JPS6244923Y2 - - Google Patents

Description

[Detailed Description of the Invention] "Industrial Application Field" The present invention relates to a device for dispensing beer from a beer storage container such as a can, barrel, beer tap, etc. into a jug, cup, etc. (hereinafter simply referred to as a jug).

``Problems to be solved by conventional technology and inventions'' Conventionally, when pouring beer from a large capacity keg such as 25 or 10 into a barrel, it was pumped with carbon dioxide gas and poured into the barrel at a considerable speed. Beer poured in this way has very fine foam and a soft taste. However, pumping using carbon dioxide gas requires equipment and is expensive, so it is not often used for containers smaller than 10, and pouring by gravity is instead used. In addition, various devices have been devised to facilitate pouring by gravity, but
Most of the conventional methods have been designed to simply make pouring easier, to make the device cheaper, or to make it easier to clean.

The present invention provides a beer dispensing device that can generate fine foam when dispensing beer using gravity as well as when pumping with carbon dioxide gas.

On the other hand, the applicant has proposed a method for dispensing beer that utilizes gravity by providing a main pouring hole and a sub pouring hole, thereby generating fine foam while utilizing gravity in the same way as in the case of pressure feeding with carbon dioxide gas. The method is disclosed. However, providing the main and auxiliary spout holes on the end face of the spout pipe has the problem that the flow of beer liquid is restricted by both the main and auxiliary spout holes, and it takes time for pouring.

"Means for Solving the Problems" The present invention eliminates the above-mentioned drawbacks, and is a beer dispensing tool that consists of a fitting part and a dispensing pipe, and can be detachably fitted into a beer container, as shown in the drawing. It is equipped with an air suction pipe 2 of an appropriate length that opens in the presser plate 5 of the fitting part and is inserted into the beer. The opening 4 of the sub-dispensing pipe is a beer dispensing device which opens on the same plane as the opening 3 of the main dispensing pipe or at the rear thereof.

"Operations and Examples" The following will be explained with reference to Examples. FIG. 1 is a perspective view of a pouring tool according to the present invention, and FIG. 2 is a longitudinal sectional view thereof. The fitting portion 6 is provided with a presser plate 5 and an air suction pipe 2. Although not shown, the fitting part 6 is detachably fitted into a beer outlet hole provided in a beer container, and can be expanded into the annular step part 7 and/or toward the annular step part 7 side as needed. Known means can be used, such as providing a thin packing 8 with a thin wall and bringing the fitting part 6 into close contact with the beer outlet hole. One end of the air suction pipe 2 opens into the holding plate 5 and has an appropriate length to allow insertion into the beer liquid when the present pouring tool is fitted into a beer container. The air suction pipe guides air into the container when the container is tilted to dispense beer, and by making the container into a container and making the length appropriate, the air that enters the container can be used to control the flow of beer being poured out. This prevents the liquid from coming out of the container. One end of the main spout pipe 1 and the sub spout pipe 1' are integrated with a presser plate 5, and the sub spout pipe 1' is provided at the bottom of the spout pipe 1 as shown in FIGS. The ends of both pouring tubes are used as a main opening 3 and a sub-opening 4, respectively. Furthermore, as shown in FIG. 2, the sub-opening 4 may be opened at the same position as the main opening 3, but opening the sub-opening 4 closer to the front than the main opening 3 means that the sub-opening 4 is opened at the same position as the main opening 3. It is even more preferable that the side stream of beer being poured out is less likely to come into contact with the main stream of beer being poured out from the main opening until it is poured into the brewer.

``Effects of the invention'' This invention has a simple structure as described above, so it can be easily molded from synthetic resin such as polyethylene, and the spout pipe is divided into a main and sub-pour pipe. Since there is nothing in the pipe that restricts the liquid flow, beer can be poured out in a short time, and the main stream poured out from the main pouring pipe and the side stream poured out from the auxiliary pouring pipe are poured into the brewer. They do not come together until they are mixed together inside the brewer, and by using the main and side streams, using gravity, fine bubbles similar to those produced by pumping carbon dioxide gas are generated, resulting in a soft-tasting beer. It has the excellent effect of being released.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing an example of a spouting tool according to the present invention, FIG. 2 is a longitudinal sectional view thereof, 1 is a main spouting pipe,
1' is a sub-extraction pipe, 2 is an air suction pipe, 3 is a main opening, 4 is a sub-opening, 5 is a holding plate, and 6 is a fitting part.

Claims (1)

[Scope of utility model registration request] This beer dispensing tool consists of a fitting part and a pouring pipe, and can be detachably fitted to a beer container.As shown in the drawing, the fitting part has an opening in the presser plate 5 and has an appropriate length to be inserted into the beer. The dispensing pipe consists of a main dispensing pipe 1 and a sub dispensing pipe 1' located below it, and the opening 4 of the sub dispensing pipe is the same as the opening 3 of the main dispensing pipe. A beer dispensing device that has an opening on or behind a flat surface.