KR200287435Y1 - Bottle cap device for simultaneously dissolve additive. - Google Patents

Abstract

The present invention separates and stores two substances in one container. When using the substances, only two substances which are separated by the operation of opening the stopper are mixed, and the substances (additives) separated in the one-time use bottle cap are stored. Receptacles are for containers that are intended to be disposed of together with the closure. It can be said that it is a lid that can maximize the efficiency of change of chemical reaction, change of precipitation, prevention of precipitation, safety, freshness, and visual effect in the use of powdered granule beverage and liquid which are distributed in daily life.

In the present invention, the receiving part is fixed to the inside of the bottle cap located at the opening of the container, and a fixed support is mounted at the top entrance of the existing container opening to rotate the opening cap and open the internal additive contained in the receiving part through the reverse rotation shaft at the same time. It is a bottle cap to release and mix.

Description

Bottle cap device for simultaneously dissolve additive.

The present invention is a stopper that can bring convenience and efficiency when mixing two substances in the use of a substance such as a drink or a medicine. In the general operation of turning the bottle cap counterclockwise by the anti-rotating device located in the outer part and the protruding fixed support and the elastic assembly support which perform the same function in the opening, the two materials are mixed and the mixed materials are used immediately. It is invention which makes possible.

Most of the bottles currently being distributed and sold are used in food and beverage bottles, medicines and cosmetic bottles, and the long-term preservation of the substances mixed in these bottles is turbid due to the change in substance composition, the decrease in efficacy, and the precipitation or firmness. Many problems have arisen, such as not being made or not surely soluble. As a result, each of the two different containers can be mixed and used separately or in separate containers, which is not only cumbersome but also results in material contamination, user attention, resources and economic time. In addition, due to the user's arbitrary mixed use, food and beverage may cause problems due to taste change and alteration, and incorrect mixing in medicine and chemicals. It is inconvenient to wait for the time to dissolve or drop and then dissolve during use.

Therefore, the present invention solves the above problems by storing the contents and the additives in one container. When using, the additives are released by mixing only the general operation by opening the stopper counterclockwise to open the cap containing the additives to be used. It is a stopper designed to be. The receptacle is secured to the stopper and is a device for isolation from the contents so that the two contents can be separately contained in a single container. In addition, various application methods such as internal impact method, external impact method, opening and closing method, rail type method, vacuum packing method, etc. are used for mass production packaging such as disposable bottle caps, and by using the reverse rotation device mounted on the receiving part for each use or user's preference Devise a device stopper for simultaneous dissolution of additives using.

1 is a plan view before coupling the bottle body and the cap to which the present invention is applied

2 is a combined plan view of the bottle body and the cap to which the present invention is applied

Figure 3 is a plan view of the action when opening the cap in the bottle body to which the present invention is applied

4A is a perspective view of a portion of the receptacle secured to the stopper;

4b is a perspective view of only a portion of the receiving portion fixed to the stopper;

5a is a cross sectional view of a vertical gear located inside a receptacle secured to a stopper;

5b is a perspective view of a vertical gear located inside a receptacle fixed to a stopper;

Figure 5c is a perspective view of a horizontal gear located inside the receiving portion fixed to the stopper

Figure 5d is a perspective view showing a pin connecting the vertical gear and the receiving portion located inside the receiving portion fixed to the stopper;

6A is a perspective view of a protruding fixation support located at the top opening of the bottle opening;

6B is a longitudinal sectional view of the interior of the receptacle and the bottle opening secured to the stopper;

Figure 7 is a perspective view of the resilient assembly support located at the top opening of the container opening

Figure 8 is a cross-sectional view of another embodiment showing a case of the closure of the present invention

Figure 9a is a cross-sectional view of the state before opening showing the opening and closing stopper of the present invention

Figure 9b is a cross-sectional view of the state after opening showing the opening and closing plug of the present invention

Figure 10a is a perspective view of the interior of the receiving portion fixed to the opening and closing plug of the present invention

Figure 10b is a perspective view of a horizontal gear located inside the stopper of another embodiment of the present invention

Figure 11 is a perspective view and a perspective view of the rail-type receiving portion of the present invention

The contents of the present invention will be described based on the drawings.

First, the configuration of one of the present invention is the body 13 of the bottle including a receiving space for containing the material is formed therein and the opening 10 for containing the contents in the body 13 is formed, the flow of content or sealing A stopper 50 for is formed. In order to fix or open the stopper 50 and the body 13 of the bottle there is a screw thread 12 is formed in the opening 10 portion of the core of the present invention to the inside of the opening 10, that is, outside the receiving portion One support (11,110) is mounted and the receptacle (51) containing the additive (W2) for mixing in the contents inside the stopper 50 is smaller than the diameter of the opening (10), reverse to the support (11,110) It is mounted to the size considered for the operation of the dedicated shaft front portion 70. The accommodating part 51 has a shaft front part 70 for transmitting power to the inside by engaging with the supports 11 and 110 attached to the opening 10 at the outside, and for rotating the reverse power for transmitting the kinetic force to the fused structure. A vertical gear 54 which meshes with the vertical gear 70A and the reverse-rotating vertical gear 70A to transmit power vertically; a fixing pin 57 for fixing the vertical gear 54 with the receiving portion 51; The lower part of the part 51 is comprised by the bursting packaging film 120 which prevents the outflow of the additive W2. In addition, there is an entrance port 51A on the wall of the accommodating part 51 to allow the reverse rotation shaft front part 70 to come out and engage with the support bases 11 and 110, and to fix the fixing pin 57 to fix the vertical gear 54. There is a sphere 57A. In addition, the vertical gear 54 has a vertical gear holder 56 which prevents the reverse rotation shaft 70 and the reverse rotation vertical gear 70A from being separated and transmits power completely. The reverse rotation vertical gear (70A) is entered between the vertical gear holder 56 is not precisely released and is not released, by turning the bottle cap 50 in the counterclockwise direction to the support (11,110) when the resilient reverse rotation receiving portion ( 51 is pushed into and narrowed down from the end of the entry port 51A of the reverse rotation shaft front part 70, so that the accommodating part 50 is easily contacted with the support parts 11 and 110 without obstruction or obstruction by the inclined accommodating part 51K. It is raised and opened.

Next, the use process of the above invention will be described. When the stopper 50 is rotated counterclockwise to open the stopper 50 in which the additive W2 is accommodated, the counter-rotation for protruding to the outside of the receiving part 51 attached to the stopper 11 and 110 inside the opening 10 and the stopper 51 is attached to the stopper. An incision needle located at the lower end of the vertical gear 54 by a rotating radial motion generated while rotating and transmitting the power generated while the shaft front part 70 of the horizontal gear moves into the accommodating part 51 to the vertical gear 54. 55 descends and impacts the burstable packaging film 120 which seals the accommodating portion 51 so that the breakable packaging film 120 is ruptured and the additive W2 in the accommodating portion 51 is discharged in the container 13. It will be released as the material (W1). And the accommodating part 51 is lifted and moved out of the bottle at the same time as the stopper 50 is fixed, and only the additive (W2) in the accommodating part 51 is released to be mixed with the material (W1) of the bottle. Here, the angle of the screw thread 12 is lowered and the number of layers of the existing container is made, so that the bottle cap 50 is rotated, and the contents W1 and W2 do not leak out even when shaken for mixing the contents W1 and the additive W2. .

In another embodiment of the present invention, as shown in FIG. 8, the dimming may be switched to a casement type having a horizontal rotary gear 64 on the reverse rotation horizontal gear 70B to release the additive W2. The constitution is formed of a body 13 of a bottle including an accommodating space therein and an opening 10 for accommodating the contents W1 in the body 13, and a cap for flowing or sealing the contents ( 50) is formed. The supporter which is one of the cores of the present invention toward the inner receiving space of the opening 10 is formed with a screw thread 12 is formed in the opening 10 to fix or open the stopper 50 and the body 13 of the bottle (11,110) is configured and the receiving portion 61 containing the additive (W2) for mixing the contents inside the stopper 50 is smaller than the diameter of the opening 10, that is, the support (11,110) and the front shaft for reverse rotation The space for the operation of the unit 70 is fixed to the considered size. Outside the receiving portion 61, there is a reverse rotation shaft front portion 70 is engaged with the support (11,110) for transmitting power therein, and inside the reverse rotation horizontal gear shaft (70B) for transmitting to the inside from the support (11,110) and There is a horizontal rotary gear 64 which meshes with the reverse rotation horizontal gear shaft 70B to transmit power, and the horizontal rotary gear 64 is connected to the case plate 66 through a central support 65 connected thereto. And the bottom of the receiving portion 61 has a discharge hole 68 open to a size smaller than the size of the case plate 66, so that the additive (W2) in the receiving portion 61 to release all the amount by weight It is composed of an external structure like an inclined cone. Also, when adopting the connecting plastic resilient assembly support 110, which is one of the support stations mounted inside the opening 10 of the container, when the support 110 is rotated clockwise downward for packing of the receiving cap 50, It is made of a soft plastic structure having elasticity and resilience, so that the reverse assembly shaft front part 70 slides while the elastic assembly support 110 is slightly pressed in contact with the elastic assembly support front part 110A. ) Is restored to its original position after landing on the elastic assembly support (110) front (110A). At this time, the resilient assembly support 110 performs the same function as the fixed support (11).

Next, the process of using the product is as follows. When rotated counterclockwise to use the contents of the bottle, the reversible horizontal gear shaft protruding outward from the resilient assembly support 110 inside the opening 10 and the receiving portion 61 fixed to the stopper 50. 70B is hardened so that the revolving horizontal gear shaft 70B is moved into the receiving portion 61 by its elasticity. Then, the horizontal rotary gear 64 engaged with the reverse rotation horizontal gear shaft 70B is rotated, and the opening plate 66 is also rotated in the diagonally upward direction by the fixed central support 65 to accommodate the hole. The outlet 68 of the portion 61 is opened and the stopper 50 in which the additive W2 inside the receiving portion 61 is moved to the inside contents W1 of the bottle, mixed and the receiving portion 61 in which the additive is released is fixed. The opening is opened by raising the screw line.

An example of another design is the rail system. In this method, the lower end of the accommodating part 71 is drilled without the burstable packaging film 120, and there is a rail-shaped groove 271 on the outer surface of the accommodating part 71. The outer opening and closing portion 255 of the receiving portion 71 surrounds the receiving portion 71, and the outside of the rotating opening and closing portion 255 is a reverse for transmitting power with the supporting members 11 and 110 attached to the opening 10. Dedicated force receiving 70C is fixed, the fixing opening 275 for connecting with the rail-shaped groove of the receiving portion 71 is attached to the rotary opening and closing portion 255. In this manner, the reverse rotational force receiving 70C is supported by the supporting members 11 and 110 attached to the opening 10 when the stopper 50 is rotated counterclockwise, which is a general method for opening the bottle cap 50. The rail-shaped groove 271 is moved downward to open the inclined portion discharge plate 266, the inner portion (W2) of the receiving portion 71 is discharged. And the fixing pin 275 is the rotary opening and closing 255 is stably mounted in the fixing pin groove 271A set on the rail-type groove 271, the additive in the receiving portion 71 by the weight of the rotary opening and closing part 255 To prevent it from affecting

In another design, the supporter (when the vacuum packaging containing the additive (W2) is fixed to the bottle cap 50 and then rotated counterclockwise of the cap 50, which is a general method of opening the cap 50 for use, There is a method of bursting the outside by bursting the impact with a reverse motion descending incision received an elastic force of 11,110.

In another design, there is a method of mounting a sickle-shaped wide incision at the lower end of the reverse motion descending shaft and refracting downward in the accommodating part 51 to make a wide incision to release the additive W2 instantaneously.

In the above actions, the protruding fixed support 11 and the resilient assembly support 110 perform the same function, and by the above operations, the two materials are simultaneously mixed with the action of opening, and the user intends to use It is convenient to use the mixed materials for the purpose of using and the correct amount of additives (W2) by the capacity of the interior (51, 61, 71) to bring the convenience and efficiency, such as to enable the ratio adjustment of the two materials.

The present invention stores other materials in the container in a container fixed to the lid as described above, and then drops the material in the container at the same time by opening the stopper counterclockwise, which is the same method as the opening of a general container. It is a bottle that causes visual beauty in the dissolving process through simultaneous release by burning plums in soju, which is popular as a spraying bottle, or storing nutrients containing pigments in beverages in the receiving part and opening them simultaneously. It is possible to provide the substance with the maximum efficacy and to bring the reliability of the mixed product. In addition, by mixing quantitative additives in one container instead of two separate containers, there is an advantage that can bring economic benefits such as convenience, storage cost saving, safety and accuracy. In addition, when the container is opened, the additive is fixed to the stopper, so that only the additive is released and mixed.

Claims (10)

In the cap of the container, Protruding fixed support (11) or elastic assembly support (110) attached to the top of the container to open the bottle cap (50) to open the anticlockwise direction to open the bottle cap (11) or elastic assembly support (110) is caught Additive that plays a role of the reverse rotational force to act as a support for the reverse rotational motion transmission device (70A, 70B, 70C) to create a reverse rotational motion force by the repulsive force to press the physical force into the accommodating portion (51) Bottle cap of simultaneous dissolving device. The method of claim 1, Resilient assembly support 110 maintains the elasticity and resilience by soft plastic elasticity in the mass production packaging method, such as disposable stopper, the reverse rotation shaft when the stopper 50 is rotated down the screw 12 in the clockwise direction during packaging When the front part 70 is pushed down on the inclined surface of the resilient assembly support 110 and mounted in a slight upper space 51S, and then descends, the resilient assembly support 110 is dropped and landed on the front surface 110A by the present elasticity. Resilient assembly support 110 is also bottle cap of the additive dissolving apparatus, characterized in that the original restoration by the rising elasticity combined with elastic force. The method of claim 2, The reverse rotation shaft front part 70 has a slight space (51S) and the self-elasticity on the upper portion of the receiving portion when the lock rotation for the wrapping cap 50 is pressed by the support (11,110) While pushing in the space 51S, it slides and moves downward in the clockwise direction as well as the movement of the locking downward screw 12. The additive dissolving device is characterized in that it arrives at the front surfaces 11A and 110A and is mounted downward while being released. Bottle cap. The lower surface portion 120A of the burstable packaging film 120 is coated with a coating that is not waterproof, moisture absorbing, or chemically penetrating, thereby preventing changes in the contents of the container from penetrating and occurring. The upper surface portion 120B of 120 has a difference in thickness due to the radial valleys, and a difference in tension occurs on the surface of the burstable pavement membrane 120, so that the incision needle 55 is easily ruptured when impacted. Bottle cap of additive dissolving device. The method of claim 4, wherein The incision needle 55 positioned below the vertical gear 54 has a sickle shape and a sharp portion of the incision needle 55 ruptures when the incision needle 55 is ruptured. The other side of the additive dissolving device, characterized in that the other side due to the side or up so that there is no other harm caused by the incision needle (55), and also the incision needle (55) ruptures the vacuum packaging, etc. to induce instantaneous simultaneous release. Bottle cap. The method of claim 1, When the bottle cap is opened in the counterclockwise direction, the shaft 70B of the reverse rotation-only horizontal gear is rotated in reverse direction of the shaft 70B of the horizontal gear by the stopping force of the protruding fixed support 11 and the elastic assembly support 110. By operating the horizontal rotary gear 64 in the receiving portion 61 and the case plate 66 connected by the central support 65 is rotated by the same radius as the horizontal rotary gear 64, the receiving portion outlet 68 Cap closure of the additive dissolving apparatus, characterized in that to release the additive through. delete The method of claim 1, When the bottle cap is turned counterclockwise upon opening, the reverse rotation force receiving member 70C descends in the rail-type measurement 271, and the additive W2 in the rail-type receiving portion 71 is applied to the inclined plane discharge plate 266. Cap closure of the additive co-dissolution apparatus, characterized in that it is easily released by. delete delete