JP3119760U - Easily mixed dosage form packaging bag structure - Google Patents

Abstract

Disclosed is a dosage form compartment packaging bag structure which can be easily mixed.
A film chamber is mainly formed by recessing two partitioned spaces, and a covering sheet is covered with accommodation spaces (11, 12) on the film chamber. These accommodating spaces can accommodate fixed objects and fluid objects necessary for mixing. In addition, the storage space for storing the fluid is provided with a conical flow path 121 that gradually decreases in the direction toward the storage space for the fixed object, and the strength of the film and the film chamber covering the place near the end of the flow path. A weakly peelable adhesive portion 21 is provided. The fluid contained in the fluid containing space receives pressure, breaks the peeling adhesive part 22, enters the fixed containing space, mixes the fixed and fluid, and loosens the packaging to achieve the purpose of use. A kind of easily mixable dosage form separation packaging bag structure that can.
[Selection] Figure 2

Description

  The present invention relates to an easily mixable dosage form separation packaging bag structure, and more particularly to a separation packaging bag structure in which two or more kinds of raw materials are mixed, which is a simple structure and convenient to operate.

  Currently, most of the drugs or detergents on the market are already formulated before factory shipment. Therefore, there are liquids (creams, medicinal solutions, or emulsions) having different concentrations or solids immersed in liquids (solid or liquid mixtures such as face masks). However, due to the incandescence of market competition and the sophistication of consumer demand for products, the stability and long-term preservation of raw materials is achieved, and the raw materials are stored in a separate chamber to achieve the best raw material properties and freshness forms. Since it can be used as it is, it is an appropriate and practical application method.

  In order to meet the above needs, a separate packaging structure of a known technique has been developed. In the structure shown in FIG. 1, the packaging bag is provided with an adhesive surface for adhering to the outside periphery by two soft (transparent) upper and lower sheets in the structure disclosed in Patent Document 1. In addition, the middle part of the lower sheet is provided with scissors having a higher degree of release to form a peeled adhesive part having a slightly lower adhesive strength. By this peeling adhesion part, the space provided around the adhesion part is divided into two accommodation spaces. A liquid Fespack solution and a solid dry Fespack mask are accommodated in these two accommodating spaces. If necessary, provide one or more cut edges around the packaging bag. With such a structure, the Fes pack solution and the dry Fes pack mask are accommodated in two accommodating spaces that are independently formed, and the safety of the raw material is maintained. When used, a pressure is applied to the accommodation space of the Fespack solution, and the Fespack solution presses the peeled adhesive portion with an external pressure. Since the bond strength of the peel adhesive part is lower than that of the other adhesive parts, the Fes pack solution penetrates the peel adhesive part, flows into the accommodation space of the dry Fes pack mask, and is absorbed by the dry Fes pack mask. The dry Fespack mask is impregnated with the Fespack solution and then turned into a soft and moist Fespack, and the user can tear the packaging bag and use the impregnated Moist Fespack mask.

However, the above structure has the following disadvantages when used.
1. The peel adhesive part forms a bonded form with a low degree of adhesion together with a small pressure and a middle scissors with a high degree of release. However, the provision of scissors increases the difficulty of the manufacturing process and increases the processing cost. The cause is to be provided long because it is provided beside the two accommodation spaces. Such a long and low-adhesion structure makes it difficult to grasp the completeness of the bonded portion. Inadequate processing due to carelessness or other mistakes will cause a large defect in product quality, resulting in a poor quality rate for mass production and an impact on production volume.
2. Since the peeling adhesion part is provided beside the two accommodation spaces, the installation distance becomes long. Therefore, when the containment space is pushed and the fes mask solution penetrates the peel adhesive part, it is difficult to grasp the tearing part of the peel adhesive part, so the fes mask solution flows into the containment space and concentrates the pressure to penetrate. Can not be formed, it takes time to use. Also, the fes mask solution cannot flow automatically to the dry fes pack mask after flowing to another space. After making adjustments such as tilting the packaging bag, contact between the fes mask solution and the dry fes pack mask is achieved. Further, when used, since there is no stable receiving space in the accommodation space, it causes inconvenience such as leakage of the mixed dosage form outside the packaging bag.
3. The upper and lower sheets are made of soft sheets, so there is no protection against the dry dry pack pack mask in the solid state. Affects the rate.

Patent Publication 2002-12273 Specification

  The present invention relates to a kind of easily mixable dosage form compartment packaging bag structure, and is mainly composed of a film chamber, a covering sheet, and two parts. Of these, two housing spaces are recessed on the surface of the film chamber. The cover sheet covers the film chamber to cover the storage space, and the solid material and the fluid material are stored in the two storage spaces, respectively. Furthermore, the fluid containing space is provided with a conical flow path that gradually decreases in the direction toward the solid containing space, and the covering strength between the sheet and the film chamber is close to the end of the flow path. Provide a weak peel adhesion. When the fluid containing space receives an external force, the fluid passes through the peeling adhesive portion due to pressure, and the fluid flows from the penetrating location into the solid containing space to be mixed or impregnated inside the solid containing space. On the other hand, the gradually decreasing flow path concentrates the pressure of the fluid on the peeling adhesive part and strengthens the penetration force, so that the operation can be further saved, and the narrow peeling adhesive part effectively leaks due to poor adhesion processing. Reduce and realize the main purpose of the present invention.

  The easily mixable dosage form compartment packaging bag structure of the present invention has a peeling fold line part mainly at the corner of one end of the film chamber, forms a separation part between the film chamber and the covering sheet, and peels off the covering sheet. The main purpose is to be able to take out and use the product stored in the accommodation space.

The invention of claim 1 is a kind of easily mixable dosage form compartment packaging bag structure, including a film chamber and a covering sheet,
The film chamber has two separate storage spaces above it, each space opening in the same direction,
The covering sheet has an openable surface side in the film chamber, forms an independent sealing space between the film chamber housing spaces, and at least one housing space gradually shrinks toward another housing space. The flow path is provided, and an easy-mixable dosage form packaging bag structure characterized in that a peeling adhesive part having a low strength is formed at a location where the end of the flow path is close to the two accommodation spaces.
The invention of claim 2 is the easily mixable dosage form compartment packaging bag structure according to claim 1, wherein the accommodation space is formed by being recessed in the film chamber. It has a packaging bag structure.
The invention according to claim 3 is the easily mixable agent characterized in that in the easily mixable dosage form compartment packaging bag structure according to claim 1 or 2, a peeling broken line is provided at a corner of one end of the film chamber. It has a mold compartment packaging bag structure.
The invention of claim 4 is an easily mixable dosage form compartment packaging bag structure according to claim 1 or claim 2, wherein a plurality of indented portions are provided on the surface of the film chamber, and can be fixed when filling the material. In addition, it can be easily mixed and has a dosage form compartment packaging bag structure that can be fixed by being overlapped when stored.
The invention of claim 5 is an easily mixable dosage form compartment packaging bag structure according to claim 3, wherein a plurality of indented portions are provided on the surface of the film chamber, which can be fixed and stored when filling the material. In addition, it can be easily mixed and has a dosage form compartment packaging bag structure that can be fixed.

  The easily mixable dosage form compartment packaging bag structure of the present invention effectively achieves compartment storage and convenient use. The present invention can be used for various applications such as moistening a dry fespack mask, mixing tablets and chemicals, and mixing with other fluids when used to expand or moisten the dried concentrate. Applications are extremely widespread.

  FIG. 2 is a diagram showing the structure of the present invention. From the external view of FIGS. 3 and 4 and the perspective sectional view of the normal storage state of FIG. 5, the present invention mainly comprises a film chamber 1 and two cover sheets. To do. Among them, two or more first and second accommodation spaces 11 and 12 are provided on the surface of the film chamber 1 so as to be opened independently in the same direction. In addition to these two storage spaces 11 and 12, the second storage space 12 is filled with the fluid 4, and is extended to the first storage space 11 that stores the solid 3 by the conical flow path 121 that descends gradually. A molding recess 13 is provided to support the molded body (film chamber 3 in the figure), and the accommodation spaces 11 and 12 are prevented from being deformed by external pressure. Further, a peeling broken line 14 bent upward is provided at one corner of the film chamber 1. Cover sheet 2 covers film chamber 1 and covers accommodation spaces 11 and 12. The covering sheet 2 forms an adhesive surface 21 that tightly seals around the accommodation spaces 11 and 12 of the film chamber 1, and separates the solid material 3 and the fluid material 4 into the accommodation spaces 11 and 12, respectively, and accommodates them. An accommodation space 12 for accommodating the fluid 4 A separation adhesive portion 22 having a low degree of adhesion is provided at the boundary between the end of the flow path 121 and the solid material 3 accommodation space, and the covering sheet 2 and the film chamber A are between the separation line 14. Separate them into uncovered areas.

  6 and 7 are diagrams showing the operation when the present invention is used. As shown in the figure, when a pressure is applied to the accommodating space 12 of the fluid object 4, when the pressure is applied, an appropriate pressure is applied to the fluid object 4 inside the fluid object 4, and the fluid object 4 concentrates the power by guiding the flow path 121. Then, the pressure is applied to the peeling adhesive portion 22. With this concentrated force amount, the peel adhesive 22 is penetrated and flows into the storage space 11 for storing the solid material 3, and then the solid material 3 is in a usable or expanded state by mixing or impregnation with the fluid material 4. This type of structure does not cause a phenomenon that the fluid 4 does not flow arbitrarily during the compression operation and the force does not concentrate. Furthermore, after mixing, the second storage space 2 is peeled off from the part A of the peeled polygonal line, and the storage space 56 provided in a recess receives the mixed substance, so that no material spills when used. Is very convenient.

  Further, the present invention uses the conical flow path 121 that gradually descends in the above-described structure, and the pressure received inside the accommodating space 12 for the fluid 4 is guided to the peeling fold line 22 to make it easier to peel off the adhesive portion. Can penetrate through 22. In addition, the narrow and concentrated structure of the peeled adhesive portion 22 has the effect of reducing leakage due to processing defects and improving the yield rate of products.

It is a figure which shows the structure of the separation chamber packaging bag of a well-known technique. It is a figure which shows the structure of this invention. It is a combination external view of the present invention. It is a bottom perspective view of the present invention. FIG. 3 is a perspective sectional view of a normal storage state of the present invention. It is a figure which shows the operation | movement at the time of use of this invention. It is a figure which shows the operation | movement at the time of another use of this invention.

Explanation of symbols

1 Film room
11 First containment space
12 Second containment space
121 Flow path
13 Dent molding part
14 Peel line
2 Cover sheet
21 Adhesive surface
22,540 Peeling adhesive part
3 Solid
30 Dry Fespack Mask
4 Fluid
40 Fespack solution
5 Packaging bag
51 Upper sheet
52 Lower seat
53 Adhesive surface
55, 56 Containment space
57 Tear cut

Claims (5)

In a kind of easily mixable dosage form compartment packaging bag structure, including a film chamber and a covering sheet,
The film chamber has two separate storage spaces above it, each space opening in the same direction,
The covering sheet has an openable surface side in the film chamber, forms an independent sealing space between the film chamber housing spaces, and at least one housing space gradually shrinks toward another housing space. An easily mixable dosage form compartment packaging bag structure, characterized in that a flow path is provided, and a peeling adhesive part having a low strength is formed at a location where the end of the flow path is close to two accommodation spaces.   The easily mixable dosage form compartment packaging bag structure according to claim 1, wherein the accommodation space is formed by being recessed in the film chamber.   3. The easily mixable dosage form compartment packaging bag structure according to claim 1 or 2, wherein a peeling fold line is provided at a corner of one end of the film chamber.   3. The easily mixable dosage form compartment packaging bag structure according to claim 1 or claim 2, wherein a plurality of dent molding portions are provided on the surface of the film chamber so that they can be fixed and stored when they are filled. Easy-mixable dosage form compartment packaging bag structure characterized in that it can be fixed. The easily mixable dosage form compartment packaging bag structure according to claim 3, wherein a plurality of dent molding portions are provided on the surface of the film chamber, which can be fixed when the material is filled, and can be fixed by being overlapped when stored. Easy-mixable dosage form compartment packaging bag structure.

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