KR20040083563A - A bottle cap and container within adding thing as well as reception room of gas - Google Patents

Abstract

PURPOSE: Provided are bottle cap and vessel to protect raw material or additive from hazardous gas on sealing up the container having the raw material or additive by coupling a first and a second cap with each other, to make a very rapid production possible, and to make the opening of the cap simple and clear. CONSTITUTION: The bottle cap(100) has a lower and upper cap(10,20) and a container of additive and gas, and separately stores more than two contents in one vessel, and the vessel(200) has a hook(40) formed on its inside wall and is threaded-connected with the lower cap(20) whose inner part has a raw material container and which is also threaded-connected with the upper cap(10) to seal the raw material container, wherein the hook and the hole(31) of the projection is coupled when opening the bottle cap(100), and then an airtight membrane is cut along the cut line thereof.

Description

A bottle cap and container within adding thing as well as reception room of gas}

Most containers currently being distributed and sold are intended to store and use only one type of substance in one container. Therefore, the material stored in one container may cause problems such as decrease in component efficacy of the material or change of color, generation of suspended solids in the material, and precipitation as time passes by mixing of various materials. In order to solve this problem, a number of researches have been conducted in recent years, and the technologies developed in various ways are disclosed as Utility Model Registration Number 20-0287435 and Utility Model Registration Number 20-0287618.

Among the prior arts in the field that can be put to practical use, for example, the patent application number 10-2002-0012071 discloses a bottle having a storage compartment between a stopper and an intermediate stopper.

However, this invention has problems such as the bottle-related foreign matter remains inside the bottle after opening the bottle, the mass production by the automation is difficult, the production price is increased, and the receiving space inside the bottle is inefficient compared to the size of the bottle, inefficient, raw materials or additives The operation of sealing the gas in the cap is performed by thermal bonding, ultrasonic welding, or adhesive method, and there has been a possibility that harmful gases generated during sealing may infiltrate raw materials or additives.

Therefore, the present invention was devised to solve the above problems of the prior art, and the first and second plugs are coupled by screws to prevent harmful gas from penetrating the raw materials or additives when sealing the raw materials or additives in the storage chamber. Raw materials or additives are added to the storage room in advance, and the container is moved to the container sealing process along the automatic line, so that the sealing work is completed, so that the product can be produced very quickly, and simple and clear operation occurs when opening the bottle cap. There is this.

1 is a cross-sectional view of the bottle cap and the container associated with the present invention

Figure 2 is a perspective view of a cap on the present invention

3 is a perspective view and a partially enlarged view of a container hook according to the present invention.

4 is a plan view showing a bottom portion incision line of a bottle cap according to the present invention;

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

100: bottle cap 200: container

10: first stopper 20: second stopper

30: projection 31: projection hole

40: hook 41: incision groove

50: raw material or additive 60: first stopper hook teeth

70: second stopper hook 80: incision

81: non-incision 90: sealing jaw

In order to achieve the above object, a configuration according to the present invention will be described in detail with reference to the accompanying drawings. 1 is a cross-sectional view of the bottle cap 100 and the container according to the present invention.

Referring to the drawings, the inner surface of the container 200, the opening of which is made in the shape of a screw, has a hook 40, which is characterized by the following. The second stopper 20 is coupled to the screw of the container 200 on the container 200, and a thread is formed on the outside of the second stopper 20, and an internal material, an additive 50, or a gas is embedded therein. There is a space to be made.

The lower end of the second stopper 20 has a sealing film formed with an incision line 80. One side of the protrusion 20 is formed with a protrusion 30 having a predetermined shape, and a protrusion hole 31 is formed inside the end of the protrusion 30. It is preferable that the sealing membrane is lowered to the inside of the container 200 because the raw material or the additive 50 in the storage chamber does not leave the container 200 when the lid is opened. In addition, the first stopper 10 is a stopper for sealing the contents in the receiving chamber of the second stopper 20 as a coupling means, there is a screw fit or an interference fit, but it is preferable to be coupled by screw fit.

Referring to the operation of the bottle cap 100, the built-in additives and the gas receiving chamber as described above according to a preferred embodiment to the raw material or the additive 50, the gas in the receiving chamber of the second stopper 20 When the first stopper 10 is sealed by turning, the sealing jaw 90 of the first stopper 10 is coupled so that the contents of the accommodation chamber are sealed without oxidation or decay by external moisture and light. In addition, the engaging teeth (not shown) 60 of the first stopper are not easily released by being hooked on the stopping jaw of the second stopper 20. The catching tooth 60 referred to herein may be made into a structure that is combined with a rotational motion for sealing after injection of raw material or additive 50 in a storage chamber and is not re-separable. When re-separation is impossible, the first stopper 10 may be held and the user may open the bottle stopper 100 so that the second stopper 20 may be integrated. However, the first stopper 10 and the second stopper 20 may be separated in anticipation of a case where the raw material or the additive 50 contained in the second stopper 20 is not desired to be put in the liquid in the container 200. You can also

And the bottle cap 100 of the present invention, the contents of which are sealed in the storage chamber, is coupled to the container 200 of the present invention having a hook 40 inside the container 200 by moving according to a predetermined process while keeping the contents completely sealed. Will be.

When the operation state when coupled in detail, when the screw of the opening of the container 200 containing the predetermined contents and the screw of the second plug 20 is rotated while engaging the projection located on one side of the sealing film formed with the cut line 80 (30) is obliquely tilted while passing through the upper portion of the hook 40 is locked.

At this time, depending on the number of threads of the opening of the container 200, the projection 30 repeats the tilting motion and the rising motion when passing through the hook 40, but the last time just before the container and the second stopper 20 is sealed. The most inclination in the state is intensified.

And when the bottle cap 100 reaches the fully sealed state, the projection 30 is gradually raised by the material having its own elasticity, and is stored and distributed in the atmospheric state. Here, the material is preferably a harmless PVC compound or rubber compound aluminum plate of the petrochemical series.

Hereinafter, the operation that occurs when the user separates the bottle cap 100 of the present invention, which has been stored and distributed from the container 200, the protrusion 30 is the hook 40 of the container 200 when the bottle cap 100 rotates. Concave and convex portion of the hook 30 into the projection hole 31 while coming in contact with the part is opened while the sealing film is torn along the incision line 80 in the state that the projection 30 can not be rotated. At this time, even if the sealing film torn to the end of the incision line 80 reaches the non-incision portion 81, which is difficult to tear anymore, when the user's force is applied to the opening direction, the vulnerable part is broken and is separated. There it is. In addition, when the incision line 80 is torn off and the sealing membrane reaching the non-incision becomes difficult to tear and the periphery of the hole of the protrusion 30 is strong, the hook 40 may be broken, but the hook 40 By forming an incision groove 41 in the lower end can be to come off the lower end of the hook 40.

The above-listed contents are very meaningful, and when the inner wall hook 40 of the container 200 protrudes even after opening, not only gives disgust but also may cause unexpected accidents when children play with toys. Therefore, in the state in which the hook 40 is coupled to the projection hole 31 by the method, it is preferable to form a coupling insertion groove structure that does not separate even after the tear line 80 of the sealing film is torn. That is, when the bottle cap 100 is completely opened and separated, the hook 40 of the container 200 is very preferably separated from the container 200 in a fixed state by being fitted into the protrusion hole 31.

In other words, the hook 40 in the inner wall of the container 200 is separated from the bottom attached to the container 200, so that the inner wall of the container 200 is neat and the hook 40 comes out of the container 200. Do not fall into the contents of the projection hole (31) must not be inserted and released.

And here the material of the container 200 is preferably a container 200 made of a material other than glass. In addition, in order to reuse the container 200, it is natural that the protrusion hole 31 is designed to be weak so that the hook 40 is not broken.

In the present invention, even after opening and tearing the incision line 80 and flowing the contents of the stopper down into the container 200, when the raw material or the additive 50 is fixed, the stopper is resealed and variously sealed. Shaking may facilitate dilution or mixing. In addition, the shape of the projection 30 or the projection hole 31 and the angular angular shape 40 may be modified in addition to the typical structure shown in the drawings. Furthermore, a partition (not shown) may be installed inside the material storage chamber. It is also possible to make it possible to separate the ingredients or additives 50 with different ingredients.

As described so far, the bottle cap and the container according to the present invention have a very simple structure with a built-in chamber inside the bottle cap, so that mass production is easy and the packaging operation can be made quickly by an automated process. The harmful gas due to welding does not penetrate the inside of the accommodation room, which is beneficial to the health of the user and can satisfy the various preferences of the customers and provide satisfaction.

Claims (8)

A bottle cap capable of separating and storing two or more contents in a container, and in the container, a hook is formed on the inner inner wall of the container, and a raw material storage chamber is provided inside the bottle cap which is screwed to the container. Caps and containers with integrated additive and gas chambers The bottle cap according to claim 1, wherein the hook on the inner inner wall of the container and the hole of the protrusion are combined to open the cap and cause the rupture according to the incision of the sealing membrane. The bottle cap container according to claim 1, wherein the hook portion of the container is cut as necessary so as to be inserted into the hole of the protrusion connected to the sealing membrane at the bottom of the cap so as not to fall into the container. 2. The bottle cap according to claim 1, wherein the cap and the chamber containing the additive for screwing with the upper lid to seal the inner chamber are sealed. The additive and gas storage chamber according to claim 2, wherein the incision line of the sealing membrane is formed in a structure surrounding the protrusion, but the outer incision line rotates in a circular shape and stops, and the inner line has an S-shape to stop at the center point. Toothed cap The cap according to claim 1, wherein the projections of the sealing membrane, the holes of the projections, and the shape of the hooks of the containers are formed according to the user's needs by varying angles, directions, and structural shapes to suit the purpose. The bottle cap according to claim 1, wherein a partition is provided in the storage chamber so that the raw materials or additives of different components can be separately placed. The container of the bottle cap according to claim 3, wherein a cutting groove is formed in the hook portion of the container so that the cutting groove is cut when the lid is opened to remove the hook on the inner wall of the container.