KR100756386B1 - Moving beer drawing out apparatus - Google Patents

Abstract

The present invention provides a mobile beer take-out apparatus for freely moving space while cooling beer without using power. The present invention is to cool the beer by a natural heat exchange method through the ice and to freely move the wheel to freely move the market so that it is possible to sell cold beer while moving freely without the use of power. In addition, by controlling the withdrawal strength of the beer to adjust the fineness of the beer foam it is possible to sell a beer having a variety of beer foam to suit the taste of the customer.

Beer, Beer Keg, Carbon Dioxide, Beer Froth, Heat Exchange, Ice, Vortex

Description

Moving beer drawing out apparatus

1 is a front perspective view showing a removable beer extraction apparatus according to the present invention;

Figure 2 is a rear perspective view showing a removable beer extraction apparatus according to the present invention,

Figure 3 is a front sectional view showing a removable beer extraction apparatus according to the present invention,

4 is an enlarged cross-sectional view of a portion A of FIG. 2;

Figure 5 is an exploded perspective view showing a beer withdrawal valve in the present invention,

6 to 10 are views showing the operating state of the beer withdrawal valve in the present invention.

<Description of the symbols for the main parts of the drawings>

1: beer barrel 3: carbonated gas cylinder

10: body 11: first body

11a: 1st accommodation space 11b: cover

11c: wheel 15: second body

15a: second accommodation space 15b: first wall

15c: first heat insulating member 15d: second wall

15e: second heat insulating member 17: groove portion

20: beer flow line 30: coolant

40: beer outlet valve 41: valve body

41a: horizontal part 41a ': connection path

41b: Vertical part 41b ': Joining space

45: rotating body 45a: taper

45b: Once exposed from valve body 45c: Withdrawal of beer

45d: Opening 45e: Closed end to beer outlet

45f: Screw 47: Operating handle

51: washer member 52: spring

53: tightening nut 60: porous plate

70: pipe member 71: valve

The present invention relates to a mobile beer withdrawal device, and in particular, by cooling the beer cool by a natural heat exchange method through ice and freely moving the wheels to freely move the mobile beer to sell freely while moving freely without using the power source It relates to a beer taking out device.

In general, a beer withdrawal device used in a beer store includes a carbon dioxide cylinder, a beer barrel, and a refrigerator driven by using a power source, so that the beer drawn from the beer barrel is cooled by a forced heat exchange method and sold. However, the existing beer dispensing device is large and complex, so it is fixedly installed, so when a customer orders a beer, the beer is quickly sold to the place where the beer dispensing valve is provided and the beer is quickly sold. There is a problem with the power consumption, and there is a problem about the economic efficiency.

Therefore, an object of the present invention is to solve such a problem, it is possible to sell cold beer while freely moving the space without the use of power by cooling the beer coolly by the natural heat exchange method through ice and freely moving the wheel. The present invention provides a portable beer dispensing device to make it possible.

Another object of the present invention is to provide a mobile beer withdrawal device for enabling the sale of beer having a variety of beer bubbles to suit the taste of the customer by controlling the fineness of the beer foam by adjusting the withdrawal amount of beer. .

The present invention for achieving the above object forms a first accommodation space having a cover to accommodate a carbon dioxide cylinder and beer kegs and the lower portion is installed on the first cylinder and the upper portion of the first cylinder with moving wheels installed therein A second cylinder having a second accommodation space having only an upper surface opened; A beer flow line connected in contact with the carbon dioxide cylinder and the beer barrel and disposed in a coil shape from the first cylinder to the second cylinder, thereby forming a beer flow path from the first cylinder to the second cylinder; A coolant that is often filled in the second cylinder to be in contact with the beer flow line, thereby providing cold air for cooling the beer flowing along the beer flow line; A valve body consisting of a horizontal portion forming a connection path to be in contact with the end of the beer flow line to be detachably coupled and a vertical portion that is perpendicular to the horizontal portion to form a tapered coupling space that is open at both ends in contact with the connection path. The outer side forms a tapered portion such as the coupling space, and the inside has a vertically connected to the connecting passage of the horizontal portion, and the outside of the beer withdrawal passage and the beer withdrawal passage on one side of the beer withdrawal passage It is provided with a through-hole formed to be opened in the coupling space is inserted to rotate left and right, to discharge the beer while adjusting the foam through the beer withdrawal path in accordance with the opening degree of the through hole to the connection path according to the left and right rotation Comprising a beer withdrawal valve consisting of a rotating body having an operating handle for It characterized.

In addition, a screw is further formed at a portion of the rotating body adjacent to the lower end of the vertical portion in a state where the rotating body is inserted into the vertical portion, and a washer member, a spring, and a tightening nut are sequentially added to the screw. Preferably combined.

In addition, it is preferable that a groove is further formed in the upper portion of the first cylinder so as to be in the same vertical line as the beer outlet valve, and a perforated plate having a plurality of holes is further provided in the groove.

Further, a lower portion of the second cylinder is further provided with a pipe member for communicating with the first and second accommodation spaces through the first cylinder, and in the middle of the pipe member located in the first accommodation space. It is preferable that a valve for opening and closing the pipe member is further installed.

In addition, the beer flow line is preferably installed in the second accommodation space in the form of winding one pipe member in the form of several coils.

In addition, the beer withdrawal valve forms a connection passage in communication with the beer flow line therein, a horizontal portion coupled to be detachably attached to the tip of the beer flow line and a tapered coupling space having both ends in contact with the connection passage therein. A valve body formed of a vertical portion connected to the horizontal portion and integrally connected to the horizontal portion, and the middle of which is tapered to be inserted into the coupling space so that the tapered middle is inserted into the coupling space so as to rotate left and right in the vertical portion. And a grooved beer withdrawal path through which one end is exposed from the vertical portion and communicates with the outside, and in the middle of the beer withdrawal path, a through hole for contacting the connection path is adjacent to the closed end of the beer withdrawal path. Formed into the beer outlet according to the opening degree of the through hole coinciding with the connection path It is preferably made of an adjustment to the intensity of the beer while adjusting the degree of fine beer foam to draw beer rotating body and the operating handle is provided on the other end of the total time.

In addition, a screw is further formed at a portion of the rotating body adjacent to the lower end of the vertical portion in a state where the rotating body is inserted into the vertical portion, and a washer member, a spring, and a tightening nut are sequentially added to the screw. Preferably combined.

The above objects, advantages and other features will become apparent from the following description with reference to the accompanying drawings.

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

1 is a front perspective view showing a mobile beer extraction apparatus according to the present invention, Figure 2 is a rear perspective view showing a mobile beer extraction apparatus according to the present invention, Figure 3 is a front sectional view showing a mobile beer extraction apparatus according to the present invention, Figure 4 2 is an enlarged cross-sectional view showing a portion A of the display, FIG. 5 is an exploded perspective view showing a beer withdrawal valve in the present invention, and FIG. 6 to FIG.

As shown in the figure, the beer extraction apparatus according to the present invention includes a body 10 in which a second cylinder 15 is placed on the first cylinder 11. The first cylinder 11 is preferably made of stainless steel. The first cylinder 11 has a first accommodating space 11a for accommodating the beer barrel 1 and the carbon dioxide gas cylinder 3 therein, and the cover 11b is rotatably installed on the rear surface thereof. The first accommodation space 11a is opened and closed. The first cylinder 11 is preferably formed in a semi-circular shape in cross section so that its appearance is beautiful. In addition, the first cylinder 11 is provided with a plurality of wheels (11c) at the bottom to allow the body 10 to move freely in the space.

The second cylinder 15 is formed in the upper portion of the first cylinder 11 to form a second receiving space (15a) opening only the upper surface. A beer flow line 20 is formed in the second accommodation space 15a to form the beer flow path from the carbon dioxide gas cylinder 3 and the beer barrel 1, and the beer flow line 20 is embedded in the second accommodation space 15a. The coolant 30 is filled. The coolant 30 is ice of gravel size, so that the second cylinder 15 has the first heat insulating member 15c inserted into the wall to form the inner wall of the second cylinder 15. A second wall 15d that surrounds the first wall 15b, the entire outer wall of the first wall 15b, and forms an outer wall of the second cylinder 15, and the first and second wall 15b. By adopting a structure consisting of a second insulating member (15e) sandwiched between the and 15d), the ice can be easily maintained for a long time without melting. Preferably, the first and second walls 15b and 15d are made of copper or stainless steel. The second cylinder 15 is preferably formed in a semi-circular shape in cross section so that its appearance is beautiful.

The beer flow line 20 is the second accommodation space (15a) to form a flow path for discharging the beer from the carbon dioxide cylinder 3 and the beer barrel (1) to the outside via the second cylinder (15) Are excreted). The beer flow line 20 is installed in the second accommodating space 15a in a form of winding one pipe member in the form of several coils to maximize the heat transfer area with the coolant 30. The length of the beer flow line 20 is sufficient that the beer can be cooled to a temperature of 4 ~ 10 ℃ from the coolant (30). One end of the beer flow line 20 is divided into two in the state passing through the first and second cylinders 11 and 15, respectively, and connected to the carbon dioxide gas cylinder 3 and the beer barrel 1, and the other end thereof. It communicates with the outside through the rear surface of the second cylinder 15. One end of the beer flow line 20 connected to the carbon dioxide cylinder 3 and the beer barrel 1 is preferably provided with a valve for controlling the discharge amount. Accordingly, the beer from the carbon dioxide gas cylinder 3 and the beer barrel 1 is naturally cooled through heat exchange with the coolant 30 while moving along the beer flow line 20.

A stainless steel beer withdrawal valve 40 is installed in contact with the beer flow line 20 from the rear surface of the second cylinder 15. The beer withdrawal valve 40 is responsible for drawing the beer cooled by heat exchange with the cooling member 30 from the beer flow line 20 to the outside of the second cylinder 15.

The beer withdrawal valve 40 forms a connection path 41a 'in contact with the beer flow line 20 therein and is horizontally screwed 41a detachably screwed to the tip of the beer flow line 20; A valve body 41 formed of a vertical portion 41b connected to the horizontal portion 41a to form a tapered coupling space 41b 'having both ends in contact with the connection path 41a' therein. And, the tapered portion (45a) is formed in the middle to be tapered in the same manner as the coupling space (41b ') is inserted into the coupling space (41b') is inserted to rotate left and right in the vertical portion (41b) and the inside A beer lead-out passage 45c is formed through the one end 45b exposed from the vertical portion 41b and communicates with the outside, and in the middle of the beer lead-out passage 45c for contacting the connection passage 41a '. A through hole 45d is formed adjacent to the closed end 45e of the beer withdrawal passage 45c to connect the connection passage 41. a rotating body configured to discharge the beer while controlling the fineness of the beer foam by adjusting the strength of beer and foam flowing into the beer outlet passage 45c according to the opening degree of the through hole 45d corresponding to a ') ( 45 and an operation knob 47 provided at the other end of the rotating body 45.

In addition, a screw 45f is formed at a portion of the rotating body 45 adjacent to the lower end of the vertical portion 41b in a state where the rotating body 45 is inserted into the vertical portion 41b. A washer member (51), a spring (52), and a fastening nut (53) are sequentially coupled to (45f), which prevents the rotor (45) from falling out of the vertical portion (41b). While loosening or tightening the tightening nut 53, the rotation of the rotating body 45 with respect to the vertical portion 41b may be tightly or smoothly adjusted.

Therefore, according to the drawing sequence of FIGS. 6-8, the opening of the said through hole 45d which matches the connection path 41a 'by rotating the said rotating body 45 to either one of right and left through the said handle 47 is made. As the degree becomes smaller, the strength of the beer flowing into the beer withdrawal passage 45c becomes stronger, and thus the speed of the beer vortexing while colliding with the wall surface of the beer withdrawal passage 45c becomes faster. Eventually, the grains of beer foam are getting higher and later, beer with a very brittle foam like cream is drawn out (see Fig. 10). This enables the sale of beer with various forms of beer froth to suit the taste of the customer. 9 shows a state in which the connection passage 41a 'and the through hole 45d completely cross each other and the extraction of beer is blocked.

On the other hand, the upper portion of the first cylinder 11 is formed with a groove 17 for collecting the beer discarded from the beer withdrawal valve 40 or beer mug in the same vertical line as the beer withdrawal valve 40 It is preferable that the perforated plate 60 having a plurality of holes 51 through which beer can pass is provided above the groove 17. Since the second cylinder 15 is installed in a smaller size than the first cylinder 11, the upper portion of the first cylinder 11 is a jaw, and the groove 17 is preferably formed in a recessed portion of the jaw. Do. The groove 17 is preferably connected to the pipe (pipe) having an opening and closing valve for discharging the collected beer to the outside.

In addition, the lower portion of the second cylinder 15, the tubular member 70 for discharging the water generated by melting the cooling member 30 or the water generated by washing the inside of the second cylinder 15 to the outside is the first Preferably, the first and second accommodation spaces 11a and 15a are installed through the first cylinder 11 to communicate with each other, and in the middle of the pipe member 70 located in the first accommodation space 11a. It is preferable that a normal on-off valve 71 for opening and closing the pipe member 60 is installed.

As described above, according to the present invention, the beer is cooled by the natural heat exchange method through ice and the wheels are freely moved to freely move the beer, and thus the beer can be sold freely while moving freely without using power. In addition, it is possible to control the fineness of the beer foam by adjusting the withdrawal strength of the beer has the effect of enabling the sale of beer having a variety of beer foam to suit the taste of the customer.

Claims (7)

delete delete delete delete delete It forms a first accommodation space having a cover for accommodating the carbon dioxide cylinder and beer kegs, the lower portion of the first cylinder is provided with the wheels for movement and the upper portion of the first cylinder, the inside of the second receiving space is opened only the upper surface A second cylinder formed; A beer flow line connected in contact with the carbon dioxide cylinder and the beer barrel and disposed in a coil shape from the first cylinder to the second cylinder, thereby forming a beer flow path from the first cylinder to the second cylinder; A coolant that is often filled in the second cylinder to be in contact with the beer flow line, thereby providing cold air for cooling the beer flowing along the beer flow line; And A valve body consisting of a horizontal portion forming a connection path to be in contact with the end of the beer flow line to be detachably coupled and a vertical portion that is perpendicular to the horizontal portion to form a tapered coupling space that is open at both ends in contact with the connection path. The outer side forms a tapered portion such as the coupling space, and the inside has a vertically connected to the connecting passage of the horizontal portion, and the outside of the beer withdrawal passage and the beer withdrawal passage on one side of the beer withdrawal passage It is provided with a through-hole formed to be opened in the coupling space is inserted to rotate left and right, to discharge the beer while adjusting the foam through the beer withdrawal path in accordance with the opening degree of the through hole to the connection path according to the left and right rotation Including a beer withdrawal valve consisting of a rotating body having an operating handle for Expression of beer take-off. 7. The screw of claim 6, wherein a screw is further formed at a portion of the rotating body adjacent to a lower end of the vertical portion in a state where the rotating body is inserted into the vertical portion, and the screw has a washer member, a spring, and a tightening nut. Mobile beer withdrawal device characterized in that the combined in sequence.

Images