KR20100104423A - Bottle cap - Google Patents

Abstract

PURPOSE: A bottle cap is provided to prevent heterogeneous materials from being inputted by including a resealing prevention unit. CONSTITUTION: A body(100) is combined with a neck of a container. A receiving unit(200) has a storage space and is assembled inside the body. An operating unit(300) is assembled around an upper support of the body. A falling operation unit is combined with the operating unit. An opening and closing unit(301) is combined with the lower side of the operating unit to seal the opening hole of the storage space.

Description

Bottle Cap {BOTTLE CAP}

The present invention relates to a bottle cap showing the structure of the receiving portion accommodated in the heterogeneous material receiving device.

As a conventional technique, WO98 / 38104, Korean Patent Application 10-2004-0023922, Japanese Patent Application P2004-309535, Japanese Utility Model Publication No. 7-22980, US Patent 7,279,187, 3,156,369, 3,968,872, 5,038,951, 6,148,996 , 6,644,471, 7,055,684, 7,055,685 and the prior art of the inventors include Japanese Patent Registration Nos. JP3,432,533 (filed Sep. 10, 1992) and WO2007 / 069845, WO2007 / 111463 (FIG.20).

Among the foregoing, WO / 38104, in the case of WO / 38104, has a closed end in which the inner container is not retracted while the lid is rotated by remodeling the container neck. The pinching method is used, and when the lid is attached to the neck of the container, there is an excessive force that causes a difficult closing.

In addition, Japanese Patent Application No. P2004-309535 (in the case of COCA-COLA, when a folding button is pressed, there is a technology that breaks down a sealed part made of aluminum sheet or the like to drop and mix the contents of the receiving part into the container. As the inventors, there are Japanese Patent Registration No. JP3,432,533 and Korean Patent Application No. 10-2004-0023922.

This technology (Korean Patent Application No. 10-2004-23922) is a technology in which the folding part is destroyed when the upper folding button of the bottle cap is pressed, and the contents inside the container are dropped and mixed into the container, but the volume of the container is expanded. There is a limit to this, and there is also a closure that is not easy to destroy the sealing part which seals the lower part of the receiving part.

In the case of Japanese Utility Model Publication No. 7-22980, when the upper folding button of the bottle cap is pressed, the technical configuration is configured to push the lower sealing part of the receiving part or to separate the cutting film, but the sealing part or the cutting film is separated and falls into the container. Is an undesirable technique for safety.

And U.S. Pat.No. 7,279,187 / 3,156,369 / 3,968,872 / 5,038,951 is a method of opening the sealing part by pushing the receiving part by hand, but this is a technology that has been discussed for a long time, and the sealing property of the receiving part is inferior to the internal storage space, and pressing the receiving part downward In order to break the sealed portion of the thin film, a thin cutout line is formed in the closed part.

In addition, US Patent No. 7,055,684 relates to a modification of US Patent No. 5,038,684 and the like, which is a technology that has not been released from coexistence.

Alternatively, there is US Pat. No. 6,644,471, which is a technique in which the internal barrier property of the receptacle is not solved at all.

And when the other bottle cap is rotated or opened, there is a technology that the contents in the storage space inside the receiving portion falls while the receiving portion descends, the spirit and technical configuration is different from the present invention.

A first object of the present invention is to provide a means for preventing reclosing so that the heterogeneous substance contained in the container is dropped and mixed into the container, and then the heterogeneous substance cannot be introduced into the container.

In addition, by providing a separate means for discharging the mixed contents in the upper portion of the body of the bottle cap, another object is to provide a bottle cap that can be conveniently used without removing the bottle cap from the container neck.

In addition, a plurality of storage spaces of the inner accommodating portion of the bottle cap, and the above-mentioned storage space is another object to be able to store a variety of contents according to the preferences of the consumer.

Bottle cap according to the present invention for realizing the above object is coupled or assembled in the direction in which the contents of the container is discharged, the bottle cap is a main body assembled to the container neck and the storage space coupled to the interior of the body The receiving portion is formed, and the operating portion for sealing the lower space of the storage space in the receiving portion is coupled around the main body sphere of the main body.

The actuator is coupled to the main body of the main body having the actuated portion, and when the actuating portion is rotated, the actuated portion is lowered, and the storage space is opened in the process so that the dissimilar materials fall into the container.

In addition, the operation part of the bottle cap is a means for discharging the mixed contents inside the container, preferably, a PP CAP (PUSH PULL-UP), or, an auxiliary cover of a hinge-type connection or Rubber dispensers and the like capable of discharging the mixed contents through the syringe in the pump dispenser or the operated part can be formed.

According to one aspect, the present invention is a method for discharging the mixed contents in addition to the function of mixing the mixed contents in the container, to the actuating portion that seals the storage space of the receiving portion coupled to the inside of the main body sphere of the main body; As a result, a pump dispenser or a measuring container that functions as a measuring cup is installed.

According to another aspect, the present invention is to form a plurality of storage space by forming a storage space in the receiving unit assembled in the interior of the body, the auxiliary space between the main body and the actuating portion that is above the storage space. .

According to another aspect, the present invention is to form another auxiliary space to the lower portion of the opening and closing the lower storage space of the receiving portion.

According to another aspect, the present invention has a button portion having a folding portion inside the main body sphere of the main body, when pressing the button portion to open the storage space of the accommodating portion, if necessary, the inside of the container in the button portion As a means for discharging the mixed contents, it is possible to form a pump dispenser or various discharge zones.

According to another aspect, the present invention is to form a plurality of storage spaces in the body of the bottle cap, preferably, to form an auxiliary space under the button portion, the receiving portion is assembled to the lower side of the auxiliary space The formed storage space is formed.

In the internal storage space of the present invention, a high-purity liquid or powder is separately stored and used immediately when necessary, and in the case of drinking, there is a big feature that always comes in contact with fresh contents.

Alternatively, it is also possible to discharge the mixed contents without separating the bottle cap from the container through a separate discharge means formed above.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

The bottle cap 1 containing the heterogeneous material includes a main body 100 coupled to the contents discharge direction of the container 700, and a prefabricated accommodating part 200 having a storage space 201 inside the main body 100. Is coupled to the coupling unit 300 extending to the storage space 201 of the receiving portion 200 around the upper body sphere 101 of the main body 100 to combine.

In addition, the operated part 300 includes an opening and closing part 301 having a sealing ring 302 which seals the opening and closing hole formed below the storage space 201, and further includes the storage space 201 and the operated part. Sealing rings 303 and 304 are coupled to the operated part 300 located inside the support part 102 of the upper main body 100 for airtightness between the 300.

In addition, in order to open the opening and closing hole of the storage space 201, the operated part 300 has an operating part 400 which transmits a force to the above-mentioned operated part 300 with respect to the main body sphere 101. When the operating unit 400 is rotated, the lowering operation unit 401 is configured to be driven downward by the unitary form, the inclination angle, the thread, or the like.

Preferably, the actuated part 300 has a groove or a ridge formed in the inner wall of the space 103 and the annulus 305 portion of the actuated part 300 is positioned at the site, or When the operated part 400 is rotated by inserting the driven part 300 into the guide 104 that protrudes long, the driven part 300 is moved downward by the guide 104 without rotating. will be.

Referring to the operation and effect of the bottle cap 1 of the present invention as follows.

In the state as shown in FIG. 1, when the operating unit 400 is rotated, the lowering operation unit 401 pushes down the operated unit 300, and the opening and closing unit 301 opens and closes the receiving unit 200 in the above process. Out of the ball, the contents of the storage space 201 during the same process is to be mixed drop to the space 701 of the container 700.

Then, as described above, the circular frame 305 of the operated part 300 is caught by the stopper 105 located below the space 103 of the main body 100 in the process of rotating the operating part 400 (indicated by the dotted line). The part 300 is to be stopped without going down any more.

In addition, by shaking the container 700 in the above state to further mix the contents of the space 701, the bottle cap 1 is removed from the container 700 and the mixed contents are discharged.

In another embodiment (FIG. 2), as described in FIG. 1, a method of mixing the contents of the storage space 201 into the container 700 and discharging the mixed contents without removing the bottle cap 1 is provided. The present invention has been made to assemble the discharge outlet 500 for opening and closing around the upper operating part opening portion 402 of the Badero operating portion 400 shown.

In the use of the above, when the operating unit 400 is rotated, the lowering operation unit 401 descends the operated unit 300, and the contents of the storage space 201 are opened and closed in the above process. If the container 700 is to be dropped and mixed in the above state, and to discharge the mixed contents inside the container 700 in the above-described state, the container 700 is tilted to one side while lifting the discharge table 500 to be mixed. The contents are moved through the opening and closing hole and the primary discharge hole 306 and then discharged through the discharge hole 501 formed through the secondary discharge hole 403 and finally separated from the discharge hole sealing part 404. .

In another embodiment (FIG. 3), the present invention allows the mixed contents of the container 700 in the operating part 400 to be discharged through the operating part fitting part 405, and the operating part fitting part 405 described above. The auxiliary cover 406 protecting the operating portion 405 for the hygiene of the connection portion 407 is connected.

In the use of the present invention, the operation unit 400 is operated to drop and mix the contents of the storage space 201 into the interior space 701 of the container 700, and then the upper auxiliary cover 406 is opened to open the container. When tilting the 700 to one side, the mixed contents are finally discharged through the operation part 405 via the primary discharge hole 306 and the secondary discharge hole 403.

As another embodiment (Fig. 4), the discharge table 510 of the type that is opened and closed at a predetermined angle above the operation portion 400 having the secondary discharge hole 403, and when using the above, By operating the operation unit 400 to open and close the opening portion 301 and lift the discharge table 510 in the above state is that the nozzle 511 is raised and the discharge hole 512 is opened.

In the above state, when the container 700 is inclined to one side, the mixed contents inside the container 700 pass through the discharge hole 512 through the primary discharge hole 306 and the secondary discharge hole 403. It is discharged.

As another embodiment (FIG. 5), the pump dispenser 520 is formed above the operation unit 400 having the secondary discharge hole 403, and when the above is used, the operation unit 400 is rotated. After opening the opening and closing part 301, the button 521 of the pump dispenser 520 is operated to allow the mixed contents of the container 700 to pass through the first discharge pipe 318, and then to the vertical discharge hole 307. The secondary discharge hole 403 is discharged through the final nozzle 522.

As another embodiment (FIG. 6), an accommodation part 200 having a storage space 201 is assembled into the main body 100, and an operation part 300 is formed into the storage space 201. Is positioned, the lower end of the actuating part 300 is formed with an opening and closing part 301 to block the opening and closing hole of the storage space 201, the upper side of the actuating part 300 is 1 to the inside of the support portion (102). The vehicle discharge hole 306 is sealed.

And the operating plate 309 is formed on the upper end of the inner space 103 of the main body sphere 101, the end of the vertical discharge hole 308 formed in the center of the operating plate 309 is the rubber civil war 310 It is blocked, and the upper part has the protection plate 311. As shown in FIG.

In the use of the present invention, when the protective plate 311 is removed and the operating plate 309 is pressed, the operated part 300 coupled around the support part 102 descends, and the opening and closing part 301 is in the process. ) Is opened and the contents in the storage space 201 are dropped and mixed into the container 700.

In such a state, when the syringe is inserted into the rubber civil war 310 and the syringe is operated, the mixed contents of the container 700 are sucked out through the primary discharge hole 306 and the vertical discharge hole 308.

And the annulus 305 of the operating plate 309 is fixed to the stopper 105.

In another embodiment (FIG. 7), a receiving unit 200 having a main body 100 coupled to the neck of the container 700, a storage space 201 assembled into the main body 100, and The operation part 300 supported by the inner support part 102 of the accommodation part 200 and the opening and closing part 301 which blocks the opening and closing hole at the lower end of the said operation part 300 are operated upwards. The plate 309 is hung on the operation part stopper 107 in the metering space 106.

In addition, there is a vertical discharge hole 312 in which the upper and lower surfaces communicate with each other inside the operated part 300, and there is a ball 313 opened only by pressure above the vertical discharge hole 312. When the ball 313 is opened to form a discharge hole 314 and the side discharge hole 315 to move the contents.

Subsequently, the actuated part 300 also has a closure 316 thereon to prevent the discharge hole 314 from directly opening upward and to help its contents move laterally, The actuated part 300 is rotated at a predetermined portion of the actuating plate 309 to release the actuated part stopper 107 formed so that the actuated part 300 is operated by selection without being generally pressed. This is to form a guide 317 to press the actuated portion 300 to prevent the resistance to occur.

In the use of the present invention, the auxiliary cover 530 formed above the main body 100 is separated from the main body sphere 108, and then pressing the operation plate 309 opens and closes the opening portion 301 while storing space ( The contents of 201 are dropped and mixed into the interior space 701 of the container 700.

In the above state, when the container 700 is pressurized, the mixed contents of the space 701 are raised through the vertical discharge hole 312 on the same extension line as the discharge pipe 318 which is elongated, and blocks the discharge hole 314. The ball 313 is temporarily lifted up to the desired amount into the weighing space 106, and if the container 700 is not pressurized, the ball 313 immediately blocks the discharge hole 314 and the weighing space ( The contents in the 106 will not flow back into the space 701 inside the container 700.

As another embodiment (FIG. 8), the main body 100 constituting the bottle cap 1 and an operation part coupled to the center of the main body 100 to seal the opening and closing hole of the storage space 201 ( The pump dispenser 540 is mounted above 300.

In the case of using such a thing, the guide 317 of the actuated part 300 is placed on the actuating part stopper 107, and then presses the actuated part 300 together with the pump dispenser 540 to actuate the actuated part ( 300 goes down, while the opening and closing part 301 is opened in the above process, the contents of the storage space 201 is dropped and mixed into the space 701 inside the container 700.

In the above process, the actuated part 300 is fixed to the stopper 105, and when the pump dispenser 540 is operated in the above state, the mixed contents in the space 701 inside the container 700 are initially displayed. The discharge pipe 318 moves to the vertical discharge hole 312, and is finally discharged through the nozzle of the pump dispenser 540.

As another embodiment (FIG. 9), in the present invention, the metering container 320 having the metering space 321 is provided above the actuated part 300, and the container 700 is used as the metering space 321. The vertical discharge hole 312 and the discharge pipe 318, which are a path through which the mixed contents therein move, are formed in the operated part 300.

In the use of the present invention as described above, the actuated part 300 is fixed to the stopper 105 in a state where the guide 317 of the actuated part 300 is positioned on the actuating part stopper 107, When the opening and closing part 301 is opened and the contents of the storage space 201 are dropped and mixed with the contents inside the container 700 in the above-described process, the mixed contents inside the container 700 are pressurized by the discharge pipe 318. ) And the vertical discharge hole (312) and through the discharge hole (319) configured to be stably discharged to the side to be weighed by the desired amount is to move the contents to the metering space (321).

And the contents in the weighing container 320 is to open and discharge the cover 550, for reference, the weighing container can be combined or assembled or attached to the actuated part 300 is displayed or weighed separately produced Alternatively, the cover 550 is optional, but the design can be changed regardless of the type, such as one-touch or screw method.

In addition, as used in the present invention, in the case where there is a separate discharge means formed above the main body 100 or a separate discharge means formed above the actuated portion 300 or the actuated portion 300, the main body It is not necessary to separate the 100 from the neck of the container 700, so that the body 100 can be variously modified to one-touch or rotary or attached or adhesive to the neck of the container 700 and, if necessary, to a container in the form of a cup or can or It is also possible to apply to pouch containers.

In another embodiment (FIG. 10), the bottle cap 1 containing the heterogeneous material has a plurality of storage spaces therein, and as an example, an accommodation portion having the internal storage space 201 of the main body 100. 200 is assembled, and the auxiliary space 109, which is another storage space, is formed above the receiving portion 200 and above the main body 100.

In addition, the auxiliary space 109 is the operating portion 300 coupled to the support portion 102 as the center, and the operating plate 300 is formed above the operating portion 300, the inside of the predetermined volume It will be an auxiliary space 109 having.

In addition, the auxiliary space 109, the foreign exchange portion of the operating plate 322 is made of a flexible stopper counterpart 323 with excellent adhesion, the airtightness is good, the auxiliary space of the operation unit 300 ( In 109, the contents are sealed and the part is sealed by the space sealing part 324, but the method of putting the contents in the auxiliary space 109 may be variously modified within the scope of the spirit of the present invention.

Such an operation and effect of the present invention, in the state as shown in Figure 10, by removing the protective plate 560 (protection plate 560) can be variously modified in the direction to protect the operation part 300) operating plate 322 When pressed, the contents of the storage space 201 are dropped and mixed into the space 701 inside the container 700 while the opening and closing portion 301 is opened, and the contents of the auxiliary space 109 are the primary discharge holes 325. Through the storage space 201 is mixed to fall through the diesel vessel 700.

As described above, the present invention is configured such that the two contents are simultaneously dropped and mixed into the container 700 by pressing the actuated part 300, and the contents of the auxiliary space 109 are stored in the storage space 201. It is a good example that the primary discharge hole 325 and the secondary discharge hole 326 are communicated in one side open shape so as to be easily movable.

For reference, the primary discharge hole 325 is the storage space 201 and the auxiliary space 109 is separated by a lower sealing ring 303, the primary discharge hole 325 is the support portion 102 Outside the), the contents of the auxiliary space 109 is immediately mixed by moving the storage space 201 to the space 701 inside the diesel container 700 through the primary discharge hole 325.

Then, the mixed contents inside the container 700 can be pulled out of the mixed contents by inserting a syringe into the space sealing portion 324, and the space sealing portion 324 should be a soft rubber civil war.

In another embodiment (FIG. 11), the present invention is an example of a variation of that according to FIG. 10, wherein the pressing of the actuated part 300 causes the contents of the auxiliary space 109 to fall into the storage space 201. A cut film 110 divided by a cut line 111 is disposed on a lower bottom surface of the space 109, and a long protrusion 112 is formed on the cut film 110.

And in order to put the contents in the auxiliary space 109 and to seal the inlet, it is preferable to use a separate inlet plug 113 as shown in the figure.

In the use of the present invention, the protective plate 506 in various forms is removed, and when the operating plate 309 is pressed, the cutting line 111 is destroyed by the ridge protrusion 112 and the contents of the auxiliary space 109 are removed. At the same time, the storage space 201 is dropped and mixed, and at the same time, the operation part 300 is lowered, and the opening and closing part 301 is opened, and the contents of the storage space 201 are dropped and mixed into the container 700.

For reference, the cutting film 110 may be destroyed by the ridges 112, but the cutting line 111 may be destroyed by placing the ridges at the bottom of the corresponding operation plate 309. It is also possible to open, but preferably, the ridges 112 are functionally perfect formed on the top surface of the cut film 110.

In another embodiment (FIG. 12), in the present invention, the injection hole 114 is formed in order to put the contents into the auxiliary space 109, and the part is sealed with the protective plate 115.

As another embodiment (FIG. 13), the accommodation part 200 having the storage space 201 applied to the present invention, the main body 100 including the accommodation part 200, and the main body 100 and the accommodation In the bottle cap 1, which is coupled to the center portion 200 and has an operating part 300 for use to seal and open the storage space 201, the auxiliary space 202 below the opening and closing portion 301. ), And the lower side is hermetically treated with a protective plate 203 serving as a sealed portion.

In the use of the above, the guide 317 is positioned on the actuating part stopper 107 and the actuating plate 309 is pressed to open the storage space 201 and the auxiliary space 202 below the respective contents. At the same time, the inner space 701 of the container 700 is dropped and mixed.

In addition, it is a good example that the perforated pin 326 is formed in the opening and closing part 301 for easy destruction of the protective plate 203, and the operating plate 309 of the actuated part 300 is not pressed unnecessarily. Instead of the operating part stopper 107, a protective cover or a protective plate may be installed on the upper part of the operating plate 309.

In the present invention, in particular, in the case of Figures 10, 11, 12, as shown in Figure 1 through the operating unit 400 is to be applied to the idea of the invention that the operating unit 300 is lowered. For example, the lowering operation part 401 may be configured to replace the vertical hole 327 formed in the center of the operation part 300.

In another embodiment (FIG. 14), when the operated part 300 is coupled to the main body 100 having the receiving part 200 therein, and the pressing part 300 is pressed, the receiving part 200 is provided. While the opening and closing portion 301 which is blocking the storage space 201 below is opened, the contents of the storage space 201 are dropped and mixed into the container 700, and before the operated part 300 operates, the support portion 102 is operated. It is located in the interior of the auxiliary space (329) is to be formed.

In the use of the above, the protective plate 560 is removed, the guide 317 is positioned at the portion of the operating part stopper 107, and then the operating plate 309 is pressed and the discharge hole 328 is supported by the support part ( While leaving 102, the contents of the auxiliary space 329 are dropped into the storage space 201, and at the same time, the contents of the storage space 201 are internal space 701 of the container 700 during the opening and closing part 301. Will be dropped into the mix.

For reference, in the case of FIG. 14, the contents are inserted into the auxiliary space 329 by inserting the operated part 300 around the support part 102, and the upper part is coupled or assembled with the auxiliary space sealing plug 330. It is also possible to seal the site by adhesion or by other means.

As another method (FIG. 15), the receiving part 200 having the storage space 201 is coupled to the inside of the main body 100, and the opening / closing hole of the storage space 201 is coupled to the support 102. The opening and closing part 301 of the operated part 300 is sealed, and the operating plate 309 above the operated part 300 is protected in various ways so as not to operate arbitrarily, but preferably As shown in the figure, it is a good example to prevent the operation plate 309 from being pressed by the operation part stopper 107.

The auxiliary storage part 204 is located above the storage space 201 and the upper bottom part of the main body 100, and the inner wall part of the auxiliary receiving part 204 has a center of the actuated part 300. The auxiliary space opening and closing part 331 is assembled in the form of opening by pressing.

In addition, the contents are put into the interior auxiliary space 205 of the auxiliary space receiving part 204, and the auxiliary space opening and closing part 331 is assembled, and then another content is put through the opening and closing hole downward of the receiving part 200. After that, it is sealed as the opening and closing part 301.

In the use of the present invention as described above, when the guide plate 317 of the operating plate 309 is positioned on the operating part stopper 107, the operating part 300 is lowered when the operating plate 309 is pressed. At the same time, the contents of the auxiliary space 205 and the storage space 201 are dropped and mixed into the interior space 701 of the container 700.

In addition, the operation plate 309 is caught by the stopper 105 in the above-described process, and the operation plate 309 may be protected by another method without using the operation part stopper 107. will be.

In addition, the actuated part 300 is to be operated by the actuated part 300 by the actuating part 400 described in FIG. 1, in one method, as shown in FIG. 1 in the vertical hole 327. The lower operation part 401 is positioned so that the operated part 300 can be operated by the operation of the operation part 400, and according to circumstances, another kind of contents may be added to the upper space 116. Preferably, the guide 317 or the like does not interfere with the sealing, and the operation plate 309 may have a sealing stopper counterpart 323 as shown in FIG. 12. .

For reference, as described above, the present invention may be up to three spaces to accommodate the heterogeneous material, if necessary, if necessary, forming another auxiliary receiving portion on the outside of the auxiliary receiving portion 204 You can do it.

As another embodiment (FIG. 16A), the bottle cap 1 of the present invention has a method of pulling up the actuated part 300 upward when the actuating part 400 is rotated as opposed to that shown above. The opening and closing part 301 is a technology that is configured to open the opening and closing hole.

And when one such configuration of the bottle cap 1 of the present invention, the main body 100 is coupled to the container 700, and the receiving portion 200 having a storage space 201 assembled into the interior of the main body 100. ), And the opening and closing hole of the accommodation portion 200 is sealed by the opening and closing portion 301, the end of the operation portion 300 is assembled to the sealing portion 301.

In addition, the operation part 300 is preferably, is coupled around the support portion 102 of the main body 100, the storage space 201 and the outside through the interior of the support portion 102 is not through The sealing ring 304 is inserted so that the operation part 300 is assembled to move up and down by the guide 104 of the main body 100.

In addition, the actuated part 300 has a primary discharge hole to allow the mixed contents of the container 700 to rise upward when the actuated part 300 rises above and below the sealing ring 304. (H1) and the secondary discharge hole (H2) is formed.

In addition, corresponding to the lifting operation groove (E) located in the center of the operation unit 300, the lifting operation unit (E1) of the operation unit 400 is provided, the lifting operation unit (E1) Side of the long groove-shaped discharge hole (EH) is formed, the operation unit 400 is to be coupled to the main body sphere 101.

And above the operating unit 400 of the above structure, it is possible to form various types of discharge device capable of discharging the mixed contents of the container 700 without removing the bottle cap (1), if necessary, such a structure As shown, as shown, it is possible to form the discharge table 500 above the operating unit 400.

Such a bottle cap 1 of the present invention, when the operating part 400 is operated in the same state as in FIG. 16A, the operated part 300 is lifted by the lifting operation part E1, and the opening and closing part 301 is in the above process. Open and close the opening is opened, the contents in the storage space 201 is dropped and mixed into the interior space 701 of the container 700.

If the operating unit 400 is continuously rotated in the above state, the foreign exchange unit of the operating plate 309 is caught by the stopper 105, and in this process, the operating unit 400 no longer rotates and stops. Lift the discharge table 500 and pressurize the container 700, and the mixed contents are finally located above the discharge hole EH via the primary discharge hole H1 and the secondary discharge hole H2. Will be discharged through the discharge (500).

As yet another embodiment (Fig. 16B), the bottle cap 1 of the present invention is the folding portion 117 is folded down when rotating the operating unit 400 assembled to the main body 100 of the bottle cap 1 The operation plate 118 formed in close proximity to the folding portion 117 is to make the lifting operation unit E2 of the operation unit 400 is formed.

In the use of the present invention, when the operating unit 400 is rotated, the lifting operation unit E2 lifts up the operating plate 118, and the folding portion 117 is turned upside down in the same process. When the operating plate 309 is raised as described above, the opening and closing portion at the end of the connecting portion elongated below the operating plate 309 opens the opening and closing hole, and the contents of the storage space are stored inside the container. Will be dropped into the mix.

As another embodiment (Fig. 17), the present invention, the bottle cap 1 containing the heterogeneous material is the main body 100 is assembled to the neck of the container 700, and the storage space in the interior of the main body 100 The receiving part 200 having the 201 is coupled to the opening and closing hole 211 downward of the storage space 201 through the opening and closing part 301, and the opening and closing part 301 of the body 100 It is connected by the connecting rod 121 of the button unit 119 formed in the upper portion.

And the above, put the contents in the storage space 201 through the opening and closing hole 211, the opening and closing hole 211 is airtightly processed by the opening and closing portion 301, the opening and closing portion 301 to the connecting rod 121 in the same process. The button unit 119 is assembled so as to be pinched, and the button unit 119 is connected by a folding unit 120 of a collapsible form, and the upper portion of the button unit 119 is provided with a protective plate 560 for improved barrier property or safety. Or a more rigid protective cover.

In the use of the present invention, by removing the protective plate 560, pressing the button portion 119, the opening and closing portion 301 is lowered while the contents of the storage space 201 through the opening and closing hole 211, the container 700 The inner space 701 is to be mixed drop, the folded portion 120 in the above process is to be turned down as shown by the dotted line in the figure button portion 119 is lowered.

In addition, the main body 100 may be modified in various forms, and as shown in FIG. 17, the protection plate 570 may be placed at the lower end of the main body 100 to further improve the airtightness of the storage space 201. In the case, the bottle cap (1) is distributed separately, the bottle cap (1) is purchased by the consumer to remove the lid of the container being stored or purchased separately, for the purpose of combining the bottle cap (1) of the present invention It can be used.

In another embodiment (FIG. 18), the bottle cap 1 containing the heterogeneous material includes a body 100 coupled to the neck of the container 700, and a storage space 201 assembled into the body 100. Receiving portion 200 having a combined.

And the upper portion of the main body 100 is formed with a button portion 119 made of a folding portion 120, the bottom of the button portion 119 and the vertical discharge hole 122 of the tubular shape extending long downwards. ) Is formed.

In addition, the opening and closing portion 301 for sealing the opening and closing hole 211 is connected to the lower end of the tube-shaped connecting portion 123 having the vertical discharge hole 122 therein.

In the bottle cap 1 as described above, the pump dispenser 580 is formed above the button portion 119, and a protective cover or the like can be covered to the outside of the pump dispenser 580 as necessary.

And when the bottle cap 1 is distributed separately without being assembled to the neck of the container 700, the discharge pipe 332 is separated, the lower end of the body 100 is to be kept airtight by the protective plate 570 Good example.

In addition, the method of inserting the heterogeneous material into the bottle cap 1 is to put the contents into the storage space 201 through the opening and closing hole 211, and to block the portion as the opening and closing portion 301, but in this case the inside of the connection portion 123 The vertical discharge hole 122 is to be coupled in the form in communication with the discharge pipe 332 around the center.

In the use of the present invention, when the button unit 119 or the pump dispenser 580 is pressed, the folding unit 120 is folded and the opening and closing unit 301 is lowered, and the storage space 201 in the above process. The contents of) are dropped and mixed into the interior space 701 of the container 700 through the opening and closing hole 211.

After the contents of the storage space 201 are mixed drop-wise as described above, when the button 581 of the pump dispenser 580 is pressed, the mixed contents of the container 700 are discharged to the discharge pipe 332 and the vertical discharge hole 122. The oil is finally discharged through the nozzle 582.

As another embodiment (FIG. 19), the present invention includes a storage unit 200 having a storage space 201 inside the main body 100 constituting the bottle cap 1, and the storage space 201 described above. Opening and closing part 301 to block the opening and closing hole 211 is located below, the opening and closing portion 301 at the end of the connection portion 125 extending long from the upper button portion 119 of the main body 100 for the above execution. It is configured to be assembled.

In addition, the upper part of the button unit 119 has a main body sphere 126, and the main body sphere 126 is combined with a discharge stand 590, which is an opening and closing cover, and the discharge stand 590 moves up and down. In accordance with the discharge hole is closed to the upper discharge hole is opened and closed.

In addition, a primary discharge hole 128 is provided at the connection portion 125 so that the mixed contents of the container 700 can be discharged through the discharge table 590, and the primary discharge hole 128 is upwardly disposed. ) Is in communication with the secondary discharge hole (129).

In the use of the present invention as described above, the safety protective cover 600 is applied as necessary, and when the discharge zone 590 is pressed, the folding portion 120 is folded, and at the same time opening and closing portion 301 is opened storage space The contents of the 201 are dropped and mixed into the inner space 701 of the container 700 through the opening and closing hole 211.

And when you want to discharge the mixed contents as described above, tilt the container 700 to one side, lift the outlet 590 to press the container 700, the mixed contents inside the container 700 is 1 It is discharged via the secondary discharge hole 128 and the secondary discharge hole (129).

Also, in the case of the discharge stand 590 shown in the drawing, the discharge stand 590 of any form is shown, but the discharge stand 590 is raised and lowered as shown in the drawing, or rotated as needed. Various structural modifications are possible, such as opening and closing up and down, and this is merely a means of embodying the spirit of the present invention.

In another embodiment (FIG. 20), the present invention shows that the meter shown in FIG. 18 is a modified example, and the metering container 130 having the metering space 131 is formed above the button part 119.

In addition, above the vertical discharge hole 122 formed below the button part 119, there is a vertical discharge hole 132 of a long extension type, and the end of the vertical discharge hole 132 has contents that rise upward. The discharge hole 133 is formed to be drilled to prevent the side.

In addition, the weighing container 130 may be separately manufactured and then coupled to, or attached to, or adhered to the button unit 119, and the upper side of the weighing container 130 forms a cover 610 for stability. The cover 610 may have various configurations such as a one-touch method or a screw method.

In addition, the bottle cap 1 of the present invention, the discharge cap 134 is a closed cap 134 having a discharge opening and closing hole 135 of the rotary opening and closed in the upper direction so that the air tightness is maintained until use. It can be covered.

In the use of the present invention, if present, remove the protective cover 620, and when pressing the weighing container 130, the folding portion 120 is folded and the opening and closing portion 301 opens the opening and closing hole 211, The contents in the storage space 201 during this process are dropped and mixed into the internal space 701 of the container 700.

And in order to discharge the mixed contents as described above, when the container 700 is pressurized, the mixed contents are moved to the vertical discharge hole 122 through the discharge pipe 332, and the contents are continuously applied to the pressure. It moves to the metering space 131 through the upper discharge hole 133,

In addition, the metering container 130 has a metering scale, and when discharged, the cover 610 is removed, and if there is a closed cap 134, the closed plug 134 by turning the discharge opening and closing hole 135 is discharged It is a good idea to pressurize the vessel 700 after setting it to coincide with the ball 133.

As a supplementary explanation, the discharge hole 133 may be configured to have a sealing portion at the bottom of the upper surface portion of the cover 610 so that the sealing portion seals the discharge hole 133.

As yet another embodiment (Fig. 21), the bottle cap 1 of the present invention has been shown to be configured to take out the mixed contents inside the container 700 through a separate syringe.

As shown in FIG. 21, the rubber civil war 136 is coupled to the inside of the button unit 119, and the lower portion thereof forms a discharge hole 137 through which a syringe can be inserted to suck up the mixed contents.

In the use of the present invention, when the protective cover or the protective plate 630, if present, and pressing the button portion 119, the folding portion 120 is folded downward, and at the same time the opening and closing portion (connected by the connecting portion 138 ( As the 301 is opened, the contents of the storage space 201 are dropped and mixed into the interior space 701 of the container 700.

And when you want to discharge the mixed contents as described above, if the syringe is inserted into the rubber civilization (136) site and aspirated, the mixed contents are discharged when the discharge hole (137).

17 to 21, the body 100 of the bottle cap 1 is a design change is possible to be coupled to the container in a variety of ways, such as a one-touch method or a screw method to the container 700.

As another embodiment (FIG. 22), the present invention shows an example in which at least two or more spaces in which heterogeneous materials can be placed inside the bottle cap 1 are formed, and the storage space ( 201) is coupled to the receiving portion 200, and the upper portion of the storage space 201 to form a button portion 119 connected to the folding portion 120 of the form that can be folded downward.

And below the button unit 119 has an auxiliary space 139, the lower portion of the sealing pin 140 to seal the sealing portion, and the puncture pin of the structure capable of breaking the sealing portion 140 141 is formed in the upper bottom portion of the button portion 119.

In addition, the connection portion 142 is formed to extend to the button portion 119 of the above shape, the lower end of the opening and closing portion 301, the lower storage space is another space below the opening and closing portion 301 143 is formed, and the lower portion of the lower storage space 143 is sealed by the sealing part 144.

In the use of the present invention, if present, the protective plate is removed, and when the button portion 119 is pressed, the drilling pin 141 destroys the sealing portion 140 and stores the contents of the auxiliary space 139 in the storage space 201. At the same time, the opening and closing portion 301 is to drop down and mix the contents of the storage space 201 to the space 701 inside the container 700 while descending downward.

In the above process, the opening / closing part 301 destroys the sealing part 144 existing below the hole 144 by the puncture pins 145, and at the same time, the contents of the lower storage space 143 are stored in the container 700. ) And drop mixing.

In addition, at least a portion of the above-described puncture pins 145 may be flat in order to prevent the pins 145 from tearing all the sealing parts 144 so that the separated sealing parts 144 do not fall into the container 700. By doing so, a part of the sealing part 144 may be attached to the lower end of the receiving part 200.

In order to discharge the mixed contents, the bottle cap 1 is removed from the neck of the container 700, but if necessary, the pump dispenser 580 shown in FIGS. 18, 19, and 20 in the button part 119 is necessary. ) Or the discharge table 590 or the measuring container 130 can be used in addition.

As another embodiment (FIG. 23), the present invention shows an example of the modification of FIG. 22, which limits the storage space for putting heterogeneous materials to two, and as shown, below the opening / closing portion 301 shown in FIG. 22. The lower storage space 143 was shown in the state omitted.

In the use of the present invention, if present, the protective plate 640 is removed, and when the button portion 119 is pressed, the sealing portion 140 is destroyed by the punching pin 141 and the contents of the auxiliary space 139. Falling into the storage space 201, at the same time the contents in the storage space 201 is to be mixed into the contents of the container 700 through the opening and closing hole formed when the opening and closing portion 301 is opened.

In another embodiment (FIG. 24), the bottle cap 1 containing the heterogeneous material includes a main body 100 coupled to the neck of the container 700, and a storage space 201 assembled into the main body 100. ) Is composed of a receiving portion 200, the opening and closing hole of the storage space 201 is to be kept airtight by the opening and closing portion (301).

In addition, the inner support portion 102 of the main body 100 is coupled to the actuated part 300, and the lower end thereof is connected to the opening and closing part 301, and above the means for discharging the mixed contents. Discharge zone 650 is formed.

Such present invention, if present, remove the protective cover 660, and press the discharge zone 650, the opening and closing portion 301 connected to the lower opening while the contents of the storage space 201 through the opening and closing the container 700 The drop is mixed into the interior space 701.

In the process of the operation unit 300 descending on the basis of the support unit 102, the stopper 333 is caught by the stopper groove 334, and the primary discharge hole 335 is opened in the same process.

In addition, in the above state, to discharge the mixed contents inside the container 700, lift the discharge rack 650 to open the vertical discharge hole 336, then tilt the container 700 to one side and pressurized The mixed contents are discharged through the primary discharge hole 335 and the vertical discharge hole 336.

As another embodiment (FIG. 25), the bottle cap 1 of the present invention is lowered by a separate auxiliary means, in particular without pressing the button portion 119 of the bottle cap 1 shown in FIG. We changed the structure so that we can go down.

Preferably, it constitutes a separate operation unit 670 that can push down the button unit 119, the rotation of the operation unit 670 of the operating unit 670 so that the button unit 119 can be lowered The lowering operation part 671 is to be assembled in the center groove of the corresponding connecting table 147.

In the use of the present invention, when the operating part 670 of the bottle cap 1 is rotated, the lowering operation part 671 pushes down the button part 119, and at the same time, the opening and closing part formed below the connecting table 147. As it opens, the contents of the storage space are dropped and mixed into the space inside the container.

For reference, in the present invention, in particular, in the case of FIGS. 18 to 21, the pump dispenser 580 formed above the button portion 119 while the folding portion 120 is lowered, Pulling the discharge table 590, or the metering container 130 opens and closes the opening and closing portion 301 which was sealing the lower portion of the storage space 201 and can be configured to drop the contents into the container 700 through the opening and closing hole. will be.

The present invention relates to a structure of a receiving device for effectively mixing a concentrate and water, or a concentrate and a general beverage, or granules and water, or a powder and water, etc., as well as a general drink to improve the mixing of heterogeneous materials It can be applied to liquor or chemicals.

1 to 5 show the first embodiment of the present invention, Figure 1 shows a preferred longitudinal cross-sectional view of the bottle cap,

2 is a view showing a state in which the discharge table is formed above the operating portion constituting the bottle cap,

Figure 3 shows that the opening and closing auxiliary cover connected to the connecting portion formed above the operating portion constituting the bottle cap,

Figure 4 forms an openable discharging stand above the operating portion constituting the bottle cap,

Figure 5 shows that the pump dispenser is configured above the operating portion constituting the bottle cap.

Figures 6 to 9 show a second embodiment of the present invention, Figure 6 shows that the rubber civil war is formed so that it is possible to take out the mixed contents inside the container through the syringe above the operating portion constituting the bottle cap Will,

7 or 9 is to form a measuring space capable of measuring and discharging the mixed contents inside the container,

8 shows that the pump dispenser is mounted as a means for discharging the mixed contents inside the container.

10 to 15 show another embodiment of the present invention, Figure 10 shows that the storage space is composed of a plurality of the auxiliary space between the internal storage space of the main body and the operation part,

11 and 12 show examples of the above-described modification of the auxiliary space,

13 shows that another space auxiliary space is formed below the internal storage space of the main body,

14 is to form an auxiliary space which is another space in the actuated part which is a means for opening the storage space,

15 shows a plurality of storage spaces between the bottom of the upper surface portion of the main body and the opening and closing portion, wherein the storage space is configured to open in the process of lowering the actuated portion.

Figure 16 (A), Figure 16 (B) is showing another embodiment of the present invention, Figure 16 (A) is to show that the opening and closing part is opened while the operation part is raised upward through a separate operation,

Fig. 16 (B) is a longitudinal sectional view of the main part showing that the button part is moved upward by a separate operation part.

17 shows that the button portion pressed to open the storage space is formed integrally with the main body by the folding portion.

18 to 21 show yet another embodiment of the present invention, Figure 18 shows that the pump dispenser is formed above the button portion,

19 shows that the discharge zone is formed to help discharge the mixed contents,

And Figure 20 shows that to form a metering space to help the discharge of the mixed contents,

In addition, Figure 21 shows that the rubber portion coupled to the button portion to be able to take out the mixed contents through the syringe.

22 to 23 show another embodiment of the present invention, and FIG. 22 shows an auxiliary space provided above and below the internal storage space of the main body.

FIG. 23 shows that an auxiliary space, which is another space, is formed below the button unit that is above the storage space.

24 and 25 show yet another embodiment of the present invention, FIG. 24 shows an example in which a discharge zone is formed directly above the actuated part.

25 is a longitudinal sectional view of the main part showing that the button part can be opened by an operation part which is a separate auxiliary means.

------- Description of the main parts of the drawing -------

1: bottle cap 100: main body

101,108,124,126,146: main body part 102: support part

103: space 104,317: guide

105,333: Stopper 106: Weighing space

107: operation part stopper 109,139,202,205,329,330: auxiliary space

110: cut film 111: cut line

112: jangdolgi 113: infusion stopper

114: injection hole 115,210,311,560,570,630,640: auxiliary space

116: upper space 117,119: button portion

118,120: folds 121,147: connecting rod

122: vertical discharge hole 123,125,209: connection portion

127,404: Emission airtight seal 128,325,335: Primary discharge

129,403: secondary discharge hole 200: receiving unit

201: storage space 204: auxiliary accommodation

206,301: opening and closing part 211: opening and closing hole

130,320: Weighbridge 131,321: Weighing space

133,137,314,306,319,328,501,512

140,144,316 Sealed parts 141,145 Drill pins

134: closed cap 135: discharge opening and closing hole

143: lower storage space 315: side discharge hole

300: working part 302,303,304: sealing ring

305: ring projection 307,308,312,336: vertical discharge hole

309,322: Operating plate 310,136: Rubber civil war

323: stopper counter 324: space seal

327: vertical hole 330: auxiliary space sealed stopper

331: auxiliary space opening and closing part 332: discharge pipe

334: stopper groove 400,670: operating part

401: lowering operation part 402,405: operating part

500,510,590,650: Outlet 520,540,580: Pump dispenser

521: button 530: auxiliary cover

550,610: Cover 600,620,660: Protective Cover

700 container 701 space

Claims (97)

The bottle cap, which is a heterogeneous material receiving device applied to the contents discharge direction of the container, includes a main body coupled to the container neck and a receiving part having a storage space assembled into the main body, and centered on the upper support of the main body. The assembling unit is operated, wherein the actuating unit is coupled to the actuating unit for lowering of the actuating unit so that the actuating unit can be lowered downward by a separate actuating unit. Bottle cap, characterized in that the opening and closing unit for closing the opening and closing holes. The bottle cap according to claim 1, wherein an airtight sealing ring is formed between the actuated part assembled into the support part and the support part. The method of claim 1, wherein the operating unit is assembled around the main body sphere of the main body, the rotation of the operation unit is rotated about the main body sphere constant, characterized in that the lowering operation portion to lower the operation part during the rotation process. Bottle caps. The method of claim 1, wherein when the operating unit assembled to the main body is rotated, the operation part is lowered, but the operation part can be lowered vertically without rotating because the operation plate of the operation part is configured to be prevented from rotating by the guide. Bottle caps characterized in that. The bottle cap according to claim 1, wherein when the operating part is rotated, the operated part is lowered, the opening and closing part which blocks the opening and closing hole of the simultaneous storage space is opened, and the contents in the storage space are dropped and mixed into the container. According to claim 1, If the operation part is lowered by the operating part, the operation plate ring of the operating part is caught by the stopper, and in the above state, even if the operating part is rotated reversely, the operating part cannot return to its original state, A bottle cap characterized in that it does not put foreign matter. According to claim 1, wherein the opening and closing the bottle cap, characterized in that the sealing ring is formed to reinforce the sealing. The bottle cap, which is a heterogeneous material receiving device applied to the contents discharge direction of the container, includes a main body coupled to the container neck, and a receiving part having a storage space inside the main body, and downwardly from above the main body. The operation part is assembled, but the operation part is coupled to the operation part of the lowering operation part of the operation part so as to be lowered downward by a separate operation part, and the opening and closing hole of the storage space in the lower part of the operation part of the structure described above. Bottle caps characterized in that the opening and closing portion to seal the combined. The bottle cap according to claim 8, wherein the actuated part is coupled to a support part of the main body. 10. The bottle cap according to claim 9, wherein an airtight sealing ring is formed between the actuated part and the support part assembled into the support part. The method of claim 8, wherein the operating unit is assembled around the main body sphere of the main body, the rotation of the operation unit is rotated about the main body sphere constant, characterized in that the lowering operation unit lowers the operation unit during the rotation process. Bottle caps. The method of claim 8, wherein when the operating unit is assembled to the main body is rotated the operation part is lowered, the operation part can be lowered vertically without rotating because the operating plate of the operation part is configured to prevent the rotation by the guide Featured bottle caps. The bottle cap according to claim 8, wherein when the operating part is rotated, the operated part is lowered, the opening and closing part which opens and closes the opening and closing hole of the simultaneous storage space is opened, and the contents in the storage space are dropped and mixed into the container. 9. The apparatus of claim 8, wherein the actuating part is lowered by the actuating part, and the actuating plate circular frame of the actuating part is caught by the stopper. A bottle cap characterized in that it does not put foreign matter. The bottle cap according to claim 8, wherein the opening and closing part is formed with a sealing ring for sealing the reinforcement. The bottle cap according to claim 8, wherein the accommodation portion is assembled inside the main body. The bottle cap, which is a heterogeneous material container applied to the contents discharge direction of the container, includes a main body coupled to the container neck, and an accommodation part having a storage space inside the main body, and is configured to be extended downward from the upper part of the main body. Assemble the operation part, wherein the operation part is coupled to the operation part to be able to descend downward by a separate operation part, the heterogeneous material is put in the storage space, the lower end of the operation part of the structure Bottle cap characterized in that the combination of the opening and closing the opening and closing hole of the storage space. 18. The bottle cap according to claim 17, wherein the accommodation portion is assembled inside the main body. 18. The bottle cap according to claim 17, wherein the actuated part is coupled around the support part of the main body. 18. The method of claim 17, wherein when the operating part is rotated, a lowering operation part is formed on the operating part so that the operated part is lowered, and the operating part and the operated part are assembled to lower the operated part by the lowering operation part. Bottle caps. The bottle cap accommodating heterogeneous materials assembled in the discharge direction of the contents of the container includes a main body assembled to the container neck, A receiving unit having a storage space assembled inside the main body; The operation part is assembled in the direction of the receiving part from the upper side of the main body, and the operation part is configured to descend downward by a separate operation part, Rotating the operation unit is configured to open and close the opening and closing portion that is blocking the lower portion of the storage space is connected to the lower end of the operation portion, When the actuated part is lowered, the primary discharge hole, which is hermetically sealed inside the support part, is opened, and is communicated with the upper secondary discharge hole. The bottle cap, characterized in that configured to be discharged by the separate discharge means formed in the upper portion of the container, the contents of the storage space is mixed drop down into the operation portion as the operation portion is lowered. 22. The bottle cap according to claim 21, wherein the discharging means formed above the operating part is a discharging stand in which a discharging stand is lifted up and down to open and close the discharging hole. 22. The bottle cap according to claim 21, wherein the discharging means formed above the operating part is a discharging table of a method of opening and closing the discharging hole by rotating the discharging table. 22. The bottle cap according to claim 21, wherein the discharge means formed above the operating portion is a nozzle-type discharge table that opens and closes at a predetermined angle. 22. The bottle cap according to claim 21, wherein the discharging means formed above the actuating portion is a lid having an actuation portion. 2. The bottle cap according to claim 1, wherein a discharging device is formed above the operating part, the means for discharging the mixed contents inside the container without removing the bottle cap from the neck of the container. 27. The apparatus of claim 26, wherein the actuating part is coupled to a support part of the main body so that the mixed contents inside the container are movable by a discharge device formed above the actuating part. With the discharge hole, when the operating part is rotated, the discharged part is released from the support, and the primary discharge hole is opened. At the same time, the mixed contents inside the container are moved to the discharge device through the secondary discharge hole between the operated part and the eastern part. Bottle caps, characterized in that formed to be. 27. The apparatus of claim 26, wherein the actuating unit is coupled to a dispensing device formed above the actuating unit so that the mixed contents of the container are movable, and the actuating unit is located inside the actuating unit. The formed vertical discharge hole is formed, the vertical discharge hole is connected to the discharge pipe extending in the lower direction, the bottle cap, characterized in that through the secondary discharge hole through the discharge device upward. 29. The bottle cap according to claim 28, wherein the discharge device above the operating portion is a pump dispenser. The bottle cap accommodating heterogeneous materials used in the discharge direction of the contents of the container includes a main body assembled to the neck of the container, An accommodation portion having a storage space in the main body; In the upper portion of the main body to the receiving portion is assembled to the operation portion, the operation portion is configured to be lowered down by a separate operation portion, Rotating the operation part is configured to open and close the opening and closing portion that is blocking the lower portion of the storage space is connected to the lower end of the operation portion while the operation portion, When the operation part is lowered, the first discharge hole, which is hermetically sealed inside the support part, is opened, and is communicated with the upper secondary discharge hole. The bottle cap, characterized in that configured to be discharged by the separate discharge means formed in the upper portion of the container, the contents of the storage space is mixed drop down into the operation portion as the operation portion is lowered. 2. The bottle cap according to claim 1, wherein when the operated portion is lowered by the operating portion, the operating plate ring of the operated portion is caught by the stopper of the main body so that the operated portion cannot be returned. 22. The bottle cap according to claim 21, wherein when the operated portion is lowered by the actuating portion, the actuating plate ring of the actuated portion is caught by the stopper of the main body so that the actuated portion cannot be returned. The bottle cap accommodating heterogeneous materials used in the discharge direction of the contents of the container includes a main body coupled to the container, The interior of the main body is assembled with a receiving portion having a storage space, In the upper portion of the main body in the direction of the storage space is formed an operating portion to press and operate from above, When the actuated part is pressed, the primary discharge hole that is protected inside the support part of the main body opens. In the process of descending the operation part, the opening and closing part formed at the lower end of the operation part is opened, and the contents of the storage space are dropped and mixed into the container. The mixed contents inside the container are configured to be discharged through the vertical discharge hole in which the mixed contents inside the container are discharged by inserting the syringe needle into the rubber protruding portion formed above the actuated part. Bottle caps. 34. The bottle cap according to claim 33, wherein a stopper is formed to hold the actuating part so that the actuating part does not return after the actuating part is lowered by the actuating part. 34. The bottle cap according to claim 33, wherein a protective plate is formed above the actuated part to prevent the actuated part from being pressed arbitrarily. The bottle cap accommodating heterogeneous materials used in the discharge direction of the contents of the container includes a main body coupled to the container, The interior of the main body is formed with a receiving portion having a storage space, In the upper portion of the main body in the direction of the storage space is formed an operating portion to press and operate from above, When the actuated part is pressed, the primary discharge hole that is protected inside the support part of the main body opens. In the process of descending the operation part, the opening and closing part formed at the lower end of the operation part is opened, and the contents of the storage space are dropped and mixed into the container. The mixed contents inside the container are configured to be discharged through the vertical discharge hole in which the mixed contents inside the container are discharged by inserting the syringe needle into the rubber protruding portion formed above the actuated part. Bottle caps. The bottle cap containing the heterogeneous material used to be coupled to the contents discharge direction of the container, the body is coupled to the neck of the container, the interior of the body is coupled to the receiving portion having a storage space, The lower opening and closing hole of the storage space is that the storage space is sealed by the opening and closing portion at the end of the operation unit coupled to the main body, A vertical discharge hole is formed in the inside of the actuated part, and the vertical discharge hole is maintained in an airtight state between the opening and the support part supporting the actuated part so as not to pass through the storage space. When the operated part of the bottle cap is pressed, the opening and closing part of the lower portion is opened, and the contents of the storage space are dropped and mixed into the container. When the container is pressurized to discharge the contents in the mixed container, the contents inside the container are moved through the discharge pipe connected to the opening and closing part and the vertical discharge hole on the same extension line, The contents moved through the vertical discharge hole is a bottle cap, characterized in that configured to move to the measuring container with a measuring space. 37. The bottle cap according to claim 36, wherein the inside of the measuring container has a discharge hole formed laterally in the upper end of the vertical discharge hole having a predetermined height so that the contents of the vertical discharge hole can be stably moved to the measuring space. 37. The bottle cap according to claim 36, wherein when the actuated part is pushed down, the ring frame portion of the actuated part is caught by the stopper of the main body so that it is not retracted. 37. The bottle cap according to claim 36, wherein an actuating part stopper is formed between the actuating part and the main body to prevent the actuating part from descending arbitrarily. The bottle cap containing the heterogeneous material used to be coupled to the contents discharge direction of the container, the main body is coupled to the neck of the container, the interior of the main body is formed with a receiving portion having a storage space, The lower opening and closing hole of the storage space is that the storage space is sealed by the opening and closing portion at the end of the operation unit coupled to the main body, A vertical discharge hole is formed in the inside of the actuated part, and the vertical discharge hole is maintained in an airtight state between the opening and closing part or the operated part so as not to be perforated with the storage space. When the operated part of the bottle cap is pressed, the opening and closing part of the lower portion is opened, and the contents of the storage space are dropped and mixed into the container. When the container is pressurized to discharge the contents in the mixed container, the contents inside the container are moved through the discharge pipe connected to the opening and closing part and the vertical discharge hole on the same extension line, The contents moved through the vertical discharge hole is a bottle cap, characterized in that configured to move to the measuring container with a measuring space. 42. The bottle cap according to claim 41, wherein the actuated part is coupled around the support part of the main body, and a sealing ring is formed between the actuated part assembled into the support part and the support part to maintain airtightness. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, An accommodation portion having a storage space assembled into the body is formed, The actuated part assembled in the direction of the receiving part from the upper side of the main body has an opening and closing part at its lower end to seal the opening and closing hole of the storage space. The upper auxiliary space created by the above-mentioned operation part is coupled with the main body is to maintain the storage space and airtight thereunder, When the operated part is pressed, the contents in the upper auxiliary space drop into the lower storage space, and at the same time, the contents of the storage space are dropped and mixed into the container through the opening / closing hole formed by opening and closing the operated part. Bottle caps characterized in that configured. 44. The method of claim 43, wherein the contents of the storage space of the accommodation portion and the contents of the auxiliary space above are formed in close contact with the operated portion coupled to the support portion of the main body to maintain hermeticity. When the operating plate is pressed down, the operation part is lowered and the primary discharge hole inside the support is exposed, and at the same time, the contents of the auxiliary space through the primary discharge hole is configured to drop into the storage space. 44. The bottle cap according to claim 43, wherein the bottle is in communication with the primary discharge hole and the auxiliary space. 44. The bottle cap according to claim 43, wherein the contents are put in the auxiliary space through vertical holes of the actuated part, and the vertical holes are kept closed by a separate space sealing part. 44. The bottle cap according to claim 43, wherein an elastic stopper counter is provided to maintain a sealing force on the foreign exchange portion of the operating plate for airtightness between the operated part and the main body. 48. The bottle cap according to claim 47, wherein the stopper counterpart is configured to prevent the bottle cap from being reused when it is caught by the stopper of the main body. 44. The bottle cap according to claim 43, wherein a protective cover or a protective plate is formed at an upper portion thereof to protect the operated part. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, An accommodation part having a storage space is formed inside the main body, The actuated part assembled in the direction of the receiving part from the upper side of the main body has an opening and closing part at its lower end to seal the opening and closing hole of the storage space. The upper auxiliary space created by the above-mentioned operation part is coupled with the main body is to maintain the storage space and airtight thereunder, When the operated part is pressed, the contents in the upper auxiliary space drop into the lower storage space, and at the same time, the contents of the storage space are configured such that the contents are dropped and mixed into the container through the opening / closing hole formed by opening and closing the operated part. Bottle caps characterized in that. 44. The method of claim 43, wherein the pressing portion is formed so that the contents of the auxiliary space can be dropped into the storage space below the lower portion of the auxiliary space to form a cut surface divided by a cut line. Bottle caps, characterized in that formed a long protruding long projection on the upper portion of the cutting surface to be destroyed in the process of pressing the operating part. 52. The bottle cap according to claim 51, wherein the contents are put in the auxiliary space by inserting the contents through the portion by making a hole in a part of the auxiliary space and then sealing the portion. The bottle cap containing the heterogeneous material configured to be coupled to the contents discharge direction of the container includes: a main body coupled to the neck of the container; An accommodation part having a storage space is formed inside the main body, The inner storage space of the accommodation portion is closed by the opening and closing hole of the storage space by the end of the operating portion coupled to extend from the top of the main body, In the lower part of the opening and closing part is formed an auxiliary space for the other contents and the end is sealed as a protective plate, When the operation part is pressed, the opening and closing hole is opened while the opening and closing part connected to the end of the operation part is opened, and the lower protection plate is also opened by the end of the opening part, and the contents of the storage space and the contents of the auxiliary space are dropped and mixed into the inner space of the container. Bottle caps characterized in that. 55. The bottle cap according to claim 53, wherein the upper operating plate of the actuated portion is provided with an actuating part stopper between the actuating plate and the main body so as not to be idled at random. 54. The bottle cap according to claim 53, wherein a stopper is formed in the corresponding main body so that the actuated part cannot return after being lowered. 54. The apparatus of claim 53, wherein the actuated portion is coupled around the support of the body to prevent the contents of the storage space from being kept confidential between the body and the actuated portion, and between the support and the actuated portion. Bottle cap characterized in that the sealing ring combined. 55. The bottle cap according to claim 53, wherein a perforation pin is provided at a lower end of the opening and closing portion to block the opening and closing hole of the storage space to facilitate breaking of the protection plate of the auxiliary space. 54. The bottle cap according to claim 53, wherein the storage portion having the storage space is assembled to the container body. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, The interior of the main body has a receiving portion having a storage space, The storage space of the accommodating part maintains the opening and closing part connected by the end of the actuating part elongated to the storage space from above the main body, On the upper surface of the actuating part extending as part of the storage space around the upper body of the main body to form a separate auxiliary space separated from the storage space below, The bottle cap, characterized in that configured to drop the contents in the auxiliary space to the storage space below the pressing portion, and at the same time the contents of the storage space to be mixed into the container through the opening and closing hole formed by opening and closing the opening. 60. The bottle cap according to claim 59, wherein the actuated part is closely adhered to the inner wall of the support part of the main body so that airtightness is maintained between the auxiliary space and the storage space. 60. The method of claim 59, wherein the lower side of the auxiliary space has a discharge hole, the lower foreign exchange portion of the discharge hole has a sealing ring so that the airtight space between the storage space and the auxiliary space until the actuating part leaves the support of the main body Bottle cap characterized in that the state. 60. The bottle cap according to claim 59, wherein an upper portion of the auxiliary space is formed with an auxiliary space sealing cap. 63. The bottle cap according to claim 62, wherein there is a protective plate above the actuated part having the auxiliary space sealing cap. 60. The bottle cap according to claim 59, wherein an actuating part stopper is formed between the actuating plate of the actuated part and the main body so that the actuated part does not arbitrarily fall. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, The interior of the main body has a plurality of storage space (auxiliary space, storage space), A relatively central portion of the storage space is perforated, and the acting portion that is elongated about the perforated portion is assembled from the upper side to the lower side, The bottle cap characterized in that a plurality of storage spaces are formed by putting contents in each of the storage spaces and airtightly treating each of the openings and closing parts by assembling the opening and closing holes thereof at the end thereof. 67. The method of claim 65, wherein the plurality of storage spaces have a space on the inside with respect to the upper bottom of the main body, and other spaces on the outside of the space, each of the space (auxiliary space, storage space) in the center The sealing opening and closing portion was inserted sequentially into the actuated portion, and the storage spaces were hermetically sealed, and when the upper actuating plate of the actuated portion was pressed, the opening and closing portions of the actuated portions were simultaneously opened and the contents contained in the storage space were dropped and mixed into the container. Featured bottle caps. 66. The bottle cap according to claim 65, wherein an actuating part stopper is formed between the actuating plate of the actuating part and the main body to prevent the actuating part from being pressed arbitrarily. 66. The bottle according to claim 65, wherein the storage space is sealed by each opening and closing part, and the sealing part between the actuating part and the main body has an airtight sealing ring added between the supporting part and the actuating part to improve the sealing property. Lid. 66. The bottle cap according to claim 65, wherein the accommodation portion is assembled inside the main body. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, An auxiliary space is provided at the bottom of the upper surface of the main body, Inside the main body having the auxiliary space assembling the receiving portion having a storage space that is distinct from the auxiliary space, In the direction of the center axis of the auxiliary space and the storage space is a long extending operation portion, The contents are put in the auxiliary space and the sealing opening is assembled based on the central axis of the operated part. The other contents are also put in the storage space of the above-described form, and the opening and closing portion is assembled to the end portion of the central shaft of the actuated portion to seal the opening and closing hole of the storage space. The upper side of the operated part is to maintain the sealing of the contents of the auxiliary space by the support of the main body, The actuating part of the above-described type is configured with a working plate, and when the operating plate is pressed, the contents of the auxiliary space and the contents of the storage space are formed to be mixed to drop into the space inside the container. The bottle cap according to claim 70, wherein an actuating part stopper is formed between the actuating plate of the actuating part and the main body so that the actuating part is not pressed arbitrarily. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, Opening and closing the opening and closing hole in the bottom of the storage space formed into the main body, The opening and closing portion is connected to the end of the actuating part extending from above the main body, and above the actuating part, the actuating part having a structure for lifting the actuating part is assembled to the actuating part around the main body sphere. Featured bottle caps. 73. The lifting and lowering operation groove according to claim 72, wherein the lifting operation portion is formed at the bottom of the operating portion as a means for lifting the operated portion between the operated portion and the operating portion. The bottle cap, characterized in that configured to allow the contents of the storage space to be dropped into the inside of the container when the operating part is rotated by the lifting operation part is raised by the lifting operation part is opened. 73. The bottle cap according to claim 72, wherein a discharging means for discharging the mixed contents inside the container is formed above the operating portion. 75. The discharge means formed above the operating portion, wherein the actuated portion is coupled around the support portion of the main body, and when the actuated portion rises, the primary discharge hole formed on the side of the actuated portion leaves the support portion and is above the storage space. The secondary discharge hole formed in the through-hole, the contents via the 1.2 secondary discharge hole is a bottle cap, characterized in that formed to be discharged through the discharge hole formed around the lifting operation for the operating unit. The bottle cap containing the heterogeneous material to be applied to the contents discharge direction of the container, the body is coupled to the container, the interior of the body to assemble the receiving portion having a storage space, Above the main body is formed a button portion made of folded parts, the bottom of the button portion is formed with a connecting rod, Put the contents into the storage space, the bottle cap, characterized in that the opening and closing unit around the connecting rod to seal the storage space of the receiving portion. 77. The bottle cap according to claim 76, wherein a protective plate is formed above the button portion so as not to be pressed arbitrarily. 77. The bottle cap according to claim 76, wherein when the button part is pressed, the folding part is folded and the button part is lowered, and the opening and closing part is opened in the above process so that the contents in the storage space are dropped and mixed into the container. The bottle cap containing the heterogeneous material adapted to be applied to the contents discharge direction of the container includes a main body coupled to the container, and an accommodation part having a storage space therein. Above the main body is formed a button portion made of a folded portion, the bottom of the button portion is formed with a connecting rod, Put the contents into the storage space, the bottle cap, characterized in that the opening and closing unit around the connecting rod to seal the storage space of the receiving portion. The bottle cap containing the heterogeneous material adapted to be applied to the contents discharge direction of the container includes a main body coupled to the container, and an accommodation part having a storage space therein. The upper part of the main body is formed to be recessed button portion is folded, the bottom portion of the button portion is formed with a connecting rod, The storage space is to put the contents and to assemble the opening and closing around the connecting rod to seal the storage space of the receiving portion, A separate operation unit is assembled between the button unit and the main body, and when the operating unit is rotated, the operation unit for lifting and lowering the operating unit so that the button unit is up, the bottle cap, characterized in that assembled to the corresponding button unit. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, The interior of the main body has a receiving portion having a storage space, Above the main body there is a button portion of the folded portion, Opening and closing portion for sealing the opening and closing hole of the storage space is assembled around the end of the connection portion extending from the bottom of the button unit to seal the storage space, The inside of the connecting portion is formed in the vertical discharge hole of the elongated shape, the lower portion is connected to the discharge pipe extending long into the container, the upper portion is connected to the discharge means formed on the upper side of the bottle cap. 83. The bottle cap according to claim 81, wherein the discharge means formed above the button portion is a pump dispenser. 83. The bottle cap according to claim 81, wherein the discharging means formed on the upper side of the button part is an openable discharging stand. 83. The bottle cap according to claim 81, wherein the discharging means formed on the upper side of the button unit is a measuring container having a measuring space. The bottle cap containing the heterogeneous material adapted to be applied to the contents discharge direction of the container includes a main body coupled to the container, and an accommodation part having a storage space therein. Above the main body is formed a button portion made of a folded portion, the bottom of the button portion is formed with a connecting rod, Put the contents in the storage space and assembling the opening and closing around the connecting rod to seal the storage space of the receiving portion, The bottle cap, characterized in that the button portion formed a rubber civil war that can be inserted into the syringe. 86. The bottle cap according to claim 85, wherein the upper portion of the button portion is protected by a protective plate or the like. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, The interior of the main body has a receiving portion having a storage space, The upper portion of the main body is formed to be recessed button portion of the folding portion, Opening and closing portion for sealing the opening and closing hole of the storage space is assembled around the end of the connection portion extending from the bottom of the button unit to seal the storage space, The inside of the connecting portion is formed in the vertical discharge hole of the elongated shape, the lower portion is connected to the discharge pipe extending long into the container, the upper portion is connected to the discharge means formed on the upper side of the bottle cap. 88. The bottle cap according to claim 87, wherein, when the discharge means portion is lifted, the folding portion is extended upward, the opening and closing portion is raised, and the contents of the storage space are dropped and mixed into the container. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body is coupled to the neck of the container, The upper surface portion of the main body has a button portion of the folded portion, An auxiliary space is provided below the button unit and the bottom thereof is sealed. The lower part of the button unit with the auxiliary space has a connecting portion that extends long, put the contents in the storage space formed below the auxiliary space, and then assembling the opening and closing around the lower end of the connecting portion to seal the storage space Bottle caps characterized in that. 90. The bottle cap according to claim 89, wherein the accommodation portion is assembled to the main body. 90. The bottle cap according to claim 89, wherein the upper portion of the button part is protected by a separate protective plate. 90. The bottle cap according to claim 89, wherein the pressing pin formed below the button portion breaks the sealing portion below the button portion. 90. The bottle cap according to claim 89, wherein when the button portion is pressed, the drilling pin formed below the button portion breaks the sealing portion under the button portion, and at the same time, the opening and closing portion is formed to open the opening and closing hole of the storage space. 90. The bottle cap according to claim 89, wherein a lower storage space is formed below the opening and closing portion and the end is sealed as a sealing portion. 95. The bottle cap according to claim 94, wherein a perforation pin is formed at an end portion of the opening and closing portion to break the sealing portion. The bottle cap containing the heterogeneous material applied to the contents discharge direction of the container, the main body coupled to the neck of the container, The upper part of the main body has a button portion with a folding portion, Under the button portion there is a long extending connection, There is a storage space inside the main body having the connection portion, the opening and closing hole of the storage space is assembled to the opening and closing portion at the end of the connection portion to seal the storage space, Coupled to the upper portion of the main body, the operation of the bottle cap, characterized in that configured to open the opening and closing portion blocking the opening and closing hole of the storage space when the operating button is rotated. 98. The apparatus of claim 96, wherein the lowering operation part is disposed between the button part and the operating part, and when the operating part rotates, the lowering operation part of the operating part pushes down the button part, and the opening and closing hole of the storage space is opened in the above process. Bottle caps characterized in that.

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