WO2010044643A2

WO2010044643A2 - Bottle cap

Info

Publication number: WO2010044643A2
Application number: PCT/KR2009/005987
Authority: WO
Inventors: 이정민; 이성재
Original assignee: Lee Jeong-Min; Lee Seong-Jae
Priority date: 2008-10-16
Filing date: 2009-10-16
Publication date: 2010-04-22
Also published as: WO2010044643A3; US20120279879A1

Abstract

The present invention concerns a bottle cap containing heterogeneous materials including a main body attached to a container mouth and an activating upper cap that is assembled on an upper mouth of said main body. Rotation of said upper cap turns a prefabricated receptacle attached to the lower portion of said upper cap, opening a seal formed on the lower portion of said main body and concurrently allowing the heterogeneous materials contained inside said receptacle to drop inside the container. Said main body has a space formed at an outer part of the lower portion of said seal, and a cut line separator formed at the bottom of said receptacle is disposed within said space. Said receptacle is connected to the bottom of said upper cap. Rotation of said upper cap turns said receptacle so that said cut line separator formed at the bottom of said receptacle breaks a cut line that starts from said space, resulting in said cut line separator pushing said seal down and allowing the heterogeneous materials contained in said receptacle to drop and mix with the contents of the container.

Description

Bottle cap

The present invention relates to a bottle cap of the heterogeneous material contained in the inner storage space of the receiving portion.

The prior art is US2008 / 0124432, which rotates the upper cap constituting the bottle cap, and the cutting line operation piece extending at the bottom of the upper cap opens the cutting line at the lower portion of the upper cap and simultaneously blocks the storage space. While the cutout was opened, the contents of the storage space were dropped and mixed into the container.

In the prior art, the case of the US2008 / 0124432

In the process of opening the upper cap, there was a disadvantage that the cutting line operation piece attached to the bottom of the upper cap was excessively required to cut the cutting line of the corresponding cutting portion.

In addition, the US2008 / 0124432 has a cylindrical accommodating part which is elongated to the bottom of the upper cap, so that it is not possible to enlarge the storage space of the accommodating part.

In addition, the closed part is maintained in the sealing by the part divided by the perforated line, the above-mentioned perforated line is not able to cut the perforated line when the perforated working piece is a certain thickness or more, the above-described cut line was impossible to manufacture more than a certain thickness, therefore the present invention Is intended to solve the above problems.

The present invention, in order to achieve the object, the main body is manufactured in a form that can be coupled to the bent portion of the container, the lower side of the main body has a cutout partitioned by a cut line, and the upper upper portion of the main body for operation It comprises the main body part to accommodate.

And as the center of the main body assembling the upper cap capable of rotating or operating up and down around the main body sphere, and the upper portion of the upper portion of the upper cap is formed in the receiving portion of the assembly method.

In addition, the accommodating part forms an annulus at the upper end, and the annular annulus is assembled in such a manner as to be fitted into the corresponding protrusion of the upper cap.

And the inside of the receiving portion has a storage space, one side of the receiving portion has a cut-out operation piece extending long downward, the cut-out operation piece is configured to be located in a somewhat recessed type space formed on one side of the cutting portion of the main body. will be.

In addition, the perforated line formed by the foreign exchange portion of the above-described cutout portion is a non-ferrous cut at a position close to 360 degrees of rotation based on when the perforated working piece is rotated about 360 degrees, and the above-mentioned cut line is a cut line by a method such as double injection. Silver is a good example of injection into a synthetic resin (eg, silicon).

According to one aspect, the bottle cap, in the method of forming a perforation line, the perforation line may be changed to adjust the depth or the width of the groove or the direction in which the groove is cut to facilitate the cutting by the perforation line operation piece. In addition, the perforations may be bonded as double injection or other materials.

According to another aspect, the bottle cap is assembled in such a way that the main body is pressed to the bent portion of the container, the interior of the main body is integrally configured with a receiving portion having a storage space, the upper main body of the main body up and down It consists of a working part which is opened by operation.

And the outer side of the receiving unit is assembled by inserting the cut-out method for sealing the storage space, and when the body is rotated after the bottle cap is coupled to the container, the body of the cut-out portion is assembled tightly to the bent portion of the container does not move The main body is configured to break the cut line of the cut portion during the rotation.

According to another aspect, the bottle cap has an inner assembly coupled to the container, the lower portion of the inner combination has a sealed portion partitioned by the perforated line, the closed portion is extended to the inside downward of the main body when rotating the body The extended tear line operation piece is configured to cut the tear line to drop-mix the contents of the storage space into the container.

And when the bottle cap is coupled to the container, the wedge-shaped protrusion formed on the inner wall portion of the side portion of the main body is coupled to the spherical portion of the container by coupling the inner coupling body, and when the bottle cap is opened, the inner wall portion of the main body is formed. The main body is rotated on the inner assembly while the wedge-shaped protrusion goes over the wedge shape formed in the inner assembly, and the cutting line operation piece is configured to cut the cutting line of the cut portion.

In addition, the bottle cap has a connecting portion to prevent children from opening, and the connecting portion is composed of a concave-convex method, etc. In one example, the connecting portion is normally separated, but when the main body is pressed from the upper connection is connected to the inner coupling body It can be opened from the container section.

According to another aspect, in the upper portion of the upper cap constituting the bottle cap, the storage space is opened, the contents of the storage space is mixed into the container, and discharging the mixed contents without removing the bottle cap from the container openings It is possible to place the discharge operation above the upper cap if possible.

According to another aspect, when rotating the upper cap of the bottle cap it is possible to configure to destroy the tear line of the seal while the actuator inside the lower.

According to another aspect, to have a tear guide portion extending long above the cut line in order to break the tear line of the cut portion, the cut guide portion is to be pushed downward by the tear line operation piece of the corresponding upper cap to break the cut line It is composed.

According to another aspect, the actuating part is assembled to the bent part of the main body, and when the actuating part is rotated, the perforating line extending longer below the actuating part is configured to break the perforating line of the sealing part blocking the storage space.

Assembling the receiving portion inside the upper cap, there is an advantage that the storage space of the receiving portion is expanded.

And the perforated line of the sealing bar is reinforced by a separate soft material, there is a significant improvement in airtightness.

1 is a longitudinal section of the bottle cap of the present invention coupled to the center of the container,

Figure 2 shows the main portion of the body portion,

3, 4, and 5 are partial cross-sections showing examples of various modifications of the perforated line,

6 is a longitudinal view showing a main portion of the receiving portion is integrally formed in the upper cap, the upper portion of the receiving portion is configured to open the airtight portion of the receiving portion cover to be opened.

7 to 21 are longitudinal cross-sectional views showing another embodiment of the present invention.

One embodiment of the present invention will be described based on the drawings, the main body 100 constituting the bottle cap 1 is manufactured in a form that can be coupled to the container sphere 501 of the container 500, the main body 100 The inner side of the cut portion 101 is divided into a cutting line 102, the upper portion of the main body 100 is configured to the main body sphere 104 for receiving the upper cap 200 for operation.

And as the center of the body sphere 104, assembling the upper cap 200 capable of rotating or operating up and down around the body sphere 104, an assembly method on the bottom of the upper surface portion 201 of the upper cap 200 The receiving portion 300 is formed.

In addition, the accommodating part 300 forms an annulus 301 or the like at the upper end, and the annulus 301 is assembled in such a manner as to be fitted to the annular protrusion 202 of the corresponding upper cap 200.

And the inside of the receiving portion 300 has a storage space 302, one side of the receiving portion 300 has a cut line operation piece 303 extending downwardly long, the cut line operation piece 303 is It is configured to be located in a somewhat recessed space 103 formed on one side of the cutout 101 of the main body 100.

In addition, the cutting line 102 formed by the foreign exchange portion of the cutting unit 101 is a non-ferrous cutting at a position close to 360 degrees of rotation based on when the cutting line operation piece 303 rotates about 360 degrees. In addition, the cut line 102 is a good example that is injected into a soft synthetic resin (eg, silicon) by a method such as double injection.

In the present invention as described above, the liquid or powder is put into the storage space 302 through the lower end of the receiving portion 300 constituting the storage space 302, the main body 100 around the receiving portion 300 When combined, the cutting line operation piece 303 is coupled in a manner that is located in the space 103.

Preferably, a thin thread 105 is formed in the foreign exchange portion of the body sphere 104, and the thin thread 204 is also placed in the inner wall portion of the side portion 203 of the corresponding upper cap 200, Each of the threads 105 and 204 of the above-described form is coupled in such a manner that the upper cap 200 is pressed around the body sphere 104 so that the thread 204 crosses the thread 105 of the body sphere 104. Combined is a good example.

In addition, the storage space 302 of the bottle cap 1 can be filled with a gas such as nitrogen to improve the preservation of the contents. The bottle cap 1 of the above-described form has a series of main bodies 100. It is a combination of the mechanical sphere 501 of the container 500 as a mechanism.

In addition, the bottle cap 1 of the above-described form, when the upper cap 200 is rotated in use, the cutting line operation piece 303 deviates from the space 103 in the process of rotating the upper cap 200 about the main body part 104. At the same time, the cutting line 102 is broken, and the cutting line operation piece 303 pushes the cutting unit 101 downward.

And the tearing line operation piece 303 breaks the tear line 102 so that the isoline of the tear line 102 is made upward in the direction in which the tear line operation piece 303 rotates or the tear line 102 is easily broken. The cutting line 102 is cut out by placing a protrusion or the like projecting gently in the inner direction of the cutting line 102.

In addition, after the sealing portion 101 is opened, the fixing protrusion 106 elastically escapes the elastic piece 106, and at the same time, the fixing protrusion 106 is caught by the foreign exchange portion of the elastic piece 107 of the main body 100. It is not to help the contents of the storage space 302 is dropped into the storage space inside the container 500.

And while the upper cap 200 is easy to rotate by the threads 105 and 204 in the above process, the upper cap 200 is a good way to avoid leaving on the body sphere 104, for this purpose The size and shape of the 105 and 204 are formed to a minimum, and the locking portion 205 or the like is formed at the bottom of the side portion 203 of the upper cap 200 so as not to be caught by a jaw or the like formed in the main body sphere 104.

In addition, when discharging the mixed contents described above, the main body 100 may be separated from the container sphere 501 of the container 500, but if necessary, the upper cap 200 may be separated from the body sphere 104. It can be discharged.

And the upper surface portion 201 of the upper cap 200 takes a separate means for discharging, and separate the mixed contents inside the container 500 from the upper cap 200 or the main body 100 from the container sphere 501 Without discharging through the operation unit, which is a separate discharge means formed in the upper surface portion 201, one form of the operation unit is to be applied to a vertical pull-type push pull cap and the like that are used a lot.

In addition, according to the method, the bottle cap 1 assembles the accommodating part 300 around the main body sphere 104 of the main body 100, and the internal storage space 302 of the accommodating part 300 is provided. After putting the contents, when the separate upper cap 200 is coupled to the main body sphere 104 as the center, the annular projection 202 of the upper cap 200 is fixed to the hook frame 301 of the receiving portion 300 The airtightness may be maintained between the upper cap 200 and the accommodation part 300.

And the perforated line 102 is shown in Figure 2, 3, 4, 5 shows that the shape of the perforated line 102 can be freely formed in the grooved form or the width standard of the groove. .

In addition, the above-mentioned bottle cap 1, the shape of the receiving portion (R) is integral with the upper cap 200, the upper portion of the above-mentioned receiving portion (R) is in the open form to accommodate the open portion of the upper part separately It is sealed by the subcover C, and this is because the inner upper part of the accommodating part R can make a structure wider than a lower part.

In another embodiment (FIG. 7), the contents discharging means may be also provided on the upper surface portion 201 of the upper cap 200 constituting the bottle cap 1 of the present invention, but as shown in FIG. In the main body sphere 104, it is possible to place the operation unit 400 capable of discharging the mixed contents inside the container 500.

And as a method of realizing the bottle cap (1) in which the operation unit 400 is installed, as shown in Figure 7, the cutting portion 101 of the form and coupled to the container mechanism 501 can be fixed, and the cut The main body 100 having a cut line operation piece 109 located in the space 103 of the part 101 is combined.

In addition, the bottle cap 1 has no thread or the like on the inner wall portion of the side portion 108 of the main body 100, and can be assembled by pressing the container opening 501. When the main body 100 is rotated in use, The cutting line operation piece 109 breaks the cutting line 102 while rotating without being separated from the container fitting 501, and at the same time, the contents of the storage space 110 are dropped and mixed into the container 500.

And the mixed contents inside the container 500 is to open the discharge hole by lifting the operating unit 400 after removing the upper cover 450, the operation unit 400 is not shown separately even if the expert in the field Omit the illustration that can be inferred, and also the operation unit 400 is to open and close the discharge hole in the vertical or rotary manner or a hinge method.

In another embodiment (FIG. 8), the bottle cap 1 has an inner coupling IR coupled to the container spherical portion 501 of the container 500, and has a perforation line below the inner coupling IR. The sealing unit 101 is divided into a (102), the sealing unit 101 is a cutting line operating piece 109 is extended to the lower side inside the main body 100 when the main body 100 rotates the cutting line 102 ) To drop and mix the contents of the storage space 110 into the container 500.

And when the bottle cap 1 is coupled to the container 500, the container spout corresponding part 112 having a locking jaw in one direction is elastic in the region in which the jaw is formed in one direction formed in the upper inner wall of the container spout 501. The bottle cap 1 is assembled to the container fitting part 501 while riding over, and when the bottle cap 1 is opened, the inner coupling body IR does not move by the container fitting part 112 and the main body 100. ), The cutting line operation piece 109 breaks the cutting line 102 while only rotating.

In addition, the contents in the storage space 110 in the above process is dropped and mixed into the container 500, and continuously rotating the bottle cap 1 and the inner assembly (IR) is out of the inner wall portion of the container sphere 501 and At the same time, the internal combination (IR) is to be separated from the container 500 together with the main body 100 caught in the seal fixing protrusion 111.

In another embodiment (FIG. 8), the inner coupling body IR coupled to the inside of the main body 100 of the bottle cap 1 is in a state capable of being coupled to the container sphere 501, and the main body sphere of the main body 100 (FIG. 8). 104 is formed in the operation part 400 for discharging the contents, the lower part of the body sphere 104 is formed with a cutting line operation piece 109 of the elongated type.

When the bottle cap 1 is coupled to the container 500, a wedge-shaped protrusion formed on an inner wall of the side portion of the main body 100 couples the inner coupling IR to the container sphere 501 of the container 500. When the bottle cap 1 is opened and the wedge-shaped protrusion formed on the inner wall of the main body 100 passes through the wedge-shaped protrusion formed on the inner coupling body IR without resistance, the inner coupling body IR The main body 100 is rotated so that the cutting line operation piece 109 cuts the cutting line 102 of the cutting unit 101.

In addition, the bottle cap (1) has a connecting portion (J) to prevent children from being opened, and the connecting portion (J) is composed of a concave-convex method and the like, for example, the connecting portion (J) is usually separated When the main body 100 is pressed from the top, the connection portion J is connected to open the inner assembly IR from the container sphere 501.

In another embodiment (FIG. 10), the upper portion of the upper cap 200 constituting the bottle cap 1, the storage space 207 is opened, the contents of the storage space 207 is mixed into the container 500 In order to be able to discharge the mixed contents of the bottle cap 1 without removing the container opening 501 from the upper cap opening 208 of the upper cap 200, the operation part 400 for discharging is provided.

In addition, the bottom of the main body 100 has a closed portion 101 partitioned by the perforation line 102, the perforated line operation piece 206 extending from the upper cap 200 in the space 103 having the closed portion 101 ) Is formed.

In the use of the present invention, when the upper cap 200 of the bottle cap 1 is rotated, the cutting line operation piece 206 destroys the cutting line 102, and at the same time, the heterogeneous material in the storage space 207 is a container. The drop 500 is to be mixed inside, and the mixed content is to be through the operation unit 400 is a separate discharge means formed on the upper cap 200.

For reference, the operation unit 400 may be varied, such as opening and closing or hinge by moving up and down.

In another embodiment (FIG. 11), a separate discharge means may be selected above the upper cap 200 in the bottle cap 1 shown in FIG. 10, and the cutout line 102 is double injection molded. It can be seen that.

In another embodiment (FIG. 12), with the actuator 460 coupled around the body sphere 104 of the body 100 in order to break the perforation line 102 of the cutout 101, the actuator described above. 460 is assembled to the inside of the upper cap opening 208 of the upper cap 200, when the upper cap 200 is opened, the guide protrusion formed in the outer foreign exchange portion of the cut portion 101 partitioned by the cutting line 102 Ride the cutting line operation piece (461) down the 113 to break the cutting line (102).

Then, the heterogeneous material in the storage space 110 in the above process is dropped and mixed into the container 500 through the space created by the destruction of the sealing portion 101, and the mixed contents are removed from the cover 450 and the container. When pressing the 500, the sealing part 470 is opened, and the mixed contents inside the container 500 open the upper discharge hole 462 and the sealing part 471 of the actuator 460 to discharge the mixed contents. will be.

In another embodiment (FIG. 13), the bottle cap 1 of the present invention rotates the main body 100 without placing an actuator, and the cutting line operation piece 461 destroys the cutting line 102 while the contents of the storage space 110 are removed. And mixing, the mixed content is configured to discharge the mixed content while the upper check valve type sealing portion 470 is opened.

As another embodiment (FIG. 14), the present invention is improved based on FIG. 13, and as shown, rotating the upper cap 200 coupled around the main body sphere 104 of the main body 100 is a perforation line. The operation piece 206 is configured to push the auxiliary protrusion 114 extended upwardly from the inner upper portion of the cutout line 102 formed in the inner bottom of the main body 100, and when the upper cap 200 is opened in use, the cutout operation The piece 206 pushes the auxiliary protrusion 114, and the cutting line 102 is destroyed in the process, and the mixed contents are one-way check valves when the upper cover 450 is removed and the container 500 is pressed. The sealing part 470 is discharged while opening.

As another embodiment (FIG. 15), the present invention is an application of the above Figure 14, showing a state that does not apply a separate discharge means in the upper portion of the upper cap (200).

As another embodiment (FIG. 16), in the present invention, the airtight portion is maintained in the airtight portion 101 of the lower portion of the internal storage space 110 of the main body 100 by the perforation line 102. Is to break the cutout line 102 of the closed portion 101 by the operating portion 400 coupled to the main body sphere 104 of the main body 100, the operation portion 400 in use of the above Rotating the cutting line operation piece 401 extending downwardly of the operation unit 400 breaks the cutting line 102 of the sealing unit 101 to mix the contents of the storage space 110 into the container 500. will be.

And the mixed content is to be discharged through the discharge hole generated while the operation unit 400 is rotated, ascending.

In another embodiment (FIG. 17), the bottle cap 1 of the present invention assembles the inner union IR into the interior of the main body 100, and the bottle cap 1 is attached to the container fitting 501. Assembled, the lower end of the inner assembly (IR) is formed with a cutout 101 partitioned by a cutout line 102, the cutout line 102 is broken by the cutout operation piece 109 of the main body 100 In one method, when the main body 100 is rotated, the cutting line operation piece 109 rotates and the contents of the storage space 110 are mixed into the container 500 while destroying the cutting line 102.

And the mixed content is to remove the protective cover 115 of the upper, and plug the syringe into the rubber civil war 480 to extract and discharge the mixed content.

In addition, the bottle cap 1, when the upper cap 200 is rotated, while the upper cap 200 is rotated on the main body 100, the cutting line operation piece 206 extending downward from the bottom of the upper surface of the upper cap 200 is long. The sealing portion 101 is configured to be pushed, and in one method, the sealing portion 101 is formed at the lower end of the connecting portion B, which is elongated to form the sealing portion 101 of the main body 100. ) Is to have a separate inner assembly (IR).

And the inner coupling (IR) is assembled to the lower end of the connecting portion (B) has a engaging portion elastically coupled, the cutting line operation piece 206 extends upwards long in the process of opening the upper cap 200 When the auxiliary protrusion 114 is pushed, the inner assembly IR falls into the container 500, and at the same time, the heterogeneous material in the storage space 110 may be dropped and mixed into the container 500.

In order to discharge the mixed contents, the main body 100 may be opened. Alternatively, as shown in FIG. 10, a separate operation part may be formed as a means for discharging the mixed contents above the upper cap 200. It is possible.

In another embodiment (FIG. 18), the bottle cap 1 of the present invention combines the upper cap 200 having the tear line operation piece 206 therein with the main body opening 104 of the main body 100 as the center. , Put the liquid or powder in the storage space 207 of the bottle cap 1, the method is to put the liquid or powder through the lower portion of the storage space 207 is open.

In order to seal the storage space 207, a separate inner coupling body (IR) is assembled by a method of pushing in the lower portion of the storage space 207, and the cutting line operation piece 206 is provided in one method. The upper foreign exchange portion of the inner assembly (IR) in the state to be located in the space 103 is to be assembled to the sealing portion fixing protrusion 111.

In addition, when the bottle cap 1 is used, when the upper cap 200 is rotated, the cutting line operation piece 206 rotates, and while the cutting line 102 is destroyed in the process, the contents of the storage space 207 are stored in the container ( 500 is drop-mixed into the inside, and the mixed contents of the container 500 are in the state where the upper cap 200 is removed or the upper cap 200 is not configured to be separated on the main body part 104. ) May be used after separating from the container section 501.

In another embodiment (FIG. 19), the bottle cap 1 of the present invention is associated with FIG. 18 described above. In detail, the bottle cap 1 of the present invention is configured to be inclined to the cutout 101 constituting the inner assembly IR. 18 or 19 is also the top cap 200 is assembled on the body sphere 104 only to rotate and change the design.

As another embodiment (Fig. 20), the bottle cap 1 of the present invention is the internal storage space 110 of the main body 100 by rotating the opening and closing operation unit 400 assembled above the main body part 104 The present invention relates to helping the liquid or powder contained in the container 500 to easily fall into the container 500. In detail, an internal binder IR is formed at the lower end of the foreign currency of the structure constituting the storage space 110.

In addition, when the inner assembly IR rotates the operating part 400, the cutting line operation piece 401 may push the inner assembly IR into the container 500 while leaving the space 103.

As another embodiment (Fig. 21), the bottle cap 1 of the present invention is a top cap having a perforation line operation piece 206 is coupled around the main body sphere of the main body 100, of the bottle cap 1 The lower portion of the storage space 207 is open, and the liquid or powder is put in the storage space 207 in the above state.

And the lower end of the support portion 120 of the main body 100, which is the outer side of the storage space 206 is to assemble the inner coupling (IR), the bottle cap 1 of the one form of the cutting line operation piece 206 is rotated In this case, the cutting line operation piece 206 pushes the inner assembly IR downward, and the inner assembly IR falls into the inner space of the container 500.

In addition, the inner assembly (IR) is easy to be pushed downward by the cutting line operation piece 206, for example, having an auxiliary protrusion 114 protruding upwards, or the inner combination (IR) is When the cutting line operation piece 206 is firmly fixed to the support part 120 and the cutting line operation piece 206 is rotated, the auxiliary protrusion 114 is pushed downward and the cutting line 102 formed on the auxiliary protrusion 114 is cut in the process, thereby storing the storage space 207. It can be configured to open.

The bottle cap of the present invention can be mixed by dropping the contents, such as extract or powder, in a variety of products, such as special drinks, special drinking water, alcoholic beverages, and also in a variety of chemicals and other household goods to separate and mix the contents It can be combined. Preferably, the bottle cap, which is a heterogeneous material accommodation device, may be used for the purpose of tightly fixing the bottle cap and improving the sealing property.

Claims

The bottle cap containing the heterogeneous material is assembled with the main body coupled to the container sphere of the container, and an actuated upper cap around the upper main body sphere of the main body. When the upper cap is operated, the prefabricated receiving portion formed inside the upper cap rotates. The sealing part formed below the main body is opened, and at the same time, the heterogeneous substances contained in the receiving part are dropped and mixed into the container.

The main body of the bottle cap has a space on the outer portion of the bottom of the sealing portion, the space is located therein the tear line operation piece formed at the lower end of the receiving portion,

The accommodating portion is coupled around the bottom of the upper cap, and when the upper cap is rotated, the accommodating piece formed at the lower end of the accommodating portion while the accommodating portion rotates together with the upper cap destroys the accommodating line originating from the space portion, and at the same time A bottle lid, characterized in that the side is configured to push down the sealing portion downward to mix the heterogeneous material inside the container into the container.
According to claim 1, wherein the receiving portion is coupled to the center around the bottom of the upper surface of the upper cap, the bottle cap of the upper foreign exchange ring of the receiving portion is assembled to the hook formed on the upper end of the inner side wall portion of the upper cap .
The bottle cap according to claim 1, wherein the inner storage space of the accommodating part is configured to have a larger inner diameter of the upper part than the lower part.
The bottle cap according to claim 1, wherein an upper portion of the sealing portion is provided with a fixing protrusion protruding long.
The bottle cap according to claim 1, wherein the outer elastic part of the perforated line constituting the sealing part is configured to lean the elastic elastic piece downward inward.
The bottle according to claim 1, wherein the upper cap is assembled to the main body sphere, and when the upper cap is opened, the upper cap rotates around the main body sphere of the upper cap, and the cutting line operation piece is configured to cut the tear line of the seal during the rotation. Lid.
The bottle cap according to claim 1, wherein the tear line of the closure part is made of a soft resin.
8. The bottle cap according to claim 7, wherein the soft resin formed on the perforated line of the closure part is formed by double injection.
The bottle cap according to claim 8, wherein the soft resin formed on the perforated line of the sealing part is silicon.
The bottle cap accommodating heterogeneous materials assembled in the discharge direction of the contents of the container includes: a main body coupled to the container sphere;

The body has an airtight section partitioned to the inner bottom,

One side of the seal and part of the perforated line constitutes a space,

The upper part of the main body has a main body portion, and assembled to the upper cap having a receiving portion to be able to rotate around the main body sphere,

At the lower end of the receiving portion of the upper cap to form a cut-out operation piece which is located in the space formed in the closed portion,

The tear line is a bottle cap, characterized in that the tear line is reinforced by a soft resin or the like.
The bottle cap according to claim 10, wherein the resin formed at the perforated line of the sealing part is soft silicone.
The bottle cap according to claim 10, wherein an elastic piece having a shape leaned to the inner side is formed on the outer side of the perforated line of the sealing part.
The bottle cap accommodating heterogeneous materials assembled in the discharge direction of the contents of the container includes: a main body coupled to the container sphere;

The body has an airtight section partitioned to the inner bottom,

One side of the seal and part of the perforated line constitutes a space,

The upper part of the main body has a main body portion, and assembled to the upper cap having a receiving portion to be able to rotate around the main body sphere,

At the lower end of the receiving portion of the upper cap to form a cut-out operation piece which is located in the space formed in the closed portion,

The upper portion of the receiving portion is open, the upper portion of the open receiving portion is a bottle cap, characterized in that sealed by the receiving portion cover.
The bottle cap accommodating the heterogeneous material is formed with a tear line operation piece inside the main body, and assembles a seal with a tear line centering on the foreign exchange part of the tear line operation piece.

The main body assembled with the seal is assembled by pressing the upper end of the seal around the inner wall of the container sphere.

When the main body is rotated, the main body rotates on the container sphere, and the cutting line operation piece breaks the cutting line of the sealing part in the above process.

Bottle cap characterized in that the heterogeneous substances in the storage space in the above process is configured to be mixed dropping into the container.
15. The bottle cap according to claim 14, wherein an upper portion of the main body is provided with an operation portion for discharging the mixed contents inside the container.
The bottle cap according to claim 15, wherein the operation part is coupled to a main body portion formed above the main body.
15. The bottle cap of claim 14, wherein the tear line of the closure portion is protected by a separate soft resin.
18. The bottle cap according to claim 17, wherein the resin formed at the perforated line of the sealing part is silicon.
The bottle cap has an inner binder coupled to the container, and below the inner binder, a closed portion partitioned by a tear line is provided.

When the sealing unit rotates the main body, the cutting line operation piece extending long downwards inside the main body cuts the cutting line so as to drop and mix the contents of the storage space into the container.

When the bottle cap is coupled to the container, a wedge-shaped protrusion formed on an inner wall portion of the side portion of the main body couples the inner coupling body to the bent portion of the container,

When the bottle cap is opened, the main body rotates on the inner assembly while the wedge-shaped protrusion formed on the inner wall of the main body passes over the wedge shape formed on the inner assembly so that the cutting line operation piece cuts the cutting line of the cutting portion. One bottle cap.
20. The method of claim 19, wherein the bottle cap has a connection to prevent children from being opened, the connection is configured in a concave-convex manner and the like,

The bottle cap is characterized in that the connecting portion is normally disconnected, but when the main body is pressed from the top, the connecting portion is connected to open the inner coupling body from the container opening.
20. The bottle cap according to claim 19, wherein the tear line is added with a soft resin.
22. The bottle cap of claim 21, wherein the soft resin added to the perforation line is silicon.
The bottle cap accommodating the heterogeneous material has a main body coupled to the container sphere, and the inner bottom of the main body has an airtight portion divided by a perforation line,

The upper part of the main body is provided with a main body portion, and an upper cap having a tear line operation piece of a long extension type is assembled around the main body portion.

The perforation operation piece formed on the upper cap is located in a space around the perforation line with the seal, and when the upper cap is rotated, the perforation operation piece destroys the perforation line and drops foreign materials in the storage space.

The upper portion of the upper cap bottle cap, characterized in that the operating part for discharging the means for discharging the mixed contents inside the container.
The bottle cap according to claim 23, wherein a soft resin is formed on the perforation line.
25. The bottle cap of claim 24, wherein the soft resin is silicone.
The bottle cap accommodating the heterogeneous material has a main body coupled to the container spout, and a closed part divided by a perforation line at the inner lower part of the main body, and an upper cap capable of rotating on the main body spherical part is assembled around the main body spout of the main body. Assembling an actuator having a tear line operation piece around the upper cap portion of the upper cap,

When the upper cap is opened, the actuator is configured to open the sealing portion while breaking the cut line while the actuator descends downward without rotating on the inner inner wall of the main body,

In the site where the actuator and the upper cap sphere meet, it constitutes a one-way check valve,

The bottle cap, characterized in that configured to open the upper discharge hole of the actuator while the actuator is lowered.
27. The bottle cap according to claim 26, wherein a soft resin is formed in the perforation line.
The bottle cap accommodating the heterogeneous material has a main body coupled to the container opening of the container, and the main body has a closed part divided by a cut line as an inner bottom, and an upper protrusion protruding upward from the upper side of the inner closed part of the cut line. And an upper cap having a cutting line operation piece capable of breaking the cutting line while pushing the sealing protrusion downward and corresponding to the auxiliary protrusion, centering the main body sphere of the main body.
29. The bottle cap of claim 28, wherein the tear line is added with a soft resin.
29. The bottle cap according to claim 28, wherein the upper portion of the upper cap is provided with a mixed discharge means inside the container.
31. The bottle cap according to claim 30, wherein the discharge means comprises a one-way check valve configured in an upper upper cap opening of the upper cap.
Discharge device accommodating heterogeneous material, the main body coupled to the container sphere, and the inner bottom of the main body is formed with a storage line, with a perforated line for sealing the lower end of the storage space,

Assembling the opening and closing operation unit to operate up and down in the main body sphere above the main body,

Bottle cap, characterized in that for extending the perforated line operation piece capable of opening the perforated line of the closed portion in the process of opening the operation unit,
The bottle cap accommodating the heterogeneous material has a main body coupled to the container sphere of the container, and the main body has a connection portion extending to an inner bottom thereof.

An upper cap rotatable around the main body sphere is assembled around the upper main body sphere of the main body,

At the bottom of the upper portion of the upper cap of the above-described form is formed a cutting line operation piece of a long extension type,

Bottle cap, characterized in that the assembly of the inner assembly which can be separated by the tear line operating piece of the upper cap around the extension of the main body.
34. The method according to claim 33, wherein the inner cap is provided with an auxiliary protrusion above, and when the upper cap is rotated, the cutting line copper piece of the upper cap pushes the auxiliary protrusion, and at the same time, the inner binder is separated from the main body. Bottle cap.
The bottle cap that accommodates the heterogeneous material is assembled to the upper cap having a perforated working piece around the main body of the main body, the inner space of the bottle cap put liquid or powder into the storage space,

The foreign exchange part with a cut line operation piece inside the main body in the above state, the bottle cap, characterized in that the inner assembly is assembled to seal the storage space.
36. The bottle cap according to claim 35, wherein the upper foreign exchange portion of the inner assembly is fixed to the inner sealing portion fixing protrusion of the body to maintain airtightness.
36. The bottle cap according to claim 35, wherein the lower end portion of the inner assembly is located at the cut line operation piece, and when the cut line operation piece is rotated, the cut portion of the inner assembly is opened downward by the cut line.
The bottle cap that accommodates the dissimilar substance is assembled with an operation part having a perforating line around the main body of the main body, and the inner space of the bottle cap puts liquid or powder into the storage space.

The foreign exchange part having a cut line operation piece inside the main body in the above state, and a bottle cap, characterized in that to assemble the inner union to seal the storage space.
39. The bottle cap according to claim 38, wherein the inner assembly is separated below the container by a tear line operation piece when the operating portion rotates.
The bottle cap that accommodates the heterogeneous material is assembled to the upper cap with a perforated working piece around the main body of the main body, the inner space of the bottle cap put liquid or powder into the storage space,

Bottle cap, characterized in that the inner assembly is opened in the lower state when the tear wire operation piece is rotated at the bottom of the foreign exchange denier support portion having the inside of the body and the tear wire operation piece,
41. The bottle cap according to claim 40, wherein the inner assembly constitutes an auxiliary protrusion projecting upwardly to enable the cutout actuating piece to be separated downward from the rotating loop.
41. The bottle according to claim 40, wherein the inner assembly has an auxiliary protrusion 114 pushed by the cutting line operation piece so that the operating part is opened while rotating, and the cutout line is formed as a foreign exchange part of the auxiliary protrusion. Lid.