Beverage receptacle and valve for injection-via-bottom beverage receptacle

Abstract

The present invention relates to a beverage receptacle and a valve for an injection-via-bottom beverage receptacle, and particularly to a beverage receptacle and a valve for an injection-via-bottom beverage receptacle, the valve comprising: a cover part for opening and closing an injection port; a blade part arranged on a lower part of the cover part; and an elastic part arranged between the coverpart and the blade part and applying elastic force to the cover part in a direction in which the injection port is closed, wherein the elastic part has provided thereto a through-hole into which a nozzle is fitted, and injection holes which communicate with the through-hole, wherein the elastic part is formed from a soft elastic material, and thus the structure of the valve is greatly simplified,thereby enabling the easy washing and drying thereof, thus enabling the prevention of bacterial propagation, and maintenance and repair thereof is easy, and the assembly thereof is easy since the number of components is reduced, and a beverage is prevented from leaking between the nozzle and the valve when injecting same since the nozzle is fitted into the elastic part, and the cover part may beformed so as to maximize watertightness since the cover part does not have to be subject to elastic deformation when injecting the beverage.

Description

technical field [0001] The present invention relates to a beverage container and a valve for a bottom-fill beverage container, and more particularly to a beverage container and a valve for a bottom-fill beverage container, the valve comprising a lid configured to open and close a spout, a vane part placed under the cover part, and an elastic part interposed between the cover part and the vane part to apply elastic force to the cover part in the direction of closing the injection port, wherein the elastic part includes a through hole and The injection hole is configured to communicate with the through hole, the nozzle is fitted into the through hole, and the elastic part is formed of a soft elastic material. Background technique [0002] As an example of a container containing a sparkling drink, the most commonly used beer mug is formed of transparent glass or synthetic resin. Generally, beer mugs capable of holding 500ml and 1000ml of beer are widely used because a relative...

AI Technical Summary

Problems solved by technology

Therefore, it is inconvenient that the foam must be removed every time after the drink is poured into the container (such as a beer bottle)

[0005] Therefore, when the draft beer is served to the drink container using the conventional draft beer serving device, there is a problem that since most of the draft beer is served from the upper side, when the temperature is not right, a large amount of foam is generated and flows downward, which may cause clothes Wet or unfavorable in terms of sanitation, as well as poor taste of draft beer due to too much foam

[0006] In addition, when beer is poured in a conventional beer mug, there is a problem that the mouthfeel of beer is deteriorated due to contact between air and beer, which causes beer to oxidize

However, even when trying to apply this type of method, there is still the problem that the method cannot be adopted because the method of sealing the hole in the bottom of the beverage container after pouring draft beer is not suitable.

[0011] However, in prior art 1, since the magnetic blocking portion formed of a metallic material having magnetic force is used, the drink is easy to come into contact with the magnetic blocking portion

Such contact has a great risk of spoiling the drink when the drinking glass is used for a long time and the drinking glass becomes rusty etc.

Therefore, there is a problem that the drink cup of prior art 1 is not very effective as a container for drinks that people directly drink and as a container that is hygienic and harmless to the human body.

Also, prior art 1 has the problem that since the cup body and the bottom where the inlet is formed are integrally formed, the entire cup must be discarded when the inlet or the blocking device is contaminated

In prior art 2, a valve cap and a valve gasket are required separately to mount the diaphragm valve at the bottom of the bottle, and since the beverage can be injected only when the entire diaphragm is elastically deformed, the diaphragm valve must be thin

Therefore, there is a problem that the durability is lowered and thus the service life is shortened

Even in prior art 3, since the injection portion must be opened and closed by elastically deforming the choke film, the part (edge) where the choke film adheres to the container must be thin

Therefore, there is a problem of reduced durability

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