KR100900728B1 - Bottle cap - Google Patents

Abstract

The present invention stores the additive and the storage member 200 having an outlet on the lower side,

Opening member 300 for discharging the additives by closing the outlet of the storage member 200 with the end plate 310,

It comprises an easy-fill film body 500 coupled to the lower end of the end plate 310 of the opening member 300 to surround the lower end of the end plate 310 and coupled so that the diameter of the outer end is larger than the diameter of the end plate 310. ,

The lower end of the inner tube 215 constituting the outlet 212 portion of the storage member 200 is a stopper of the container, characterized in that configured to be above the easy-fill film body 500.

Container stopper, easy peel film

Description

Bottle cap {Bottle cap}

The present invention is a container for discharging the additive contained in the storage member to open the opening member to discharge to the outlet of the storage member, at the lower end of the inner tube of the storage member when the end plate is raised to the lower end of the cylindrical end plate to open and close the opening member It relates to a container stopper fusion bonding the easy-fill film body that the outer surface is in contact with the end plate to prevent the penetration of moisture, and easy separation.

The cap of the container performs a function of opening and storing the contents, and in recent years, a structure for opening and closing the cap when adding and storing a separate additive is known. For example, FIG. 1 is an exploded perspective view, and FIG. 3 is a cross-sectional view for showing a coupled state, Figure 4, 5 is a cross-sectional view for showing the operating state, the storage member 200 and the opening member 300 and the removable valve 400 largely The storage member 200 is a screw thread 213 formed on the inner circumference of the storage member 200 is tightly coupled with the thread 112 formed on the general container 100 to protect the contents in the container 100, the outer thread is formed 230 is coupled to the opening member 300 by screwing the opening member 300, the inner side protrusion 224 is formed on the outer side of the upper end of the storage member 200, the discharge port in the direction of the inner central axis ( 212) And, the lower end of the outlet (212) has a latch axis (272) or the engaging gear is formed.

The inner protrusion 224 prevents the detachment of the opening member 300 during operation of the container 100 and provides the function of raising together by engaging the storage member 200 with the rotation of the opening member 300. do.

The outlet 212 is more efficiently formed in the lower end of the storage member 200, the use of the container 100 when the additive in the opening member 300 is a passage for the discharge into the container 100 Will be provided.

The locking shaft 272 is firmly engaged with the desorption valve 400 when using the container 100 to secure the desorption valve 400 provides a force to separate the bottom surface and the desorption valve 400 of the opening member 300. And, the upper surface is formed in a slightly inclined shape of the removable valve 400

At the time of entry, it is easy, but at the time of detachment of the catching shaft 272 of the detachment valve 400 is impossible.

The opening member 300 is formed so that the screw thread 322 is coupled to the screw thread 230 formed on the outer periphery of the storage member 200, the cylindrical end plate in the inner axial direction of the developing member 300 ( 310 is formed to protect the receiving portion 210,

An airtight groove 328 is formed on the lower lower surface of the end plate 310.

The sealing groove 328 is tightly coupled to the sealing protrusion 428 formed in the desorption valve 400 during storage and distribution of the container 100 to prevent the outflow and discharge of the additive (W2) in the receiving portion (210).

The detachable valve 400 has a sealing protrusion 428 formed on the outside of the upper end so as to be tightly coupled to the sealing groove 328, and a locking groove 472 is formed at the outside center thereof, and an entrance shaft 425 at the bottom thereof. This is composed.

The locking groove 472 is engaged so that the removal valve 400 which is lowered together with the opening member 300 when the container 100 is used is engaged with the locking shaft 272 and the locking gear formed on the fixing member 200. It is configured to engage the shaft (272).

The entry shaft 425 is in the form of an empty cylinder that is narrowed downward, so that the entry shaft 425 is engaged with the locking shaft 272 so that the descending release valve 400 is easily caught by the locking shaft 272. This is to allow some bending towards the center.

In the use of the present invention, when the opening member 300 is rotated slightly in the clockwise direction as opposed to the counterclockwise direction, which is a general method of opening a container, the removal valve 400 is also lowered at the same time as the opening member 300 is lowered. Opening member 300 was lowered of the storage member 200

No more lowering by close to the upper side, the desorption valve 400 was lowered at this time is detached by engaging the locking groove 472 of the desorption valve 400 firmly to the locking shaft 272 formed in the storage member 200. The valve 400 and the storage member 200 are fixed to each other.

Then, when the opening member 300 is rotated in the counterclockwise direction, which is a general method, only the opening member 300 separated from the detachable valve 400 is raised. At this time, the additive W2 is stored through the lower surface of the opening member 300. It is discharged through the outlet 212 formed in the (200).

In addition, when the opening member 300 continues to rise, the thread 322 formed on the opening member 300 is caught by the inner protrusion 224 formed on the storage member 200, so that the storage member 200 also rises together. The contents W1 mixed with (W2) can be used immediately without any inconvenience.

In addition, the additive may be simply transported from the filling factory to the beverage production plant after sealing the desorption valve 400 after filling in the receiving portion 210. In another use method, the opening member 300 which is filled and sealed by the removable valve 400 may be hooked to the storage member 200.

After the rim shaft 272 or the lower end of the locking gear is entered, fixed and shipped, the user can use it as a general container if it is opened and operated only in a counterclockwise direction, which is a general opening method.

However, this method has the advantage that it can be used by adding an additive, but due to the infiltration of moisture due to the nature of the plastic powder additives have a problem that it is difficult to add the powder or cause hygiene problems.

Another known technical structure is a storage member 200 having an inner tube 215, which is screwed with the inlet of the container 100 and opened downwards inside the bottle inlet to form a storage space as shown in FIG.

Opening member 300 having a screw end coupled to the upper end of the storage member 200 and having an end plate 310 having a length exposed downward through the inner diameter of the inner tube 215,

Closing the bottom of the end plate 310 and the rim is made of a removable valve 400 extended to reach the bottom of the inner tube (215). The removable valve 400 has a removable groove 401 to be coupled to the end of the end plate 310 and a valve edge 402 outside the removable groove 401.

When assembling this, the end plate 310 of the opening member 300 is fitted to the inner tube 215 of the storage member 200, and the bottom end of the end plate 310 is upward, and then an additive is placed in the exposed space. The detachable groove 401 of the detachable valve 400 is coupled to the exposed end plate 310.

And when used, it is used by capping it to the container 100. When the opening member 300 is turned upward, the valve edge 402 comes into contact with the lower end of the inner tube 215 to stop the lift of the detachable valve 400. The lower end of the end plate 310 is separated and detached from the detachable groove 401. This method is easy because the addition of the removable valve 400 itself is separated. Detachable valve 400 is separated into the user's mouth is a factor to offend the user, there is a problem in the case of children to prevent the airway to fall into danger. In addition, since the desorption valve 400 is made of polyethylene or polypropylene and has moisture permeability, when the powder additive is used, the additive is agglomerated with moisture permeable, so that the additive is not added or the performance of the addition is reduced.

The present invention is to solve this problem, an object of the present invention is to provide a seal of the container to prevent the penetration of moisture by configuring the bottom of the opening member for receiving the additive and opening and closing the bottom of the easy-fill film to prevent the penetration of moisture. Is to provide a stopper.

Another object of the present invention is to seal the lower end of the tubular end plate forming the opening member with an easy-fill film body, the easy-fill film body is larger than the outer diameter of the end plate to be larger than the inner tube inner diameter of the storage member to increase the separation of the opening member It is intended to provide a closure of the container so that the easy-fill film body can be easily separated and stored without permeation of moisture and added only when used.

Still another object of the present invention is to provide a stopper of the container which improves usability by making the fixed portion of the exposed portion of the edge coupled to the hook body of the lower end of the inner tube, not separated, even if the easy film body is separated as in Example 4 .

Another object of the present invention is the high-frequency fusion of a thin easy-fill film body on the bottom end plate of the opening member as in Example 5 by combining the open member and the storage member fused to the easy film body and then capping to improve the capping property, It is intended to provide a closure of a container that provides watertightness to improve the preservation of the additive.

Still another object of the present invention is to insert and fix the storage member to the inlet of the container as in Example 6 to reduce the user's rejection by forming a shape like a general container from the outside, easy peeling film body is fixed without being separated and usability and It is intended to provide a container closure that improves consumer access.

Another object of the present invention is to combine the separate sealed storage container to the end plate of the opening member as in Example 7, so that the storage member can be used as a glass or ceramic special synthetic resin, etc. It is intended to provide a stopper for the container that extends the range of use.

Another object of the present invention is to use a separate separate container as in Example 8, so that the upper end of the separate container can be combined with the opening member in the coupling groove formed on the inner upper side of the opening member to allow room, the separate when turning the opening member The container simply lifts up to reduce the force required to turn the opening, thus providing a cap for the container that is easy for children to use.

Another object of the present invention can be applied to the field of high temperature sterilization products difficult to use the easy-fill film, instead of the aluminum thin film instead of the easy-fill film body as in Example 9, if the functional material is further coated on the aluminum thin film We want to provide a stopper of one container so that we can implement it.

To this end, the present invention is to store the additive and the storage member having an outlet on the lower side, opening and closing the outlet of the storage member to the end plate and the opening member for discharging the additive, coupled to wrap the bottom of the end plate on the bottom end of the opening plate And it comprises an easy-fill film body bonded so that the diameter of the outer end is larger than the diameter of the end plate,

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The lower end of the inner tube forming the outlet portion of the storage member is configured to be above the easy-fill film body.

The easy-fill film body is composed of an exposed portion exposed to the outside of the diameter of the end plate to reach the lower end of the inner tube when the open member is fused to the lower end surface of the end plate. The exposed portion may be separated from the inner tube or fused at the same time to the lower end of the inner tube, or may have a hook having a larger outer diameter at the lower end of the exposed tube so that the easy-fill film body is fixed to the inner tube without being separated.

The easy-fill film body is easily fused and a base film for supporting only the easy-fill film that is separated from the fusion part M and the easy-fill film that can be easily separated from the fusion part M, and the easy-fill film part when the easy-fill film is separated and separated. Is done.

Aluminum foil, which is a metal foil, may be used instead of the easy film body,

In this case, the aluminum foil is composed of an aluminum foil and a hot melt adhesive layer coated on the surface of the aluminum foil to perform a hot melt adhesive function.

As described above, in Embodiment 1 of the present invention, the outer edge portion of the easy-fill film body, which was blocking the end plate of the opening member, stopped when the opening member was raised by touching the lower end of the inner tube of the storage member, so that the lower end of the opening member was opened. It can be added only when it is used in the absence of moisture penetration, so it is easy to add, maintain freshness of additives, and allow long-term storage.

In addition, Example 4 of the present invention, even if the easy-fill film body is separated, since the exposed portion of the rim is coupled to the hook body of the lower end of the inner tube hook to achieve a fixed state rather than separation to improve usability.

In addition, Example 5 of the present invention is a high frequency fusion of a thin easy film body on the lower end of the end plate of the opening member, so that the easy film body is bonded to the open member and the storage member can be combined with each other and then can be capped to improve the capping property, providing water-tight additives Improves the preservation of the.

Embodiment 6 of the present invention is to insert and secure the storage member to the inlet of the container to achieve the same shape as the general container from the outside to reduce the user's discomfort, the easy-fill film body is fixed without separation is improved usability and consumer accessibility .

Embodiment 7 of the present invention combines a separate sealed storage container to the end plate of the opening member, so that the storage member is composed of glass or ceramic special synthetic resin, etc., thereby widening the use range for various purposes such as medical or baby food for special purposes. give.

Embodiment 8 of the present invention uses a separate separate container, but the upper end of the separate container is coupled to the opening member in the coupling groove formed on the inner upper side of the opening member so that the separate member is simply raised when turning the opening member. Therefore, the force required to turn the opening member is reduced so that children can use it easily.

Example 9 of the present invention is to replace the aluminum thin film instead of the easy-fill film body, can be applied to the field of high temperature sterilization products difficult to use easy-fill film, it is possible to implement a variety of functionality by further coating the functional material on the aluminum thin film. .

7 is a cross-sectional view showing a first embodiment of the present invention, FIG. 8 is a cross-sectional view showing a second embodiment of the present invention, FIG. 9 is a partially enlarged cross-sectional view for explaining the main part of a second embodiment of the present invention, and FIG. Partial enlarged cross-sectional view showing the principle of use of the present invention, Figure 11 is a cross-sectional view showing a third embodiment of the present invention,

Storage member 200 for storing the additives and having an outlet on the lower side,

Opening member 300 for discharging the additives by closing the outlet of the storage member 200 with the end plate 310,

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It comprises an easy-fill film body 500 coupled to the lower end of the end plate 310 of the opening member 300 to surround the lower end of the end plate 310 and coupled so that the diameter of the outer end is larger than the diameter of the end plate 310. ,

The lower end of the inner tube 215 constituting the outlet 212 portion of the storage member 200 is configured to be above the easy-fill film body 500.

The easy-fill film body 500 is the diameter of the end plate 310 so as to contact the lower end of the inner tube 215 when the coupling portion 510 and the opening member 300 is fused to the lower surface of the end plate 310 It consists of an exposed portion 520 exposed to the outside.

The easy peel film body 500 is easily fused, and the easy peel film 501 that functions to be easily separated from the fused part and the unmelted part and the easy peel film 501 that is fused when supporting and separating the easy peel film 501 501 consists of a base film 502 for supporting only a part to be separated.

Easy Peel Film prevents moisture penetration, and it can be fused to the cap of the address container to prevent the contents of the container from penetrating from the moisture, extending the shelf life from 6 months to 1 year. Applying to the present invention using the reality used a lot, it was completed in a vacuum molding method in a state capable of receiving a separate detachable force in the stopper.

The easy-fill film used in the present invention uses a commercially available film, which is known by domestic patent registration Nos. 10-0450386, 10-0581547, 10-0589997, 10-0563479, 10-0691399, and the like. The easy-fill film that can be preferably used in the present invention can be exemplified by using the resin of Patent No. 10-0563479 or the resin of Patent No. 10-0581547 with good adhesion to polypropylene or polyethylene. But it is not limited thereto.

 The base film 502 used in the present invention can be selected and used as a single layer or multiple layers among various polymers such as polyethylene terephthalate (PET), polypropylene, and polyethylene, and adds functionality (heat resistance, water tightness, gas barrier property, etc.). To add an additional layer may be used.

The principle of using this is because the easy peel film 501 of the easy peel film body 500 is sealed by bonding to have a fusion portion (M) by the end surface 310 and the bottom surface of the high frequency fusion, as shown in FIG. ), It is completely waterproof.

In use, when the opening member 300 is rotated and raised, the exposed portion 520 of the easy peel film body 500 comes into contact with the lower end of the inner tube 215, and a force to stop the rise is applied, and the easy peel film 501 has an end portion. Maintaining the bond with the plate 310 is separated as shown in FIG. 10 and the remaining easy-fill film and base film 502 is lowered. Therefore, the additive is discharged through the direction of the arrow through the bottom space of the open end plate 310.

The easy-fill film body 500 in the present invention may be combined horizontally by forming a fusion portion (M) and the bottom surface of the end plate 310, as necessary, such as to enhance the bonding force with the end plate 310 (the embodiment of Figure 8 2), to form a fusion portion (M) on the bottom surface of the end plate 310 may be combined to wrap a portion of the inner surface of the end plate 310 as shown in Figure 11 (Example 3). Of course, as shown in Figure 7 may be configured to surround only a portion of the outer surface of the lower fusion portion (M) of the end plate 310 (Example 1).

Of course, if the concave-convex configuration is formed at the lower end of the inner tube 215 on the ring supporting the lower end of the outlet shown in FIG. 7 and the corresponding exposed portion 520 forms the concave-convex shape, the bonding force of the easy-fill film body 500 is enhanced and separated. It becomes easy, and the thickness of an easy-fill film body can also be made thin.

12 is a cross-sectional view showing a fourth embodiment of the present invention, the easy-fill film body 500 is fused on the lower end of the end plate 310 of the opening member 300, the lower end of the inner tube 215 protrudes outward The hook body 217 is formed, and the exposed portion 520 of the edge portion, not the middle coupling portion 510 of the easy-fill film body 500, is formed to surround the hook body 217. Although the fusion portion M is illustrated as being formed at the bottom of the end plate 310 in the drawing, it may be further formed on the bottom surface of the hook body 217.

In this case, since the fusion portion M is easily separated due to the characteristics of the easy-fill film when the opening member 300 is turned up, the additive contained in the end plate 310 is discharged into the container 100 through the outlet 212. The exposed portion 520, which is an edge portion of the easy peeling film body 500, is coupled to surround the hook body 217, thereby preventing the easy peeling film body 500 from floating inside the container 100.

Figure 13 is a partially cutaway exploded cross-sectional view showing a fifth embodiment of the present invention, Figure 14 is an enlarged cross-sectional view of the main portion showing the coupling state of Figure 13, screwed to the container inlet and the bottom is opened inside the container inlet to form a storage space A storage member (200) having several inner tubes (215) forming a vertically divided groove (216) in which a portion of the side is cut to provide elasticity;

An opening member 300 screwed at the top of the storage member 200 and having an end plate 310 having a length exposed downward through the inner tube 215 inner diameter;

The coupling part 510 is fusion-bonded with the lower end of the end plate 310 to block the lower end of the end plate 310, and the exposed part 520 extending from the coupling part 510 so that the rim contacts the bottom of the inner tube 215. It is made of an easy-fill film body 500. Of course, the easy-fill film body 500 is made of an easy-filled plate 501 coupled to the base film 502, the lower end of the end plate 310 forms a fusion portion (M) when the high-frequency fusion with the easy-fill film (501).

The advantage of this method is that unlike the prior art of Figure 6 uses the easy-fill film body 500 and the high-frequency fusion using the easy-fill film body 500 and the thickness of the easy-fill film body 500 is micro, thin, vacuum In the case of molding and using high frequency fusion using the same, the easy peeling body 500 is exaggerated in FIG. 13, but the additive is placed in the end plate 310 as shown in FIG. 13, and the high frequency welding is performed using the easy peeling body 500. When it is inserted into the inner tube 215 of the storage member 200 in one state, the end plate 310 can be fitted by the tension generated by the divided grooves 216 formed vertically in the portion where the inner tube becomes smaller in diameter. When the diameter is increased and then fitted, the original position can be fitted and fitted as shown in FIG. 14 so that assembly is easy and watertightness is perfected.

In use, when the opening member 300 is turned, the end plate 310 integrated with the opening member 300 rises, and the adhesion part M on which the easy peel film 501 is fused at the bottom of the end plate 310 is torn off. As it rises like the plate 310, the easy-fill film body 500 naturally descends and at the same time, additives are added into the container through the lower end plate 3100.

FIG. 15 is an enlarged cross-sectional view illustrating a main part of a sixth embodiment of the present invention. As shown in FIG. 13, the storage member 200 is fixed to the inlet of the container 100 by a hook, and the opening member 300 is the storage member 200. Simultaneously press and form the configuration of screwing directly to the inlet screw of the container 100. In addition, the storage member 200 is coupled to the inlet of the container 100, the coupling hook 281, the coupling hook 281 and the tubular inner tube 215 is placed in the inlet of the container, and the tubular inner The additive discharge outlet 212 formed in the lower end of the tube 215, the protruding hook body 217 protruding in the outer radial direction to the lower end of the inner tube 215, and the exposed part at the upper upper end of the hook body 217. It consists of a hook groove 218 for fixing the (520).

This method omits a separate means for supporting the opening member 300 in the storage member 200 and simply consists of the storage member 200 is coupled to the inlet of the container 100 when viewed from the outside with the general container cap and There is an advantage that there is no difference, it is a method of seating and fixing the exposed portion of the easy-fill film body 500 to the hook body 217 and then high frequency fusion to form a fusion portion (M), the separated easy-fill film body 500 is a user There is no fear of getting into the mouth. Of course, the easy peeling film body 500 and the end plate 310 are easily separated and separated by the fusion unit M, and are easy to use. Since the easy peeling film body is used, the watertightness is excellent. It is constant.

16 is a view showing the seventh embodiment of the present invention, in the embodiments 1 to 6 in the additives in the end plate 310 and the easy film body 500 is placed on the end of the end plate 310 by high-frequency fusion end plate The lower portion of the 310 is a structure in which the method of blocking the easy film body 500 is modified. That is, the end plate 310 formed in the inner center of the cap-shaped opening member 300 is simply configured to hook, and securely couples a separate container 330 hooked to the end plate 310. .

The separate container 330 is a tubular body 333 constituting a space for receiving the additive, blocking the upper end of the body 333, the engaging protrusion 334 and the hook coupled to the end plate 310, the body ( It consists of a high frequency fusion easy peeling film body 500 which blocks the lower end of 333). The easy-fill film body 500 is a coupling portion 510 blocking the lower end of the body 333, and the exposed portion 520 exposed to the outer side of the coupling portion 510 and in contact with the lower end of the inner tube 215. Is done. Of course, the easy-fill film body 500 is the same as those of Examples 1 to 6 made of a Baya film 502 and the combination of the easy-fill film 501, the shape of the easy-fill film body 500 is Example 1 to It can be variously modified as shown in 6.

17 is the eighth embodiment of the present invention, the same manner as using a separate separate container 330 is the same as the seventh embodiment of Figure 16, the eighth embodiment of the separate container of the cap-shaped opening member 300 Irrespective of rotation, only the up and down movement while idling is interlocked with the opening member 300. That is, the extra coupling head 331 protruding to have an outer diameter larger than the outer diameter of the inner tube 215 on a separate container 330 and the upper end of the inner tube 215 on the lower surface of the extra coupling head 331. It includes a sealing dowel wheel 332 extending vertically to seal the.

The end plate 310 according to the eighth embodiment of the present invention protrudes toward the center to form a coupling groove 311 having a free space for coupling the free coupling head 331 to the inner upper inner wall of the opening member 300. To achieve. In addition, the structure which high frequency fusion-bonds the easy-fill film body 500 to the lower end of the trunk 333 is the same. In this case, since the separate container 330 is idling in the eighth embodiment, even when the opening member 300 is rotated, idling does not require additional force to open the opening member 300, thereby providing an effect of easily opening. In addition, the container 330 receives only the lifting force for separating only the fusion portion M of the easy-fill film body 500, and this also acts to be separated by a small force. In the case of the first to third embodiments of the present invention, when the opening member 300 is rotated, the inclined upward vector force combined with the horizontal force to rotate and the vertical force to rise acts as a turning force. Since the separate container 330 idling with the opening member 300 does not rotate, but only rises, there is an advantage that the force due to the rotation is relatively low and can be used with less force.

In addition, the eighth embodiment is the extra coupling head 331 protruding to have an outer diameter larger than the outer diameter of the inner tube 215 on the top of a separate container 330, and the inner tube 215 on the lower surface of the extra coupling head 331. Since it includes a sealing dowel wheel 332 extending vertically to seal the top of the) always when the sealing action, the separate container 330 and the extra coupling head 331 when the opening action by rotating the opening member 300 This rises instantaneously together, so that the frictional force of the inlet of the container is eliminated, so that it can be used with a small force.

18 is an enlarged sectional view showing main parts of a ninth embodiment of the present invention;

The case where metal foil is used instead of an easy peel film body is illustrated. In the drawings, a case in which aluminum is used as the metal foil was designated and described. In this case, the end plate 310 or the bottom of the body 333 is blocked and the outer circumferential surface is sized to come in the inner tube 215. The aluminum foil of the present invention exemplifies that the aluminum foil is used among the metal foils, and may be used as a metal foil of another material, and may be used even when the metal foil and the synthetic resin are chucked in multiple layers. In this case, the technical principles used in heat-resistant bottles and pouch bottles can be applied for various applications such as heat resistance and water-tight breathable antibacterial properties. The aluminum foil 550 used in the present invention comprises an aluminum foil 551 and a hot melt adhesive layer 552 coated on the surface of the aluminum foil 551. Aluminum foil (551) used in the present invention can be configured in various ways, but preferably 40 to 50 micrometers. The hot melt adhesive layer 552 used in the present invention may be exemplified by using a hot-melt adhesive that is heated to achieve adhesiveness, and preferably forms a layer of 2 to 3 micrometers. will be. Of course, if necessary, a moisture-resistant synthetic resin polymer layer such as polyethylene terephthalate may be additionally coated in the form of 2 to 3 microns on the opposite surface of the adhesive layer 552. Of course, it is possible to apply additional coatings as needed according to the needs of the user or the characteristics of the product. Of course, even in this case, the inner tube 215 should be in close contact with the bottom of the body 333 (end plate 310), and having such adhesion to support the end of the inner tube 215 when the end plate 310 is raised. The lower end plate 310 and the aluminum foil 550 is easily separated by the force.

Since the seventh embodiment of FIG. 16 and the eighth embodiment of FIG. 17 are separated from the opening member 300 by a separate container 330, the separate container 330 is a special synthetic resin such as glass or heat-resistant material or ceramics or antibacterial agent for a special purpose. And using the remaining opening member 300 and the storage member 200 made of a general synthetic resin can be reduced cost, easy to combine, and also can be manufactured separately can be used a variety of raw materials, medical, It can be used for special purposes such as infants, and can be used for a variety of purposes.

1 is an exploded perspective view of a typical container,

Figure 2 is a perspective view of the coupled state of Figure 1,

3 is a vertical cross-sectional view of FIG. 2 before joining,

4 is a cross-sectional view of a conventional coupling state,

5 is a cross-sectional view of a conventional use state

6 is a cross-sectional view showing another conventional example;

7 is a cross-sectional view showing a first embodiment of the present invention;

8 is a cross-sectional view showing a second embodiment of the present invention;

9 is a partially enlarged cross-sectional view for explaining the main part of a second embodiment of the present invention;

10 is a partially enlarged cross-sectional view illustrating a principle of use of FIG. 9;

11 is a cross-sectional view showing a third embodiment of the present invention;

12 is a sectional view showing a fourth embodiment of the present invention;

13 is a sectional view showing a fifth embodiment of the present invention;

14 is an enlarged cross-sectional view of the main part of FIG. 13;

15 is a cross-sectional view showing a sixth embodiment of the present invention;

16 is a cross-sectional view showing a seventh embodiment of the present invention;

17 is a cross-sectional view showing an eighth embodiment of the present invention;

18 is a sectional view showing a ninth embodiment of the present invention.

Explanation of symbols for main parts of the drawings

500; easy-fill film body 501; easy-fill film 502; base film 510; bonding portion 520; exposure portion

Claims (17)

Storage member 200 for storing the additives and having an outlet on the lower side, Opening member 300 for discharging the additives by closing the outlet of the storage member 200 with the end plate 310, It comprises an easy-fill film body 500 coupled to the lower end of the end plate 310 of the opening member 300 to surround the lower end of the end plate 310 and coupled so that the diameter of the outer end is larger than the diameter of the end plate 310. , Stopper of the container, characterized in that the lower end of the inner tube 215 constituting the discharge port (212) portion of the storage member 200 is configured above the easy-fill film body (500). The end plate of claim 1, wherein the easy-fill film body 500 is bonded to the bottom surface of the end plate 310 and the end plate so as to contact the lower end of the inner tube 215 when the opening member 300 is raised. Cap of the container, characterized in that consisting of the exposed portion 520 exposed to the outside of the diameter of (310). 3. The container closure according to claim 2, wherein the exposed portion (520) is configured to wrap the lower end of the end plate (310) vertically upward. delete 3. The container closure according to claim 2, wherein a part of the inner diameter side of the coupling part (510) is configured to surround the inner diameter of the end plate (310) at a predetermined height. The container closure of claim 2, wherein the coupling part (510) is fused to an end plate (310), and the exposed part (520) is attached to a lower end of the inner tube (215). 7. The container closure according to claim 6, wherein the fusion width of the engaging portion (510) is configured to be smaller than the width of the exposed portion (520). An end plate 310 integrally formed in the inner center of the opening member 300 is placed in the inner tube 215 of the storage member 200 coupled to the inlet of the container, and in the container stopper in which the additive is contained in the end plate 310. . The easy peeling film body 500 is fused on the lower end of the end plate 310 of the opening member 300 by high frequency, the lower end of the inner tube 215 is formed with a hook body 217 protruding outward, the easy peeling film body 500 Stopper of the container formed so that the exposed portion 520 of the edge portion, not the middle coupling portion 510 of the) surrounds the hook body (217). The container closure according to claim 8, wherein the lower end of the inner tube (215) is formed longer than the lower end of the end plate (310). A storage member 200 having an inner tube 215 which is screwed with the container inlet, the bottom is opened inside the container inlet to form a storage space, and a plurality of vertically divided grooves 216 are cut to provide elasticity. ; An opening member 300 screwed at the top of the storage member 200 and having an end plate 310 having a length exposed downward through the inner tube 215 inner diameter; The coupling part 510 is fusion-bonded with the lower end of the end plate 310 to block the lower end of the end plate 310, and the exposed part 520 extending from the coupling part 510 so that the rim contacts the bottom of the inner tube 215. Stopper of the container, characterized in that comprises a easy-filled film body 500 delete The upper outer edge of the storage member 200 having an inner tube 215 having an open upper and lower tubular shape is fixed to the inlet of the container 100 by hooking, and the opening member 300 has an upper portion of the storage member 200. At the same time, the end plate 310 is directly screwed into the inlet screw of the container 100, coaxial with the inner tube 215, and accommodates the additive, and the lower end is fusion-sealed with the engaging portion 510 of the easy-fill film body 500. To have); The storage member 200 includes a coupling hook 281 that is fixed to the inlet of the container 100, a tubular inner tube 215 that is placed inside the inlet of the container in series with the coupling hook 281, and a tubular inner side. The additive discharge outlet 212 formed in the lower end of the tube 215, the protruding hook body 217 protruding in the outer radial direction to the lower end of the inner tube 215, and the exposed part at the upper upper end of the hook body 217. It comprises a hook groove 218 for fixing the (520), The exposed portion 520 outside the coupling portion 510 of the easy-fill film body 500 is hooked to the hook body 217, characterized in that the container closure. The method of claim 8, 10, 12, wherein the easy-fill film body 500, the easy-fill film 501 and the easy-fill film 501 functioning to be easily separated from the non-fused portion Stopper of the container, characterized in that consisting of the base film 502 for supporting so as to separate only the portion of the easy-fill film 501 fused when separated. An opening member (300) having a hook-shaped end plate (310) for protruding integrally in a cap-shaped inner center to receive and secure a separate container (330); A storage member (200) having an inner tube (215) screwed with the inlet of the container (100) and screwed back with the opening member (300) to the extended upper screw and contacting the inner wall of the inlet of the container (100);  It comprises a separate separate container 330 hooking to the hook-type end plate 310; The separate container 330 is a tubular body 333 constituting a space for receiving the additive, and the engaging protrusion wheel 334 to block the top of the body 333 and the end plate 310 and the hook, the body Stopper of the container, characterized in that made of a high-frequency fusion easy-fill film body 500 to block the bottom of the (333). Opening member 300 having an end plate 310 that forms a coupling groove 311 of a predetermined width and depth on both sides of the upper end of the cap shape, and protrudes at the bottom of the coupling groove 311 to fix and receive a separate container 330. Wow; A storage member (200) screwed with the inlet of the container (100) and screwed back with the opening member (300) to an extended upper screw and having an inner tube (215) on the inlet wall of the container;  It comprises a separate container 330 is placed in the coupling groove 311 by the end plate 310 having a free space so as to be idling, and receives an additive therein; The separate container 330 is a tubular body 333 forming a space for receiving the additive and the body 333 to block the top of the margin to fit the coupling groove 311 by the end plate 310 Stopper of the container, characterized in that the coupling head 331, the easy-fill film body 500 is made of high frequency fusion to block the lower end of the body 333 to prevent the separation of the additives. 16. The container closure according to claim 15, further comprising a sealing dowel wheel (332) extending vertically to seal the upper end of the inner tube (215) of the storage member (200) on the lower surface of the clearance coupling head (331). . The aluminum foil 550 according to any one of claims 1, 8, 10, 12, 14, and 15, which is a metal foil instead of the easy-fill film body 500; Aluminum foil 550 is a cap of the container, characterized in that the aluminum foil 551 and the heat-melt adhesive layer 552 is coated on the surface of the aluminum foil 551 to perform a hot melt adhesive function.

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