KR20130027722A

KR20130027722A - Check valve caps installed buttle

Info

Publication number: KR20130027722A
Application number: KR1020110091113A
Authority: KR
Inventors: 양원동
Original assignee: 양원동
Priority date: 2011-09-08
Filing date: 2011-09-08
Publication date: 2013-03-18

Abstract

The present invention discloses a check valve having a structure capable of discharging a fermentation gas of a beverage or alcoholic beverage or carbonic acid of the beverage. Specifically, when the container cap of a typical liquor or beverage is at a high temperature or shakes, if a user opens or closes it without knowing it, a large amount of liquid content is instantaneously discharged to the outside by pressure such as fermentation gas or carbonic acid inside the container. Contamination of the surrounding articles often occurred.
To solve this problem of the prior art by installing a check valve on one side of the container cap opening and closing the container by taking a configuration in which the elastic fixing portion is fixed to the inner surface of the cap upper surface is connected to the incision through the connection portion When the fermentation gas or carbonic acid is generated in the bottle of liquor or beverage, the check valve installed at one side of the container cap
A gas outlet for discharging gas or liquid is formed, and when the on / off valve installed inside the check valve is pressed by a pressing member, the on / off valve is pushed downward while the gas or liquid water discharge pipe is opened, so that the gas or liquid is out of the container. Will be discharged.
On the contrary, when the on-off valve placed inside the check valve is released, the on-off valve is upwardly moved by the tension of the spring, and the gas or liquid water discharge pipe or the through hole is closed. The present invention relates to a container cap provided with a check valve that can be freely and conveniently used without dispersing the contents.

Description

Check valve caps installed buttle}

The present invention relates to a container cap having a check valve for blocking a container of a fermentable liquor or beverage, that is, a container capable of discharging fermentation gas or carbonic acid generated inside a bottle of the liquor or beverage. The present invention relates to a container cap provided with a check valve having a check valve, and more particularly, to a liquor and beverage cap having a built-in check valve, which is assembled on the container of the liquor or beverage and easily discharges gas generated from the liquid introduced into the container. The present invention relates to a cap for a container in which a check valve is installed to prevent the alcohol or beverage in the container from flowing out.

Conventional alcoholic beverages or beverages are fermented continuously during the packaging and distribution process so that fermentation gas or carbonic acid is naturally generated with high pressure inside the bottles of the alcoholic beverage or beverage.

If such fermentation gas or carbonic acid is not properly discharged, there is a problem that the bottle of liquor or beverage bursts or the contents are ejected in all directions when opened.

Looking at the present prior art and considerable prior art can be seen Utility Model Registration No. 96-9736, which forms a gap for the exhaust between the bottle and the lid by constituting a catching jaw for the exhaust passage to the container lid having the inlet peripheral edge. It is a configuration that carbon dioxide is discharged after packaging.

In addition, it is an object of the present invention to provide a one-touch opener that anyone can easily open the drink with only a finger without an auxiliary tool such as a coin.

On the other hand, according to another Utility Model Registration Application No. 1998-8006 previously filed and published in the Republic of Korea Patent Office, the body (1) is screwed to the upper discharge port of the container, but the through-hole 21 in the center in the body (1) Coupling part (4) is formed integrally with the operating plate (2) formed integrally forming the bar (3) is integral with the operating plate (2) having a lower portion of the through-hole 21, the threaded portion 41 is formed in the inner surface Check valve (5) and pressure control valve (6) that is opened and closed by the pressing operation of the body (1), and a pressure gauge (7) that the user can arbitrarily adjust the pressure in the container inside the container is installed It is.

However, according to the above structure, the process of injecting outside air into the container is repeated due to the relaxation operation of the bellows, which makes it difficult to raise the pressure inside the container to the maximum value. There is a phenomenon that the connection between each valve and bellows is broken by the operation, the carbon dioxide gas is easily leaked to the outside.

On the other hand, in addition to the technology to provide a structure that can drink the beverage and other substances inside as needed without opening the bottle container lid, so that the carbon dioxide gas leaks every time the drink is opened by opening the container lid Utility model registration No. 206844, previously filed and pre-registered with the Korean Intellectual Property Office, to provide a bottle cap for preventing.

However, in such a case, when the container is poured into the opening of the lid of the bottle when the container is tilted, the beverage is poured into the container, and as the contents of the container flow out into the opening of the container, the inside of the container is always at atmospheric pressure, so the carbonated beverage

The carbon dioxide gas contained therein has a problem that the phenomenon of vaporizing separated from the beverage into the container at each time is inevitable.

In view of the above problems, the present invention installs a check valve to remove gas or liquid in one side of the container cap, which is a sealed lid of the container containing the fermentable beverage or liquor carbonated beverage. It relates to a container with a check valve that operates to naturally allow the gas or liquid to escape easily.

According to a feature of the present invention for achieving the above object, the container cap provided with a check valve is a container cap provided with a check valve having a structure capable of discharging fermentation gas or carbonic acid generated or injected into the bottle of liquor or beverage To provide.

As described above, according to the present invention, as described above, according to the present invention can provide a container cap of liquor or beverage having a structure that can be discharged fermentation gas or carbonic acid in the bottle of liquor or beverage.

The present application is to solve the problem of the prior art by installing a check valve on one side of the container cap opening and closing the container by taking the configuration that the elastic fixing portion is fixed to both ends on the inner surface of the cap upper surface is connected to the incision through the connection portion When the on / off valve installed in the check valve is pressed by the pressing member, the on / off valve is pushed downward and the gas or liquid water discharge pipe is manually opened to easily discharge the gas or liquid out of the container.

On the contrary, when the on-off valve placed inside the check valve is released, the on-off valve is upwardly moved by the tension of the spring, and the gas or liquid water discharge pipe or the through hole is closed. The present invention relates to a container cap provided with a check valve that can be freely and conveniently used without dispersing the contents.

Another effect is that when the drink of fermented alcoholic beverages or carbonated beverages drink in a certain amount of the beverage container and the remaining amount is stored by the operation of the pushing means of the opening and closing valve installed in the check valve installed in the container cap to discharge the appropriate amount of gas in the container By storing the liquid water in the container through proper fermentation or aging, it can be expected to have a good effect of eliminating cup taste, delaying decay, and feeling refreshing and unique taste.

1 is a photograph showing an embodiment of a conventional air discharge container.
2 is a view showing a container configured of a check valve according to an embodiment of a container cap provided with a check valve of the present invention.
3 is a view showing the configuration of a check valve according to an embodiment of a container cap provided with a check valve of the present invention.
4 is a view showing another configuration of the check valve according to an embodiment of the container cap is installed check valve of the present invention.
5 is a cross-sectional view of a check valve according to an embodiment of a container cap provided with a check valve of the present invention.

Although described with reference to the preferred embodiments of the present invention to achieve the above object, those skilled in the art without departing from the spirit and scope of the invention described in the claims below It will be understood that various modifications and variations can be made to the invention. Modifications and variations of other materials to the invention may be practiced by those skilled in the art without departing from the spirit and scope of the invention, particularly as described in the claims;

It should be understood that aspects of the above embodiments may be modified in whole or in part and those skilled in the art will understand that the above description is merely exemplary and is not intended to limit the technical gist of the invention described in the claims.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. However, the scope of the present invention is not limited to these embodiments.

Figure 1 is a perspective view showing a conventional air discharge container is installed with a simple through-hole for discharging air in a photograph showing an embodiment of a conventional air discharge container.

Figure 2 is a view showing a container configured of the check valve according to an embodiment of the container cap is installed check valve of the present invention in the container cap 20 to block the container of the beverage or fermented liquor and the beverage carbonated, the container is mutually A container cap 20 which combines to prevent liquid water in the container, and a container inlet 80 which accommodates the beverage or liquor and discharges it to the outside, and a container coupling cap screw thread 100 that screws with the container 40 and The container screw thread 120 is configured to be coupled thereto, and various check valves 140 are coupled to one side of the body of the container cap 20 by the check valve coupling part 160, and the cap upper surface 60 of the cap 20 is coupled to the container cap 20. ) Is a check valve cover 180 to block the check valve 140 is configured to remove or pierce the cover when ingesting the beverage or liquor can be used to remove the gas, such as the inside of the container cap 20 Appear as a picture Will.

3 is a view illustrating a configuration of a check valve according to an embodiment of a container cap in which a check valve of the present invention is installed, and is inserted into the container in various check valves 140 installed or attached to the container cap 20. Opening and closing valve 200 of various forms for opening and closing the fermentation gas or carbon dioxide gas is installed and has a spring force (200) which has an elastic force to operate it and acts to push upward, preferably the spring as well as the elastic force or tension Various elastic members and elastic bodies such as synthetic resin or rubber silicone may be used, and the elastic members may be used as a substitute for the on / off valve 200 by injecting the elastic member by converting its shape so as to have an elastic force.

In addition, one side of the on-off valve 200 further includes an airtight packing or O-ring 240 having a closing force and maintaining opening and closing by communicating with or coupling with the on / off valve 200. This is shown in the drawings.

Figure 4 is a view showing another configuration of the check valve according to an embodiment of the container cap installed check valve of the present invention, the on-off valve 200 inside the check valve is formed with a latch, the metal, rubber , Made of any one material selected from synthetic resin, silicone material, the shape of the check valve is installed, characterized in that formed of any one selected from round, disk, square, rectangular, triangular, cylindrical, oval, square, lozenge do.

Preferably, the outer circumferential surface of the check valve 140 may be inclined downward.

In this case, the on / off valve 200 located inside the check valve 140 is formed to be inclined upward in the corresponding direction, so that the inner circumferential surface of the open / close valve 200 engages with the outer circumference of the circular incision and the circular incision. The additional container cap 20 can be prevented from being recessed into the inside.

Of course, when the outer circumferential surface of the circular cutout is formed in a date and the inner circumferential surface of the open / close valve 200 is also formed in a date, the locking jaw of the circular cutout may be formed below the inner circumferential surface of the open / close valve 200.

In addition, the check valve 140 installed on one side of the container cap 20 has a gas outlet 260 for discharging the gas or liquid generated or injected from the container, and the check valve (300) by the pressing member 300. Press the opening and closing valve 200 installed in the inside of the 140, the pressing member 300 is to press the opening and closing valve 200 with a toothpick, a pin, chopsticks, a ballpoint pen, and the like as if the reset button for the initialization of the electronic device When the on-off valve 200 is pressed as if pressed, the on-off valve 200 is immediately pushed downward and the gas or liquid water filled in the container is gradually discharged to the outside, which is the upper side of the check valve 140. The discharge tube is opened and gas or liquid is discharged out of the container.

On the contrary, when the on-off valve 200 installed in the check valve 140 is released through the pressing member 300, the on-off valve 200 immediately rises upward again with the tension of the spring. The flow path or through-hole, which is the gas or liquid water discharge pipe, is closed so that the container is closed like the original first container, which has a significant sealing force.

In this way, the check valve 140 installed in the container cap 20 is completely blocked by the check valve 140 and the air or moisture introduced from the outside is installed in the check valve 140 when you want to drink it When the on-off valve 200 is pressed by the pressing member 300 again, the compressed gas is discharged into the container and the liquid water is not ejected to the outside even when the cap is opened momentarily.

In addition, the check valve 140 for discharging the gas or liquid is not checked in both directions, it is characterized in that the one-way check valve 140 is installed, and the check valve (tension) under the tension of the spring 220 140, the on-off valve 200 is raised to block the gas outlet 260, so the gas or liquid does not press the on-off valve 200 with the pressing member 300, even in the physical impact or flow outside No outflow of sieve occurs.

In addition, when the first purchase is a means of the safety device as a separate check valve cover 180 is configured on the container cap (200 upper surface) is a problem that the liquid water does not occur like the conventional simple container cap 20 .

Figure 5 is a cross-sectional view of the check valve according to an embodiment of the container cap is installed check valve of the present invention inside the check valve 140 installed of the container cap 20 is a gas outlet 280 for discharging gas or liquid body The coupling of the check valve 140 is attached to one side of the container cap 20, the check valve is installed, characterized in that the coupling means selected from any one of step coupling, adhesive coupling, screw coupling, magnetic coupling, fitting coupling It is preferably attached to the container cap 20 or more preferably the pressing member 300 is mutually bonded and fixed by any one of the bonding method selected from high frequency bonding, thermal bonding, compression bonding, adhesive bonding.

The check valve 140 has a through-hole or flow path through which gas and liquid water pass through the center or side, and the on / off valve 200 of the check valve 140 is elastic of a spring installed inside the check valve 140. The check by artificial pushing to be configured to extend up and down to extend or withdraw and to operate the pressing member 300 in the open state by removing or cutting and pore the check valve cover 180 of the cap upper surface 60. Opening and closing valve 200 of the valve 140 is shown is a container cap installed with a check valve, characterized in that to discharge the gas or liquid to the outside as shown in the figure.

As described above, the container cap in which the check valve of the present invention is installed has a check valve 140 in which fermentation gas or carbonic acid is discharged inside the bottle of the liquor or beverage after closing the bottle inlet of the liquor or beverage. It is configured and the gas outlet 280 through which the gas or liquid is discharged is installed inside.

In addition, the coupling of the check valve 140 is attached to one side of the container cap 20 is one of the coupling means selected from step coupling, adhesive coupling, screw coupling, magnetic coupling, fitting coupling the container cap 20 Any structure may be preferably used herein as long as it is attached to the container cap 20 and can be well coupled to the container cap 20.

More preferably, the pressing member 300 is preferably bonded and fixed to each other by any one of a high-frequency bonding, thermal bonding, compression bonding, adhesive bonding method selected from among.

As such, a through-hole or flow path is formed in the check valve 140 through which gas and liquid water pass to the center or side, and the open / close valve 200 of the check valve 140 is installed inside the check valve 140. An artificial pushing operation for manipulating the pressing member 300 while the upper portion is opened by removing or cutting and pore the check valve cover 180 of the cap upper surface 60 by extending or pulling up and down by elasticity of the spring. The open / close valve 200 of the check valve 140 is manually opened to discharge gas or liquid to the outside.

In the present invention, the check valve 140 installed and used in the container cap 20 is referred to as a non-return valve in English because it maintains the flow of gas or liquid "ie" in only one direction. The valve is opened by automatically opening or closing the valve or valve 200 made of a ball or disk according to the pressurized pressure of the fluid, the pressure is released by the absence of fluid to close the ball or disk and the check valve 140 When the user pushes the on-off valve 200 installed in the inside of the user by using a tool, the on-off valve 200 is opened and the air is discharged and release the on-off valve 200 by the tension of the elastic member including the spring As the on-off valve 200 is raised upward, the flow path or the through hole which is the gas or liquid water discharge pipe is closed.

As such, the check valve 140 may be regarded as a valve to prevent backflow. If a fluid flows upward under pressure (by pump or natural pressure), the fluid presses a spring and opens and opens a valve door. The pressure of the fluid (such as the capacity of the pump) must be greater than the pressure of the spring. When the pump that raises the fluid stops operating and the pressure of the fluid disappears, the rising fluid descends and the rising pressure disappears. As the spring pressure returns to its original state, the valve is closed, and the fluid cannot be lowered, and it can be preferably used for the container cap 20 of the present application.

As such, the check valve 140 body is installed in a gas or liquid water, in particular, a beverage or liquor that is filled or naturally generated in the container, and the check valve 140 body is a screw and a jaw, a magnet, and an adhesive. Will be combined with the container cap 20 by any one of the means selected.

As such, the ball and the disk for opening and closing the through hole through which the gas or liquid water discharge pipe passes through are installed in the check valve 140 to block or open or close the gas or liquid water discharge pipe through which the gas or liquid water passes. Part 220 is made to pass the fluid only in a single direction and is attached to one side of the container cap 20, the expansion of the gas inside the container is easily discharged by the action of the spring part 220, It can be used as a means to block the inflow to suppress the deterioration of the contents introduced into the container.

As such, the check valve 140 passes through the gas and the liquid in only one direction.

Efficient spring portion 220 of the disk and the circular spring of the flat spring so as not to leak the gas is configured to act and any check valve 140 is preferably used in the present application for the smooth discharge action.

As such, the valve 200 is attached to the body of the check valve 140 to perform a function of the check valve 140, and the on-off valve 200 made of a ball or disk adjacent to the through-hole of the check valve 140 built in the check valve 140 By manually pressurizing a person, a ball or a disk which blocks the through hole is immediately opened, and the gas or liquid is discharged to the gas discharge part 280 connected to the check valve coupling part 160 and exits to the outside.

When the fermentation gas or carbonic acid is generated in the bottle of the liquor or beverage in the sealed configuration, the pressure of the gas pushes the circular incision 10 formed on the upper surface of the container cap in which the check valve is installed. A gap is generated between the on / off valves 200, and fermentation gas or carbonic acid generated inside the bottle of the liquor or beverage is discharged between the gaps. When the pressure inside the bottle of the liquor or beverage is lowered according to the discharge of the fermentation gas or carbonic acid, the elastic fixing part 12 fixing the circular cutout 10 pulls the circular cutout 10, and then the circular cutout 10 is in close contact with the on-off valve 200.

After close contact, the fermentation gas or carbonic acid is formed inside the bottle of liquor or beverage to remain closed until the pressure is high enough to push the circular incision.

On the other hand, when the fermented beverage or liquor needs to be stored without drinking at a time, the container cap 20 is resealed and then shaken several times, and the pressing valve 200, which is a pushing hole, is pressed or pressed several times. When pressed, all of the fermentable gas inside the container is discharged to the outside to slow the fermentation or ripening, there is also the effect of drinking a soft drink or liquor and the container is maintained in a state close to the vacuum instantaneously.

On the other hand, during the operation as described above, the check valve 120 of the container cap 20 supports the on-off valve 200, which is a shielding side of the check valve 120 in the beverage container downward, so the on-off valve 200 All of the pressure in the container to the outside by the operation of will be eliminated.

As such, when the user repeatedly operates the push-opening valve 200 several times, the gas filled into the container 40 is released and the pressure is low to maintain the pressure in the container 40 at a state slightly lower than atmospheric pressure. You can get the taste of soft liquor and drinks that have been removed.

Of course, the present invention is not limited to the above-described embodiments. For example, as shown in FIGS. 4 to 11, the technical spirit of the present invention can be achieved by other embodiments.

In addition, the present invention is not to be construed as limited to the terms or words used in the specification and claims in the usual or dictionary meanings, the present inventors have used the concept of the term in order to best explain his invention in the best way It should be interpreted as meanings and concepts corresponding to the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the exemplary embodiments described herein are only exemplary embodiments of the present invention, and do not represent all of the technical ideas of the present invention, and various equivalents and modifications that may substitute them at the time of the present application may be applied. It should be understood that the scope of the technical idea according to the present invention described above should be defined by the claims below.

<Explanation of symbols for main parts of the drawings>
20: container cap 40: container
60: cap top surface 80: container opening
100: vessel coupling cap screw 120: vessel screw mount
140: check valve 160: check valve coupling portion
180: check valve cover 200: on-off valve
220: spring portion 240: airtight packing or O-ring
260: gas 280: gas outlet
300: pressing member

Claims

In the container cap 20 which prevents a container of a beverage or fermented liquor and a beverage in which carbonic acid was added,
The container has a container cap (20) to block it; A container inlet 80 for receiving the beverage or liquor and discharging it to the outside; A container engaging cap screw thread (100) engaging with the container (40); A container screw thread 120 is coupled thereto;
The check valve 140 is coupled to one side of the body of the container cap 20 by the check valve coupling unit 160, and the foreign material of the check valve 140 is introduced into the cap upper surface 60 of the cap 20. The check valve cover 180 is configured to block and an elastic member including a spring part 220 for installing and closing the valve 200 is installed inside the check valve 140 installed in the container cap 20. ; It is characterized in that it further comprises a sealing packing (O-ring) 240 is inserted into one side of the on-off valve 200 to maintain the opening and closing and coupled with the on-off valve 200 to have a closing force. Container cap with check valve.

The method of claim 1,
The opening and closing valve 200 inside the check valve is formed with a latch, made of any one material selected from metal, rubber, synthetic resin, silicon material, the shape is circular, disk, square, rectangular, triangular, cylindrical, The check valve 140 formed on one side of the container cap 20 is made of any one selected from oval, square, lozenge
A gas outlet 260 is formed to discharge gas or liquid and presses the on / off valve 200 installed in the check valve 140 by the pressing member 300. The on / off valve 200 is pushed downward. While the gas or liquid water discharge pipe is opened while the gas or liquid body is discharged out of the container cap container is installed.

The method according to claim 2
When the on-off valve 200 installed in the check valve 140 is pushed, the on-off valve 200 is opened and air is discharged, and when the on-off valve 200 is released, the spring is tensioned by the elastic member including the spring. Container valve is installed with a check valve, characterized in that the opening and closing valve 200 is upwardly closed, the flow path or the hole which is the gas or liquid water discharge pipe is closed.

The method according to claim 3
The check valve 140 installed in the container cap 20 is provided with a gas outlet 280 configured with a one-way check valve 140 for blocking external air and discharging gas or liquid, and the container cap 20 Coupling of the check valve 140 and the container cap 20 attached to one side is attached to the container cap 20 by any one of means selected from step coupling, adhesive coupling, screw coupling, magnetic coupling, fitting coupling Container cap is installed, characterized in that the check valve.

The method according to claim 4,
The check valve 140 has a through-hole or flow path through which gas and liquid water pass to the center or side, and the on-off valve 200 of the check valve 140 is a spring or elastic installed in the check valve 140 An artificial pusher configured or extended to be pulled up and down by elasticity of the member, and peels, cuts, and pores the check valve cover 180 of the cap upper surface 60 to manipulate the pressing member 300 in an open state. By opening and closing the valve 200 of the check valve 140 is a container cap with a check valve, characterized in that to discharge the gas or liquid to the outside.

The method according to claim 5
The pressure valve existing in the container 40 is opened by opening or closing the valve 200 which blocks the through hole by manually pressing the on / off valve 200 installed in the check valve 140 installed in the container cap. Container cap is installed with a check valve, characterized in that the liquid is discharged to the gas discharge portion 280 connected to the check valve coupling portion 160 and exits to the outside.