JP2003238420A - Patch sheet for allefiating fatigue - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a patch sheet for alleviating fatigue that can achieve sufficiently promoted blood circulation, alleviation of fatigue thereby recovering, maintaining and promoting the health of a patient by patching the sheet to parts of the patient's body. <P>SOLUTION: Gymnema sylvester power in an amount of 3-10 wt.%, a mineral powder that emanates negative ions in an amount of 1-2 wt.% and powdery dextrin in an amount of 88-96 wt.% are mixed to form a powdery mixture 4. The sheet having a bag structure are filled with the powdery mixture 4, an air-permeating face is stuck to the place to be plastered and the air- permeating face is plastered to the place to be plastered. Thus, the mixed powder 4 acts on through the air-permeating face to the plastered part whereby the blood flow is sufficiently promoted, excessive water is exhausted and absorbed and the muscle tissues are kept weak alkaline. <P>COPYRIGHT: (C)2003,JPO

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is applied to the soles of the feet, knees, hips, etc. to reduce the pain and fatigue of the affected area, and to restore and maintain health. The present invention relates to a fatigue-reducing patch sheet that can be improved. [0002] Many of the modern diseases such as foot fatigue, low back pain, and stiff shoulders experienced by ordinary adults and elderly people are often caused by blood circulation disorders. Therefore, in order to improve this symptom, usually, acupressure is applied to the acupuncture points with acupressure, or a commercially available haptic agent is applied to the affected area to promote blood circulation by the action of the active ingredient and to drain excess water out of the body By doing so, we are trying to restore health and maintain it. However, the above-mentioned finger pressure, haptics, etc. also promote the circulation of the affected area and drain excess water out of the body, thereby reducing the pain and fatigue of the affected area. The current situation is that a sufficient effect is not obtained. On the other hand, negative ions are said to act on the human body to keep the entire tissue weakly alkaline, activate metabolism and normalize the function of autonomic nerves,
Recently, it has attracted attention for its ability to relieve fatigue and restore health. Therefore, the present invention has been made in view of the above problems, and when applied to a pasting site such as an affected part, Gymnema Sylvesta Gymnemaic acid acts to obtain a sufficient blood circulation promoting effect and negative ions act. An object of the present invention is to provide a fatigue-reducing patch sheet that reduces fatigue and can achieve health recovery and maintenance and improvement. In order to achieve the above object, a fatigue-reducing patch sheet according to the present invention comprises a gymnema
3-10% by weight of Gymnema sylvestre powder obtained by drying Sylvesta, 1-2% by weight of the ore powder obtained by pulverizing ore that releases negative ions, and 88-96 of dextrin powder % By weight part is mixed to form a mixed powder, and the mixed powder is filled in a bag-like sheet having a breathable surface to be bonded to a body patch. Then, a breathable surface is bonded to the painful or tired affected area such as the soles of the feet and knees, and the fatigue reducing patch sheet is fixed. Among the mixed powders, the gymnema acid contained in the powder of Gymnema sylvestre acts through the surface having air permeability to the affixed part which is the affected part,
A sufficient heat retaining effect, ie, a blood circulation promoting effect is exhibited, and excess water is discharged from the affixed portion. In addition, negative ions released from the powder ore also act on the affixed portion through a surface having air permeability, and keep the entire muscle tissue weakly alkaline. These not only reduce pain and fatigue, but also promote maintenance as well as recovery of health. The Gymnema sylvestre is a vine-like plant belonging to the family Gagaidae, which is distributed from the temperate zone to the tropics, and its origin is India. Then, the vine with the leaves of the Gymnema sylvestre is dried in the shade and sufficiently dried, and then sterilized.
Sylvester powder is formed. And the gymnemic acid contained in the powder of this Gymnema sylvestre acts on the body, and the blood circulation promotion effect of that part is exhibited. The ores include tourmaline, igneous rocks, and barley-stones, all of which release negative ions. For example, in the case of igneous rocks, if they were deposited on the ground surface by volcanic eruptions in the past, but were deposited as a deep underground layer over many years, they are exposed to the ground surface due to changes in the crust. Some igneous rocks emit negative ions. In the present invention, this igneous rock is ground to form ore powder. The dextrin is made from starch, which is also formed into a powder. DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of a fatigue reducing adhesive sheet according to the present invention will be described below with reference to the drawings. 1 is a front perspective view of a fatigue-reducing patch sheet according to the present embodiment, FIG. 2 is a rear perspective view thereof, and FIG. 3 is an exploded perspective view thereof.
In the figure, A is a sticking sheet for reducing fatigue, for example, length 5 and width 5
A bag-like sheet 3 is formed by superposing a relatively strong paper piece 1 having a square shape of about cm and a non-woven piece 2 of the same size and adhering the periphery, in which a mixed powder according to the present invention is formed. The body 4 is filled with a predetermined amount. The fatigue-reducing patch sheets A are usually packaged by being put one by one in a bag (not shown) made of a transparent synthetic resin material. The mixed powder 4 comprises 3-10% by weight of Gymnema sylvestre powder, 1-2% by weight of ore powder from which negative ions are diffused, and dextrin powder 8
8 to 96% by weight, and by mixing within the range of the respective blending ratio, in the present embodiment,
For example, 5% by weight of the powder of Gymnema sylvestre, 1% by weight of igneous rock from which negative ions are diffused as the ore, and 94% by weight of the powder of dextrin are mixed and molded. About 5 g of the mixed powder 4 is filled in the fatigue-reducing patch sheet A. The paper piece 1 and the nonwoven fabric piece 2 used for the fatigue-reducing patch sheet A are not limited to a square size of 5 cm in length and width, but are 10 cm in length and width in accordance with the place of attachment such as waist or shoulder. It can be used by setting it to an appropriate size such as a shape or a rectangular shape of 15 cm in length and width. Further, the paper piece 1 is used on one side and the non-woven piece 2 is used on the other side. However, the present invention is not limited to the combination of these, and other than paper and non-woven fabric, for example, woven fabric, synthetic resin material. Combinations using can also be used. However, it is necessary that at least one side surface to be bonded to the bonding portion has air permeability. The fatigue-reducing patch sheet A according to the present invention has the above-described structure. Next, a method of sticking to a knee as an example will be described with reference to FIGS. First,
The fatigue-reducing patch sheet A is opened and taken out from the bag made of the transparent synthetic resin material. And the surface of the non-woven fabric piece 2 with air permeability is bonded to the pasting part H which is an affected part. In this state, as shown in FIG. 4, the adhesive sheet 5 having a square shape that is slightly larger than the fatigue-reducing adhesive sheet A is overlaid thereon, and the fatigue-reducing adhesive sheet A is fixed. The adhesive sheet 5 is made of a nonwoven fabric having a stretchable material, and an adhesive layer 6 is provided on one side of the adhesive sheet 5.
Is formed. When not in use, a release paper (not shown) is attached to the surface, and when in use, the release paper is peeled off and the adhesive layer 6 is adhered to the application location H as shown in FIG. Used. In this way, by attaching the fatigue-reducing patch sheet A to the patch location H, among the mixed powder 3, the gymnema acid contained in the Gymnema sylvester powder passes through the non-woven fabric piece 2 having air permeability. It acts on the patch location H, promotes blood circulation, relieves pain, and drains excess water. The discharged water enters the fatigue-reducing patch sheet A through the nonwoven fabric piece 2 and is mainly absorbed and mixed with the dextrin powder to gel. On the other hand, negative ions are diffused from the powder of the igneous rock and act on the affected area, which is the pasting site H, to neutralize the acidity of the muscle tissue and keep the whole tissue weakly alkaline. Thereby, a feeling of fatigue can be reduced. In the present invention, the weight of the mixed powder 3 is set to 5 g, but usually 3 to 5 g is optimal.
If the bulk increases, such as 20 or 30 g, not only is the bulky inconvenience in sticking the fatigue-reducing patch sheet A to the affected part of the body, but also the negative ions are so strong that the effect of Gymnema Sylvesta is increased. There is a risk of fading. Although Gymnema Sylvesta powder is limited to 3-10% by weight, the amount of excess water discharged from the body is the largest in the above range, and any amount below or above that range is the above amount. Will become less efficient. In the case of ores that emit negative ions, the ore powder is limited to 1 to 2% by weight, but if it is less than this range, a sufficient negative ion effect cannot be obtained. Therefore, the water to be discharged is reduced, and even when mixed with dextrin powder, it is solidified without gelation, and the discharge of excess water by gymnemic acid is inhibited. The gelation of the dextrin powder means that the gymnemaic acid has worked and the excess water has been sufficiently discharged, and further, negative ions are allowed to act in this state, and these synergistic actions cause the adhesive site H. Pain and fatigue can be reduced. Here, as described in the present embodiment,
5% by weight of Gymnema Silvesta powder, 1% by weight of igneous rock powder, 94% by weight of dextrin powder,
An experimental example is shown in which the fatigue-reducing patch sheet A filled with about 5 g of a mixed powder formed by mixing the above is applied to a user who has pain or fatigue in the affected area. Test subject 1 (female 29 years old) Usage site: Back of both feet, waist, both shoulders Usage: Affixed before going to bed and peeled off at the next morning (3 times). Evaluation of bodily sensation: The back of both feet ... When browning, a slight brown discoloration was observed. Immediately after the application, a “feeling that the feet became lighter” was recognized.
Also, I felt a warm feeling, and this feeling was felt strongly with every use. Waist… Slight brown discoloration was observed when peeled. Although it originally had a tendency to lower back pain, it was reduced from the second use. Both shoulders: When peeled, some brown discoloration was observed. Originally, there were “stiff shoulders, stiff necks”, but the same tendency as the waist was observed. Test subject 2 (male, 46 years old) Site of use: Back of both feet, waist Usage: Affixed before going to bed and peeled off at the next morning (4 times). Evaluation of bodily sensation: The back of both feet ... When peeled, it turned blackish brown and was a sticky normal state. A feeling of warmth was felt immediately after application, and foot edema was reduced. Waist… Slight discoloration was observed when peeled. Originally, there was no low back pain, but a warm feeling was recognized during use. Test subject 3 (male, 45 years old) Site of use: Back of both feet, waist Usage: Affixed before going to bed and peeled off the next morning (3 times). Evaluation of bodily sensation: The back of both feet ... When peeled off, the color changed to blackish brown and was sticky. Immediately after pasting, I felt warmth and felt my feet lightened. Waist… It was discolored like the feet, and the skin felt smooth. As described above, the fatigue-reducing patch sheet according to the present invention comprises 3-10% by weight of Gymnema Sylvester powder obtained by drying Gymnema Sylvester, and negative ions. Mixing 1-2% by weight of ore powder obtained by crushing ore to be generated and 88-96% by weight of dextrin powder to form a mixed powder,
The mixed powder is filled in a bag-like sheet having air permeability on the surface to be bonded to the affixation site, and the soles, knees, waist,
By using the affected part such as the shoulder, the mixed powder,
In particular, Gymnema acid of Gymnema sylvestre and negative ions released from the ore act on the affixed site through the air-permeable surface, promote blood circulation, drain excess water, and weaken the muscle tissue. Maintaining alkalinity, this reduces pain and fatigue, and has the effect of restoring health and maintaining it.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the surface of a sticking sheet for reducing fatigue according to the present invention. FIG. 2 is a rear perspective view of a patch sheet for reducing fatigue according to the present invention. FIG. 3 is an exploded perspective view of the same. FIG. 4 is a perspective view showing the same use state. FIG. 5 is a sectional view of the same. [Explanation of symbols] 1 Paper piece 2 Non-woven piece 3 Bag-like sheet 4 Mixed powder A Fatigue-reducing patch sheet H

─────────────────────────────────────────────────── ─── Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme code (reference) A61K 47/36 A61P 21/00 A61P 9/00 43/00 121 21/00 A61J 1/00 370C 43/00 121 370A F-term (reference) 4C076 AA84 BB31 CC09 CC11 EE38 4C087 AA01 BA02 MA02 MA32 MA43 MA63 NA05 ZA36 ZA94 ZC75 4C088 AB12 BA07 MA32 MA43 MA63 NA05 ZA36 ZA94 ZC75

Claims (1)

[Claim 1] 3-10% by weight of a powder of Gymnema sylvestre obtained by drying Gymnema sylvestre;
1-2% by weight of the ore powder obtained by pulverizing the ore that emits negative ions, and dextrin powder 88-
96% by weight is mixed to form a mixed powder, and the mixed powder is formed by filling the mixed powder into a bag-like sheet having a breathable surface to be bonded to a body patch. Is
Acts through the air-permeable surface on the pasting part where the bag-like sheet is pasted, promotes blood circulation at the pasting part and discharges excess water to absorb this,
A patch sheet for reducing fatigue, which is provided so as to keep the muscular tissue at the patch site weakly alkaline.