KR102096586B1 - Bottle-coupled flowable additive storage cap device - Google Patents

Abstract

The present invention relates to a container-coupled fluidic additive accommodation cap device comprising: a housing including a plurality of coupling units having different inner diameters to be coupled to mouth portions of multiple types of containers, and a cartridge fixing unit which is integrated into an upper portion of the coupling units, and accommodates a cartridge accommodating fluidic additives and having a lower portion sealed by cuttable foil; and an ascending cutting plate which is installed in the coupling units to be lifted, and ascends while being supported on the upper end of the mouth portion of a container when fixing the mouth portion on the coupling units to cut the foil to allow the fluidic additives in the cartridge to fall into the container. The container-coupled fluidic additive accommodation cap device has a plurality of coupling units coupled to containers and is prepared in different sizes to be coupled and used on containers of various sizes to have excellent universality. And the fluidic additives in the device fall into the container simply by rotation while the mouth portion of the container is temporarily mounted. Therefore, the fluidic additives can be conveniently mixed with a base cosmetic material in a container.

Description

Bottle-coupled flowable additive storage cap device

The present invention relates to a cap device that accommodates a liquid additive or a liquid additive in the form of a powder and is used in combination with a separate container, and more specifically, a container-combined fluidity that can be used universally even when the size of the container inlet is different. It relates to an additive receiving cap device.

Cosmetics used by almost everyone have several functions, such as protecting the skin, making the appearance neat and, in some cases, covering face scars. There are various types of cosmetics, from color cosmetics that decorate their appearance to functional cosmetics that protect and protect the skin against UV rays and fine dust.

In the case of functional cosmetics, recently, products including vitamins, bioactive beauty ingredients, and the like, which enhance the nutrition of the skin, improve the skin elasticity, and improve wrinkles, are also being distributed. However, since these functional cosmetics are unstable and easily deteriorate in physical properties, it is necessary to prevent contact with air as much as possible during storage and avoid exposure to light.

On the other hand, among the various functional cosmetics, there are also some kinds of synergistic effects when mixing cosmetics of different components. However, these functional cosmetics are often easily deteriorated in a mixed state, so that they cannot be stored for a long time. Accordingly, cosmetics are packaged separately in separate sealed containers for each component.

However, cosmetics individually packaged for each component in a separate container are inconvenient to use. This is because in order to use cosmetics, each container must be opened, placed in a mixing container, and mixed individually. Moreover, it is not easy to match the exact mixing ratio of the cosmetic composition of multiple ingredients. In addition, foreign substances such as dust may be mixed in the process of taking out and mixing the cosmetic material, and may be deteriorated by exposure to air or light.

In order to solve this problem, a cosmetic container in which a cosmetic is accommodated in a lid coupled to a container, and the cosmetic material inside the lid is dropped into the container when mixed with other cosmetic materials in the container, is proposed. .

For example, in Korean Patent Registration No. 10-1525862, a chamber cap for a cosmetic container comprising a cap portion formed with a fastening portion, an opening / closing member fixed to the cap portion, and a button member accommodating dissimilar materials and sealingly received inside the opening / closing member is disclosed. It is done.

However, the above-mentioned conventional chamber cap has a drawback that the cap portion has a certain inner diameter, and thus can be applied to only one container. That is, it can be used only in a container having a spout part that is the same size as the cap part, and it is not possible to join to a container having a different spout part diameter. It is less versatile.

Korean Registered Patent Publication No. 10-1525862 (Chamber cap for cosmetic containers)

The present invention has been created to solve the above problems, and it is an object of the present invention to provide a container-coupled fluid additive-receiving cap device that can be used in combination with various sizes of containers and has good versatility and is easy to mix with the base cosmetic material inside the container.

The container-coupled flowable additive accommodating cap device of the present invention as a solution for solving the problems for achieving the above object has a plurality of coupling parts, which have different inner diameters and can be respectively coupled to the spouts of various types of containers, on top of the coupling parts A housing including a cartridge fixing unit which is integrally formed and accommodates a cartridge sealed with a liquid-removable foil and a lower portion of which can be cut off; It is installed so as to be able to move up and down in the engaging portion, and when fixing the spout portion of the container, it rises in a state supported by the upper portion of the spout portion and cuts the foil to lift the liquid incision plate inside the cartridge to drop into the container. It is provided, the coupling portion; A female screw portion is formed on the inner circumferential surface, a first coupling portion having a plurality of guide slits extending in the vertical direction, a first coupling portion having a relatively larger inner diameter than the first coupling portion in the inner region, and a female screw portion on the inner circumferential surface It has a second coupling portion formed.

delete

In addition, a plurality of fixing protrusions are formed on the outer surface of the cartridge, and inside the cartridge fixing portion, a locking groove is provided in which the fixing protrusion is fitted and supported.

In addition, the cartridge takes the form of a cylinder, and a male screw portion is formed on its outer circumferential surface, and a cartridge that descends by coupling with the female screw portion and the female screw portion screwed with the male screw portion inside the cartridge fixing portion A stopper that limits the descent of is formed.

In addition, the lifting incision plate; It has a through-disk having a plurality of through-holes and is located in the inner region of the first coupling portion, and an extension arm integral with the through-disk and extending in a radial direction to be inserted into and supported by the guide slit.

In addition, a locking groove is formed on the inside of the cartridge fixing portion, and the through-disc has a hook fixed to the locking groove in a state where the lifting plate is located at the top dead center, and a plurality of incisions of the foil when the lifting plate is raised. The blade is provided.

In addition, the cartridge has a case that accommodates the fluid additive and is opened to the top, and a lid detachably coupled to the top of the case.

In addition, the first coupling portion and the second coupling portion, a plurality of elastic slits for elastically adjusting the inner diameter of the first and second coupling portions are further formed.

The container-coupled fluid additive storage cap device of the present invention made as described above is provided with a large number of coupling parts to be combined with containers, so that it can be used in combination with containers of various sizes, so that versatility is good.

In addition, mixing with the base cosmetic material inside the container is easy since the fluid additive inside falls into the container simply by turning it to the most spouted part of the container.

1 is a view for explaining the basic configuration and use of the container-coupled flowable additive receiving cap device according to an embodiment of the present invention.
FIG. 2 is an exploded exploded perspective view of the cap device shown in FIG. 1.
FIG. 3 is a partial cross-sectional view showing a state in which the cap device shown in FIG. 1 is mounted on a small-diameter container.
4 is a partial cross-sectional view showing a state in which the cap device shown in FIG. 1 is mounted on a large-diameter container.
5 is a partially cut-away perspective view showing another example of a cap device according to an embodiment of the present invention.
6A and 6B are diagrams for explaining an example of use of a cap device according to an embodiment of the present invention.
7A and 7B are views showing another example of use of the cap device according to an embodiment of the present invention.
8A and 8B are views showing another example of use of the cap device according to an embodiment of the present invention.
9 is a view showing another example of use of the cap device according to an embodiment of the present invention.

Hereinafter, one embodiment according to the present invention will be described in more detail with reference to the accompanying drawings.

1 is a view for explaining the basic configuration and use of the container-coupled fluid additive receiving cap device 20 according to an embodiment of the present invention, Figure 2 is an exploded exploded perspective view of the cap device 20.

As shown, the flowable additive receiving cap device 20 according to the present embodiment has a basic structure of a housing 30, a lift cutting plate 40, and a cartridge 70.

The housing 30 is coupled to the spout portions 11a and 13a of the containers 11 and 13 so that the cartridge 70 is positioned at the vertical upper portion of the spout portion. In addition, the lifting incision plate 40 is installed inside the housing 30, and when the housing 30 and the container are coupled, the lower portion of the cartridge 70 is opened to move the fluid additive 75 into the containers 10 and 13. To fall off. The cartridge 70 is a chamber that accommodates the fluid additive 75 and can be applied to the housing 30 in a completely fixed or detachable manner.

In addition, the flowable additive 75 is an object to be mixed with the liquid previously accommodated in the containers 11 and 13, and its type may vary depending on the use purpose of the cap device 20. The flowable additive 75 may include any liquid or powder having flowability. The powder may include, for example, sugar, salt, seasoning, coffee, vitamin powder, powdered milk, etc., and the liquid may include functional beauty ingredients, cosmetic liquids, skin active substances, and other drinkable beverages. In addition, the liquid accommodated in the containers 11 and 13 may include water, a drinkable beverage, a base liquid for cosmetics, and the like.

The housing 30 is composed of a coupling portion and a cartridge fixing portion 31, and the coupling portion is composed of a first coupling portion 33 and a second coupling portion 35. The first coupling portion 33 and the second coupling portion 35 are portions that are coupled to the spout portions 11a and 11b of the various types of containers 11 and 13, respectively.

As shown in Fig. 2, the first coupling portion 33 takes the form of a cylinder of a certain diameter and has a female screw portion 33a on its inner circumferential surface. The female screw portion 33a is a portion that is screwed with the spout portion 13a of the container 13 having a relatively small diameter of the spout portion among the two containers 11 and 13 shown in FIG. 1.

In addition, four guide slits 33b are formed in the first coupling portion 33. The guide slit 33b is a through-type slit disposed at an angle of 90 degrees with respect to the central axis of the first coupling portion 33 and has a predetermined width and extends in the vertical direction. The upper and lower parts of the guide slit 33b are blocked.

The guide slit 33b accommodates the extension arm 41e of the elevating incision plate 40, which will be described later, and guides the elevating motion of the elevating incision plate 40. The lifting incision plate 40 may be reciprocated between the top dead center and the bottom dead center in a state supported by the guide slit 33b.

In addition, a plurality of elastic slits 33c are further formed between the guide slits 33b. The elastic slit 33c is a vertically extended and open slit to provide elasticity to the first coupling portion 33 so that the diameter of the first coupling portion 33 can be elastically changed within the elastic range. do. For example, the first coupling portion 33 is to be screwed with a spout portion slightly larger than the size of the female screw portion 33a.

The second coupling portion 35 has a relatively larger inner diameter than the first coupling portion 33 and has a female screw portion 35a on its inner circumferential surface as a cylindrical portion including the first coupling portion 33 in its inner region. The female screw portion 35a is screwed to the spout portion 11a of the container 11 having a spout portion of a larger size than the container to be coupled to the first coupling portion 33.

In addition, a plurality of elastic slits 35b are also formed in the second coupling portion 35. The elastic slit 35b is a slit opened downward to provide elasticity to the second coupling portion 35. That is, the diameter of the second coupling portion 35 is to be elastically changed within the elastic range. Therefore, the second coupling portion 35 can be screwed to the spout portion of the outer diameter slightly larger than the inner diameter of the female screw portion 35a.

The cartridge fixing part 31 is a cylindrical part having a predetermined diameter, and accommodates the cartridge 70 in a state integrally fixed to the vertical upper portion of the first coupling part 33. On the inner circumferential surface of the cartridge fixing portion 31, a plurality of locking grooves 30b and 31c are formed up and down.

The locking groove 31c located at the upper portion is a groove into which the fixing protrusion 71a formed on the outer peripheral surface of the case 71 of the cartridge 70 is fitted. After aligning the cartridge 70 at the inlet portion of the cartridge fixing part 31 and descending, the fixing protrusion 71a meets the engaging groove 31c and fits into the engaging groove 31c. The cartridge 70 is mounted to the cartridge fixing part 31.

In addition, the locking groove 30b located at the bottom is a groove into which the hook 43 of the lifting incision plate 40 is fitted. The hook 43 is inserted into the locking groove 30b at the moment when the lifting incision plate 40 reaches the top dead center. Of course, the hook 43 is inserted into the locking groove 30b, so that the lifting incision plate 40 can be maintained in an elevated state.

The cartridge 70 is a hermetically sealed chamber for accommodating the flowable additive 75, and has a case 71 with an open lower end portion and a foil 73 sealing the lower end portion of the case 71. The flowable additive 75 has been described above.

The case 71 takes the form of a cylinder and has a plurality of fixing protrusions 71a on its outer circumferential surface. Although the case 71 is represented as a simple cylinder in the drawings, the structure of the case 71 can be changed as many as provided that the fluid additive 75 is sealed and the lower end is closed with the foil 73.

On the other hand, the lifting incision plate 40 is installed so as to be able to elevate inside the housing 30, is supported by the spouts 11a, 13a of the containers 11, 13, and ascends, thereby cutting the foil 73 It serves to open. Naturally, when the foil 73 is cut, the fluid additive 75 inside the cartridge falls into the container.

The lifting incision plate 40 is composed of a through disk 41, an extension arm 41e, a plurality of hooks 43, and a blade 45.

The through disk 41 is a disk-shaped member having a predetermined thickness, and is composed of an outer ring 41a, an inner ring 41c, and a connecting arm 41f. The outer ring 41a takes the form of a ring having a predetermined diameter, and as shown in FIG. 3, is a portion supported on the upper end of the spout 13a of the container 13.

In addition, the inner ring 41c is a ring-shaped member accommodated inside the outer ring 41a and provides an eyedropper passage 41d. The eyedropper passage 41d is a passage through a tube (83b in FIG. 8) of a dropper (83 in FIG. 8), which is one of the cosmetic devices. The inner circumferential surface of the eyedropper passage 41d serves to scrape off the cosmetic liquid adhered to the outer circumferential surface of the tube 83b when drawing the tube 83b upward for use of the eyedropper 83. The connecting arm 41f supports the blade 45 as a rod-like member connecting the inner ring 41c and the outer ring 41a.

In addition, a through hole 41b is positioned between each connecting arm 41f, the inner ring 41c, and the outer ring 41a. The through hole 41b is a passage through which the fluid additive 75 descending from the cartridge 70 passes downward.

The extending arm 41e is a rod-like portion extending horizontally from the outer ring 41a in the radial direction, and is fitted to the guide slit 33b described above. It is as described above that the extension arm 41e can be moved up and down while being inserted into the guide slit 33b.

The hook 43 is disposed on the upper surface of the outer ring 41a and is inserted into the locking groove 30b at the moment when the elevating cut plate 40 reaches the top dead center to maintain a fixed state. The hook 43 is elastically deformable with its lower end fixed to the outer ring 41a.

Blade 45 is a member fixed vertically to each connecting arm (41f), the lifting plate 40 starts to contact the foil 73 before reaching the top dead center, the lifting plate 40 continues to rise It is a cutting blade that intrudes into the interior of the case 71 and cuts the foil 73. The foil 73 is cut by a blade 45 as a thin metal foil or plastic foil, so that the flowable additive 75 is poured downward. It is natural that the shape of the blade 45 may be varied as long as it can perform this function.

3 is a partial cross-sectional view showing a state in which the cap device 20 is attached to a small-diameter container 13, and FIG. 4 shows a state in which the large-diameter container 11 is mounted. It is a partial cross section. The above small-diameter and large-diameter are terms of the relative concept of the two containers 11,13.

Referring to FIG. 3, the spout portion 13a of the container 13 is engaged with the female screw portion 33a of the first coupling portion 33, and the outer ring of the elevating cut plate 40 is the upper end portion of the spout portion 13a. You can see that it is supported by and is located at the top dead center. In addition, the hook 43 of the elevating cutting plate 40 is hung in the engaging groove 30b, and the blade 45 is cut into the foil 73 to penetrate into the case 71.

The fluid additive 75 accommodated inside the cartridge 70 passes through between the blades 45 and downwardly passes through the through disk 41 and falls into the container 13.

Also, referring to FIG. 4, the spout portion 11a of the container 11 is coupled to the female screw portion 35a of the second coupling portion 35, and the extended arm 41e of the elevating cutout plate 40 is spouted. It can be seen that the upper portion of the portion 11a is positioned at the top dead center.

At this time, the blade 45 penetrates into the inner space of the case 71 after cutting the foil 73. In addition, the first coupling portion 33 is accommodated inside the container 11. The fluid additive 75 contained in the cartridge 70 passes through the blade 45 and passes through the through disk 41 downward, and then falls to the bottom.

5 is a partially cut-away perspective view showing another example of a cap device according to an embodiment of the present invention.

Hereinafter, the same reference numerals as those described above denote the same members having the same function.

As shown, a female thread 31d is formed on the inner circumferential surface of the cartridge fixing portion 31, and a male screw portion 71b is located on the outer circumferential surface of the case 71 of the cartridge 70. It is possible to implement the coupling of the cartridge 70 to the cartridge fixing part 31 by a screw type. When coupled in a screw-like manner as described above, it is possible to separate the cartridge 70 from the cartridge fixing part 31 as necessary.

In addition, a stopper 31e is provided below the female thread 31d. The stopper 31e is a ring-shaped protrusion protruding from the inner circumferential surface of the cartridge fixing part 31 and is a stopper that stops the descending of the case 71. The case 71 gradually descends according to the screwing of the cartridge 70 to the cartridge fixing part 31, which prevents the case 71 from falling further.

6A and 6B are diagrams for explaining an example of one use of the cap device 20 according to an embodiment of the present invention.

As shown, a male screw portion 71b is formed on the outer circumferential surface of the case 71 of the cartridge 70, and a female thread 31d is formed on the inner circumferential surface of the cartridge fixing portion 31. After aligning the lower end of the case 71 to the cartridge fixing part 31 and rotating, the spout 13a of the container pushes up and lowers the lifting incision plate 40 and cuts the foil 73. When the foil is cut, the fluid additive 75 inside is dropped to the bottom to be contained in the container 13.

The case 71 takes the form of a cylinder whose lower end is sealed by a foil 73. It is equipped with a plurality of cartridges 70 containing different kinds of flowable additives 75 and has a structure suitable for selectively applying a cartridge containing a desired additive as needed.

In addition, instead of the coupling structure of the male screw portion 71b and the female thread 31d, the fixing protrusion 71a and the locking groove 31c described above may be applied.

7A and 7B are views showing another example of use of the cap device 20 according to an embodiment of the present invention. For reference, 7a, 7b indicates that the container 11 can be used as a baby bottle.

As shown, the cartridge 70 may also be manufactured in a retractable manner. That is, the lid 76 is installed at the upper end of the case 71 in which the lower end is sealed with the foil 73. The lid 76 is removable from the case 71 as needed. Therefore, if necessary, it is possible to replenish the fluid additive 75, for example, milk powder, in the case 71 after the empty cartridge 70 is opened.

7A is a state in which the cartridge 70 is fixed to the cartridge fixing part 31, the container 11 is coupled to the cap device 20, and the lid 76 of the cartridge 70 is removed. When the lid 76 is removed, the lid engaging portion 71c, in which the lid is fixed, is exposed, and the nipple 81 is screwed to the lid engaging portion 71c to be breastfeeding. At this time, it is natural that water should already be contained in the container 11. In some cases, before mounting the cartridge 70 to the cartridge fixing part 31, the lid 76 may be removed and the nipple 81 may be mounted first.

8A and 8B are views showing another example of use of the cap device 20 according to an embodiment of the present invention.

As illustrated, the eyedropper 83 may be mounted on the lid coupling portion 71c from which the lid 76 is separated. The eyedropper 83 is supported by a fixed body 83a screwed to the lid coupling part 71c, a fixed body 83a, and a vertically extended tube 83b, a rubber tap mounted on the upper end of the tube 83b ( 83c). The tube 83b extends downward in the vertical direction and passes through an eyedropper passage (41d in FIG. 2).

The eyedropper 83 makes it possible to suck up and use a mixture of the cosmetic liquid and the fluid additive 75 previously contained in the container 13. When the eyedropper 83 is drawn out, the cosmetic liquid on the outer peripheral surface of the tube 83b is scratched on the inner peripheral surface of the inner ring 41c and remains in the container 13.

9 is a view showing another example of use of the cap device according to an embodiment of the present invention.

As illustrated, the lid 76 of the cartridge 70 may be removed and the spray head 85 may be mounted and used. Needless to say, a mixture of the cosmetic liquid previously contained in the container and the fluid additive 75 dropped inside the cartridge 70 is accommodated in the container 11.

When the fixed body (85a) of the spray head (85a) is screwed to the lid coupling portion (71c), the lower end of the tube (85b) reaches the bottom surface of the container (11), and the contents contained in the container (11) are usually It can be used as a spray method.

As described above, the present invention has been described in detail through specific embodiments, but the present invention is not limited to the above embodiments, and various modifications can be made by those skilled in the art within the scope of the technical spirit of the present invention.

11: Vessel 11a: Spout 13: Vessel
13a: spout 20: cap device 30: housing
30a: space 30b: hanging home 31: cartridge high government
31c: Jamming groove 31d: Female thread 31e: Stopper
33: first coupling portion 33a: female thread portion 33b: guide slit
33c: elastic slit 35: second coupling portion 35a: female thread portion
35b: elastic slit 40: elevating incision plate 41: through disc
41a: Outer ring 41b: Through hole 41c: Inner ring
41d: Eyedropper passage 41e: Extended arm 41f: Connected arm
43: hook 45: blade 70: cartridge
71: case 71a: fixing projection 71b: male thread
71c: lid coupling portion 73: foil 75: fluid additive
76: lid 81: nipple 83: eyedropper
83a: fixed body 83b: tube 83c: tap
85: spray head 85a: fixed body 85b: tube

Claims (8)

Cartridge fixing for receiving multiple cartridges having different inner diameters, each of which can be coupled to the spout of a variety of containers, integral to the upper part of the coupling part, containing a fluid additive and sealing the cartridge with a cuttable foil at the bottom. A housing including an additional part;
It is installed so as to be able to move up and down in the engaging portion, and when fixing the spout portion of the container, it rises in a state supported by the upper portion of the spout portion and cuts the foil to lift the liquid incision plate inside the cartridge to drop into the container. Equipped with,
The coupling portion;
A female coupling portion is formed on the inner circumferential surface, the first coupling portion having a plurality of guide slits extending in the vertical direction,
A container-coupled fluid additive receiving cap device comprising a second coupling portion having a relatively large inner diameter than the first coupling portion, including a first coupling portion in its inner region and a female screw portion formed on an inner circumferential surface. delete According to claim 1,
A plurality of fixing protrusions are formed on the outer surface of the cartridge,
A container-coupled fluid additive receiving cap device having a locking groove in which the fixing protrusion is fitted and supported inside the cartridge fixing part. According to claim 1,
The cartridge takes the form of a cylinder and has a male screw portion formed on its outer circumferential surface,
Inside the cartridge fixing unit,
A container-coupled fluid additive receiving cap device in which a female screw part screw-connected to the male screw part and a stopper for restricting the descending of the cartridge descending by coupling with the female screw part are formed. According to claim 1,
The lifting incision plate;
A through disk having a plurality of through holes and located in an inner region of the first coupling portion,
A container-coupled fluid additive receiving cap device having an extension arm integrally formed in the through disk and extending in a radial direction to be inserted and supported in the guide slit. The method of claim 5,
A locking groove is formed inside the cartridge fixing part,
The through disk,
And the hook is fixed to be inserted into the locking groove while the lifting plate is located at the top dead center,
A container-coupled fluid additive receiving cap device equipped with a plurality of blades for cutting the foil when the lifting plate is raised. According to claim 1,
The cartridge,
A case that accommodates the fluid additive and is opened upward,
A container-coupled fluid additive receiving cap device having a lid detachably coupled to an upper portion of the case. According to claim 1,
The first coupling portion and the second coupling portion,
A container-coupled fluid additive receiving cap device further comprising a plurality of elastic slits that allow the inner diameter of the first and second coupling portions to be elastically adjustable.

Images