WO2008044282A1

WO2008044282A1 - Sterilized cotton pack

Info

Publication number: WO2008044282A1
Application number: PCT/JP2006/320223
Authority: WO
Inventors: Kenji Yoshida
Original assignee: Medicion Co., Ltd.
Priority date: 2006-10-10
Filing date: 2006-10-10
Publication date: 2008-04-17
Also published as: JP4950211B2; JPWO2008044282A1

Abstract

It is intended to provide a sterilized cotton pack in which sterilized cotton is tightly sealed so that, when a user takes the sterilized cotton out of the pack with his/her hand, he/she touches the cotton with fingers exclusively in one face while the other face of the cotton remains untouched. This object can be achieved by providing a sterilized cotton pack having sterilized cotton sheets, which are impregnated with a drug solution containing a sterilizing component and each sheet being tightly sealed, enclosed in a gas-barrier pack in the form of a flat bag, characterized in that the sterilized cotton sheet is folded into two (provided that the sheet is folded in such a manner that the inner face has a non-overlayered part).

Description

Specification

Disinfecting cotton packaging

Technical field

[0001] The present invention relates to a disinfected cotton package in which sheet-shaped disinfecting cotton is sealed and stored inside a package.

Background art

[0002] Conventionally, as this type of disinfecting cotton package, for example, FIGS. 7 (a) and 7 (b) are plan views, respectively.

There is a known sectional view (partially visible inside). This disinfecting cotton package 21 is formed by bonding a flat package 22 having a gas barrier property by heat-sealing the four peripheral edge portions 22b of the two superimposed gas-nolia sheets 22a. Inside, 3 cm x 3 cm to 4 cm x 4 cm square sanitized cotton 23 impregnated with chemicals that are disinfecting components such as ethyl alcohol and isopropyl alcohol are sealed flat one by one. It is stored. When the disinfecting cotton 23 is necessary, the package 22 is opened in the vicinity of the end thereof, and the disinfecting cotton 23 is picked out by hand or tweezers and used. However, such a sterilized cotton package 21 has a finger that touches both the front and back surfaces of the sterilized cotton 23 when the wrapping material 22 is used and the sterilized cotton 23 is picked up by hand (for example, thumb and forefinger). 8). Therefore, even when wiping and disinfecting the surface of the disinfecting cotton 23 against the affected area such as the part where the needle is inserted or the wound, both surfaces are part of the surface even when wiping and disinfecting by pressing the back side. However, the finger of the user who has already used it will be touched, which is hygienic!

Disclosure of the invention

Problems to be solved by the invention

[0003] Therefore, in the present invention, even when disinfecting cotton from the package by hand, the finger touches only one surface of the disinfecting cotton and the other surface prevents the finger from touching the disinfecting cotton. The purpose is to provide disinfecting cotton packages that are hermetically sealed.

Means for solving the problem

[0004] The disinfecting cotton package of the present invention made in view of the above points is flat as described in claim 1. A disinfecting cotton package in which a sheet-like disinfecting cotton impregnated with a chemical solution as a disinfecting component is hermetically sealed and stored inside a package having a gas barrier property that is formed into a bag. Is folded in two (provided that the folding is performed on the inner surface of the folded portion so that the portion is present).

The disinfected cotton package according to claim 2 is characterized in that in the disinfected cotton package according to claim 1, the sheet-shaped disinfectant cotton is a square disinfectant cotton.

In addition, the disinfectant cotton package according to claim 3 is the disinfectant cotton package according to claim 2, wherein the square disinfectant cotton is folded at a position within a range of LZ5 to 2LZ5 with one side length (L) from the end. It is characterized by being folded! /.

The disinfecting cotton package according to claim 4 is the disinfecting cotton package according to claim 1, characterized in that the sheet-shaped disinfecting cotton is a rectangular disinfecting cotton.

Further, the disinfecting cotton package according to claim 5 is the disinfecting cotton package according to claim 4, wherein the rectangular disinfecting cotton has a long side end force and its position (L) within the range of LZ5 to 2LZ5. It is characterized by being folded at!

In addition, the disinfecting cotton package according to claim 6 is the disinfecting cotton package according to claim 1, wherein the two packaged gas barrier sheets are joined together in a bag shape while securing the gas barrier property. It is constructed, and the disinfecting cotton folded inside is hermetically stored.

In addition, the disinfecting cotton package according to claim 7 is the disinfecting cotton package according to claim 1, wherein the second and third gas barrier sheets and the third gas barrier are disposed on the front and back surfaces of the first gas-nore sheet, respectively. Each of the conductive sheets is formed into a bag shape and is secured to the gas barrier sheet so as to be peeled off from the first gas norelic sheet to form a package. The first and second gas barrier sheets are then formed. Each of the folded disinfecting cotton is hermetically housed in a housing part formed by the first gas barrier sheet and a third gas nore sheet. .

The package of the present invention is a package for hermetically storing sheet-like disinfecting cotton impregnated with a chemical solution as a disinfecting component as described in claim 8, and is a surface of the first gas barrier sheet. And the back, bags of the second and third gas norelic sheets And the first gas norelic sheet is secured and bonded so as to be peelable from the first gas norelic sheet, and the first gas norelic sheet and the second gas norelic sheet are formed. It is characterized in that one disinfectant cotton is sealed and stored in the storage portion formed by the gas barrier sheet 1 and the third gas barrier sheet. The invention's effect

[0005] In the disinfected cotton package of the present invention, a sheet-like disinfected cotton impregnated with a chemical solution as a disinfecting component is folded in two inside a flat bag-shaped package having gas barrier properties. (It is assumed that the folding is performed so that there is a non-overlapping portion on the folded inner surface). When the disinfecting cotton is opened by hand in the vicinity and the disinfecting cotton is picked up by hand, the disinfecting cotton can be touched only on that surface by picking the folded outer surface. Also, with the folded outer surface of the disinfectant cotton picked, the other surface not touched by the finger, that is, the folded inner surface can be easily applied to the affected area such as the part where the needle is inserted or the wound. Can be pressed against. Therefore, if the disinfectant cotton package of the present invention is used, sanitary wiping and disinfection can be performed reliably and easily. Further, by folding the disinfecting cotton, it is possible to reduce the size of the package for hermetically storing the disinfecting cotton, so that the disinfecting cotton package can be made compact.

Brief Description of Drawings

FIG. 1 is a schematic view (plan view) showing an example of folding disinfectant cotton.

FIG. 2 is a plan view of an example of the first embodiment of the disinfecting cotton package of the present invention (with the inside partially visible).

FIG. 3 is a schematic view of how to use it.

圆 4] A plan view showing a plurality of disinfecting cotton packages connected in a separable manner.

FIG. 5 is a cross-sectional view of an example of a second embodiment of the disinfected cotton package of the present invention.

FIG. 6 is a perspective view of the packaging body strength when disinfecting cotton.

[FIG. 7] A (a) plan view (partially visible inside) and (b) a cross-sectional view taken along line AA of the disinfecting cotton package of the conventional example.

[Fig. 8] Packing strength. Schematic drawing of hand-picking disinfected cotton. Explanation of symbols

[0007] 1 Disinfectant cotton package (first embodiment of the present invention)

2 Package

2a Gas barrier sheet

2b Four peripheral edges (joint)

3 Folded sanitized cotton

4 Opening position mark

5 notches

6 Perforation

11 Disinfectant cotton package (second embodiment of the present invention)

12 Package

12a First gas barrier sheet

12b 2nd gas nore sheet

12c 3rd gas nore sheet

12d Four peripheral edges (joint)

13 Folded sanitized cotton

21 Disinfecting cotton package (conventional example)

22 Packaging

22a Gas barrier sheet

22b Four peripheral edges (joint)

23 Sanitized cotton

BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, the disinfected cotton package of the present invention will be described with reference to the drawings. However, the disinfected cotton package of the present invention is not construed as being limited to the following description.

[0009] The disinfecting cotton package of the present invention is impregnated with a chemical solution serving as a disinfecting component such as ethyl alcohol and isopropyl alcohol which is hermetically sealed inside a package having a gas barrier property formed into a flat bag. A sheet-like disinfectant cotton is folded in two, and there is an unfolded part on the folded inner surface. Sheet-like sanitized cotton May be a polygon including a square or rectangle, a circle, an ellipse, or the like. When the sanitized cotton is square, it is desirable that the sanitized cotton be folded at a position within the range of LZ5 to 2LZ5 with one edge length (L). When the disinfecting cotton is rectangular, it is desirable that the disinfecting cotton is folded at a position within the range of LZ5 to 2LZ5 of the length (L) from the end of the long side. Disinfection When the cotton is square, the disinfection cotton folded at the position of LZ5, which is one side length (L), and the disinfection cotton folded at the position of 2LZ5 are shown in Fig. 1 (a) and (b ). In addition, when the sanitized cotton is rectangular, the sanitized cotton folded at the position of LZ5 of the length (L) from the end of the long side is shown in (c) of Fig. 1 (the state before the left side is folded) It is a plan view and is a plan view after the right side is folded). The base material used for the sheet-like disinfecting cotton in the present invention is preferably exemplified by those produced by natural raw materials such as absorbent cotton, but those produced by artificial materials such as chemical fibers are also produced. It may be.

FIG. 2 is a plan view of an example of the first embodiment of the disinfecting cotton package of the present invention (with the interior partially visible). This disinfectant cotton package 1 is a flat structure formed by joining two peripheral edge portions 2b of two stacked rectangular gas barrier sheets 2a by heat-sealing each other by a known method. A square disinfecting cotton 3 folded at the position of LZ5 with one side length (L) from the end is hermetically stored in a package 2 having a gas barrier property. The gas barrier sheet 2a is, for example, any material that can suppress the volatilization of a chemical solution that becomes a disinfecting component such as ethyl alcohol or isopropyl alcohol, and at least one surface has heat sealability. More specifically, a synthetic resin film such as a polyethylene film having heat sealability is applied to one side of the aluminum foil (the inner surface of the package), and the other surface (the outer surface of the package). ) Is a three-layer structure in which paper is stacked.

[0011] FIG. 3 is a schematic view of a method in which the disinfecting cotton 3 is manually picked up from the package 2 of the disinfecting cotton package 1, pressed against an affected area such as a wound, and used for disinfection. In the case of the disinfectant cotton package 1, the package 2 is opened in the vicinity of the end, and when the disinfecting cotton 3 is picked up by hand, a finger is put on the disinfecting cotton by picking the folded outer surface of the disinfecting cotton 3. Only that surface can be touched (Figure 3a). It should be noted that at least one surface of the packaging body 2 is secured so that the folded outer surface of the disinfecting cotton 3 can be securely picked by opening the vicinity of the end of the packaging body 2. Opening position that serves as a mark for opening the vicinity of the edge of the peripheral edge on the side where the folded side of the disinfecting cotton 3 that is hermetically sealed is housed inside the four peripheral edges of the package 2 It is desirable to provide a mark by printing (reference 4 in Fig. 2) or a notch (reference 5 in Fig. 2). Next, with the folded outer surface of the disinfecting cotton 3 being picked, the other surface not touched by the finger, i.e., the unfolded portion of the folded inner surface is applied to the affected area such as a wound. Press against (Figure 3b). Next, the partial force of the side of the inner side of the disinfected cotton 3 pressed against the affected area is gradually pressed against the affected area (Fig. 3c). If the entire body is pressed onto the affected area with a finger from above, the folded inner surface of the antiseptic cotton 3 can be pressed against the affected area with a spread (FIG. 3d). When the sanitized cotton is square, the upper limit of the folding position of the disinfecting cotton is preferably 2LZ5, which is one side from the end (L). This is a force that may cause the above operation to be difficult or impossible because the surface is folded and the portion is reduced (the portion is not present when folded at the position of LZ2). The reason why the lower limit of the folding position of the disinfecting cotton is preferably LZ 5 with one edge length (L) is that when folded outside LZ5, the folded outer surface becomes difficult to pick. This may cause problems that make it difficult to manufacture (the preferred folding position when the sanitized cotton is rectangular is also the same as above)

[0012] The disinfecting cotton package according to the first aspect of the present invention is bonded after, for example, the three peripheral edges of the two superimposed rectangular gas-nolia sheets are heat-sealed. Insert the sanitized cotton folded at a predetermined position into the inside from the peripheral edge that has not been added, and add a predetermined amount of a chemical solution that becomes a disinfecting component such as ethyl alcohol or isopropyl alcohol to remove the peripheral edge that has not been joined. It can be manufactured by bonding.

[0013] In addition, the disinfecting cotton package according to the first aspect of the present invention is capable of separating a plurality of disinfecting cotton packages 1 through the perforated portion 6 as shown in FIG. You can connect them to each other and use them separately in sequence.

FIG. 5 is a cross-sectional view of an example of the second embodiment of the disinfected cotton package of the present invention. This disinfectant cotton package 11 has a rectangular shape on the front and back surfaces of the rectangular first gas barrier sheet 12a. The second gas barrier sheet 12b having the shape and the third gas barrier sheet 12c are overlapped, and the four peripheral edge portions 12d of the three gas barrier sheets overlapped with each other by a method known per se (eg, a single-peel method) Each of the second gas-nore sheet 12b and the third gas-barrier sheet 12c is packaged by joining the first gas-nore sheet 12a with heat-sealing, etc., ensuring gas-releasability so as to be peelable from the first gas-nore sheet 12a. And a housing portion formed by the first gas-nore sheet 12a and the second gas-nore sheet 12b, the first gas-barrier sheet 12a, and the third gas-nore sheet 12c. The square-shaped disinfecting cotton 13 folded at the position of LZ5, which is one side long (L) from the end portion, is hermetically stored in the storage portion formed in (1). The disinfecting cotton 13 is stored in such a manner that the smaller one of the two folding pieces generated with the folding line as the boundary faces the first gas-nozzle sheet 12a. This is because, for example, the sanitized cotton 13 can be easily picked up by placing a thumb on the smaller folded piece and placing an index finger on the larger folded piece. For example, the first gas-noisy sheet 12a may be any material as long as it can suppress the volatilization of a chemical solution serving as a disinfecting component such as ethyl alcohol or isopropyl alcohol and both surfaces have heat seal properties. A specific example is a three-layer structure in which a synthetic resin film such as a polyethylene film having heat sealability is laminated on both surfaces of an aluminum foil. For example, the second gas norelic sheet 12b and the third gas noreic sheet 12c can suppress the volatilization of a chemical solution serving as a disinfecting component such as ethyl alcohol and isopropyl alcohol, and at least one surface thereof is heated. Specifically, any resin that has a sealing property may be used. Specifically, a synthetic resin such as a polyethylene film having a heat sealing property on one surface (the inner surface of the package) of the aluminum foil. A film having a three-layer structure in which paper is laminated on the other side (the side that is the outside of the package) is exemplified.

FIG. 6 is a perspective view when the disinfected cotton 13 is extracted from the package 12 of the disinfected cotton package 11. When disinfecting cotton 13 is needed, peel off the second gas sheet 12b from the first gas-nozzle sheet 12a of the package 12 and pick the disinfecting cotton 13 from its folded outer surface. Pick it out. After the disinfecting cotton 13 is extracted from the package 12, the second gas barrier sheet 12b may be completely peeled off and removed from the first gas sheet 12a. Until the use of disinfectant cotton (same as above) hermetically sealed in the housing part formed by the seat 12a and the third gas-nore sheet (not shown because it is located at the back of the first gas-noir sheet 12a) From the viewpoint of the appearance and hygiene between the first gas-nore sheet 12a and the second gas-nore sheet 12b, the first gas-nore sheet 12a is connected to the second gas-barrier sheet. Naturally, it should be such that 12b can be completely peeled off and removed). The method of using the removed disinfected cotton 13 for wiping and disinfecting the affected area such as a wound is as shown in FIGS. 3 (b) to 3 (d). If further disinfecting cotton is required, peel off the unillustrated third gas-nore sheet from the first gas-noir sheet 12a and pick out the disinfecting cotton not shown for use.

[0016] The disinfectant cotton package 11 contains two disinfecting cottons sealed in three gas barrier sheets, so that it is more than one in which one disinfecting cotton is sealed and stored in two gas noorious sheets. The amount of packaging waste can be reduced.

[0017] In the disinfected cotton package of the second aspect of the present invention, the second gas-noreer sheet and the third gas-noreer sheet are partially peeled from the first gas-barrier sheet. However, in order to ensure that the folded outer surface of the disinfecting cotton can be securely picked, the peeling direction of the second gas barrier sheet or the third gas barrier sheet is determined, and in accordance with that direction. It is desirable to store and disinfect disinfecting cotton.

Industrial applicability

[0018] In the present invention, even when disinfecting cotton from the package by hand, the finger touches only one surface of the disinfecting cotton, and the disinfecting cotton is sealed so that the finger does not touch the other surface. It has industrial applicability in that it can provide stored disinfected cotton packages.

Claims

The scope of the claims

[1] A disinfecting cotton package in which a sheet-like disinfecting cotton power impregnated with a chemical solution as a disinfecting component is hermetically sealed and stored inside a flat bag-shaped package having a gas barrier property.

Disinfectant, characterized in that the disinfectant cotton is folded in two (however, the fold should be folded on the inner surface of the fold, which shall be carried out so that there is a part) Cotton wrapping.

[2] The disinfectant cotton package according to [1], wherein the sheet-like disinfectant cotton is a square disinfectant cotton.

[3] The disinfectant cotton package according to claim 2, wherein the square disinfectant cotton is folded at a position within a range of LZ5 to 2LZ5 of one side length (L) from the end.

[4] The disinfectant cotton package according to [1], wherein the sheet-like disinfectant cotton is a rectangular disinfectant cotton.

[5] The disinfectant cotton package according to claim 4, wherein the rectangular disinfectant cotton is folded at a position within the range of LZ5 to 2LZ5 of the end force of the long side (L).

[6] A package body is formed by joining two gas barrier sheets stacked together in a bag shape while ensuring gas barrier properties, and the sterilized cotton folded inside is sealed and stored. The disinfected cotton package according to claim 1, wherein

[7] The gas barrier property of the first and second gas barrier sheets is formed on the front and back surfaces of the first and second gas barrier sheets in the form of a bag and can be peeled off from the first gas noorious sheet. A packaging body is formed by securing and bonding, and a housing portion formed by the first gas-noreal sheet and the second gas-barrier sheet, the first gas-barrier sheet, and the third gas-nolia sheet 2. The disinfectant cotton package according to claim 1, wherein each of the folded disinfectant cottons is hermetically housed and stored in each of the housing parts formed in (1).

[8] A package for hermetically storing a sheet-like disinfecting cotton impregnated with a chemical solution as a disinfecting component, and a second gas-noreing sheet on the front and back surfaces of the first gas-nosing sheet. The first gas norelic sheet and the second gas barrier sheet are formed by joining the third gas norelic sheet in a bag shape and securing the gas noreerability so as to be peelable from the first gas norelic sheet. A housing portion formed by the first gas barrier sheet and the third A packaging body characterized in that one disinfectant cotton is sealed and stored in a storage portion formed of a gas barrier sheet.