KR200348004Y1 - A dressing case filled up a different kind materials - Google Patents

Abstract

The present invention, in a cosmetic container containing two kinds of cosmetics, when the cosmetic is to be used in a liquid state, the pack containing powder raw materials contained in the container (first material) is opened and mixed with a second material such as liquid state The invention relates to a cosmetic container in which different raw materials are used.

The structure of the present invention has a cap member on which the container body is rotatably covered on the container body and a first material pack opening means for fixing and synergizing the first material pack, and the cap member can mount the pump dispenser. It is provided with a handle rim and has a cylindrical portion having a thread on the circumferential wall and the inclined teeth at the bottom, and the first material pack holder has a guide protrusion on the circumferential wall and a spiral rib on the upper inner surface and a stepped portion on the lower inner surface.

Description

Cosmetic container with different raw materials {A dressing case filled up a different kind materials}

The present invention is to separate the first material cosmetics and the liquid second material to be mixed into each container in one container separately, including powders that impart various functional effects to the skin, such as wrinkle relief and prevention, whitening, and UV protection. In order to use this, a pack containing a first material containing powder and the like is directly opened in a container and a kind of paste function is used so that the powdery raw material coming out of the pack is mixed with the second material. It is devised about cosmetic containers.

In general cosmetics, raw materials mixed with various active ingredients are accommodated in a container and then discharged as needed, but functional cosmetics use functional ingredients such as vitamins or natural extracts having excellent functions such as wrinkle relief and whitening. In many cases, these ingredients are extremely unstable and sensitive in nature, making them difficult to apply to cosmetic ingredients. Moreover, when mixed with base materials in advance, they are prone to rancidity and deterioration. In order to increase the lasting effect, containers of various structures, which are embedded in each container and mixed immediately when used, are being developed one after another.

In the case of functional cosmetics, the period of use is much shorter than that of general cosmetics, and the use of vitamins or natural extract raw materials is high, which may shorten the use period due to rancidity or deterioration due to air contact, UV exposure, or infiltration of foreign substances. In the state in which the functional raw material is mixed with the base component is more easily decayed or deteriorated.

In the case of functional cosmetics, as a way to prevent such a problem, the powdered raw materials are stored in a separate sealed pack, and then the pack is embedded in a container, and the base raw materials that can be mixed with raw materials such as powder are contained in the container. When the pack is opened by using the pack opening device having various structures at the time of using it, the raw materials such as powder from the pack are mixed with the base raw material.

This is preferable because cosmetic ingredients do not easily rot or deteriorate when they have properties that are suitable for the ingredients, such as powders. When the powder pack is directly embedded in cosmetic containers, it is mixed with the base ingredients in one container at a time of use. Because of the convenience that can be used.

In the past, the powdered cosmetic raw materials were packaged in a pack having various structures, and then embedded in a container containing the base raw materials. When necessary, the cosmetic raw materials in the pack were mixed with the base raw materials by using the pack opening structure. The structures are known.

Korea Utility Model Registration No. 20-0266847 (hereinafter referred to as Prior Art 1) "Dispenser",

The structure is known so that it is possible to easily mix and use different components stored in the container, but the structure of the prior art 1 is fixed to the upper part of the main container and the auxiliary container having a bottom surface that can be damaged by pressure In order to allow the second contents stored in the main container to be mixed with the first contents stored in the main container, a push member is provided to break the bottom surface of the auxiliary container, and the bottom surface of the auxiliary container has a fragile line so as to be easily broken. Consists of

However, the prior art 1 is a push member that damages the bottom surface of the auxiliary container is exposed to the upper surface of the container is less airtight, there is a problem that the structure is very complicated because the nozzle button is assembled to the push member on the bottom of the auxiliary container The weak line formed is a problem that the base material in the liquid state is so thin that it penetrates into the auxiliary container to harden or deteriorate the powdery material.

In addition, Korean Utility Model Registration No. 20-0270335 (hereinafter referred to as Prior Art 2) "heterogeneous cosmetic storage container" is known, but the prior art 2 has a cutting function between the lower cover and the outer container fitted to the lower portion of the outer container. Attached virgin and the lower cover has a built-in container containing the raw material of the powder state, and the outer surface of the built-in container is equipped with a cylinder sealed with a separator on the upper surface, when the virgin is removed, there is a space between the outer container and the lower cover. When the lower cover is pushed up, the inner container rises and the membrane attached to the cylinder falls, so that the raw material in the powder state in the inner container flows out and is mixed with the base raw material. The raw material storage structure provided in the lower part is very complicated, and practically, there is a problem that the practicality is greatly reduced It will be good.

The problem with these prior arts is that, especially in the case of powdery raw materials, the sealing part of the pack is made of ordinary plastic, and especially the sealing part is made relatively thin so that it can be easily opened. There is a problem of hardening or deteriorating the powder raw material due to the easy penetration of moisture and UV transmission from the base material, and the moisture is easily penetrated by the moisture of the base material as the raw material pack is embedded in the base material.

The present invention has a high airtightness to solve the problems of the prior art described above, so that the opening of the raw material pack embedded in the container can be easily opened, the structure of the raw material pack easy to operate and easy penetration of the base material, especially moisture A special material sheet such as aluminum lid film is used because the first material pack is embedded in the upper part of the second material and the first material pack is embedded in the upper part of the second material. It is a technical task of the present invention to make a cosmetic container that completely blocks moisture penetration by evaporation and keeps cosmetic active ingredients separately until the cosmetic is opened and used.

1 is a longitudinal cross-sectional view of a state in which heterogeneous materials are embedded in the subject innovation cosmetic container body.

Figure 2 is a longitudinal cross-sectional view of a state in which the first material pack embedded in the cosmetic container body of the present invention is opened.

Figure 3 is an exploded perspective view of the main part of the present invention.

※ Explanation of codes for main parts of drawing

10: container body 11: the second material

20: pump dispenser 30: first material pack

31: first material 32: sealing sheet

40: sealing piston 50: vertical groove

100: cap member 110: handle border

120: thread 130: tooth

140: cylindrical portion 200: first material pack holder

210: guide protrusion 220: spiral rib

230: step

The first material in which the container body 10 in which the liquid second material 11 is accommodated, the pump dispenser 20 for discharging the contents, and the first material 31 are accommodated, and the upper and lower parts are sealed with the sealing sheet 32. In the well-known configuration having the pack 30 and the sealing piston 40 accommodated below the container body 10, the vertical groove 50 and the container which are recessed to a predetermined length on the inner circumferential wall of the container body 10 are provided. On the inner surface of the cap member 100 and the cap member 100 to which the container body 10 is rotatably fitted to the upper end of the main body 10 and is provided with a handle border 110 and to which the pump dispenser 20 is mounted. Thread 120 is formed on the main wall extending downwards and the bottom surface is a cylindrical portion 140 in which the teeth 130 are inclined and the guide protrusion 210 which is elevated in the vertical groove 50 of the container body 10 is the main wall. Is provided in the upper inner surface is provided with a spiral rib 220 engaged with the thread 120 and the lower inner surface The first material pack holder 200 is provided with an inclined stepped portion 230 supporting the first material pack 30.

It demonstrates the effect of the present invention made of the above configuration.

If the first material pack 30 forcibly pushes the first material pack 30 through the bottom of the first material pack holder 200 before the cap member 100 is fitted into the container body 10. Spiral ribs formed on the upper inner surface of the first material pack 30 in the state that the first material pack 30 is not separated after being inserted by the inclined surface of the step 230 formed in the first material pack holder 200 ( 220 is inserted into the threaded portion 120 of the cylindrical portion 140 so that the guide protrusion 210 protruding from the outer circumferential wall of the first material pack holder 200 is a vertical groove ( 50) to cover the cap member 100 to the container body (10).

The container body 10 covered with the cap member 100 is rotated without being detached by holding the handle edge 110 of the cap member 100 and rotating the cap member 100.

In this way, while the overall structure is assembled, the first material 31 in the powder state contained in the first material pack 30 and the second material 11 in the liquid state contained in the container body 10 may be mixed. When holding the handle edge 110 of the cap member 100 with one hand and rotating the container body 10 with the other hand, the first material pack holder 200 embedded in the container body 10 is rotated along the first hand. The spiral rib 220 formed on the upper inner surface of the first material pack holder 200 is rotated while being rotated along the thread 120 of the main wall of the cylindrical part 140 and the guide protrusion 210 of the main wall of the first material pack holder 200. Is raised in the vertical state in the state fitted in the vertical groove (50).

As the first material pack 30 embedded in the first material pack holder 200 raised as described above is simultaneously raised, the cylindrical portion 140 is attached to the sealing sheet 32 attached to the upper surface of the first material pack 30. As the teeth 130 formed on the lower portion of the upper sealing sheet 32 are punctured and the raw material pack is continuously rotated and raised, the upper sealing sheet 32 is cut by the teeth 130 and the teeth 130 are lowered. When cutting to the sealing sheet 32, the first material 31 is leaked and mixed with the base material 11, and the container body 10 is shaken to mix evenly.

The reason why the tooth 130 is formed to be inclined is that the sealing sheet is not easily punched when one tooth is contacted when the teeth are all in contact with the sealing sheet 32 at the same height.

In addition, since the sealing sheet 32 attached to the first material pack 30 is made of an aluminum thin plate, it can fundamentally prevent the penetration of moisture or sunlight, thereby preventing the first material 31 from hardening or deteriorating. Since the first material pack 30 in which the first material is accommodated is not locked to the second material 11, it can be stored for a long time.

The present invention having the above-described configuration and action effect is easy to manufacture because the structure is simple, as well as simply rotate the container body, the raw material pack is easily opened, there is an advantage that anyone can easily use, pump directly to the cap member The dispenser eliminates the need for a separate member and assembles with the first material pack holder in the cylindrical portion formed on the cap member, or first inserts the first material pack holder into the container body, covers the cap member, and then rotates the container body. As a result, the screw thread of the cylindrical portion and the spiral rib of the first material pack holder are easily engaged, so that the fixing of the assembly can be easily achieved.

Claims (6)

The first material in which the container body 10 in which the liquid second material 11 is accommodated, the pump dispenser 20 for discharging the contents, and the first material 31 are accommodated, and the upper and lower parts are sealed with the sealing sheet 32. In a well-known configuration having a pack 30 and a sealed piston 40 housed below the container body 10, the pump dispenser is fitted to an upper end of the container body 10 having a vertical groove 50 on an inner wall thereof. 20 is heterogeneous, characterized in that having a first material pack holder 200 for fixing the first material pack 30 and the synergistic action by the rotation of the cap member 100 and the container body 10 is mounted Cosmetic containers with raw materials. According to claim 1, wherein the cap member 100 extends downward from the handle rim 110 and the inner surface to the outside, the thread 120 is formed on the main wall and the bottom surface is provided with a cylindrical portion 140 is formed with a tooth 130 Cosmetic containers with built-in heterogeneous raw materials, characterized in that the. According to claim 1, wherein the first material pack holder 200 is a guide protrusion 210 protruding from the upper outer wall and spiral ribs 220 protruding from the upper inner circumferential wall and the stepped to support the raw material pack Cosmetic container with a heterogeneous raw material, characterized in that the 230 is provided. The cosmetic container of claim 2, wherein the tooth 130 is inclined. The cosmetic container of claim 1, wherein the sealing sheet is made of an aluminum thin plate. The cosmetic container of claim 1, wherein the first material pack (30) is mounted on the second material (11) so as not to be immersed in the second material (11).