KR200492450Y1 - Container set - Google Patents

Abstract

A container set according to an embodiment of the present invention includes a fluid container in which a first discharge port is provided; And a fluid delivery device coupled to the fluid container and provided with a second discharge port for delivering a fluid to the fluid container, wherein the fluid container is detachably provided to the first discharge port and is coupled to the second discharge port And a connection part connecting the first discharge port to the second discharge port, and the fluid delivery device includes a ball valve that opens and closes the second discharge port, and the ball valve, wherein the first discharge port is the second discharge port. When coupled to the discharge port, it is pressurized by the first discharge port to open the second discharge port to communicate the inside of the fluid container and the inside of the fluid delivery device.

Description

Container set {Container set}

The present invention relates to a container set, and specifically, when it is normally closed and when substances are mixed, the inlet of the container communicates with the container to be injected, so that air is always blocked from entering the container in which the contents to be mixed are stored. , It relates to a set of containers capable of mixing contents under high purity conditions without inflow of external air.

As for cosmetics, there is an increasing market demand for the development of products that are gentle on skin-friendly products. For this, it is important to minimize preservatives, etc. that may cause irritation in the prescription design of the cosmetic formulation, and in addition, it is important that a series of processes of manufacturing cosmetics and putting cosmetics into cosmetic containers are performed under high purity conditions without inflow of external air. It is essential.

In addition, there is a continuing need for consumers to select and use cosmetics suitable for their individual skin through consulting, and regulations on instant mixing of cosmetics are being eased, and various combinations of cosmetics to suit the skin conditions and preferences of various consumers. Efforts are continuing to develop hypoallergenic customized cosmetics by mixing immediately with high purity.

In particular, the airless pouch container has been developed to minimize the problem of external air entering the container while the contents are being used and when the pump is operated.For example, the airless pouch container is a pouch when the container pump is pressed after the contents are filled. As the part is reduced, external pressure is formed and the contents contained in it are discharged to the outside.

However, the airless pouch container known in Korean Application No. 10-2008-7024336 (a fluid container and an airless fluid dispensing system using the same) creates an internal hydraulic pressure by operating a pump and discharges the contents. As it moves along this inner wall, an air inlet passage may exist even if it is fine.

In addition, Japanese Application No. 2004-161287 (dispenser container) is known as a dispenser container, but has the purpose of facilitating attachment and detachment with other containers or other parts of the container, so it is used for the purpose of developing products that can be mixed with high purity immediately. It is difficult to do so and improvement is required.

The present design was created to improve the prior art, and the object of the present design is that the inlet is normally closed and communicates with the container to be mixed when combined with the container to be mixed, so that mixing is possible while air is blocked from the outside. It is to provide a set of containers capable of instant mixing with high purity.

A container set according to an embodiment of the present invention includes a fluid container in which a first discharge port is provided; And a fluid delivery device coupled to the fluid container and provided with a second discharge port for delivering a fluid to the fluid container, wherein the fluid container is detachably provided to the first discharge port and is coupled to the second discharge port And a connection part connecting the first discharge port to the second discharge port, and the fluid delivery device includes a ball valve that opens and closes the second discharge port, and the ball valve, wherein the first discharge port is the second discharge port. When coupled to the discharge port, it is pressurized by the first discharge port to open the second discharge port to communicate the inside of the fluid container and the inside of the fluid delivery device.

Specifically, the connection portion may have a first thread formed on an inner circumferential surface, and the second discharge port may have a second thread corresponding to the first thread formed on an outer circumferential surface.

Specifically, the fluid delivery device may further include a spring provided inside the second discharge port to elastically support the ball valve.

Specifically, when the first discharge port is separated from the second discharge port, the ball valve may close the second discharge port by the spring to isolate the inside of the fluid container and the inside of the fluid delivery device.

Specifically, the ball valve may block the introduction of external air into the fluid delivery device by closing the second discharge port.

Specifically, the fluid container may further include a pump connected to the first discharge port to discharge the fluid.

Specifically, the fluid container may further include a spout provided around the first discharge port.

Specifically, the first discharge port may be provided at a height relatively lower than that of the spout.

Specifically, the fluid container may further include a lid coupled to the spout to seal the inside.

Specifically, the connection part may be provided around the spout.

Specifically, the second discharge port may be located between the connection part and the spout when connected to the connection part.

Specifically, the second discharge port may have a relatively large cross section on the inside compared to the outside.

Specifically, the ball valve has a cross-section larger than the outer side of the second discharge port and smaller than the inner side of the second discharge port, and when positioned outside the second discharge port, the second discharge port is closed, and by the spout When pressed and positioned inside the second discharge port, the second discharge port may be opened.

Specifically, the fluid container includes: a plurality of fluid to be mixed containers for accommodating the fluid to be mixed; And at least one mixed fluid container containing the mixed fluid.

Specifically, the fluid delivery device has a plurality of the second discharge ports, and is connected to the mixed fluid container and the mixed fluid container to receive the mixed fluid from the mixed fluid container and mix the mixed fluid therein. After forming, it can be delivered to the mixed fluid container.

The container set according to the present invention includes a fluid delivery device in which a pipeline communicates with a fluid container only when combined with a fluid container that can be mixed and used, and is normally closed to prevent air inflow, as well as when mixing contents. In a state coupled to the fluid container, the pipeline is opened to block the inflow of external air, so that high-purity instant mixing may be possible.

In addition, the present invention includes a connection part connecting a fluid container containing the contents to be mixed and a fluid delivery device storing the contents to be mixed, and double sealing is possible by this connection part to tightly block the inflow of outside air. To mix.

In addition, the present invention allows the contents to be stored in a state where the container to be mixed is always isolated from the outside, so that the use of preservatives and the like can be minimized, so that it is possible to develop a skin-friendly high-purity cosmetic formulation.

1 is a view showing a container set according to an embodiment of the present invention.
2 is a view showing a fluid container of a container set according to an embodiment of the present invention.
3 is a view showing a state in which the second discharge port is closed from the ball valve in the container set according to an embodiment of the present invention.
4 is a view showing a state in which the second discharge port is opened from the ball valve in the container set according to an embodiment of the present invention.
FIG. 5 is a diagram conceptually showing a relationship between a plurality of fluid to be mixed containers, a fluid delivery device, and a mixed fluid container in a container set according to an embodiment of the present invention.

Objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and preferred embodiments associated with the accompanying drawings. In adding reference numerals to elements of each drawing in the present specification, it should be noted that, even though they are indicated on different drawings, only the same elements are to have the same number as possible. In addition, in describing the present invention, when it is determined that a detailed description of related known technologies may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing a container set according to an embodiment of the present invention, Figure 2 is a view showing a fluid container of the container set according to an embodiment of the present invention, Figures 3 and 4 are A diagram for explaining opening and closing of a second discharge port in a container set according to an embodiment, and FIG. 5 is a relationship between a plurality of mixed fluid containers, a fluid delivery device, and a mixed fluid container in a container set according to an embodiment of the present invention. Is a diagram conceptually showing.

1 to 5, the container set 100 according to an embodiment of the present invention includes a fluid container 110 and a fluid delivery device 120.

The fluid container 110 is configured to receive contents such as a liquid state, and includes a first discharge port 111 and a spout part 112, and includes a pump 1121, a lid 1122, and a connection part 113. I can.

The spout 112 is a configuration in which the lid 1122 and the connection part 113 are installed, and may have a structure protruding to one end, and may be provided around the first discharge port 111 through which the contents are discharged. 1 The discharge port 111 and the spout 112 may be injected to be integrally formed.

Here, the first discharge port 111 may have a conduit through which the contents are discharged, and may be provided at a relatively lower height than the spout 112. For example, the first discharge port 111 may be made about 5mm lower than the spout part 112, and the first discharge port 111 lower than the spout part 112 is connected to the spout part 112 and the connection part 113 Even if the ball valve 122 is provided in the meantime, the ball valve 122 is pressed by the spout 112 and the first discharge port 111 has a low height from the spout 112 and the ball valve 122 A gap is formed in the so that the contents can pass through.

In particular, in order to prevent the first discharge port 111 from being blocked by the ball valve 122 when the first discharge port 111 presses the ball valve 122, the first discharge port 111 is partially cut off or , At least one hole is formed on the circumferential surface, so that the contents may be introduced into the first discharge port 111 through the cutout or the hole.

The pump 1121 may be connected to the first discharge port 111 to discharge fluid, and the lid 1122 may be coupled to the spout 112 to seal the interior thereof, and the pump 1121 and the lid 1122 ), a known technique can be applied.

The connection part 113 is a medium connecting the fluid container 110 and the fluid delivery device 120, and may be provided around the spout 112. Here, since the connection part 113 connects the fluid container 110 and the fluid delivery device 120 to mix the contents, it can be selectively attached and detached around the spout 112, and the connection part 113 is the spout part. In a state separated from 112, the lid 1122 may be coupled and sealed.

The connection part 113 may be detachably provided in the first discharge port 111 and coupled to the second discharge port 121 to connect the first discharge port 111 to the second discharge port 121.

For example, the connection part 113 may be seated on the circumferential surface of the spout part 112, and the second discharge port 121 may be installed between the connection part 113 and the spout part 112, so that the spout part 112 A gap may be formed between) and the connection part 113. However, the connection part 113 may be provided with a connection plate 1131 so as to be fixed on the spout 112.

In this way, the connection plate 1131 may be formed below the central portion in the longitudinal direction of the connection part 113 so that the second discharge port 121 does not interfere with the inside of the connection part 113, and the spout part 112 penetrates through it. Holes (not shown) may be formed.

In addition, the connection part 113 may be screwed with the second discharge port 121, the connection part 113 has a first thread (not shown) formed on the inner circumferential surface, and the second discharge port 121 is formed on the outer circumferential surface. A second thread (not shown) corresponding to the first thread may be formed.

The fluid delivery device 120 is coupled to the fluid container 110 to provide a second discharge port 121 for delivering a fluid to the fluid container 110, and as mentioned above, the second discharge port 121 has an outer peripheral surface A second thread may be formed on the.

Here, the second discharge port 121 is located between the connection part 113 and the spout 112 when connected to the connection part 113, and may be coupled to the connection part 113 and the first discharge port 111.

In addition, referring to FIGS. 3 and 4, the inner side 1212 of the second discharge port 121 may have a relatively larger cross section than the outer side 1213. This is because when the ball valve 122 is in the inner side 1212 of the second discharge port 121, the second discharge port 121 is not sealed (see FIG. 4), and when the ball valve 122 is caught on the outer side 1213 It is to be sealed at that time (see Fig. 3).

In addition, the fluid delivery device 120 includes a ball valve 122 and a spring 123.

Specifically, the ball valve 122 opens and closes the second discharge port 121, and when the first discharge port 111 is coupled to the second discharge port 121, it is pressurized by the spout 112 and the second discharge port ( By opening 121, the inside of the fluid container 110 and the inside of the fluid delivery device 120 are communicated.

Here, the ball valve 122 is moved from the inside of the second discharge port 121 along the longitudinal direction, but the position of the ball valve 122 can be changed depending on whether the first discharge port 111 is coupled, and the ball valve 122 is the second discharge port. It may have a cross-section larger than the outer side of 121 and smaller than the inner side of the second discharge port 121.

When the ball valve 122 is positioned outside the second discharge port 121, the second discharge port 121 is closed, and when it is pressed by the spout 112 to be positioned inside the second discharge port 121 2 The discharge port 121 can be opened.

In addition, the ball valve 122, when the first discharge port 111 is separated from the second discharge port 121, the spring 123 compressed by the spout 112 is restored, and the second discharge by the spring 123 The discharge port 121 may be closed to isolate the inside of the fluid container 110 and the inside of the fluid delivery device 120. Accordingly, the ball valve 122 may block the inflow of external air into the fluid delivery device 120 by closing the second discharge port 121.

The spring 123 is provided inside the second discharge port 121 to elastically support the ball valve 122, and one end of the spring 123 is fixed to the second discharge port 121, for example, a second discharge port ( It is connected to the inner jaw 1211 provided on the inner side of 121, and the length of the other end is contracted or restored (elongated) depending on whether or not it is pressed, so that it may be close to one end or spaced apart.

Here, the ball valve 122 is connected to the other end of the spring 123 and the position at the second discharge port 121 is changed in connection with the contraction and restoration of the spring 123, so that the second discharge port 121 can be opened or closed. I can. And the inner jaw 1211 does not seal the circumferential surface of the ball valve 122 and does not form a closed curve so that the contents can pass through, and both sides of the ball valve 122 interfere with some of the circumferential surfaces of the ball valve 122 It may have a structure that partially protrudes.

Meanwhile, in the present embodiment, one substance may be additionally mixed in the fluid container 110 or a plurality of different substances may be mixed with each other.

Referring to FIG. 5, when various types of contents are mixed and used, for example, the fluid container 110 may include a mixed fluid container 110A and a mixed fluid container 110B.

That is, the present embodiment is for mixing different fluids to be mixed to form a mixed fluid and containing them in the mixed fluid container 110B, and a fluid delivery device for three fluid to be mixed containers 110A storing the fluid to be mixed After connecting to one side of (120) (above the drawing), and connecting the mixed fluid container (110B) for mixing and containing three mixed fluids to the other side (below of the drawing) of the fluid delivery device (120), and then mixing The fluid may be transferred from the fluid container 110A to the mixed fluid container 110B while being mixed. To this end, the fluid delivery device 120 may be provided with a configuration (such as a pump) that implements fluid transfer.

Here, the fluid to be mixed container 110A may contain a fluid to be mixed, which is a content for mixing, and the fluid container 110B may contain a mixed fluid that is a content for final use. In addition, the mixed fluid may be a fluid in which a content delivered through the fluid delivery device 120 and a previously accommodated content are mixed.

That is, the mixed fluid stored in the mixed fluid container 110A may be mixed with the existing contents stored in the fluid delivery device 120 and then transferred from the fluid delivery device 120 to the mixed fluid container 110B and used. .

In addition, since the mixed fluid finally used is irrelevant even if it is stored in one container, the mixed fluid container 110B may be provided as a single container, and may accommodate the final mixed mixed fluid.

In addition, the mixed fluid may be mixed with various contents so as to include various functions according to the user's selection. For this purpose, the fluid delivery device 120 may include a plurality of contents mixed in the mixed fluid container 110B. A plurality of mixed fluid containers 110A for delivering the mixed fluid to) may be provided.

At this time, the fluid delivery device 120 may have a plurality of second discharge ports 121, and are connected to the mixed fluid container 110A and the mixed fluid container 110B to be mixed from the mixed fluid container 110A. The fluid may be received and mixed therein to form a mixed fluid, and then transferred to the mixed fluid container 110B.

As described above, in this embodiment, the pipe of the fluid delivery device 120 is communicated with the fluid container 110 only when the pipe is coupled, and external air is prevented from entering the fluid delivery device 120 as well as during mixing. Not only can high-purity instant mixing is possible, but also double sealing is possible by the connection part while the fluid container and the fluid delivery device are connected, so that the inflow of external air can be further blocked and mixed.

Although the present invention has been described in detail through specific embodiments, this is for explaining the present invention in detail, and the present invention is not limited thereto, and within the technical idea of the present invention, by those of ordinary skill in the art. It would be clear that the transformation or improvement is possible.

All of the simple modifications or changes of the present design belong to the scope of the present design, and the specific protection scope of the present design will become clear by the appended utility model claims.

100: container set 110: fluid container
110A: fluid container to be mixed 110B: fluid container
111: first discharge port 112: spout
1121: pump 1122: lid
113: connection 1131: connection plate
120: fluid delivery device 121: second discharge port
1211: inner jaw 122: ball valve
123: spring

Claims (15)

A fluid container provided with a first discharge port and a spout provided around the first discharge port; And
A fluid delivery device coupled to the fluid container and provided with a second discharge port for delivering a fluid to the fluid container,
The fluid container includes a connection part that is detachably provided around the spout and is coupled to the second discharge port to connect the first discharge port to the second discharge port, and is coupled to the spout to cover the inside of the fluid container. Further comprising a lid to seal,
The fluid delivery device includes a ball valve that opens and closes the second discharge port,
The ball valve, when the first discharge port is coupled to the second discharge port, is pressurized by the first discharge port to open the second discharge port to communicate the inside of the fluid container and the inside of the fluid delivery device,
The spout part, a container set, characterized in that provided to be detachable from the connection part or the lid. The method of claim 1,
The connection part, a first thread is formed on the inner circumferential surface,
The container set, wherein the second discharge port has a second thread corresponding to the first thread formed on an outer circumferential surface. The method of claim 1, wherein the fluid delivery device,
A container set, further comprising a spring provided inside the second discharge port to elastically support the ball valve. The method of claim 3, wherein the ball valve,
When the first discharge port is separated from the second discharge port, the second discharge port is closed by the spring to isolate the inside of the fluid container and the inside of the fluid delivery device. The method of claim 4, wherein the ball valve,
A container set, characterized in that the second discharge port is closed to block external air from flowing into the fluid delivery device. The method of claim 1, wherein the fluid container,
A container set, characterized in that it further comprises a pump connected to the first discharge port to discharge the fluid. delete The method of claim 1, wherein the first discharge port,
Container set, characterized in that provided at a relatively lower height than the spout. delete delete The method of claim 1, wherein the second discharge port,
Container set, characterized in that located between the connection portion and the spout portion when connected to the connection portion. The method of claim 11, wherein the second discharge port,
A container set, characterized in that the inner side has a relatively large cross section compared to the outer side. The method of claim 12, wherein the ball valve,
It has a cross section that is larger than the outer side of the second discharge port and smaller than the inner side of the second discharge port, and when located outside the second discharge port, the second discharge port is closed, and the inside of the second discharge port is pressed by the spout. When located in the container set, characterized in that to open the second discharge port. The method of claim 1, wherein the fluid container,
A plurality of fluid to be mixed containers for accommodating the fluid to be mixed; And
A container set comprising at least one mixed fluid container containing a mixed fluid. The method of claim 14, wherein the fluid delivery device,
It has a plurality of second discharge ports, is connected to the mixed fluid container and the mixed fluid container, receives the mixed fluid from the mixed fluid container, mixes it therein to form a mixed fluid, and transfers it to the mixed fluid container Container set, characterized in that to.

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