KR0126179Y1 - Sectional packing container with two chamber - Google Patents

Abstract

The present invention relates to an assembling container that can separate and accommodate two different materials, and can be used at the same time. The two container bodies (10a, 10b) provided with an injection port (11) at the top are in close contact with each other, The container body having a cap-shaped pedestal 20 is inserted into and coupled to the lower ends of the two container bodies 10a and 10b, and has two inlet connecting pipes 31, an inner partition 32, and a discharge pipe 33. (10a, 10b) is coupled to the upper end, the main cap 30 has a structure in which the secondary cap 40 having two discharge ports 43 and the cover portion 44 is further coupled, in the manufacture of plastic containers While it can be easily manufactured by the blow molding method or the injection molding method generally used, it is possible to separate and accommodate two different materials and to use them simultaneously.

Description

Assembly container that can separate and use dissimilar materials

1 is an exploded perspective view of the assembly container according to the present invention.

2 is a longitudinal sectional view of the assembly vessel according to the present invention.

* Explanation of symbols for main parts of the drawings

10,10b: container body 11: inlet

12: close contact 13, 14: engaging jaw

20: pedestal 21: coupling groove

30: main cap 31: inlet connector

32: internal partition 33: discharge pipe

34: connecting groove 35: coupling groove

36: coupling jaw 40: auxiliary cap

41: internal partition 42: outlet connector

43: discharge port 44: cover

44 ': discharge pin 45: coupling groove

The present invention relates to an assembling container that can separate two different materials and use them at the same time. In particular, when two different materials are normally used at the same time and stored in a mixed state, they are characterized by chemical or physical interaction. When this can be lost, it relates to an assembly container that allows two substances of different types to be separated and housed in one container and can be conveniently used by extracting a predetermined amount of two substances when used.

In general, there are many cases where two kinds of substances are mixed and used at the same time, for example, liquid toothpaste, and in this case, if the compound is stored in a suitable proportion in one container in advance, it is necessary to mix them every time. It would be convenient to use without.

However, when two substances are stored in a mixed state, chemical or physical interactions occur, and thus, when the characteristics of the substance are lost, the two substances cannot be mixed and stored in one container and separately stored in two containers. Use is cumbersome and inconvenient.

In order to eliminate such inconvenience and inconvenience, conventionally, two different materials in one container. A container that separates and holds two substances in a so-called two chamber bottle and at the same time extracts and uses a predetermined amount of two substances has been disclosed in Utility Model Registration No. 91-4638.

The container described in the above application forms an appropriate partition in the middle of the container to separate and receive two different liquids, and can easily control the amount of the content of the rotating body (cap) used for discharging the liquid. It has a structure in which the injection outlet is formed narrower than the injection passage so that, such a container has a problem that a certain constraint in the molding process.

That is, since there is a partition inside the container, it is difficult to manufacture the container by the flow molding method generally used for plastic containers, and because the cap (rotating body) is integrally and multistage, it is generally used for plastic caps. In case of molding by injection molding method, it is necessary to remove the force. In this case, it is not possible to use rigid materials such as 'polypropylene', which is commonly used as the material of caps, and soft materials such as 'polyethylene' and 'surlin'. There was a problem that only materials can be used.

The present invention has been devised to solve the conventional problems as described above, while it is possible to separate and accommodate two different materials and simultaneously use the blow molding method or the injection molding method generally used in the manufacture of plastic containers. The purpose is to provide a container that can be easily molded without restrictions.

The container according to the present invention for achieving the above object is provided with an injection hole in the upper portion of the two container bodies are formed in close contact with each other in close contact with each other, so as to bind the two container bodies are matched. While the cap-shaped pedestal is inserted and coupled to the lower end, two inlet connecting pipes are formed inside the two inlet connecting pipes, which are discharge passages of the contents, and communicate with the inlet connecting pipes, and the discharge passage is divided by the inner partition. The main cap is formed in the upper discharge pipe is coupled to the upper end of the two container body has a structure to further bind the two container body and to separate and discharge the contents.

In addition, when the secondary cap is formed in communication with the divided inner passages of the main cap discharge pipe and is formed with two discharge holes smaller in diameter, and additionally includes an auxiliary cap provided with a cover to prevent the discharge port, the main cap discharge pipe is further connected to the contents. In addition to protecting from the above, the amount of discharge can be easily adjusted during the discharge of the contents.

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

1 is an exploded perspective view of the assembly container according to the present invention, it is composed of two container bodies (10a, 10b), pedestal 20, the main cap 30 and the auxiliary cap (40).

Here, each of the container bodies 10a and 10b has a structure in which an inlet 11 is formed at an upper portion thereof and a flat, flat contact surface 12 is formed at one side thereof. Since the container bodies 10a and 10b can be separately accommodated and stored, the two container bodies 10a and 10b are made to coincide at the close contact surface 12 so that a compact shape as one container body is achieved. This can be In addition, the lower end and the upper end of each of the container body (10a, 10b) is formed with a coupling jaw (13, 14) along the circumference, respectively, so that the pedestal 29 and the main cap 30 can be coupled respectively. .

On the other hand, the container body (10a, 10b) can be easily manufactured by the blow molding method, the material is a thermoplastic, such as polyethylene, polypropylene, polyethylene terephthalate, etc., and the nature and moisture-permeable barrier properties If necessary, it may be molded by a coextrusion molding method (multilayer molding method) using a plastic material such as ethylene vinyl alcohol copolymer.

And the pedestal 20 is inserted and coupled to the lower end of the two container body (10a, 10b) that is matched as a cap shape to firmly bind the two container body (10a, 10b), coupled along the inner peripheral surface of the side The groove 21 is formed so that the pedestal 20 is prevented from coming off by being coupled with the coupling jaw 13 when inserted into the container bodies 10a and 10b.

The main cap 30 is to separate and discharge the contents while primarily binding the container body (10a, 10b) to the primary concentration, the interior of the container body (10a, 10b) coupled with the inlet (11) Two inlet connecting pipes 31 are formed to be primary discharge passages of the contents, and an upper discharge pipe in which the discharge passage is divided by the inner partition 32 while communicating with the inlet connecting pipe 31 is formed. 33) is provided. Here, the inner partition 32 has a structure in which the connecting groove 34 is formed by forming a double partition wall or a groove so as to be closely connected to the inner partition of the auxiliary cap 40 which will be described later.

In addition, the main cap 30 has a coupling groove 35 formed on the inner surface of the lower end thereof, and a coupling jaw 36 is formed along the circumference of the outer circumferential surface of the discharge pipe 33 to support the container body 10a and 10b and the auxiliary body. It is intended to be firmly coupled with the cap 40.

In addition, the auxiliary cap 40 serves to block the discharge port of the main cap 30 and discharges it to the outside while further concentrating the discharged contents, while the inner partition 41 is divided into the discharge pipe of the main cap ( The outlet connection pipe 42 connected to 33 is provided therein, and two discharge ports 43 having a smaller diameter are formed on the upper part of the outlet connection pipe 42, and the two discharge ports 43 are provided. ) Is formed in a hinged structure of the cover portion 44, which is formed with two protruding pins 44 'downwardly.

In addition, the auxiliary cap 40 has a coupling groove 45 is formed on the inner surface of the lower end of the auxiliary cap 40 is coupled to the coupling jaw 35 formed in the discharge pipe 33 of the main cap 30 so that the auxiliary cap does not fall out.

2 is a longitudinal cross-sectional view of the assembly container according to the present invention, showing a structure in which the container body (10a, 10b), the pedestal 20, the main cap 30 and the auxiliary cap 40 and the like as described above is closely coupled have.

As shown, the assembly container of the present invention is such that the two container body (10a, 10b) is brought into close contact with the contact surface 12, and to bind them to the lower end of the two container body (10a, 10b) Pedestal 20 is inserted and fixed by the coupling jaw 13 and the coupling groove 21 formed in each, the main cap 30 is inserted into the upper end of the two container body (10a, 10b) is also formed in each coupling It is fixed by the jaw 14 and the coupling groove 35 to further bind the two container bodies (10a, 10b), while the inlet 11 of each container body (10a, 10b) is connected to the inlet connecting pipe (31) ) To make the primary discharge passage of the contents.

In addition, the auxiliary cap 40 is further coupled to the discharge pipe 33 of the main cap 30 so that the inner passage of the discharge pipe 33 continues to communicate while gradually narrowing the diameter of the passage to the discharge connection pipe 42 and the discharge port 43. By separating the passage into two parts in the inner partitions (32, 41), each of the contents of the container body (10a, 10b) to be discharged to the outside in an appropriate amount separated state, while the hinged cover portion ( 44), the contents are normally blocked from the outside, and the discharge port 43 is conveniently opened during use.

The container of the present invention having the structure as described above, because the internal space is separated by the two container body (10a, 10b) can be safely stored two materials of the heterogeneous state without contact, In use, each inlet 11 of the container body, the inlet connecting pipe 31 and the discharge pipe 33 of the main cap 30, the auxiliary cap 40 through the outlet connecting pipe 42 and the discharge port 43 of the two types By separating the contents to the final dispensing moment while discharging by the appropriate amount at the same time to make it convenient to use.

And the container of the present invention is to manufacture each component separately and to be easily assembled, according to the body of the container according to the blow molding method because it is not necessary to form an integral partition inside the conventional It can be molded easily, and the cap part can be simply assembled by separately molding the main cap 30 and the auxiliary cap 40, so that the injection molding method generally used for plastic caps does not need to be removed. It can be easily molded. Therefore, there is no restriction in using a rigid material such as 'polypropylene' which is commonly used for caps when forming the cap portion.

On the other hand, the embodiment described above is only an exemplary embodiment of the present invention, those of ordinary skill in the art to which the present invention will be able to change the structure or shape as many different forms as many as possible. As such, all such modified embodiments will naturally fall within the scope of the present invention. For example. Each of the coupling jaws 13, 14, 36 and the coupling grooves 21, 35, 45 may be formed in the opposite position to each other, the contact surface 12 of each container body (10a, 10b) The jaw and the groove can be formed by joining.

As described in detail above, the assembling container of the present invention can be used by separately dispensing two materials of heterogeneous materials into one container and discharging them by a certain amount at the same time. Suitable for use as cosmetics, color cosmetics and detergent containers, blow molding method or injection molding method commonly used in the manufacture of plastic containers can be easily molded without being limited to the selection of materials.

Claims (5)

While the injection port 11 is provided at the top, the two container bodies (10a, 10b) having a close contact surface 12 is formed in close contact with each other, so as to bind the two container bodies (10a, 10b) matched. While the cap-shaped pedestal 20 is inserted into and coupled to the lower end thereof, the two inlet connecting pipes 31 are formed inside the two inlet connecting pipes 31 which are combined with the both inlet openings 11 and become discharge passages of the contents. 31 is connected to the upper end of the main cap 30 is formed in the upper discharge tube 33 is connected to the upper partition 32 and the discharge passage is divided by the inner partition 32 is connected to the upper end of the two container bodies (10a, 10b) further two container bodies. An assembly container that binds and discharges contents. According to claim 1, wherein the main cap 30, the secondary cap 40 is formed in communication with each of the divided inner passage of the discharge pipe 33 is smaller than the discharge port 43 smaller than that, the main cap 30 Assembly vessel, characterized in that further coupled. According to claim 2, wherein the auxiliary cap (40) is provided with an outlet connecting pipe (42) in communication with the two outlets (43) while being divided into an internal partition (41). Assembly vessel, characterized in that connected to the discharge pipe 33 of the main cap (30). According to claim 3, wherein the inner partition 32 of the main cap 30 is formed as a double partition wall or the groove formed by the formation of a groove 34, the auxiliary cap 40 in the connection groove 34 Assembly compartment, characterized in that the inner partition of the 32 is tightly connected. 3. The assembly container according to claim 2, wherein the cover portion (44) having two discharge pins (44 ') formed to block the two discharge ports (43) on the auxiliary cap (40) is hinged. .