JPS63502024A - Beer pouring device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] beer pouring device Technical field The present invention is a tap, and the installation is a beer line from the space to the tap. Hollow support surrounding the adjacent beer line, Naru shaft coupling to the beer line, Naru installation Attached is a cooling device, carbon dioxide supply line and carbon dioxide container adjacent to the space. The installation concerns a beer dispensing device consisting of a location.

Background technique Such beer dispensing equipment used in the food and beverage industry consists of a narugun and a carbon dioxide gas container. is located in a separate location from the tap. This other location is usually a basement or similar A cold place with 0 usually 50j2 beer barrels connected and within 3 days Vendors will need equipment that will allow them to connect the beer grate and replace it when it becomes empty.

If you leave the beer barrel connected for a longer period of time, the quality will deteriorate and it will become dull. Become The remaining beer is no longer available for sale and is lost. So take a small amount There are many ways to handle beer in pea bottles or crates. It is problematic, requires hard labor, and has the disadvantage of not being able to provide draft beer to customers. There is also. Furthermore, the provision of the above-mentioned facilities equipped with various devices is For those who want to sell small quantities of beer or various types of beer, such as The object of the present invention is to create a relatively simple design that is uneconomical and unattractive both physically and spatially. small size, inexpensive, and easy to operate, making it ideal for small-volume beer distributors. To provide a particularly suitable beer dispensing device.

Demonstration of invention According to the present invention, there is beer barrel cooling and installation space, which space is small. There is a rotating platform on which at least two beer barrels can be placed, and A refrigerating room with storage space for CO□ containers, with hollow supports installed on its upper surface. , cooling at that location, installation space and opening communication, as well as barrel shaft coupling and tab. A beer line of the type mentioned above, in which the beer line together with the cup is movable longitudinally on its hollow column. The objects of the invention are achieved by means of a roll dispensing device. If you have these characteristics, When using a small beer barrel, for example, with a content of 20λ, the height is usually the same as the faucet size. You can get a complete beer pouring device with a refrigerator. shaft coupling, The beer line and tap can be lifted together and then the rotating platform By rotating the platform, the empty beer barrel can be brought to the optimal take-out position. Empty barrels can be easily removed. Preferably beer barrels The barrel containing beer is placed in a position that matches the beer line using the above rotation. be placed on the platform so that the

According to a preferred embodiment of the invention, the rotating platform has three carriers mounted on it. It is particularly effective to ensure that Fresh beer charge to be connected to the fitting Since the water barrels were stored in the cooling space, an appropriate temperature was set, and the cooling space The desired consumption temperature is achieved by placing the product in a bath. In this way, the rotating platform Home not only provides an easy way to replace empty barrels, but also Beer placed in the cooling space while the beer fills will ensure that it is poured out. It's a matter of time. Placing a group of beer bottles in a cooling space will ensure that they are sufficiently cooled. Special refrigeration is required for the storage of these groups, as the stored inventory is placed in the cooling space. Another advantage is that it does not require any means. The cooling space also ensures a constant low temperature. Since the CO2 pressure is maintained at the minimum level, the consumption of 002 is kept to a minimum, and the on-off adjustment of the C02 pressure is sufficiently performed. You will also be exposed. Furthermore, there is space for a CO2 container inside the refrigerator. Therefore, it is convenient to take out and take out the C02 container as well as to check it. use the refrigerator This makes it easy to connect the hollow support and the opening of the cooling space to the tap. Another advantage is that it can cool the beer line. This will be a beer lily for a while. The beer remaining in the tank is not heated and is kept at the desired pouring temperature. There is no need to throw it away, which means less beer wasted.

These features of the invention make it relatively simple, compact, and portable if desired. A mobile, space-saving beer dispensing device that is easy and convenient to use. Extremely suitable for using smaller beer barrels than before and therefore faster than before. The equipment will be empty, reduce beer loss, and consistently sell high-quality beer. can get.

According to yet another embodiment, the joint is provided to rotate with respect to the beer line. If the beer line and tap are moved vertically only for separation purposes, According to yet another example, a vertical slot may be provided in the hollow column. , if you make it so that the tap attached to the beer line extends, it will fit against the hollow support. Vertical movement of taps can be easily performed. In accordance with yet another specific example, hollow struts Attach a removable cover to the top of the barrel and close it, allowing you to connect the empty barrel to the fitting. After removing the shaft, the Naru shaft coupling can be easily maintained at a high level and the Naru can be replaced. Before Remove the cover shown above, lift the tap out of the vertical slot, and then rotate the tap. Place it on the hollow column so that the beer line and the barrel shaft joint connected to it are lifted. It is possible to continue to maintain the position in which the According to yet another specific example, the Naru shaft coupling can be removed from the beer line. Once installed, the beer line can be quickly and easily removed for cleaning. Ru. After loosening the barrel joint, pull out the beer line along with the tap from the hollow support. and can be connected to a hot water source for flushing. This can be done by the user himself and This eliminates the need for the help of a special company, which further reduces costs. Yet another specific Following the example, if you install a forced cooling element in your refrigerator, you can of beer is cooled from ambient temperature to the ideal temperature of 5°C within 12 hours.

Brief description of the drawing FIG. 1 is a sectional view of the beer pouring device according to the present invention, and FIG. 2 is a sectional view of the beer pouring device according to the present invention. A cross-sectional view of the device taken along the line ■-■, and Figure 3 is a cross-sectional view of the device shown in Figure 1 taken along the line It is a diagram.

BEST MODE FOR CARRYING OUT THE INVENTION BRIEF DESCRIPTION OF THE DRAWINGS In order to describe the present invention in more detail, it will be explained below with reference to the accompanying drawings. 1st The beer dispensing device shown in Figs. to 3 includes a cooling space 2, a cooling element 3, It consists of a forced cooling element 4 and a storage space 5. Cooling space 2 is located through door 6. Furthermore, the storage space 5 can be freely accessed and removed through a door 7. cooling space 2 is provided with a rotating platform 8, the rotatability of which is illustrated diagrammatically by an axis 9. It is. Due to the upright peripheral edges lO and ribs 11, there are three platforms 8. It is divided into 12, 13, and 14 sides, each of which can contain 12, 13, and 14 beer barrels. ing. A CO□ cylinder 15 is provided in the storage space 5, and equipment connected to it is installed. There are provisions in place.

A through opening 16 is provided in the earthen wall of the refrigerator 1, which ends in a cooling space 5, It communicates with a hollow support 17 provided on the earthen wall of the refrigerator 1. The hollow support 17 is at its top. The section is closed with a removable cover 18 and is provided with a slot 19, which A beer line 20 with a tap 21 extends through it. beer line 2 0 extends downward through a hollow column 17 and an opening 16, at its lower end a storage space 5 connection socket 23 to a CO2 line (not shown) leading to the CO2 cylinder 15 of A barrel joint 22 is provided.

A joint 22 is connected to the barrel 12 with a set of screws. Beer la this screw-in To do this without rotating the line 20 (rotation of the beer line is done by tapping inside the slot 19). ), the joint 2 becomes 2 is rotatably connected to beer line 20. This rotary connection can also be rotated backwards This allows tapping after removing the cover 18. As a result, beer lines and The tap connected the end of the fitting called ζ゛-le line 20 to the hot water source and opened the tap 21. Afterwards, cleaning can be easily performed by flushing the line 20 for a desired period of time.

Next, I will explain the beer barrel replacement method. Interrupting CO2 supply from cylinder 15 After removing the cover 18, remove the Naru fitting 22 by loosening the screw. , this means that the barrel joint 22 is rotatable relative to the beer line 20, and the tap 21 is rotated relative to the beer line 20. Lift up in the slot 19 and attach the beer line 20 to the barrel 12 and the hollow post 1 7, this is possible because it can be moved upward. The joint 22 becomes After loosening, push the joint 22 upward along with the beer line 20 and tap 21, and tap it. Push up until the tap 21 is removed from the slot 19, then connect the beer line 20 and the tap. 21 is hung on the upper end of the hollow support I7, and the combination of 20-23 is formed. Let it hang in the lifted position. Remove the C02 line It will be understood that it can be left or bent. Next, platform 8 Rotated to the right as seen in Figure 2, barrel 12 is now in the position where barrel 14 was previously. At the same time, barrel 13 is brought to the original position of barrel 12.

- Empty barrel 12 can be easily removed from refrigerator 1 and replaced with a new barrel, Barrel 13 is attached to fitting 22 by reversing the fitting removal procedure described above. It is brought to an appropriate position where it is connected to the beer line 2θ.

In the above procedure, barrel 13 was present in the cooling space for a longer period of time than barrel 14. , and the bottle of beer that has been in the refrigerator for the longest time will be automatically connected. It will be understood that the new barrel placed in place of barrel 12 is cooled in the device. First barrel 13 and then barrel 14 must be emptied, and one cycle in this device must be vacated. Time is usually sufficient to cool the new barrel 12 to just the right temperature.

The C02 cylinder 15 in the storage space 5 can also be taken in and out through the door 7. Of course Of course, many modifications are possible without departing from the scope of the invention. It is also possible to use more than three beer barrels by adjusting platform 8. Ru. The entire device can also be mounted on wheels if mobile is desired.

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Claims (7)

[Claims] 1. Beer line from the tap and barrel installation space to the tap, and the area adjacent to the tap. Hollow support for enclosing beer lines, barrel fittings on beer lines, barrel installation stands Installation space for barrel cooling equipment, CO2 supply line and CO2 container adjacent to pace. a rotating platform on which at least two beer barrels are placed; Includes a refrigerator with barrel cooling and installation space and CO2 container storage space. characterized, the hollow column is provided on the upper surface of the refrigerator, and at that place the barrel cooling and the installation space, and the beer line is connected with barrel joints and taps. A beer dispensing device in which the hollow column is longitudinally movable together with the pipe. 2. The rotating platform is suitable for placing three barrels rotationally symmetrically. An apparatus according to claim 1. 3. Claim 1, wherein the barrel joint is arranged to rotate with respect to the beer line. Or the device according to item 2. 4. A vertical slot is provided in the hollow column, and a beer line is attached to the inside of the slot. 4. The device of claim 3, wherein the tap is extendable. 5. Claim 1, wherein the hollow column is closed at the top with a removable cover. The device according to item 4. 6. Claims where the barrel fitting is removably attached to the beer line The device according to paragraph 5. 7. The refrigerator according to any one of claims 1 to 6, which includes a forced cooling element. Device.