KR20070025938A - Movable supply apparatus of coarse liquor - Google Patents

Abstract

A movable coarse liquor supplying apparatus is provided to immediately mix a diluting solution and a fermented original liquor to be provided at a final consumption place, and provide coarse liquors having various alcohol contents by properly mixing the fermented original liquor and the diluting solution according to the taste of a person who takes it. The movable coarse liquor refrigerating and supplying apparatus comprises a case(110) having a refrigerating device(111) on one side, a first storage case(120) which is installed at the inside of the case to store a diluting solution, a second storage case(130) which is installed at the inside of the case to store a fermented original liquor, a controlling device(140) which is connected to the first and second storage cases to control the discharge amount of the diluting solution and the fermented original liquor and a mixing tank(150) which mixes the diluting solution and the fermented original liquor passing through the controlling device. The controlling device consists of a first discharge pipe(141) connecting the first storage case with the mixing tank, a second discharge pipe(142) having a same pipe diameter as that of the first discharge pipe and connecting the second storage case with the mixing tank, a third discharge pipe(143) connecting the first storage case with the mixing tank, and a fourth discharge pipe(144) having a different pipe diameter from that of the third discharge pipe and connecting the second storage case with the mixing tank.

Description

Movable supply apparatus of coarse liquor

1 is a perspective view showing a removable takju refrigeration decompression device according to the first invention of the present invention.

2A is a cross-sectional view of FIG. 1.

Figure 2b is a cross-sectional view showing an embodiment in which the manufacturing tank is added in FIG.

3A and 3B are a perspective view and a cross-sectional view showing a pressure holding valve applied to the present invention.

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

Figure 5 is a view showing a removable Takju refrigeration forming apparatus according to a second invention of the present invention.

Figure 6 is a view showing a removable takju refrigeration apparatus according to a third invention of the present invention.

7 is a view showing another embodiment of a removable takju refrigeration decompression device according to the third invention.

8 is a view showing a removable Takju refrigeration decomposing device according to a fourth invention of the present invention.

Figure 9 is a view showing a removable takju refrigeration apparatus according to a fifth invention of the present invention.

Explanation of symbols on the main parts of the drawings

100: removable Takju refrigeration defrosting device

110 case 111 refrigeration unit

120: first storage container 130: second storage container

131: sealing lid 132: stirring device

132a: shafts 132b, 152, 172: motor

132c, 151,171: Impeller 133,133 ': Pressure maintaining valve

133a: threaded portion 133b: passage

133c: pillar 133d: upper surface

133e: Opening 133f: Body

133g: disc 133h: spring

133i: Adjustment screw 134: Height measuring instrument

140: adjusting device 141: the first discharge pipe

142: second discharge pipe 143: third discharge pipe

144: fourth discharge pipe 145: first control valve

146: second control valve 150: mixing tank

160: drain valve 161: on-off valve

170: Establishment

The present invention relates to a mobile takju refrigeration demolition apparatus, and more specifically, to adjust the degree of alcohol to suit the individual preferences to provide fresh takju immediately on the fly, and also a portable takju refrigeration forming apparatus capable of refrigeration mixing pressure storage It is about.

In general, traditional rice wine (makgeolli) is semi-white rice, drained, cooked and cooled, and then leaven with malt (when malt is added, malt, flour, etc.). ) Mix (this is called 1-stage injection or 1-stage immersion) to make base liquor.

The yeast and gourd rice are mixed again (this is called two-stage injection or two-stage immersion), aged for about 3-5 days, filtered off and removed with sake lees. After the preparation, the appropriate amount of water is mixed and diluted to prepare the 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 produced in this way, 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.

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%.

In addition, since the gas is generated by the activity of the yeast, there is a risk of explosion due to the explosion when bottled packaging, bottled after sterilization treatment to prevent the activity of the yeast altogether, in which case the taste of Takju is deteriorated , Due to the nature of Takju, shake the contents before drinking after mixing, there was a problem that the contents flow out.

In addition, the conventional technology corresponding to the refrigeration mixing is a broiler bucket, a slush machine, etc., but these machines are not sealed, so there is a high risk of deterioration due to the invasion of external bacteria, difficult to clean because of the structure of the tub is difficult to remove. There is a problem, and in addition, it is difficult to store important sealing pressure in maintaining the taste of Takju.

In order to solve the problems of the prior art described above, an object of the present invention is to store the fermented distilled liquor and diluent separately in order to prevent rapid deterioration of raw turbid wine can be mixed in the final consumption place can be provided on-the-fly fresh Takju In addition, it is also possible to provide a portable takju refrigeration demolition apparatus that can provide a fermented alcohol and dilution to the liquor can be appropriately mixed according to their preferences to provide a takju having a variety of alcohol content.

Another objective is to provide a basis for applying the principle of producer responsibility, which has been difficult to apply until now, because the producer can easily distribute the packaged product in a completed form and keep the taste and freshness unique to Takju for a long time. To make it dry.

Another objective is to provide a portable takju refrigeration machine that can reduce the cost of waste takju by dramatically reducing the amount of waste takju because the fermented alcohol can be processed secondly into medicine, distilled shochu, vinegar, etc. before the expiration date. To provide.

Another object is to provide a mobile takju refrigeration defrosting device that is installed directly on each individual table to drink and drink fresh takju immediately on the table.

Still another object is to provide a mobile takju refrigeration demolition apparatus that can be insulated using the power of the vehicle.

Still another object is to provide a portable tabletop refrigeration defrosting device that enables the storage of an extra tabletop to be stored in a refrigerated tabletop refrigeration defrosting device.

In order to achieve the above object, the mobile takju refrigeration growth value according to the first invention of the present invention, a predetermined case is provided with a refrigeration device; A first storage tube installed in the case and storing the diluent; A second storage tube installed in the case and having a shaft rotating with power from an externally installed motor, an agitator formed of an impeller formed on the shaft, and a pressure holding valve installed therein to store fermentation cylinders; A control device installed in the discharge pipes of the first and second storage cylinders and controlling the dilution liquid and the fermentation column to be mixed and discharged at a predetermined ratio; A mixing tank for mixing the dilution water passing through the adjusting device and the fermentation column; Characterized in that comprises a.

In addition, the removable takju refrigerating growth value according to the second invention of the present invention, the case having a structure in which the refrigerating device is mounted on the outside, and opened and closed by a lid; A storage passage installed in the case, a stirring device is installed inside, and a storage tank in which a tack is installed on the pressure holding valve; A gas control cylinder connected to the storage container and installed in the case; A drain valve communicating with the storage container and installed at an outer side of the case; Characterized in that comprises a.

In addition, in the second invention, a refrigerating device is installed on a bottom of the case, and a door is opened and closed to allow the storage container to be selectively accommodated in the front side of the second invention. It is installed, the power transmission device for transmitting the rotational force of the motor is installed on the shaft upper portion of the stirring device.

In addition, the mobile Takju refrigerated growth value according to the fourth invention of the present invention, the stirring device is installed on the outside, the handle for driving the stirring device is installed on the outside, the pressure holding valve is installed on the top, the refrigerant material is filled Reservoirs with double wall construction; An insulation body formed outside the storage container and provided with a handle; A drain valve formed to communicate with the reservoir; Characterized in that comprises a.

In addition, the mobile takju refrigerating growth value according to the fifth invention of the present invention, the storage unit is provided with a refrigeration device on the outside, a stirring device is installed on the inside; A plug connected to a vehicle cigar jack for supplying power to the refrigerating device and the stirring device; A drain valve formed on one side of the storage container; Characterized in that comprises a.

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

Attached Figure 1 is a perspective view showing a removable Takju refrigeration apparatus according to the first invention of the present invention, Figure 2a is a cross-sectional view of the Figure 1, Figure 2b is a cross-sectional view showing the addition of the forming tank in Figure 1 .

As shown in Figure 1 and Figure 2a, the mobile takjang refrigeration demolition apparatus 100 according to the first invention of the present invention, a predetermined case 110 is provided with a refrigerating device 111 on one side; It is installed in the case 110, the first storage tube 120 for storing the diluent; A second storage tube 130 installed in the case 110 and storing fermentation column; A control device (140) connected to the first and second storage pipes (120,130) for controlling the amount of dilution liquid and fermentation column; It consists of; mixing tank 150 for mixing the dilution liquid and the fermentation column passed through the adjusting device 140.

The case 110 is provided with the first and second storage cylinders 120 and 130 therein, and a refrigeration apparatus that can maintain the first and second storage cylinders 120 and 130 at a low temperature state to maintain freshness and to give a refreshing feeling. 111 is installed on one side, the refrigeration unit 111 is a general configuration, so a detailed description thereof will be omitted.

The first storage cylinder 120 is a cylinder for storing carbonated water or general drinking water, although not shown in the drawing, a sealed lid having a pressure resistant structure having the same configuration as that of the sealing lid 131 of the second storage cylinder 130 to be described later ( Not shown) is detachably coupled to the upper portion, the first and third discharge pipes (141, 143) are installed at the lower end, the height measuring device 134 is installed on the outside.

Here, it is preferable that a level gauge is used as the height measuring instrument 134.

The second storage cylinder 130 is a cylinder for storing the fermentation column. The sealing lid 131 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 132 is installed inside to prevent precipitation due to the difference in specific gravity of the fermentation column. The pressure maintaining valve 133 is installed in order to maintain the inner gas pressure properly, and the height measuring instrument 134 is installed on the outside.

The sealing lid 131 is formed in the upper convex, the shaft 132a of the stirring device 132 is fitted in the center, the predetermined coupling so that the shaft of the motor 132b is detachably coupled to the upper portion A ball is formed.

And, by forming the round jaw (131a) on the outer periphery of the closed lid 131 is formed so that the fermented circumferential dregs ejected through the pressure maintaining valve 133 flows to the outer periphery, the lower end of the second container ( 130).

The height measuring unit 134 is installed vertically to communicate with the interior of the first and second storage cylinders (120, 130), so that the same height as the oil level inside, it is possible to check the remaining amount of alcohol from the outside.

3A and 3B, the pressure maintaining valve 133 is coupled to the second storage cylinder 130 at the lower portion thereof, and has a screw portion 133a formed at an inner side thereof with a passage 133b, and an upper surface portion at the upper portion thereof. A body 133f having an opening 133e formed between the plurality of pillars 133c supporting 133d, a disk 133g for opening and closing the passage 133b, and the disk 133g elastically. It is composed of a spring 133h for supporting and an adjustment screw 133i coupled to the upper surface portion 133d to adjust the tension of the spring 133h.

Therefore, when the pressure in the second reservoir 130 rises, gas may flow through the passage 133b to be ejected to the outside by lifting and opening the disk 133g, and the pressure of the second reservoir 130 may be increased. When the predetermined pressure is reached, the disk 133g is closed by the elastic force of the spring 133h.

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

The pressure holding valve 133 'of FIGS. 4A and 4B has a body 133f' having a threaded portion 133a 'formed at a lower portion thereof and a passage 133b' formed therein, and an upper portion of the body 133f '. A hinge cover 133c ', a magnet plate 133j installed on the body 133e' corresponding to the passage 133b 'inside the cover 133c', and a hinge portion of the cover 133c '. It is made of a stopper (133k) formed on one side.

Therefore, when the pressure in the second storage cylinder 130 rises, gas flows through the passage 133b 'to lift and open the magnetic plate 133i and the cover 133c' (at this time, the cover 133c '). Is opened by the stopper (133h '), and can be ejected to the outside. When the pressure of the second container (130) is lowered, the magnetic force of the magnetic plate (133i) and the weight of the cover (133c') are reduced. As the cover 133c 'is closed, the passage 133b' is closed.

The above-described pressure holding valves 133 and 133 'are also applied to other embodiments to be described below, and the same reference numerals are used below, and further detailed description thereof will be omitted.

As shown in FIG. 2A, the stirring device 132 includes a shaft 132a that rotates with power from an externally installed motor 132b and an impeller 132c formed on the shaft 132a to prevent precipitation. The speed of rotation does not have to be fast because it is intended for use.

Here, the shaft (132a) is coupled to the inside of the above-mentioned sealing lid 131, the motor (132b) and the shaft (132a) has a detachable coupling structure because when opening the sealing lid 131 the motor ( 132b) is first separated, and then the sealing lid 131 is opened.

Since the above-described structure of the sealing lid 131 and the motor 132b and the shaft 132a are equally applicable to other embodiments to be described later, a description thereof will be omitted.

In addition, the impeller 132c is formed from the outer side to the lower end of the shaft 132a to allow the precipitate to be accumulated so as not to accumulate on the inner bottom of the second storage barrel 130, the structure of such an impeller 132c will be described later Since the same applies to other embodiments, a description thereof will be omitted.

The control device 140, a plurality of first to fourth discharge pipes (141 ~ 144) connecting the first and second storage cylinders (120, 130) and the mixing tank 150 to be described later, and the dilution water and fermentation column It is composed of a plurality of first and second control valves (145, 146) installed in the first to fourth discharge pipe (141 ~ 144) to be discharged in a predetermined ratio.

Here, the first to fourth discharge pipes (141 to 144), the first discharge pipe 141 connecting the first storage cylinder 120 and the mixing tank 150, and the same diameter as the first discharge pipe 141, A second discharge pipe 142 connecting the second storage container 130 and the mixing tank 150, a third discharge pipe 143 connecting the first storage container 120 and the mixing tank 150, and the third discharge pipe; 143 and the tube diameter is different and consists of a fourth discharge pipe 144 connecting the second storage cylinder 130 and the mixing tank 150.

In particular, the fourth discharge pipe 144 connecting the second storage cylinder 130 and the mixing tank 150 has a relatively smaller diameter than the third discharge pipe 143 connecting the first storage cylinder 120 and the mixing tank 150. It is formed small.

In addition, since the first control valve 145 is installed at a portion where the first and second discharge pipes 141 and 142 are combined, the first and second discharge pipes may be opened by the opening operation of the first control valve 145. 141, 142) were simultaneously opened to allow the diluent and fermentation column to be discharged in the same amount.

Similarly, a second control valve 146 is installed at a portion where the third and fourth discharge pipes 143 and 144 are combined, and the third and fourth discharge pipes 143 and 144 are opened by the opening operation of the second control valve 146. By opening at the same time, the content of the diluent was discharged high.

In the embodiment of the present invention, the first and second control valves 145 and 146 described above are easy to use lever-operated valves, but the present invention is not limited thereto. If you can.

Therefore, when the first control valve 145 provided in the first and second discharge pipes 141 and 142 designed to have the same ejection amount is opened, the same amount of diluent and fermentation column are discharged to the mixing tank 150, and thus, the dilution and fermentation column. Takju mixed in a volume ratio of 50: 50 can be obtained.

In addition, when the second control valve 146 provided in the third and fourth discharge pipes 143 and 144 having different diameters is opened, the third discharge pipe 143 through which the fourth discharge pipe 144 discharging the fermentation column discharges the dilution liquid. Since the diameter is smaller, the fermentation column can be mixed in a smaller volume ratio than the diluent so that a low alcohol content can be obtained.

In addition, since the first to fourth discharge pipes 141 to 144 preferably take a structure that can be disassembled and assembled to facilitate cleaning and replacement of the first and second storage pipes 120 and 130, in the embodiment of the present invention, It was possible to disassemble and assemble by the adapter 147 of the, and the valves 148 were installed in the first and second discharge pipe (141 ~ 144) and close to the first and second storage cylinders (120, 130), respectively.

Therefore, before the first and second storage cylinders 120 and 130 and the first to fourth discharge pipes 141 to 144 are separated, the valve 148 is first locked and separated to prevent leakage of contents.

The mixing tank 150 is connected to the first to fourth discharge pipes 141 to 144 so that no residue remains on the tacks introduced from the first and second control valves 145 and 146 of the adjusting device 140. In order to uniformly mix, an impeller 151 is installed in a predetermined cylinder, and the shaft of the impeller 151 is driven in connection with an external motor 152, and a predetermined drain valve 160 is provided below the cylinder. Is formed, the drain valve 160 is configured by the on-off valve 161 is installed.

Meanwhile, as illustrated in FIG. 2B, a lowering tank 170 may be further installed at a lower portion of the mixing tank 150 so as to be connected to the mixing tank 150. The forming tank 170 may have an impeller in a predetermined cylinder. 171 is installed, the shaft of the impeller 171 is driven in connection with the external motor 172, the above-described drain valve 160 and the opening and closing valve 161 is installed in the lower portion of the cylinder, Since the impeller 171 of 170 is rotated at a relatively low speed, it is possible to achieve uniform mixing and aging of Takju. In addition, the forming tank 170 has a capacity two to three times larger than that of the mixing tank 150. desirable.

Referring to the operation of the first invention of the present invention configured as described above are as follows.

First, when the power is supplied, the impellers 132c, 151, and 171 of the second storage container 130, the mixing tank 150, and the forming tank 170 rotate to perform the stirring operation.

On the other hand, if the food and drink and the diluent and fermentation column is 50: 50 (volume ratio), if you want the takju, the first control valve 145 is opened, the same amount of dilution through the first and second discharge pipe (141, 142) And the fermentation circumference is discharged and stored in the mixing tank 150, and then according to the container through the drain valve 160 formed on the bottom.

At this time, the diluent and the fermentation column can be uniformly mixed by the rotation of the impeller 151 installed in the mixing tank 150 can be made of high quality takju.

On the other hand, if you want a low alcohol content Takju, when the second control valve 146 is opened, the diluent and a smaller amount of fermentation circumference is discharged through the third and fourth discharge pipes (143,144) and the mixing tank 150 After being stored as) through the drain valve 160 according to the container.

On the other hand, when the manufacturing tank 170 is further installed in the lower portion of the mixing tank 150, Takju uniformly mixed by the mixing tank 150 is further through the ripening tank and the slow stirring again in the manufacturing tank 170 Takju with improved flavor can be obtained.

5 is a view showing a removable takju refrigeration apparatus according to a second invention of the present invention.

5 is a movable takju refrigeration demolition apparatus 200, the case 210 having a structure in which the refrigerating apparatus 111 is mounted on the outside, and opened and closed by a lid 211; A storage container 220 installed in the case 210 and having an agitating device 132 installed therein and a pressure maintaining valve 133 and 133 'installed at an upper part thereof and installed in the case 210; A gas regulating container 230 connected to the storage container 220 and installed in the case 210; And a drain valve 160 communicating with the storage container 220 and installed at an outer side of the case 210.

The storage container 220 has the same structure as the aforementioned second storage container 130, and the stirring device 132 and the pressure holding valves 133 and 133 'have the same configuration as the above-described first invention, and thus the description thereof will not be repeated. Let's do it.

However, a motor 132b for driving the stirring device 132 is installed on the lid 211 of the case 210, and the motor 132b and the stirring device 132 are removable as described above. Is done.

Therefore, the portable takju refrigeration demolition apparatus 200 is installed in a tavern or a mobile vehicle, carbon dioxide gas is stored through the gas control cylinder 230 after storing the takju prepared with an appropriate alcohol content in the storage container 220. The infusion is to provide a takju to maintain a cool and refreshing taste.

Attached Figure 6 is a view showing a removable Takju refrigeration apparatus according to a third invention of the present invention.

Referring to FIG. 5, the third embodiment of the present invention, the portable Takju refrigeration apparatus 200 ′ is a modification of the second invention, and a refrigeration apparatus 111 ′ is installed on the bottom of the case 210 ′. The front door 211 'is installed to open and close to allow the storage container 220' to be selectively accommodated, and the rotational force of the motor 132b 'on the shaft 132a' of the stirring device 132 '. The power transmission device 240 for transmitting the power is installed, the drain valve 160 'is installed outside the door 211' of the case 210 'and the reservoir 220' through the connection pipe 260 Connected in communication with.

That is, the lower end of the door 211 'is hingedly fixed to the lower end of the inlet of the case 210' back and forth, and the upper end is detachably coupled to the upper end of the inlet of the case 210 'through the coupling means.

The power transmission device 240 is fixed to the first gear portion 241 is fixed to the rotating shaft of the motor 132b ', the upper gear 132a' of the stirring device 132 'is fixed to the first gear portion ( And a second gear part 242 detachably engaged with the 241.

In addition, a plurality of supports 270 are installed inside the case 210 'to prevent the case 210' from flowing, and the support 270 is provided on the bottom surface of the case 210 '. And a first support 271 supporting the bottom of the storage container 220 'and a second support 272 provided on the inner circumferential surface of the case 210' to support the outer circumferential surface of the storage container 220 '. It is composed.

Here, a buffer member 273 having a cushioning force is provided on the surfaces of the first and second supports 271 and 272 on which the reservoir 220 'is tightly supported, and the reservoir through the buffer member 273. The elastic member 220 'is elastically supported to prevent breakage and damage. The buffer member 273 preferably uses a rubber pad.

In addition, the upper surface of the case 210 'is fixed to the fixing member 250 for rotatably fixing the upper end of the stirring device 132' is installed.

The fixing member 250 has a handle portion 251 is formed on the upper surface, a support piece 252 is formed on the lower portion of the handle portion 251 to be supported on the upper surface of the case 210 ', the support The lower portion of the piece 252 is detachably coupled to the upper surface of the case 210 'and a coupling piece 253 having a groove 253a to be opened downward is formed to the stirring device 132 through the groove 253a. ') Is fixed to the upper end of the rotatable left and right.

Here, a bearing 280 is coupled to an upper portion of the storage container 220 'through which the stirring device 132' is passed to reduce the frictional force when the stirring device 132 'is rotated, and the bearing 280 is in the inner side. The stirring device 132 ′ is inserted into and fixed to the upper inner circumferential surface of the storage container 220 ′ through the side surface.

In addition, at least one sealing ring 281 is provided on the upper and lower surfaces of the bearing 280 to seal the storage container 220 ', and the sealing ring 281 may use a known O-ring. This prevents the tack from flowing out of the gap between the stirring device 132 ′ and the storage container 220 ′.

Here, a reduction gear 290 for reducing the rotational force of the motor 132b 'is selectively installed on the rotating shaft of the motor 132b', and carbon dioxide gas is stored in the storage container 220 'inside the case 210'. A gas control barrel 230 ′ having a control valve to be selectively supplied is installed.

In addition, the connection pipe 260 is preferably to use a corrugated pipe that can flow in all directions, one side is fixed to the drain valve 160 'and the other side is fixed to the reservoir 220' detachably.

In addition, pressure holding valves 133 and 133 'are installed at an upper portion of the storage container 220', and thus redundant description will be omitted since the pressure holding valves 133 and 133 'have the same configuration as the first embodiment.

Therefore, when the motor 132b 'rotates, the first gear part 241 and the second gear part 242 of the power transmission device 240 rotate, and at the same time, the stirring device 132' The shaft 132a 'is rotated to stir the tack stored in the storage container 220' through the impeller 132c 'provided at the lower end of the shaft 132a'.

Thereafter, when the storage container 220 'needs to be replaced, the motor 132b' is stopped and the door 211 'is opened. After successively separating the connecting pipe 260 connected to the reservoir 220 ', the coupling member 250 is separated from the shaft 132a'.

In the separated state as described above, the worker discharged to the outside of the case 210 'in the state of holding the storage container 220', and then the new storage container 220 'at the same position where the existing storage container 220' was located. Insert it.

Then, the connecting pipe 260 'is connected in communication with the new storage container 220', the coupling piece in a state in which the coupling piece 253 of the coupling member 250 is inserted into the upper surface of the case 210 '. When the shaft 132a 'of the new storage container 220' is coupled to the groove 253a of the 253, the first gear part 241 and the second gear part 242, which are the power transmission device 240, are engaged with each other. Replacement of the reservoir is completed.

Here, FIG. 7 is another embodiment according to the third invention of the present invention, wherein the portable Takju refrigeration demolition apparatus 200 ', 200 "is formed to be stacked up and down.

Therefore, when all of the tableware stored in the storage container 220 'of the mobile tabletop refrigeration demolition apparatus 200' positioned at the top is exhausted, the tabletop refrigeration decomposing apparatus 200 'located at the top and the portable tabletop refrigeration apparatus located at the bottom. By changing the position of the demolition apparatus 200 "up and down, it is possible to quickly resupply the tack through the storage container (not shown) of the mobile tack refrigerating defrosting apparatus 200".

Here, the mobile takju refrigeration demolition apparatus (200 ', 200 ") positioned up and down can maintain the refrigerated state through one refrigeration unit (111') installed between them.

In addition, the movable takju refrigeration demolition apparatus 200 ', 200 "located up and down is a shaft 132a of the stirring apparatus 132' of the movable takju refrigeration decomposing apparatus 200 'through a known connecting means (not shown). ') And the shaft (not shown) of the stirring device (not shown) of the portable Takju Refrigeration Dehumidifier 200 "may be connected to each other and stirred simultaneously through one motor 132b'.

Attached Figure 8 is a view showing a removable Takju refrigeration apparatus according to a fourth invention of the present invention.

Referring to this, the removable Takju refrigeration decomposing device 300 according to the fourth invention of the present invention,

A stirring device 132 is installed on the inside, a handle 311 for driving the stirring device 132 is installed on the outside, pressure holding valves 133 and 133 'are installed on the top, and the refrigerant material 312 is filled. A storage container 310 having a double wall structure; A heat insulation body 320 formed at an outer side of the storage container 310 and provided with a handle 321; It is configured to include; a drain valve 160 formed to communicate with the reservoir (310).

The storage container 310 has the same structure as the second storage container 130 of the first invention described above, the stirring device 132 and the pressure holding valves (133,133 ') are the same as the first invention described above overlapping The description will be omitted.

The coolant 312 is usually water, and the freezing reservoir 310 to freeze the coolant 312 to maintain the inside of the reservoir 310 for a predetermined time.

The third invention is to hold the finished table in the container 310 to facilitate the movement to maintain a refrigerated state in the open air without power supply, the handle 311 is directly installed in the container 310 By stirring the Takju while turning it is possible to maintain the freshness of Takju.

9 is a view showing a removable takju refrigeration apparatus according to a fifth invention of the present invention.

Referring to this, the removable Takju refrigeration decomposing device 400 according to the fifth invention of the present invention,

A storage container 410 having a refrigerating device 111 installed outside and a stirring device 132 installed inside; A plug 420 connected to a vehicle cigar jack (not shown) to supply power to the refrigerating device 111 and the stirring device 132; It is configured to include; drain valve 160 formed on one side of the reservoir 410.

The storage container 410 has the same structure as the above-described second storage container 130, the stirring device 132 and the refrigerating device 111 is the same configuration as the above-described first invention, so that duplicate description will be omitted do.

The fourth invention is to maintain the freshness of the takju even outdoors, plug the plug 420 into a cigar jack (not shown) of the vehicle to receive power to operate the refrigeration unit 111 to maintain the takju in the refrigerated state So you can enjoy cool Takju even during leisure activities.

As described above, according to the mobile takju refrigerator manufacturing apparatus of the present invention,

Solving the conventional problem that the bottle packaging is difficult to provide the taste of fresh green wine without the sterilization, can be provided immediately by mixing the diluent and fermented alcohol in the final consumption place has the effect of providing fresh fresh green wine have.

In addition, there is no risk of deterioration 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 distribution period can be extended.

In addition, before the expiration date, the fermented liquor can be secondaryly processed into medicinal liquor, distilled liquor, vinegar, etc., thereby dramatically reducing the amount of waste takju and preventing waste of costs, and increasing industrial efficiency.

In addition, by installing an auxiliary storage box to store a storage container for the extra tack, it is possible to quickly resupply the chilled tack, and to eliminate the hassle of having to order every time the tack falls have.

In addition, producers can easily distribute Takju products sealed and packaged in a completed form, maintain the taste and freshness unique to Takju for a long time, and prevent the safety problems that may occur during distribution. It has the effect of laying the foundation on which the principle of producer responsibility, which was difficult to do, can be applied.

Claims (15)

A predetermined case in which a refrigerating device is installed; A first storage tube installed in the case and storing the diluent; A second storage tube installed in the case and having a shaft rotating with power from an externally installed motor, an agitator formed of an impeller formed on the shaft, and a pressure holding valve installed therein to store fermentation cylinders; A control device installed in the discharge pipes of the first and second storage cylinders and controlling the dilution water and the fermentation column to be mixed and discharged at a predetermined ratio; A mixing tank for mixing the dilution water passing through the adjusting device and the fermentation column; Removable Takju refrigeration defrosting device comprising a. The method of claim 1, The adjusting device includes a first discharge pipe connecting the first storage pipe and the mixing tank, a second discharge pipe connecting the first storage pipe and the mixing pipe with the same diameter as the first discharge pipe, and connecting the first storage pipe and the mixing tank. And a third discharge pipe, and a fourth discharge pipe connecting the second discharge container and the mixing tank to different diameters of the third discharge pipe and the second discharge pipe. The method of claim 2, The fourth discharge pipe is a removable takju refrigeration forming apparatus, characterized in that the tube diameter is formed relatively smaller than the third discharge pipe. The method of claim 3, wherein The mixing tank is connected to the first to fourth discharge pipe, characterized in that composed of an impeller installed in the cylinder, a motor for driving the impeller, a drain valve formed on one side of the cylinder, and an on-off valve installed on the drain valve Removable Takju Refrigeration Dehumidifier. The method of claim 4, wherein The mixing tank is further installed to communicate with the congestion tank, The forming tank is an impeller is installed in a predetermined cylinder, the impeller is driven by an external motor, and a movable tack refrigerating demolition apparatus, characterized in that the drain valve is formed at the bottom. A case having a structure in which a refrigerating device is mounted on the outside and opened and closed by a lid; A storage passage installed in the case, a stirring device is installed inside, and a storage tank in which a tack is installed on the pressure holding valve; A gas control cylinder connected to the storage container and installed in the case; A drain valve communicating with the storage container and installed at an outer side of the case; Removable Takju refrigeration defrosting device comprising a. The method of claim 6, A refrigerating device is installed on the bottom of the case, and a door is opened and closed to allow the storage container to be selectively stored in the front surface. The power transmission device for transmitting the rotational force of the motor is installed on the shaft top of the stirring device, The drain valve is installed on the outside of the door of the case and the removable takju refrigeration forming apparatus, characterized in that connected to communicate with the reservoir through a connecting pipe. The method of claim 7, wherein The upper surface of the case is a removable takju refrigerator refrigerating device, characterized in that the coupling member for rotatably coupling the upper portion of the shaft of the stirring device. The method of claim 8, The power transmission device includes a first gear part fixed to a rotating shaft of the motor, and a second gear part fixed to an upper part of the shaft of the stirring device and detachably engaged with the first gear part. Device. 10. The mobile table chiller forming apparatus according to any one of claims 6 to 9, wherein the mobile table chiller growing value is installed to be stacked up and down. 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; A drain valve formed to communicate with the reservoir; Removable Takju refrigeration defrosting device comprising a. A storage unit having a refrigerating device installed on the outside and a stirring device installed on the inside; A plug connected to a vehicle cigar jack for supplying power to the refrigerating device and the stirring device; A drain valve formed on one side of the storage container; Removable Takju refrigeration defrosting device comprising a. The method according to any one of claims 1 or 6 to 12, The pressure holding valve has a threaded portion formed at a lower portion thereof and a passage formed at an inner side thereof, the upper surface portion being supported by a plurality of pillars formed at an upper portion thereof, the body having an opening formed between the pillars, a disk for opening and closing the passage, and the disk. And a spring interposed at the bottom of the upper surface portion, and an adjustment screw coupled to the upper surface portion to adjust the tension of the spring. The method according to any one of claims 1 or 6 to 12, The pressure holding valve is composed of a body and a cover, the body is formed with a screw portion at the bottom, a passage is formed on the inside and the cover is hinged on the upper side, while the magnetic plate corresponding to the passage is installed inside the cover, Removable takju refrigeration forming apparatus characterized in that the stopper is formed on one side hinged to the body. The method according to any one of claims 1 to 6 or 12, The stirring device comprises a shaft that rotates by receiving power from a motor installed outside, and an impeller formed from the outer surface to the lower end of the shaft, the motor and the shaft is removable takju refrigeration forming apparatus, characterized in that detachably coupled.

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