JPS5875546A - Moxa agent in package - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to a moxibustion agent containing a gum cage,
Instead of placing grass on acupoints and using fire to perform moxibustion, a tablet containing a substance that generates heat through a chemical reaction with water is placed on the acupuncture points and an appropriate amount of water is supplied to create a warm moxibustion bed. It is.

The /IP caged moxibustion agent of the present invention will be explained with reference to illustrated examples. Figure 1 (A) is a cross-sectional view of the same, and Figure 1 (B) is an explanatory diagram of peeling off the aluminum foil.
Furthermore, Figure (c) is an explanatory diagram showing the double-sided adhesive tape on the back of the bottom surface exposed. Container A is made using a film of polyethylene, polyamide, polypropylene, vinyl chloride, polyester, polystyrene, or a composite film thereof.

1 is a container body, 2 is a flange, 3 is a side wall, and 4 is a bottom. The container body 1 is made into a cylindrical shape so that the moxibustion tablet B does not come out from the upper surface of the flange part 2.

A water-absorbing paper 5 that covers the flange portion 2 and hangs down continuously along the inside of the side wall 3 is placed on the container body l, and the moxibustion tablet B is housed in this cylindrical portion.

Moxibustion agents are tablets that contain a substance that generates heat when it reacts with water.
Substances that generate heat through such reactions can be used in a suitable manner, and have recently been used in body warmers and the like.

The container body 1 containing the tablet moxibustion agent B in this manner is further covered with a water-absorbing paper lid 6 including the flange portion, and a hot melt agent 7 (not shown) is applied on the back side. Place aluminum foil 8, and heat-press the 7 run parts to seal them as one piece.

Further, a double-sided adhesive tape 9 is attached to the back surface of the bottom 4. 1
0 is release paper.

Before use, peel off the aluminum foil 8 on the top of the container A as shown in (B) and then peel off the release paper 10 of the double-sided adhesive tape on the bottom as shown in (C). Paste it on top. Next, when an appropriate amount of water is poured with a dropper or the like onto the water-absorbent paper lid 6 on the top surface, the water also penetrates the water-absorbent paper 5 that has a hanging part on the bottom surface, contacts the chemical substance in the moxibustion tablet, and generates heat. .

The temperature can be adjusted by the amount and rate of water supplied.

To manufacture the 79-cage moxibustion agent of the present invention, a large number of containers are arranged with perforations made on the outer periphery of the flange portion of the container A, so that they can be cut off one by one for use.

FIG. 2 is an explanatory diagram showing a method of manufacturing such a commercially available package. A large number of containers 1 form trays T arranged in a sheet shape through cutting lines 11 such as perforations on the outer periphery of the flange portions 2 of the containers 1. (shown at the bottom), 12 is a punched part. Pl is water-absorbing paper that completely covers the upper surface of the tray T, and a cross-shaped cut 13 is provided at a position corresponding to the center of the shallow cylindrical portion of the container 1 into which the tablet B is placed. When the tablet B is pushed downward from above the notch 13, the hanging portion 5 is formed and the tablet is held and accommodated like a cushion. Next, a covering material P2 made of water-absorbing paper is placed on top of it to cover the entire upper surface of the tray T. 12' and 17 are punched parts. An aluminum foil F whose back surface is coated with a pot melt agent 7 is placed on this P2.

By thermocompressing the flange portion in this way, Ts 21% “2,” is integrated and sealed at the flange portion.

A double-sided adhesive tape 9 is attached to the back side of the bottom of the container 1.

In order to load the above-mentioned moxibustion tablets B, the tablets B are arranged on the cross-shaped notch 13 on the water-absorbing paper Pl, and then the water-absorbing paper cover material P2 is placed and the cuts are made at once, without having to push them in one by one. It goes without saying that 13 can be pushed open and accommodated in container 1.

Figure 3 (() is an external view of a sealed tray of tablet moxibustion preparations produced as described above, and (opening) is a sealed tray of moxibustion tablets C packaged with plastic film and ampoule D containing water. It is an explanatory diagram showing the situation, and (c) further shows a packaging box E that houses this. That is, it explains the process of putting it on the distribution stage.

NoJ of the present invention? The feature of the caged moxibustion agent is that the chemical exothermic tablet B is wrapped in water-absorbing paper 5, 6 and sealed in the container 1, and water is supplied to the water-absorbing paper 6, so that the chemical exothermic agent in the tablet B is quickly absorbed. The water-absorbing paper 5 hangs down inside the side wall of the container 1 to hold the tablet B like a cushion and to quickly and easily supply water to the tablet. bottom 4
Adhesive tip F9 is pasted on the back side of the mask, allowing it to be quickly, easily and securely fixed to the affected area. Furthermore, it is extremely easy to handle and highly safe compared to moxibustion using fire.

Containers A configured in this manner are manufactured and sold in a state in which a large number of them are arranged along the cut line of the flange, so the cost is extremely low and the tablets can be taken out one by one when used. be.

As mentioned above, the manufacturing feature is that the moxibustion tablet B is placed on the cross-shaped notch 13 provided in the water-absorbing paper 5, and the moxibustion tablet B is housed in the container body 1 so as to push open the notch 13. The water-absorbing paper 5 hangs down inside the side wall of the container, holds and fixes the tablet B so that it does not move, and further wraps the tablet together with the water-absorbing paper 6 of the lid material above it, making it easy for water to penetrate. Hot melt agent 7 is on the back side of foil 8.
is applied to the flange, so by applying thermocompression to the flange, it penetrates into the water-absorbing paper 5.6 and seals the container body 1 at the flange 2.
By gluing the tablets together with the plastic that forms them, the tablets become completely sealed. The outside is further coated with a plastic film such as cellophane (+300)/pE (15μ
)/AtC9μ)/PE(40μ) can completely prevent moisture absorption before use in integrated packaging. Additionally, adhesive tape on the bottom (both sides)
It is characterized by the fact that it can be used safely and reliably on the affected area by attaching it to the affected area, and that it can be manufactured at extremely low cost because it has a structure that allows mass production. In other words, the vacuum-formed container body 1 can be mass-produced in-line or offline, the water-absorbent paper 5.6 can also be manufactured by punching only, it can be manufactured in rolls or sheets, and it can be manufactured using aluminum foil. The same applies to the water-absorbing paper, which can be heat-sealed.Furthermore, this line is capable of forming containers, supplying the water-absorbing paper 5, inserting the tablet B, producing and supplying the water-absorbing paper lid 6, punching perforations, and making the lid of the aluminum foil 8. It is characterized by a structure that allows heat sealing within the -1 line.

[Brief explanation of drawings]

Figure 1 is an explanatory diagram showing the structure of the moxibustion agent containing a gun cage according to the present invention. (A) shows the cross-sectional structure, (B) shows the state in which the aluminum foil is peeled off, and (C) shows the bottom. FIG. 2 is an explanatory diagram of the method for producing the A' caged moxibustion agent of the present invention, and FIG.
Figure (A) is an external view of the packaged moxibustion agent of the present invention, and Figure (B) is an explanatory diagram showing the integrated moxibustion agent further packaged with a plastic packaging agent. FIG. A... Container for one moxibustion tablet B...
・Moxibustion tablets C...Collective packaging D...
...Water ampoule E...Packaging box F-...
...Aluminum lid P, ...Water-absorbing paper P2...
... Water-absorbing paper lid 1 ... Container body 2 ... Container flange 3 ... Container side wall 4 ... Container bottom 5 ... ...Water absorbing paper 6...Water absorbing paper 7...Hot melt agent 8...Aluminum foil 9...Double-sided adhesive tape 10...
... Release paper 11 ... Cutting line 12.
...Punching part 13...Cross-shaped cut

Claims (1)

[Claims] In a shallow cylindrical container made of plastic in which the tablets do not protrude above the top flange, water-absorbing paper is placed to cover the top surface of the flange and continuously hangs down along the inner wall of the container, and the cylindrical portion is filled with water. A moxibustion tablet containing a chemical substance that reacts and generates heat is stored, and the upper surface including the flange is covered with water-absorbing paper.The upper surface is covered with aluminum foil coated with a hot melt agent on the back, and the flange is bonded by thermocompression. These containers are arranged in large numbers through perforations around the outside of the flange portion, and double-sided adhesive tape is attached to the bottom back of each container. Moxibustion agent.