KR19990018120U - Sanitary band promoting ocher and metal thin film adhesion skin cell activation - Google Patents

Abstract

The present invention relates to a sanitary band for promoting ocher and metal thin film adhesion skin cell activation, which can promote wound recovery and improve the treatment effect of various skin diseases by activating the biological function of human skin. There was a drawback to simply protecting the wound by preventing the wound and preventing secondary infection of the affected area by attaching a pad to the wound. However, the present invention is a thin aluminum punched hole with a cross-shaped (+) vent that can discharge human waste such as sweat or pus. And the amount of aluminum thin film that has a strong tendency to be electronically compared to other metals by adhering a sterilized pad compressed with ocher powder, which has excellent efficacy in activating biological functions by releasing a large amount of far infrared rays and controlling heat poison. Sterile cows that promote bioelectricity and biocurrent induction to the affected area with ions and compress the ocher powder The ocher contained in the pad promotes the activation of skin cells to protect the skin and prevent secondary infection of the affected area, as well as to promote wound recovery and significantly improve the therapeutic effect of various skin diseases. As a result of the experiment, it is a very useful design that can greatly improve the health of human beings and the treatment effect of various skin diseases during clinical trials.

Description

Sanitary band promoting ocher-metal thin film adhesion skin cell activation

The present invention relates to a sanitary band for wound protection of the skin and prevention of secondary infection of the affected area, and in particular, a pasteurized sterilization pad and an aluminum thin film adhered with ocher powder on the pure cotton to protect the wound and the affected area. The present invention relates to a sanitary band that prevents secondary infections, promotes wound healing, and improves the treatment effect of various skin diseases.

The conventional sanitary band is formed so as to merely serve as a wound protection by adhering the wound protection pad 3 to the adhesive band 1 having the ventilation hole 2 as shown in FIG.

The conventional sanitary band was formed only for the purpose of preventing secondary infection and wound protection due to dirt or foreign matter, but the present invention significantly improves the function of such a simple conventional sanitary band, thereby protecting the wound and repairing the wound. It is directed to promote the therapeutic effect.

An object of the present invention is to solve the above problems, in particular, the positive ion of the aluminum thin film having a tendency to be more electronized compared to other metals induce the biocurrent and bioion adjustment action to the affected area, the molecule The structure is composed of a honeycomb-like multilayer structure, which is excellent in absorbing and storing far-infrared rays, and emits a large amount of far-infrared rays, and has weakness to control heat poisoning and promotes the activation of biological functions. 50 micron thick aluminum thin film with perforated cross-hole vents to release sweat and wastes to adhesive bands to promote wound recovery of human skin and the treatment effect of various skin diseases. Sterile disinfection pads with a thickness of about 0.5mm pressed to adhere the powder to protect the wound, as well as insect bites, wounds, and boils Athlete's foot, eczema relates to promote a yellow earth, activated adhesive metal thin film, characterized in that the skin cells so as to promote the treatment of various skin disorders hygienic band.

1 is a perspective view of a conventional sanitary band

2 is a perspective view of the present invention

Figure 3 is a cross-sectional detail of the present invention

* Explanation of symbols for main parts of the drawings

1: Adhesive band 2: Vent hole

3; Wound protection pads 4: Polyethylene sheet for adhesive protection

5: Aluminum thin film 6: Crisscross (+) vent hole

7: sterile disinfection pad compressed by ocher powder

8: polyethylene net

When described in detail based on the accompanying drawings as follows.

Adhesion band (1) is bonded to the aluminum thin film (5) punched through the cross-shaped vent hole (6), on the aluminum thin film (5) to adhere a sterile disinfection pad (7) by pressing the ocher powder on the cotton gauze, Covered with a polyethylene net (8) to prevent the pad (7) from sticking to the affected area when used on the wound protection, it is characterized in that it is formed to promote the healing effect of wound recovery and various skin diseases.

In this way, the present invention is constructed in such a way that the cation of the aluminum thin film 5 is formed by drilling a crisscross vent hole 6 capable of discharging human waste such as sweat or pus in the aluminum thin film 5 having a strong tendency to be electronicized by other metals. It promotes biocurrent and bioion induction, releases a large amount of far-infrared rays, and uses sterile sterilization pads (7) that compresses ocher powder, which is effective for activating biological functions. By promoting the treatment to remarkably improve the treatment effect of various skin diseases, the conventional hygiene bands provide only wound protection, whereas the present design is swelling due to the toxicity of pests when bites such as ants, mosquitoes and bees It helps to relieve itching quickly and dramatically improves the healing effect of various wounds such as wounds, burns, and boils. It quickly repairs damaged skin tissue and induces the activation of skin cells to promote the therapeutic effect of various skin diseases such as athlete's foot and eczema.

As discussed above, the present invention is an ocher-metal thin film adhesion skin cell activation promoting hygiene band, in particular, it has a strong tendency to be electronic than other metals, and a large amount of far-infrared radiation to release the large amount of infrared biomedical function It is formed by adhering sterile disinfection pads compressed with ocher powder, which has an excellent effect in promoting the activation of aluminum. The amount of aluminum thin film promotes the bioelectric and bioion induction of the affected area and activates the biological function. Ocher contained in sterile disinfection pads pressed with ocher powder to promote the activation of skin cells, thereby promoting wound recovery and significantly improving the therapeutic effect of various skin diseases. Of course, it is excellent for promoting wound recovery and improving the treatment effect of various skin diseases. Features such as having a lot to exert a clinical effect, contribute to the improvement of health of human beings is of course very useful designed to dramatically improve the clinical treatment of various skin disorders city.

Claims (5)

Bonding the thin film of aluminum (5) with the crisscross vent holes (6) on the adhesive band (1) and the sterile disinfection pad (7) by pressing the ocher powder, and preventing the pad (7) from sticking to the skin thereon. Ocher, metal thin film adhesive skin cell activation promoting hygiene band characterized by covering the polyethylene net (8). The metal thin film of gold, silver, copper etc. was used instead of the aluminum thin film (5) of Claim 1. According to claim 1, instead of clay powder, ceramics, crystals, sulfur, stone powder or mineral powder, or herbal medicine or herbal medicine. According to claim 1, instead of the adhesive band (1) is used as a bandage, compression bandages, pads, etc. to adhere the ocher and metal thin film to the paper, vinyl sheet or cotton gauze to promote the wound recovery of the human skin and to improve the skin disease treatment effect that. The method according to claim 1, wherein the sterile disinfection pad (7), which compresses the aluminum thin film (5) and the ocher powder, is bonded to a bandage, a compression bandage, a pad, or the like to be wound around the skin of the body such as an arm, a leg, an abdomen, or attached to a garment. Or to form a shoe insole or thimble, such as gloves to fit the specific part of the body characterized in that to be worn.