WO2011046409A2

WO2011046409A2 - High moisture resistant stopper capable of providing additives

Info

Publication number: WO2011046409A2
Application number: PCT/KR2010/007113
Authority: WO
Inventors: 조영국
Original assignee: 박정욱
Priority date: 2009-10-16
Filing date: 2010-10-16
Publication date: 2011-04-21
Also published as: WO2011046409A9; CN101941552A; WO2011046409A3; KR20110041584A

Abstract

The present invention relates to a high moisture resistant stopper capable of providing an additive, comprising: a lower cap (120) coupled to an opening (2) of a container, which has a crushing portion (124-3) that protrudes toward a central upper portion at a certain depth inside the opening of the container; an upper cap (130) coupled with a screw to the upper portion of the lower cap (120), wherein a nut pipe (136) having an inner screw (135) in an inner center is coaxially integrated with the lower cap (120); and a push cap (140) attached to the nut pipe (136) by a screw-type coupling, and which accommodates an additive inside, wherein a sealing thin film (146) is melt-bonded to a lower opened portion to enable the additive inside to fall into the container when the sealing thin film is crushed by pushing and coupling with the protruded crushing portion (124-3). More specifically, the present invention comprises: lower cap (120) adapted for an opening of a container, which supports protruded crushing portion (124-3); a support (124-36a) which supports the protruded crushing portion (124-3) and forms a vertical side aperture (124-36) where the contents of the container traverse through; a first rib protrusion (143) which protrudes vertically towards support (124-36a) and radially to the outer circumference of the push cap; and a second rib protrusion (124-2) which provides lateral support and guides the vertical motion of the push cap.

Description

Container stopper with additives with strong moisture resistance

The present invention relates to a container cap capable of adding an additive having a high moisture resistance, wherein the lower end of the pressing cap containing the additive is sealed with a sealing film having good moisture resistance and sealing property, and when the additive is added, when the product is crushed in the protruding fracture portion of the lower cap. The present invention relates to a container cap capable of adding a moisture resistant strong additive that is folded and stored in a space between a rib fixing ring and an insertion tube that is pushed by a curved surface to support a protrusion fracture part and improves hygiene and safety.

In general, there is a technique known to contain powdered medicines or additives, and to press them when used, and to add them to the inside of the container. The structure in which the container housing the additive at the inlet of the container and the pressing hole coaxially coupled to the center of the container are combined. When the user presses the protrusion presser and pushes it into the container during use, the bottom of the presser tears the bottom of the container so that the bottom of the container is opened so that the additives inside the container are lowered into the container so that the contents of the container into the container. Although a technique of a structure for adding is known, there is a problem in that the bottom surface of the container is weak to moisture, so that the contents thereof change due to condensation, etc., so that it is difficult to store for a long time.

In order to solve this problem, an additive-addable container having improved sealing property, in which the bottom surface of the container is fused with a thin film such as aluminum, has been developed. As shown in FIG. 1, a hole for accommodating the tubular portion 42 of the pressing cap 40 ( Vertical rib protrusions 24-2 at regular intervals on the inner wall of the hole tube 24-1 forming the holes 24 having the first and

second jaws

25 and 26 inclined downward from the top of the top 24 to the upper edge thereof. Is protruded and the bottom of the hole tube (24-1) consists of a rib (24-31) for tearing apart the thin bottom cap (29) when the pressing cap 40 is lowered and a through hole (24-32) for dropping the additives A lower cap 20 to which the protruding crushing portion 24-3 is added;

A rib groove 43 is formed in the tubular portion 42 to allow the rib protrusion 24-2 to move up and down, and the tubular portion 42 has a push screw 41 for providing a vertical movement force on the upper outer circumference. A bottom cap 40 formed of a bottom cap 29 that ruptures when contacted with the protruding fracture portion 24-3; And

An upper cap having an inner thread 35 surrounding the pressing cap 40 and the first and

second jaws

25 and 26 and screwing with the pressing screws 41 to move the pressing cap 40 up and down when rotating. 30) including. In this case, when the tubular portion is lowered, the bottom cap 29 touches the protruding crushing part 24-3 and tears, and the contents are added to the container contents through the additional holes 24-32.

The lower cap 20, the upper cap 30, and the pressing cap 40 in a state in which the contents are filled are integrally capped at the outer circumference of the neck of the container 12 in which the contents are filled. And cap the upper cap 30 and the lower cap 20 and then sterilize.

When the user uses this, first rotate the upper cap (30). Then, the separation band 32 is intact because the mutual coupling force is generated by the knurling 33 of the first jaw 25 and the separation band 32, and only the separation membrane 31 is cut to separate the cap portion of the upper cap 30. do. At the same time, the inner surface of the auxiliary inner wall tube 34 of the upper cap 30 has an inner screw 35 and the corresponding pressing cap 40 has a pressing screw 41 so that when they are mutually coupled and rotated, the upper cap 30 is separated. The hook protrusion 36 protrudes from the lower inner wall, and the hook protrusion 25-1 is also hooked to the first jaw 25 corresponding to the hook protrusion 36, so that the upper cap 30 rotates. do. The rotating screw of the upper cap 30, the screw 41 is screwed to the inner screw 35 of the auxiliary inner wall pipe 34 is going to rotate together, the outer wall of the tubular portion 42, rib grooves 43, Since rib ribs 24-2 are formed on the inner wall of the hole tube 24-1 constituting the hole 24, the vertical movement of the pressing cap 40 is performed by vertically engaging the mutually uneven coupling state. Therefore, the bottom end of the tubular portion 42 is cut by pressing the hinge separation wall 28, the bottom cap 29 is separated in sequence. As the bottom cap 29 is sequentially separated, the additive is naturally mixed with the contents of the container in a free fall state into the interior of the container 12. The container 12 is then shaken to allow the contents and additives to be mixed. And separates the separation band 22 of the lower cap 20. In order to separate the separation band 22, the handle (not shown) of the separation band 22 is pulled apart, or the separation membrane 21 is separated when the lower cap 20 is turned in a coupled state by knurling. When the lower cap 20 is opened in this way, the pressing cap 40 coupled to the hole 24 of the lower cap 20 is also opened at the same time, so that the neck of the container 12 is exposed, and the user can drink the contents through the neck.

However, this structure is cumbersome in the process of rotating the upper cap, the process of adding the bottom cap by rupturing by the lowering of the pressing cap containing the additive, and removing the lower cap screwed to the inlet of the container. ,

When the lower cap is separated, the bottom cap rupture at the bottom of the press cap is not uniform, so fragments may be broken and exposed through the perforated hole of the protruding fracture, which may cause discomfort to the additives to the user's hands or clothes. There is a problem that a part is crushed and the additive is not added well into the container.

The present invention is to solve this, an object of the present invention, when rotating to open the upper cap, the pressing cap containing the additive is lowered into the lower cap, and the bottom of the lower cap protruding fracture to crush the sealing thin film at the bottom of the pressing cap In this structure, it is intended to provide a moisture-resistant additive-addable container stopper so that the push cap lowered during use is hooked to the protruding fracture side space, without tasting the press cap.

Another object of the present invention is to provide a moisture resistant additive-addable container stopper so that the lower pressing cap is double hooked into the protruding fracture side space to tasting without leaving the pressing cap even with a strong external impact.

Another object of the present invention when the sealing thin film of the pressing cap is cut from the protruding center of the protrusion fracture portion, the lower end of the pressing cap and the upper end of the rib fixing ring of the protrusion fracture portion made a mutually curved portion to prevent the sealing thin film from cutting. The sealing film is pushed into the outer space of the rib fixing ring by surface contact, thereby preventing the sealing thin film from being separated and detached, thereby providing a container cap capable of adding a moisture resistant strong additive having improved hygiene and visibility.

Another object of the present invention is to provide a water hole so that the water flow in the vertical direction of the push screw of the push cap, and the support cap placed in the container inlet of the corresponding lower cap has a water permeable side through hole to remove the upper cap via the lower cap The purpose is to provide a container stopper that can be added to the moisture-resistant additive that allows the contents to be drinkable in between, so as to easily open the cap and drink the contents.

Another object of the present invention is to use a sealing cap sealed with a sealing thin film to maintain the sealing resistance to have a moisture resistance, so having a moisture resistance, a container plug capable of adding a moisture resistant strong additive to enable a variety of types of additive selection Is to provide.

To this end, the present invention is coupled to the container inlet and has a lower cap protruding protruding to the center at a predetermined depth position inside the container inlet;

The upper cap screwed with the upper portion of the lower cap and the upper cap formed integrally coaxially with the lower cap nut nut having an internal thread in the inner center; And

It is fixed by screwing to the nut pipe and accommodates an additive therein, and at the lower opening, a sealing cap is welded with a sealing thin film that allows the internal additive to drop into the container when it is crushed by the pressing coupling with the protruding fracture. Includes;

The container inlet insertion tube of the lower cap for supporting the protrusion crushing portion has a vertical side through-hole in which the contents of the container move to the side, a support for supporting the protrusion crushing portion to form a vertical side through-hole, and is projected perpendicularly to the support to the The outer periphery of the radially protruding rib protrusion and side support to provide a moisture resistant additive-addable container cap including a rib protrusion for guiding the vertical movement of the pressing cap.

As described above, the present invention, when rotating to open the upper cap, the pressing cap containing the additive is lowered into the lower cap, and the lower cap inner bottom forms a protruding crushing part to crush the sealing thin film at the bottom of the pressing cap, and thus the lower pressing cap is used when using the cap. The hook is coupled to the protruding fracture side space to allow tasting without detachment of the pressing cap.

The present invention allows the lowered push cap to be hooked into the protruding fracture portion side space in a double hook to allow tasting without leaving the press cap even in strong external impact.

According to the present invention, when the sealing thin film of the pressing cap is cut from the protruding center of the protruding fracture, the lower end of the pressing cap and the upper end of the rib fixing ring of the protruding fracture portion make surface contact with each other so as to prevent the sealing thin film from being cut. Therefore, the sealing thin film is pushed into the outer space of the rib fixing ring, thereby preventing the sealing thin film from being separated and separated, thereby improving hygiene and visibility.

The present invention has a water hole so that water can be passed in the vertical direction of the push screw of the push cap, and the support is placed in the container inlet of the corresponding lower cap to have a water-permeable side through hole to separate the upper cap and the contents through the lower cap via the lower cap. Drink so that you can open the cap and drink as easily as drinking the contents.

Since the present invention uses a pressing cap sealed with a sealing thin film to maintain sealing resistance and moisture resistance, the present invention provides moisture resistance to enable a variety of types of additives to be selected because of moisture resistance.

1 is a cross-sectional view of a container cap capable of adding a conventional additive,

2 is an assembled cross-sectional view of the present invention;

3 is an enlarged view of a dotted line of FIG. 2;

4 is a press cap perspective view of the present invention,

5 is a cross-sectional view showing a state that the sealing thin film of the pressing cap is broken;

6 is an enlarged view of a dotted line portion of FIG. 5;

Figure 7 is a cross-sectional view of the upper cap of the present invention separated;

8 is an enlarged view of the main portion of the sealing film is welded to the lower end of the pressing cap of the present invention,

9 is an enlarged view illustrating main parts showing a state where the sealing thin film is pushed back;

10 is another exemplary view showing a case in which the sealing thin film of the present invention is broken.

A lower cap coupled to the inlet of the container and having a protruding crushing portion projecting upward from the center at a predetermined depth position inside the inlet of the container;

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

Figure 2 is a cross-sectional view of the assembled state of the present invention, Figure 3 is an enlarged view of the dotted portion of Figure 2, Figure 4 is a pressing cap perspective view of the present invention, Figure 5 is a cross-sectional view showing a state in which the sealing thin film of the pressing cap is broken, Figure 6 5 is an enlarged cross-sectional view of FIG. 5, and FIG. 7 is a cross-sectional view of a state where the upper cap of the present invention is separated;

A lower cap 120 coupled to the container inlet 2 and having a protrusion fracture portion 124-3 protruding upward from the center at a predetermined depth position inside the container inlet;

The upper cap 130 is screw-coupled with the upper portion of the lower cap 120 and integrally formed with the lower cap 120 coaxially with a nut pipe 136 having an internal screw 135 at an inner center thereof, and

The nut pipe 136 is fixed to the screw fastening method and accommodates the additive therein, and the lower opening to seal the internal additive to be dropped into the container when broken by the push coupling with the protrusion crushing portion (124-3) The thin film 146 includes a press cap 140 fused,

The container inlet insertion tube of the lower cap 120 supporting the projecting breaker 124-3 has a vertical side hole 124-36 in which the container contents move to the side, and a projecting breaker to form a vertical side hole. 124-3 support the support (124-36a), and the projections perpendicular to the support (124-36a) and the rib protrusion 143 protruding radially on the outer periphery of the pressing cap and the side of the pressing cap vertically It is configured to include a rib protrusion (124-2) for guiding the exercise.

The bottom of the outer circumferential surface of the pressing cap 140, the radial rib protrusion 143 and the wheel-shaped protrusion wheel 144 is made up and down,

Press cap 140, the lower cap support (124-36a) corresponding to the position where the sealing thin film 146 is complete rupture, the pressing cap secondary hook (124-b) and the pressing cap fixing hook (124-a) up and down Done,

The pressing cap 140 and the lower cap 120 are configured to prevent the separation of the pressing cap by double coupling.

The edge of the bottom surface of the pressing cap 140 forms a plane 140-f for sealing with the sealing thin film 146,

Near the inner edge of the bottom surface of the pressing cap 140 forms a curved surface 140 -r along the inner edge.

The upper edge of the rib fixing ring 124-33 supporting the ribs 124-31 protruding upward to protrude the protruding fracture portion 124-3 is pressed to prevent cutting of the sealing thin film 146. A curved surface 124-33 having a surface contact function with the bottom of the cap 140 is formed.

It is preferable that cutting edges 124-31a for radially cutting the sealing thin film 146 are formed at regular intervals at the interface between the curved surfaces 124-33 and the ribs 124-31. The upper cap 130 of FIG. 2 shows a push-pull stopper, which illustrates that the push-pull stopper may be implemented as a push-pull stopper. In the case of using a push-pull cap, the top cap 130 should be released by adding an additive and then locked again.

The present invention configured as described above is turned upside down to the top of the closed cylindrical pressing screw 141, and then filled with additives inside the sealing foil film (146), such as a separate aluminum foil seals the inlet. And this is reversed by screwing the inner thread 135 of the pressing screw 141 and the upper cap 130 to each other. In this case, since the inlet of the pressing cap 140 is fused with the sealing thin film 146 and the plane 140-f as shown in FIG. 8, the sealing cap 146 is integrally bonded without any trouble, and the sealing thin film 146 protrudes and breaks 124. Although it begins to rupture through -3), as shown in FIG. 9, since the curved surface 140-r and the curved surface 124-33r are in surface contact, the sealing thin film 146 does not rupture into pieces and the rib fixing ring 124. -37) so that the space between the insertion tube 120a and the lower end of the pressing cap 140 is rolled together to be maintained integrally, even when the lower cap 120 is removed, the torn sealing thin film 146 is not exposed to the outside. Prevent additives from getting on your hands or clothes.

On the other hand, the inlet 2 of the container 1 enters the insertion tube 120a, and at the lower end of the insertion tube 120a, a protruding fracture portion 124-3 protruding toward the center is formed by using an outer screw on the outside of the container. Screwed together to secure it (of course, for mass production use the usual technique of compression capping at the inlet of the container). When the pressing cap 140 caps the upper cap 130 screwed in this state, the rib protrusion 143 does not rotate by the rib protrusion 124-2 formed radially of the lower cap 120. Capping vertically.

When the user loosens the upper cap in a counterclockwise direction in a state coupled to the container as shown in FIG. 2, the pressing cap 140 is a rib protrusion formed on the insertion pipe 120a of the lower cap 120 by the rib protrusion 143 ( 124-2) because the rotation is limited by the inner screw 135 is rotated along the pressing screw 141 while lowering the pressing cap 140. Then, as shown in FIG. 5, the sealing thin film 146 is ruptured by the pressing action of the protruding fracture portion 124-3, and the additive inside the pressing cap 140 is added into the container.

In this case, an upper portion of the lower cap 120 is formed integrally with an extension pipe 120c having an outer thread 120d that is coupled with the upper cap 130.

The inclination of the screw of the outer thread (120d) is configured to be lower than the inclination of the push screw 141 of the pressing cap 140,

Each inclination of the upper cap 130 when the sealing thin film 146 of the pressing cap 140 descending by the loosening action of the inner screw 135 of the upper cap 130 is first ruptured and then reaches a fixed state, the upper cap 130 Since it is configured to have a slope to be separated, the pressing cap 140 is first lowered before the upper cap (1300) is separated, so that the sealing thin film 146 ruptures so that the additive is added to the contents.

In addition, the lower end of the pressing cap 140 forms the curved surface 140-r inward, and the corresponding rib fixing ring 124-33 also forms the curved surface 124-33r on the inner side, FIGS. 9 and FIG. As shown in FIG. 10, they are coupled to the rib fixing ring edges 124-37 by pushing without cutting each other. In addition, the protrusion wheel 144 and the rib protrusion 143 of the pressing cap 140 when combined with the pressing cap fixing hook 124-a and the pressing cap secondary hook 124-b of the lower cap 120 In the state of hook state in Fig. 7 while the hook is sounding, the user hears the sound and shakes intuitively knowing whether the additive is added into the container, and then rotate the upper cap 130 to separate it as shown in Fig. 7 and then expose the lower cap Drinking the extension tube (120c) of 120 because it is easy to use the additives and the contents can be easily added to drink the contents, such as opening the general cap.

Since the pressing cap 140 is double-coupled as shown in FIG. 7, the pressing cap 140 does not fall as long as the lower cap does not break, thereby preventing the user from inconvenience of contamination due to the additive on the pressing cap 140.

On the other hand, the present invention, as shown in Figure 10 when the cutting blades (124-31a) radially projected on the rib fixing ring (124-33), the sealing thin film 146 is cut by the ribs (124-31) in the center, the edge The portion also acts to be cut toward the center to cut the sealing thin film 146 is pushed along the rib fixing ring (124-33) in a uniform width to prevent exposure to the outside to improve hygiene.

In addition, the present invention is configured so that the insertion tube (120a) of the lower cap 120 is divided into the support body (124-36a) with flesh and the side through-hole (124-36) without the flesh, the press cap 140 in the water supply hole ( 145), the contents of the container is discharged through the through-hole 145 through the side through holes (124-36), so even if the pressing cap 140 is combined there is no abnormality in the sales of the contents while also functioning as a counterfeit prevention To provide convenience in use, the sealing thin film 146 is also uniformly separated and fixed to the lower cap to prevent the contents from moving around in the form of foreign matter. In addition, since the push cap acts as a separate and independent container container and uses a sealing thin film with good sealing and moisture resistance, there is no limit on the type of additives, so that various additives can be used in various fields such as beverage and medical. .

According to the present invention, when the upper cap is rotated to open, the press cap containing the additive is lowered into the lower cap, and the lower cap inner bottom forms a protruding fracture to crush the sealing thin film at the bottom of the lower cap, so that the lower press cap is lowered during use. By hooking into the side space, tasting is possible without detachment of the pressing cap.

Claims

A lower cap 120 coupled to the container inlet 2 and having a protrusion fracture portion 124-3 protruding upward from the center at a predetermined depth position inside the container inlet;

An upper cap 130 screwed with an upper portion of the lower cap 120 and integrally formed with the lower cap 120 coaxially with a nut pipe 136 having an inner screw 135 at an inner center thereof; And

The nut pipe 136 is fixed to the screw fastening method and accommodates the additive therein, and the lower opening to seal the internal additive to be dropped into the container when broken by the push coupling with the protrusion crushing portion (124-3) The thin film 146 includes a press cap 140 fused;

The container inlet insertion tube of the lower cap 120 supporting the projecting breaker 124-3 has a vertical side hole 124-36 in which the container contents move to the side, and a projecting breaker to form a vertical side hole. 124-3 support the support (124-36a), and the projections perpendicular to the support (124-36a) and the rib protrusion 143 protruding radially on the outer periphery of the pressing cap and the side of the pressing cap vertically Moisture resistance strong additive-added container stopper, characterized in that it comprises a rib protrusion (124-2) for guiding the movement.
According to claim 1, wherein the bottom of the outer circumferential surface of the pressing cap 140 comprises a radial rib protrusion 143 and the wheel wheel 144 of the wheel wheel up and down,

Press cap 140, the lower cap support (124-36a) corresponding to the position where the sealing thin film 146 is complete rupture, the pressing cap secondary hook (124-b) and the pressing cap fixing hook (124-a) up and down Done,

The press cap 140 and the lower cap 120 is a double cap coupled to the container cap capable of adding a strong moisture resistance, characterized in that configured to prevent the departure of the pressing cap.
According to claim 1 or 2, wherein the lower edge of the pressing cap 140 near the edge forms a plane 140-f for sealing with the sealing thin film 146,

The bottom cap inner edge of the pressing cap 140 is a container plug capable of adding a strong moisture resistance, characterized in that formed a curved surface 140-r along the inner edge.
The upper edge of the rib retaining ring (124-33) for supporting the ribs (124-31) protruding upward to function as a protrusion of the protrusion fracture portion (124-3) is a sealing thin film (146). The container cap capable of adding a strong moisture resistance, characterized in that to form a curved surface (124-33) having a surface contact function with the lower end of the pressing cap 140 to prevent the cutting.
5. The radially formed cutting edges 124-31a for radially cutting the sealing thin film 146 at the interface between the curved surface 124-33 and the ribs 124-31 at a predetermined interval. A container cap capable of adding an additive with strong moisture resistance.
According to claim 1 or 2, the lower cap 120 is formed integrally with the upper pipe 130, the extension pipe 120c formed of the outer thread 120d for screwing the upper cap 130,

The inclination of the screw of the outer thread (120d) is configured to be lower than the inclination of the push screw 141 of the pressing cap 140,

Each inclination of the upper cap 130 when the sealing thin film 146 of the pressing cap 140 descending by the loosening action of the inner screw 135 of the upper cap 130 is first ruptured and then reaches a fixed state, the upper cap 130 A container plug capable of adding a strong moisture resistance, characterized in that configured to have a slope to separate).