.

Referring to this, the portable Takju maker (A2) according to a second embodiment of the present invention,

A stirring device 44 is installed on the inside, a handle 202 for driving the stirring device 44 on the outside, pressure holding valves 43 and 43 'are installed on the upper portion, and the refrigerant material 214. A storage container 4 having a double wall structure filled with; A heat insulation body 210 formed at an outer side of the storage container 4 and provided with a handle 212; It is configured to include; a discharge port 118 formed to pass through the reservoir (4).

Since the storage container 4, the stirring device 44, and the pressure holding valves 43 and 43 'have the same configuration as the above-described first embodiment A1, redundant description will be omitted.

The refrigerant material 214 is usually used water, and the storage container 4 is frozen to allow the refrigerant material 214 to be frozen to maintain the inside of the storage container 4 for a predetermined time.

The second embodiment is to hold the finished tack in the storage container 4 to facilitate the movement to maintain a refrigerated state in the outdoor without power supply, the handle 202 is installed directly in the storage container (4) By stirring), you can maintain the freshness of Takju by stirring it.

Attached Figure 3 is a view of a third embodiment of a portable Takju maker according to the present invention.

Referring to this, the portable Takju maker (A3) according to a third embodiment of the present invention,

A storage container 4 having an air conditioner 115 installed outside, and an agitator 44 installed inside; A plug 304 connected to a vehicle cigar jack (not shown) to supply power to the cooling device 115 and the stirring device 44; It is configured to include; the outlet 118 formed on one side of the reservoir (4).

Since the storage container 4, the stirring device 44, and the cooling device 115 have the same configuration as the above-described first embodiment, redundant description thereof will be omitted.

The third embodiment (A3) is to maintain the freshness of the tack even in the outdoors, the plug 304 is plugged into the cigar jack (not shown) of the vehicle is supplied with power to operate the cooling device 115 to cool the tack So that you can enjoy the cool Takju even during leisure activities.

As described above, according to the portable Takju maker of the present invention,

Solving the conventional problem that the bottle packaging is difficult to provide the taste of fresh green wine without sterilization, can be provided immediately by mixing water and fermented alcoholic beverage at the final consumption place to provide fresh fresh green wine have.

In addition, there is no risk of alteration because the fermentation column of high alcohol content is used, and since the fermentation column and dilution water are distributed separately, the hygiene safety is increased, and thus the shelf life can be extended.

In addition, since the fermented alcohol can be secondaryly processed into medicinal liquor, distilled soju, vinegar, etc. before the expiration date, it can drastically reduce the amount of waste takju to prevent waste of cost and increase industrial efficiency.

Claims (6)

A case 110 having a structure in which a thermoelectric cooling device 115 is mounted on the outside and opened and closed by a lid; Takju is stored, the stirring device 44 is installed on the inside, the pressure holding valve (43, 43 ') is installed on the top of the storage container 4 is installed in the case 110; A gas supply part 116 connected to the storage container 4 and installed in the case 110; A discharge port 118 communicating with the storage container 4 and installed at an outer side of the case 110; Removable Takju generator, characterized in that consisting of. A stirring device 44 is installed on the inside, a handle 202 for driving the stirring device 44 on the outside, pressure holding valves 43 and 43 'are installed on the upper portion, and the refrigerant material 214. A storage container 4 having a double wall structure filled with; A heat insulation body 210 formed at an outer side of the storage container 4 and provided with a handle 212; An outlet 118 formed to communicate with the storage container 4; Removable Takju generator, characterized in that consisting of. A storage container 4 having an air conditioner 115 installed outside, and an agitator 44 installed inside; A plug 304 connected to the vehicle cigar jack for supplying power to the cooling device 115 and the stirring device 44; An outlet 118 formed at one side of the storage container 4; Removable Takju generator, characterized in that consisting of. The method according to any one of claims 1 to 3, The stirring device 44 is composed of a shaft 442 rotating by receiving power from an external motor 42 and an impeller 443 formed on the shaft 442. The motor 42 and the shaft ( 442) is a removable takju maker, characterized in that detachably coupled. The method according to claim 1 or 2, The pressure maintaining valve 43 has a threaded portion 432 formed at the lower portion and a passage 430 formed at the inner side thereof, and is composed of an upper surface portion 434 supported by a plurality of pillars 436 at the upper portion thereof. A body 431 having an opening 433 formed therebetween, a disk 438 opening and closing the passage 430, a spring 437 elastically supporting the disk 438, and the upper surface portion. Removable Takju generator, characterized in that consisting of the adjustment screw 435 is coupled to 434 to adjust the tension of the spring (437). The method according to claim 1 or 2, The pressure holding valve 43 'is formed with a screw portion 432' at a lower portion, a passage 430 'formed at an inner side thereof, and a cover 433' is hingedly coupled to an upper portion of the pressure 433 '. A magnetic plate (434 ') corresponding to the passage (430') is installed inside, and a stopper (435 ') is formed at one side of the hinge portion of the cover (433').

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