KR20050012690A - Enclosed applicator - Google Patents

Abstract

PURPOSE: Provided is an enclosed applicator to be completely sealed within a housing along with fluid such as disinfectant or other medications, and to be conveniently used by overcoming surface tension and discharging fluids from a tubular vessel with a small diameter. CONSTITUTION: The enclosed applicator comprises an applicator(1) with an applicator tip sealed along with a fluid(2) within an elongated housing(3) with an opening member(4) near the applicator tip(5). When the elongated housing is opened through the opening member, the applicator tip is exposed and the fluid in the elongated housing may be applied by the applicator tip to desired locations. The opening member is a twist-off cap, a screw-on cap, or a breakable reduced section. The applicator and the elongated housing are formed as a single device. The applicator and the elongated housing are formed by a blow molding process.

Description

Container with intense application means {ENCLOSED APPLICATOR}

The present invention relates to an application means added to a sealed casing, and more particularly to a container in which the application means is adapted to be enclosed in a casing together with, for example, a disinfectant and other drug fluids. .

It is often seen to combine a container with an applicator and that type of applicator is often attached to the inner or outer surface of the container. In general, however, in the design, many types of application means and containers are provided. In addition, the container coupled to most of the application means is filled with a large volume of fluid for this purpose is to reduce the space inside the form when the volume and shape of the container is reduced. Since there is no space for disposing the coating means in the container as described above, the coating means needs to be attached to the outside of the container, and the coating means needs to be manufactured in a structure in which the coating means is connected to the outside of the container.

If the volume and shape of the container are made to a size sufficient to exert the surface tension of the fluid inside the container, the weight of the fluid is overcome and it is difficult for the fluid to exit the container. This condition occurs in most vessels, which can form a desirable state when the vessel is made to have a minimum volume and shape. However, in the case of the movement of a single fluid, for example in the case of samples and perfumes and locally used medicines, the container with the least optimum and shape is inherently large and therefore contains a small amount of fluid. When creating a container, the container's minimum size and shape limitations often cause the container to be of its original size and often contain excessive amounts of fluid. In addition, when the application means is attached to the outer surface portion of the container, the shape of the container does not need to be increased, but it may cause a large amount of waste when a large amount of fluid is applied to the application means.

In view of each of the above problems, the present invention is suitably provided when storing a fluid in a small diameter container, breaking the surface tension of the fluid by the application means, and allowing the fluid to be discharged from the small diameter tubular container. To be able.

The invention is also characterized in that the fluid is contained in a tubular container of small diameter and the amount of the stored fluid can be controlled and directly discarded after use. It is a second object to provide a container in which the coating means is intact.

Fig. 1A shows a first embodiment of a container in which the application means according to the present invention is repeld.

Fig. 1B shows another state of the first embodiment of the container which repels the application means according to the present invention,

Fig. 2 shows a second embodiment of the container which repels the application means according to the present invention.

Fig. 3 shows a third embodiment of a container in which the coating means according to the present invention is broken off.

Fig. 4 shows a fourth embodiment of the container which repels the application means according to the present invention.

Fig. 5 shows a fifth embodiment of the container which repels the application means according to the present invention.

Fig. 6 shows a sixth embodiment of a container in which the application means according to the present invention is repeld.

Fig. 7 shows a seventh embodiment of a container in which the application means according to the present invention is repulsed.

Fig. 8 shows an eighth embodiment of a container in which the coating means according to the present invention is repeld.

Fig. 9 shows a ninth embodiment of a container in which the coating means according to the present invention is repeld.

[Description of Drawing Reference]

1 ... application means 2 ... fluid

3 ... long-shaped casing 4 ... cutting means

5 ... distal end of the application means 6 ... elongate member

7 ... long casing 8 ... application means

9 ... distal end of the application means 10 ... other means

11 ... Body 12 ... Fluid

13 ... long casing 14 ... application means

15 ... end 16 ... end

17 ... Magnification 18 ... Fluid

19 ... fluid 20 ... elongated casing

21 ... Application means 22 ... End

23 ... end 24 ... enlargement

25 ... Fluid 26 ... Fluid

27 ... long casing 28 ... cutting means

29 ... application means 30 ... fluid

31 ... end 32 ... end

33 ... application means 34 ... application means

35 ... absorber 36 ... elongated casing

37 ... tubular application means 38 ... other means

39 ... fluid 40 ... ends

41 ... end 42 ... plug

Hereinafter, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. . Other objects, features, and operational advantages, including the object, operation, and effect of the present invention will become more apparent from the description of the preferred embodiment.

The present invention comprises, for example, a perfume, a disinfectant, and other medicines made from a casing having one or one other means, the applicator being disposed and housed in an elongated casing, for example as a cotton towel ( Ball) or an elongated member such as a toothpick, etc., as appropriate, and the same or different distal ends are arranged at both ends of the application means, or both ends of the container in which the same or different fluids are stored. Provided is a container in which application water is disposed so as to be disposed at both ends and supplied to the use so that the sieve in the container contacts and reaches the tip of the application means when the application means is exposed.

In the first embodiment of the present invention, as shown in Fig. 1A, the container 1 having the application means separated has an application means 1, and the application means has a fluid 2 such as perfume and disinfectant. And other drugs and the like are sealed inside the elongated casing 3 in which the other means 4 are disposed near the distal end of the application means 5, and the other means are simply shaken, for example. It is provided with a lid to facilitate the cover and is formed to be a part of the elongated casing 30, the front end portion 5 of the application means as shown in Figure 1b is exposed and at the same time passing through the breaker means (4) In this case the fluid 2 in the elongated casing 3 is provided to pass through the tip 5 of the applicator.

The application means 1 and the elongated casing 3 are preferably manufactured to be integrally formed. However, the application means 1 and blow molding may be suitably used. In addition, as the above-mentioned preferred embodiment, it is possible to suitably use an elongated long member as the application means 1, and the member is elongated upward from a predetermined position of the center of the bottom of the elongated casing 3. To extend up to the upper end of the casing (3). In the application means 1, a rigid elongated object can be suitably used, and the other means 4 is provided at a predetermined position near the distal end of the application means of the elongated casing 3. Is formed. By adopting a method of reducing the thickness of the droplet or the cross section, the tip is set to be movable and exposes the tip 5 of the application means. In addition, the cutting means (4) can be appropriately used, such as a cap (Cap) that can be taken out to the outside closely and the cap (Cap), etc., the application means in the elongated casing (3) through the other cutting means Similar to the contour of the tip 5, the shape is set to allow for the receipt of the fluid 2 into the elongated casing 3 and the fluid from the elongated casing 3. It is possible to flow out and at the same time to reach the tip 5 of the application means. Further, the applicator 1 has a function as an outlet and an applicator, and the extension 6 of the applicator 1 provides the surface tension of the fluid 2 in the elongated casing 3. It has a function of breaking and thereby overcomes the surface tension of the fluid 2 by capillary action of the fluid 2 remaining in the elongated casing 3 and causes the fluid 2 to pass through the elongated cage. It is possible to flow out of the gong 3 and in the case where the volume and shape of the elongated casing 3 are small, the fluid 2 can flow to the tip 5 of the application means and in a predetermined position. It is possible to move.

FIG. 2 shows a second embodiment of a container in which the application means is engraved, wherein the figure has an elongated casing 7 and the elongated casing 7 is adhered to the vicinity of the other means 10. In the case where the dispensing means 10 of the elongated casing 7 is broken when the dispensing means 8 having the distal end portion 9 is broken, the distal end portion 9 of some of the dispensing means is exposed and the dispensing means 8 is applied. The main body 11 of) is formed in the elongate member and the main body 11 has a length extending to the elongated casing 7 and is separated from the breaking means 10 and the fluid in the elongated casing 7. Allow 12 to flow out to the tip 9 of the applicator and at the same time allow it to be moved. The main body 11 of the applicator 8 overcomes the surface tension of the fluid 12 in the elongated casing 7 and the fluid 12 is applied equally even when the volume and shape of the fluid are small. It is possible to flow to the front end 9 of and it is possible to move to a predetermined position.

Fig. 3 shows a third embodiment of a container in which the application means are engraved, in which the figure has an elongated casing 13 and the elongated casing 13 has two ends 15, 16. It includes a coating means and at the same time seals the intermediate end 15 is formed of a coating means such as a cotton swab, the end 16 is formed of a coating means such as a toothpick and both ends 15, 16 of the application means 14 An enlarged portion 17 is disposed between the two expanded portions 17. The enlarged portions are adhered to the inside of the elongated casing 13, and the elongated casings 13 are spaced apart from each other in a container having two closed spaces. Different types of fluids 18 and 19 are accommodated, respectively, and the enlarged part is held inward of the elongated casing 13 to set the same fluid so as to be flowable between both ends 15 and 16.

Fig. 4 shows a fourth embodiment of a container in which the application means are engraved, which has an elongated casing 20 and the elongated casing 20 having two ends 22, 23. It includes a coating means, and the two ends 22 and 23 are provided with a coating means such as a cotton swab, and an enlarged portion 24 is disposed between both ends 22 and 23 of the applying means, and the enlarged portion 24 is It adheres to the elongated casing 20 and divides the elongated casing 13 into two enclosed storage spaces and accommodates two different fluids 25 and 26 or expands ( 24 is held in the elongated casing 20 and the same fluid is set to be flowable between both ends 22 and 23.

Fig. 5 shows a fifth embodiment of a container in which the application means are engraved, and an elongated casing 27 is shown in the drawing. The long casing 27 has a small diameter long tubular shape, both ends 31 and 32 of which are enclosed, and the cutting means 28 are disposed near each end, and the cutting means 28 is a shape of a shape. Or the like, and the user can fold and break the elongated casing 1 extending to the above-described traces or the like. In addition, a tubular coating means 29 is included in the middle of the elongated casing 27, and the diameter of the coating means 29 is set smaller than the diameter of the elongated casing 27, and one end portion is closed. The end portion 31 of the elongated casing 27 is tightly contacted and the other end is set at the same level as the other means 29 of the elongated casing 27. The tubular application means 29 It is formed in a solid and hollow state, and the fluid 30 is filled in the middle of the elongated casing 27, and the fluid 30 is a solvent such as perfume, alcohol, glue, etc. Can be suitably stored.

When the user breaks the separating means 2, the end 32 of the elongated casing 27 is broken and the length of the tubular application means 29 is almost equal to the length of the elongated casing. In this case, the fluid 30 in the long casing 27 has a small diameter and flows out of the long casing 27 under the influence of capillary action and atmospheric pressure. In the case of outflowing the fluid, the user is rubbed in contact with the opening of the elongated casing 27 and any object, so that the fluid 4 is removed after breaking the surface tension of the fluid 4. It is supplied to the user's use of application which flows out of the elongated casing 27 extended to the tubular application means 29 under the influence of the central attraction force.

Fig. 6 shows a sixth embodiment of a container in which the application means is broken. The tip portion of the application means 33 is made in the shape of a pyramid, and the application means 33 is formed in the form of a toothpick, so that the application means The length is set longer than the dividing means 28, and the fluid 30, such as a medicine and a mint solution, is stored in order to wash the mouth into the elongated casing 27, and the user disintegrates the dividing means 28. When the end 32 of the elongated casing 27 is broken and the pyramidal end of the application means 33 is exposed to the outside of the elongated casing 27 and brushed to the user. When the application means 33 is bounced, the surface tension of the fluid 30 in the elongated casing 27 is destroyed and the fluid 30 extends to the application means 33 under the influence of the gravity of the earth's center. It may be aimed at entering the user's mouth and cleaning the mouth.

7 shows a seventh embodiment of a container in which the application means is severed, and the center of the application means 34 is set so that the length of the application means 34 is slightly shorter than the other opening means 20 and the other means 28 of the application means 34 are shown in FIG. An absorber 35 is included at an end thereof close to the absorber 35, the absorber 35 is led out by the breaker means 28, and is exposed to the inside of the elongated casing 27. For example, alcohol, perfume, etc. When the user breaks the separating means 28, the end 32 of the elongated casing 27 is broken and the absorber 35 at the end of the application means 34 is broken. Protrudes and exposes the outside of the opening of the elongated casing 27 and the user rubs the absorber 35 with the object so that the surface tension of the fluid 30 is destroyed and applied by the attraction of the earth's center. Outflow of the elongated casing 27 extending to the means 30 and to the absorber 35 It is absorbed and the user can perform the application using the absorber 35.

Fig. 8 shows an eighth embodiment of a container in which the application means is exfoliated. The long casing 36 is formed into a long hose shape in which two ends 40 and 41 are sealed. The same tubular applicator 37 is disposed inside, close to the end of the applicator 37 and the end 40 of the elongated casing 36, and the other end is proximate to the other means 38. Located at the same level of level and filled with fluid 39 such as eye drops and artificial tears in the elongated casing 36. When the user breaks the separating means 38, the end of the elongated casing 36 is broken and the filling 39 is elongated casing 36 under the influence of the capillary phenomenon and atmospheric pressure. It is retained in the interior of the body and the user presses the pressure from the outside of the elongated casing 36 to press the container 7 and the surface tension of the fluid 4 is destroyed and the application means 37 is extended. In the case where the casing 36 flows out of the shaped casing 36 and the elongated casing 36 is not subjected to a force, the fluid 39 is affected by the capillary phenomenon and the atmospheric pressure region. It is held in the center of the body so that the user needs to continue to press the elongated casing 36 again to release the fluid 39 and thus the eye drops in the elongated casing 36. Is discharged so as to fall into the eyes of the user.

In the present invention, the hollow plug 42 is preferably blocked at the distal end of the other means 38 connected to the hose-shaped casing 36. As shown in FIG. It is also preferable to reduce the internal space at the end of the end 36, and the same cutting means is disposed in the plug 42, and the cutting means and the cutting means 38 of the elongated casing 36 overlap with each other. When the separating means 38 is broken, the plug 42 is also folded and cut in the same shape, the end of the elongated casing 36 is broken, and the opening of the other end 41 is a plug ( 42, the diameter is smaller than the diameter of the elongated casing 36, the outflow amount of the fluid 39 inside the elongated casing 36 is reduced, and the flow rate of the fluid 39 is effectively controlled. do.

For reference, the embodiments disclosed herein are only presented by selecting the most preferred embodiment in order to help those skilled in the art from the various possible examples, the technical spirit of the present invention is not necessarily limited or limited only by this embodiment Rather, various changes, additions, and changes are possible within the scope without departing from the spirit of the present invention, as well as other equivalent embodiments.

As described above, according to the container with the applicator according to the present invention, the fluid is contained in a container having a small diameter so that the fluid is stored in a tubular container with a small diameter and the surface tension of the fluid is destroyed by the applicator. It can be spilled and used to suit the user's use. In addition, the amount of fluid filled to accommodate the fluid in the small diameter container can be controlled, discarded after use, and prevented from causing waste of the fluid.

Claims (25)

And a dispensing means, the dispensing means having a distal end, sealed with a fluid inside the elongated casing, the elongated casing being provided with other dispensing means, the dispensing means being near the distal end of the dispensing means. And when the other means of the elongated casing is broken, the front end of the applicator is exposed and permits to move the internal fluid of the elongated casing to reach the predetermined position. A container in which the coating means is characterized in that it repels. The method of claim 1, A container in which the coating means is suitably used as said cutting means, using means such as a twisting cover, a tightly turning cover, and a fragile reduced cross section. The method of claim 1, Wherein said applying means and said elongated casing are integrally formed so as to be integrally formed. The method of claim 1, Wherein said coating means and said elongated casing are manufactured by blow molding. The method of claim 1, The applicator is spaced apart from the elongated casing by forming two sealed spaces, and when the other means of the elongated casing are broken, the distal end of the applicator is exposed and two of the elongated casing are exposed. And the fluid in the closed space of the mixing means is mixed with the distal end of the dispensing means and moved to a predetermined position by the distal end of the dispensing means. The method of claim 5, The container with the applicator according to claim 2, characterized in that the fluid of different types are accommodated in the two sealed spaces. A dispensing means having a distal end portion and an elongated portion, wherein the dispensing means is contained within the elongated casing together with the fluid, and the elongated casing is provided with sealing means, and the dispensing means is the applying means. The tip of the coating means is discharged and the fluid inside the elongated casing is moved to a predetermined position by the tip of the coating means when the other means of the elongated casing is broken in the vicinity of the tip of the application. The container which enclosed the application means characterized in that it is made to make it. The method of claim 7, wherein A container in which the dispensing means is provided at the distal end of the dispensing means, comprising means made of an absorbent material such as cotton, foam gel, and sponge. A dispensing means having a distal end portion having two dispensing apparatuses, having an enlarged portion between distal ends of the two dispensing apparatuses, and a fluid sealed to two distal ends having the respective dispensing apparatuses and having other means. When the inside of the elongated casing is stored and the other means of the elongated casing is broken, the tip of the applicator is exposed and the fluid in the elongated casing is positioned by the distal end of the applicator. The container which enclosed the applicator means characterized in that it moves so that it may move. The method of claim 9, A container in which the application means is suitably used so as to be appropriately used as an end of the application means, which is made of an absorbent composed of a cotton ball, foam gel, sponge, or the like. The method of claim 9, The container which repels the coating means, characterized in that a sharp portion is formed at the tip of the coating device. The method of claim 9, The enlarged portion of the applicator means is adhered to the inside of the elongated casing and divides the elongated casing into two separate portions and accommodates each different fluid in each isolated portion. The container which enclosed the application | coating means to make. The method of claim 9, And the enlarged portion of the application means is set inside the elongated casing and sets the same fluid to flow between both ends of the elongated casing. Both ends are sealed and a tubular coating in which at least one other means are disposed near both ends, and a tubular coating which is inserted into the long casing and the ends of the one end and the long casing are in close contact with each other. Means and a fluid housed in the elongated casing, When the separating means in the elongated casing is broken, first, the opening end of the elongated casing is rubbed with an object, and the surface tension of the fluid is destroyed by the applicator so that the fluid is influenced by the attraction force of the earth's center. And a container having the application means repelled so as to flow out of the elongated kaze extending to the application means. The method of claim 14, A container in which the application means is broken, using a drop as said dividing means, and a user folding the said elongated casing extended to said drop to break said container. The method of claim 14, In the case of breaking the elongated casing in which the other means is inserted, the other end of the application means forms a cut surface having the same height as the open end of the elongated casing and rubs the elongated casing with an object. In this case, the surface tension of the fluid is broken by the application means so that the application means is discharged to the outside of the elongated casing extending to the application means under the influence of the earth's attraction force. ) One container. The method of claim 16, The container having the application means characterized in that the inside of the elongated casing is filled with a fluid such as perfume and alcohol and glue (GLUH). The method of claim 14, In the case of using the other means, in the case where the elongated casing is broken, the other end of the applicator is protruded and exposed than the open end of the elongated casing and bounces the applicator to destroy the surface tension of the fluid. And a processing means for causing the fluid to flow out of the casing extending to the application means under the influence of the gravity of the earth's center. The method of claim 18, A container in which the application means is broken, wherein a toothpick is used as the application means. The method of claim 18, A container in which the application means is suitably used, wherein a fluid such as a medicine and peppermint oil is suitably used to wash the mouth as the fluid. The method of claim 14, An end portion of the application means includes an absorber, and the absorber is protruded and exposed than the other opening means. When the long shape casing is broken by the other opening means, the absorber and the object are rubbed to apply a surface tension of the fluid. Applicator means characterized in that it is broken out by the means and is influenced by the attraction of the earth's center to the outside by the elongated casing extending to the applicator means to be absorbed by the absorber and provided to the user's coating use Courage to break up. An elongated casing having the elongated soft casing and having both ends of the casing sealed and at least one other means disposed near the end, and being charged into the elongated casing. And a tubular application means configured to be in close contact with the end of the elongated casing at the same time, and a fluid stored in the elongated casing, When the other means for breaking the elongated casing breaks, the surface tension of the fluid inside is destroyed by pressing the soft elongated casing, and the fluid is applied by the influence of the gravity of the earth's center. A container in which the application means is adapted to flow out of the elongated casing extending to the means. The method of claim 22, Dropping means can be suitably used as the cutting means, and the user can fold and break the flexible, long-shaped casing that extends into the drop. (隔絶) courage. The method of claim 22, The end of the flexible elongated casing is separated from the hollow plug to shorten the inner space of the end of the elongated casing and reduce the amount of outflow of the elongated inner fluid so that the fluid flows out. The container which repels the application means, characterized in that to effectively control the. The method of claim 24, In the plug, the separating means is arranged in the same form, and the separating means is such that when the separating means of the elongated casing overlaps and the separating means is broken, the plug is folded and cut. (隔絶) courage.