WO2018151401A1

WO2018151401A1 - Packing container including ampoule

Info

Publication number: WO2018151401A1
Application number: PCT/KR2017/014736
Authority: WO
Inventors: 고찬권
Original assignee: 주식회사 보위
Priority date: 2017-02-16
Filing date: 2017-12-14
Publication date: 2018-08-23
Also published as: KR101819483B1; CN110770141A; CN110770141B

Abstract

The purpose of the present invention is to provide a packing container including an ampoule. The present invention comprises: a first container member (10); an ampoule (20) coupled to an ampoule hole (12) of the first container member (10) and having a charging space part therein; and a second container member (30) coupled to the first container member (10) and forming a reception space part for receiving a main product (38), wherein the first container member (10) is configured to have a sheet shape, the ampoule hole (12) communicates with both surfaces of the first container member (10), the ampoule (20) has an attachment extension part (21) formed on the peripheral part thereof and is inserted into the ampoule hole (12) of the first container member (10), and the attachment extension part (21) is attached to a sheet surface of the peripheral part of the ampoule hole (12).

Description

Packing container with ampoule

The present invention relates to a packaging container having an ampoule, and more specifically, a separate ampoule of plastic material is attached to a pouch container used for confectionery, cosmetics, food, etc., and then mixed before use of the product by popping a separate ampoule. The present invention relates to a packaging container having a new ampoule which can be used after the use of the product or additionally.

Mask pack is a cosmetic method that pastes or sticks on the face by kneading drugs, nutrients, fruits, etc. on the contents of flour, egg, ocher, etc. It is known to nourish the skin with effects such as whitening and cleansing, so people, especially women, use a lot of mask packs.

In this case, the mask pack has a problem in that the peel off, wash off formulations are used in a manner of washing the face after a predetermined time after applying the pack cosmetics to the skin.

In order to solve the above problems, a seat pack has been disclosed, which is used as a method of covering the face after impregnating the moisturizing and effective contents with a nonwoven fabric of fiber material, and the moisturizing and effective contents impregnated with the nonwoven fabric stay on the skin for a long time. It can give your skin a variety of benefits, such as moisturizing, nourishing, whitening and improving wrinkles.

By the way, in the case of the mask pack employing a conventional sheet pack, the contents (for example, liquid cosmetic lotion for the mask pack, etc.) are impregnated in the mask pack in advance in the production process, and the contents are deteriorated or deteriorated during the distribution process. Problems arise, and the quality of the mask pack product itself is degraded when the contents deteriorate or deteriorate. On the other hand, if a product such as a confectionery sauce or a food source is supplied to the confectionery or food product in the production process in advance in a state of distribution, after a certain period of time, the characteristics of the confectionery or food are changed or deteriorated. However, there is an urgent need for means to make the contents readily available for use, such as food.

The main object of the present invention is to provide a new ampoule that can be used by immediately popping the ampoule when the contents are contained in the ampoule without being impregnated with the maskpack in advance in the production process of a consumer product such as a mask pack. To provide a packaging container.

First container member; An ampule coupled to the ampoule hole of the first container member and having a charging space therein; It is provided with a packaging container having an ampoule comprising a; second container member coupled to the first container member to form an accommodation space for accommodating the article.

The first container member has a sheet shape, the ampoule hole communicates with both sides of the first container member, and the ampoule has a junction extension portion at a circumference thereof, the ampoule hole of the first container member The ampoule is inserted, and the bonding extension part is bonded to the seat surface of the circumference of the ampoule hole.

In the case of the packaging container with an ampoule of the present invention, when the bending reference portion of the ampoule is bent, the contents contained in the ampoule may be supplied to the product (product) while being supplied to the inside of the product accommodating portion. Since the pack cosmetics are applied to the skin after a certain period of time, it is not used to wash the face, there is an effect that the troublesome use in solving the problem.

1 is a perspective view of a first container member and an ampule which is a main part of a packaging container having an ampoule according to the present invention;

FIG. 2 is a perspective view illustrating a state in which the ampoule shown in FIG. 1 is disposed below the first container member to insert the ampoule hole of the first container member. FIG.

3 is a perspective view showing a state in which the ampoule is coupled to the ampoule hole of the first container member which is a main part of the present invention;

Figure 4 is an exploded perspective view showing a state in which the article is disposed between the first container member and the second container member which is the main part of the present invention;

5 is a perspective view of a packaging container equipped with ampoules according to the present invention

6 is a front cross-sectional view of FIG.

7 is a side cross-sectional view of FIG. 5

Figure 8 is a perspective view showing a state of bending the bending reference portion of the ampoule, which is the main part of the packaging container with an ampoule according to the present invention

9 to 12 is a plan view of a modified embodiment of the labeled container with an ampoule of the present invention

The packaging container with an ampoule of the present invention comprises a first container member; An ampule coupled to the ampoule hole of the first container member and having a charging space therein; And a second container member coupled to the first container member to form an accommodation space for accommodating the article.

The packaging container having the ampoule of the present invention is coupled to the first container member 10, the ampoule hole 12 of the first container member 10, the ampoule 20 having a filling space therein, and The second container member 30 is coupled to the first container member 10 to form an accommodation space for accommodating the article 38. In this case, the article 38 refers to a product that the user writes directly, such as a sheet, which is the article 38 of the mask pack, and the contents 28 necessary for the use of the article 38 are filled in the charging space. A space inside the ampoule 20. When the article 38 is a sheet of a mask pack, the sheet is infiltrated with a basic cosmetic such as an essence, and the contents 28 filled in the filling space are used to improve the skin when using the sheet of the mask pack, unlike the basic cosmetic. It means liquid lotion. In addition, it will be understood that the contents 28 filled in the filling space in the present invention means confectionery, cosmetics, food, and the like.

The first container member 10 is configured in a sheet shape. In the present invention, it is shown that the first container member 10 is formed in a rectangular sheet shape. An ampoule hole 12 is provided in the first container member 10. The ampoule hole 12 communicates with both sides of the first container member 10. The ampoule hole 12 is a hole having a shape corresponding to the shape of the ampoule 20.

The ampoule 20 is composed of a blister 22 and a break sheet 24.

The blister 22 is provided with an opening on one surface. The inside of the blister 22 is provided with a chamber for forming the filling space of the ampoule 20. The chamber has an opening in communication with one side of the blister 22. That is, the blister 22 has a structure in which an opening is provided on one surface and a chamber in communication with the opening is formed therein. The blister 22 is composed of an outer shell 22A and an inner shell 22B.

The breaking sheet 24 is bonded to the fleaster. The fracture sheet 24 is joined to one surface (inner surface) of the extension portion protruding from the circumference of the fleaster. A filling space is formed between the blister 22 and the break sheet 24. The filling space is formed by the blister 22 and the break sheet 24 in the ampoule 20.

The ampoule 20 is provided with a junction extension 21 at the periphery. An extension that protrudes outward from the circumference of the blister 22 becomes the junction extension 21 of the ampoule 20. The ampoule 20 is inserted into the ampoule hole 12 of the first container member 10, and the bonding extension part 21 is bonded to the seat surface of the circumference of the ampoule hole 12. The bonding extension part 21 is bonded to the surface of the circumference of the ampoule hole 12. Bonding extension 21 is thermally bonded to the inner surface of the first container member (10).

At this time, the blister 22 is composed of an outer shell 22A and an inner shell 22B. An opening is provided at one surface of the blister 22, and the opening is blocked by a break sheet 24 bonded to the ampoule 20, and filled between the blister 22 and the break sheet 24. A space portion is formed.

The breaking sheet 24 is composed of a thin aluminum sheet. The outer shell 22A is composed of blood PE, and the inner shell 22B is composed of PVC or PET. The thin aluminum sheet is bonded to the inner surface of the shell 22A by bonding means such as an adhesive.

The ampoule 20 has a bending reference portion 26 that is more concave than the other portions. In this case, the bending reference part 26 is formed by an upper bending reference groove and a pair of side bending reference grooves formed concave in the longitudinal center line direction of the ampoule 20.

The product accommodating portion is secured between the first vessel member 10 and the second vessel member 30 by sealing the circumferences of the first vessel member 10 and the second vessel member 30 to which the ampoule 20 is attached. . Of course, the product accommodating portion contains the article 38, such as the sheet of the mask pack. In this case, the second container member 30 may be configured in a container shape with an open upper surface.

In the present invention, the first container member 10 uses a vinyl container. The vinyl container is laminated on the inner side so that the thermal bonding is possible. The ampoule hole 12 is perforated to allow the ampoule 20 to be inserted into the vinyl container.

The ampoule 20 seals the contents 28 by pressing and thermally bonding aluminum foil to a PVC or PET blister 22 in the form of a PTP (press through package) which is a pill package. . Since the contents 28 are made of PVC or PET in a general PTP packaging, the contents 28 may not be heat bonded to the packaging vinyl. In order to solve this problem, by laminating PE to PVC or PET on the blister 22 constituting the ampoule 20, the inner PE of the first container member 10 and the outer PE of the ampoule 20 are pressurized and thermally bonded to the same material. To facilitate this.

The manufacturing method of the packaging container provided with the ampoule which concerns on this invention is summarized as follows.

The ampule hole 12 is formed in the first container member 10 to fit the shape of the ampoule 20 so that the ampoule 20 can be inserted therein.

The ampoule 20 is composed of a blister 22 and an aluminum thin plate.

The outer shell 22A of the blister 22 is PE, the inner shell 22B uses a fabric laminated with a rigid PVC or PET 200 ~ 250um.

The aluminum thin plate uses hard aluminum 20um.

The PVC / PE or PET / PE fabric is molded into a blister 22 to make a container shape. After filling the blister 22 with liquid (filling the contents 28), the aluminum thin plate is heat-sealed and sealed.

The ampoule 20 thus prepared is inserted into the ampoule hole 12 of the first container member 10 and then thermally bonded. The joint extension 21 of the circumference of the ampoule 20 is thermally bonded to the inner surface of the first container member 10.

Next, the circumference of the first container member 10 and the second container member 30 to which the ampoule 20 is bonded is adhered. The peripheral portion of the first vessel member 10 and the second vessel member 30 is thermally bonded. The circumferential portions of the first vessel member 10 and the second vessel member 30 are heat-sealed, but the inlet is left between the first vessel member 10 and the second vessel member 30. When the first vessel member 10 and the second vessel member 30 are in the form of a square sheet, the first vessel member is formed by adhering the three force groups around the first vessel member 10 and the second vessel member 30. An envelope is formed by the 10 and the second container member 30, and the other peripheral portion of the envelope is made non-bonded so that an opening is formed in one peripheral portion of the envelope.

Subsequently, the article 38 (a sheet if the user product is a mask pack) is introduced through the bag opening made of the first container member 10 and the second container member 30, and then the remaining first container. The other peripheral part of the member 10 and the second container member 30 are joined to make a user product.

Referring to the method of using the packaging container with an ampoule of the present invention having the above configuration is as follows. A product for use by a consumer (hereinafter, referred to as a “consumable product”) is contained in a product accommodating unit inside a packaging container provided with the ampoule of the present invention. A method of using the packaging container of the present invention will be described.

When the concave portion of the ampoule 20, that is, the bending reference portion 26 is bent, the aluminum thin plate bursts to eject the liquid therein.

The liquid ejected from the ampoule 20 is introduced into a container. That is, the liquid ejected from the ampoule 20 is introduced into the product accommodating portion secured between the first vessel member 10 and the second vessel member 30.

As such, in order for the aluminum sheet to burst, it is necessary to make a concave portion so that the blister 22 bends well. This concave portion is the bending reference portion 26, which makes the bending reference portion 26 as pointed as possible, such that the pointed portion exerts a cohesive pressure on the aluminum sheet so that the aluminum sheet is easily burst by the agglomerated pressure. That is, the present invention is configured to tear the fracture sheet 24 forming the bottom of the ampoule 20 by bending the ampoule 20 upward based on the bending reference portion 26 of the ampoule 20. The first and

second ampoules

20A and 20B may be divided based on the bending reference part 26. The first ampoule 20A and the first ampoule 20A may be formed based on the bending reference part 26. When the second ampoule portion 20B is bent upward, the break sheet 24 constituting the bottom surface of the ampoule 20 is torn, and the contents 28 filled in the filling space inside the ampoule 20 are filled in the first container member. It is supplied to the article 38 which had entered the product accommodating part between 10 and the 2nd container member 30. As shown in FIG. When the article 38 is a sheet of a mask pack (in this case, a sheet means a mask-shaped sheet attached to a face by a user), a liquid (such as toilet water) filled in the ampoule 20 is supplied to the sheet, One side of the first container member 10 and the second container member 30 may be torn off the joint, or only the first container member 10 may be torn out and used to remove the sheet.

Therefore, in the case of a packaging container with an ampoule according to the present invention, when the bending reference portion 26 of the ampoule 20 is bent, the contents 28 contained in the ampoule 20 are supplied to the inside of the product accommodating part while the contents are contained in the product. (28) can be supplied and used, since the main article 238 is a sheet of a mask pack, since it is not used to wash the face after a predetermined time after applying the pack cosmetics to the skin, it is troublesome to use. There is an effect that is solved.

In addition, the present invention impregnates the contents 28 (for example, the liquid cosmetic lotion for the sheet of the mask pack, etc.) in the mask pack sheet in advance in the production process without placing the contents in the ampoule 20 without circulation. When the user uses the consumer product, the ampoule 20 immediately pops up and immediately after the consumer product (for example, a mask pack sheet, etc.), the contents 28 deteriorate or deteriorate during distribution. In order to solve the problem, the quality of the consumer product itself, such as the sheet of the mask pack, is reduced by preventing deterioration or deterioration of the contents 28. Meanwhile, the present invention is also used for packaging consumer products such as confectionery and food, and in the case of consumer products such as confectionery and food, the contents 28 (a confectionery sauce or a food sauce) are supplied in advance in the production process. Since the ampoules 20 contain the contents 28 in the ampoules 20, when the consumer products such as sweets or foods are ingested, the ampoules 20 are immediately popped and consumed. It is effective to prevent the change of properties or deterioration. In the case of confectionery or food, the contents 28, such as sauce, are contained in the ampoule 20 without being distributed to the product 38 (ie, confectionery or food, etc.) in advance, and the consumer ingests the product 38. When the ampoule 20 is floated and the contents 28 are supplied to the article 38 to be ingested, the confectionery or food can be ingested deliciously. Although the present invention has been described an embodiment of the mask pack or confectionery or food, it is obvious that the present invention can be applied to various consumer products in addition to the mask pack or confectionery or food.

On the other hand, in the present invention, the break sheet 24 further includes a break guide line 24A thinner than other portions. The break guide line 24A may be formed at a position facing the bending guide portion of the ampoule 20. The plurality of break guide lines 24A may be disposed at predetermined intervals at positions facing the bending guide portion of the ampoule 20. The break guide line 24A is provided between the left and right side bending guide grooves of the bending guide portion of the ampoule 20. The break guide line 24A may be disposed in a direction orthogonal to the longitudinal direction of the ampoule 20. When the breaking sheet 24 is a sheet such as PVC, the breaking guide line 24A may be provided.

When the break sheet 24 is provided with the break guide line 24A, the break sheet 24 is torn better by the break guide line 24A when the bending guide portion of the ampoule 20 is bent. 20) prevents the contents 28 filled in the filling space therein from being properly supplied to the product 38 due to the tearing failure of the break sheet 24, and the break sheet 24 is torn more smoothly. It is more convenient to use. When the break sheet 24A is a relatively thick sheet such as FVC, the contents 28 filled in the filling space inside the ampoule 20 are more firmly contained in the filling space, and then the bending guide portion of the ampule 20 is formed. When breaking (26), the break sheet 24 can be torn more smoothly by the break guide line 24A.

In the present invention, the ampule 20 is divided into a first ampoule portion 20A and a second ampoule portion 20B by the bending reference portion 26, and the bending reference portion 26 is concave downward. A reference groove and a pair of side bending reference grooves formed concave in a longitudinal centerline direction of the ampoule 20, wherein the upper bending reference groove and the side bending reference grooves are curved by a first ampoule. It is followed by the portion 20A and the second ampoule portion 20B. At least, a pair of left and right side bending reference grooves are connected to the first ampoule portion 20A and the second ampoule portion 20B by the curved portion.

In this case, when the bending reference part 26 is bent, the fracture sheet 24 is curved due to the curved portion as compared with the case where the side bending reference grooves are linearly connected to the first ampoule portion 20A and the second ampule portion 20B. Since the length to increase the elongation is further increased, the fracture sheet 24 is torn more reliably, and even if the bending reference portion 26 is not bent too much, the fracture sheet 24 can be easily torn. In the case where the curved portion CP is present, the bending reference portion 26 of the ampoule 20 does not have to be folded too much, so it is more convenient in use, and the fracture sheet 24 has an effect that can be reliably torn.

In addition, in the present invention, the ampoule 20 further includes a rigid breaking guide portion 120 having a higher strength than other portions at a position adjacent to the bending reference portion 26. The rigid breaking guide part 120 is disposed to face each other at a position adjacent to the bending reference part 26. The pair of rigid breaking guide parts 120 may be disposed in a direction orthogonal to the longitudinal direction of the ampoule 20.

When the pair of rigid breaking guide parts 120 are provided, the breaking sheet 24 is formed when the pair of rigid breaking guide parts 120 are in close contact with each other when the bending reference part 26 of the ampoule 20 is folded. Since P is pushed downward, there is a more certain effect when the break sheet 24 is torn. Even if the breaking sheet 24 is not torn by the bending of the bending reference portion 26 of the ampoule 20, the pair of rigid breaking guide portions 120 descends toward the breaking sheet 24 while being in close contact with each other. Since the tear sheet 24 is torn by the force of pushing the break sheet 24 downward, a more certain effect can be expected when the break sheet 24 is torn by bending the bending reference portion 26 of the ampoule 20. It can be.

In addition, in the present invention, a break guide pin 124 is interposed between the blister 22 and the break sheet 24 of the ampoule 20, and a part of the break guide pin 124 is broken with the blister 22. It protrudes toward the filling space secured between the sheets 24. A portion of the proximal end side of the break guide pin 124 is interposed between the expansion portion of the blister 22 circumference and the break sheet 24 by a joining means such as thermal bonding. 21, a portion of the tip side of the break guide pin 124 may be configured to protrude toward the charging space inside the ampoule 20.

When the break guide pin 124 is provided, when the part adjacent to the tip portion of the break guide pin 124 in the ampoule 20 is folded, the break guide pin 124 sticks and breaks the break sheet 24. The ampoules 20 can most certainly supply the contents 28 to the article 38. If a pointed portion is formed at the distal end of the break sheet 24, the pointed portion of the break guide pin 124 sticks and breaks the break sheet 24, so that the break sheet 24 can be torn most reliably.

On the other hand, Figures 13 to 15 show another embodiment of the present invention. 13 to 15, the bead 130 is provided in a direction intersecting the break guide line 34A. The beads 130 are provided in the break sheet 34. The break sheet 34 and the bead 130 are provided with break guide lines 34A half-cut. The break guide line 34A extends in the direction orthogonal to the longitudinal direction of the bead 10.

Accordingly, when the bending reference portion 26 of the ampoule 20 is bent, the break sheet 34 is torn by the break guide line 34A, and the bead 130 is cut, while the supply hole is cut into the break sheet 34. The contents 28 of the ampoule 20 are supplied to the article 38 by the supply holes of the break sheet 34.

In the case where the bead 130 is provided, the bead 130 is easily broken by the break guide line 34A and pulls the break sheet 34 so that the break sheet 34 can be torn more reliably. (20) It becomes even easier to tear the break sheet 34 in order to supply the contents 28 therein to the article 38. There is an effect that makes the consumer more convenient to use.

The present invention provides a packaging container having an ampoule that has the effect of solving the troublesome problem of use by supplying the contents to the product while the contents contained in the ampoule are supplied to the inside of the product accommodating part by bending the bending reference portion of the ampoule. There is a possibility.

Claims

First container member 10;

An ampoule 20 coupled to the ampoule hole 12 of the first container member 10 and having a charging space therein;

The packaging container having an ampoule, characterized in that it comprises; a second container member 30 is coupled to the first container member 10 to form a receiving space for accommodating the article 38.
The method of claim 1,

The first container member 10 has a sheet shape, the ampoule hole 12 communicates with both sides of the first container member 10, and the ampoule 20 has a joint extension 21 at a circumference thereof. Is provided, the ampoule 20 is inserted into the ampoule hole 12 of the first container member 10, and the bonding extension part 21 is bonded to the seat surface of the circumference of the ampoule hole 12. Packaging container with an ampoule characterized in that the.
The method of claim 2,

The junction extension portion 21 is a packaging container having an ampoule, characterized in that the thermal bonding to the inner surface of the first container member (10).
The method of claim 1,

The ampoule 20 is composed of a blister 22 and a break sheet 24, the blister 22 is composed of an outer shell 22A and an inner shell 22B, and on one surface of the blister 22 The opening part is provided, and the opening part is blocked by the break sheet 24 bonded to the ampoule 20, and the filling space part is formed between the blister 22 and the break sheet 24. A packaging container provided with an ampoule.
The method of claim 4, wherein

The break sheet 24 is a packaging container having an ampoule, characterized in that consisting of a thin aluminum plate.
The method of claim 4, wherein

The outer shell (22A) is composed of blood (PE), the inner shell (22B) is a packaging container having an ampule, characterized in that consisting of PVC or PET.
The method of claim 1,

The ampoule 20 has a bending reference portion 26 that is more concave than other portions, and the break sheet forming the bottom portion of the ampoule 20 by bending the ampule 20 based on the bending reference portion 26 ( 24) A packaging container having an ampoule, characterized in that for tearing.