KR20040023456A - Bandage for functional cast - Google Patents

Abstract

PURPOSE: A functional cast bandage is provided to promote blood circulation around an affected part and to get rid of itching of the affected part, whereby contact dermatitis caused by sweat is prevented. CONSTITUTION: The functional cast bandage is prepared by mixing 100 wt% of a hardener such as, polyurethane resin or plaster, with 3-15 wt% of bioceramic powder for emitting far-infrared rays and for generating anions. For one example, the bioceramic powder is composed of 60 wt% of blue elvan, 10 wt% of zirconia, 20 wt% of aluminosilicate, and 10 wt% of cordierite, and then 5-10 wt% of the bioceramic powder is mixed with 100 wt% of the hardener. For another example, the bioceramic powder is composed of 30 wt% of blue elvan, 30 wt% of glauconite, 20 wt% of germanium containing yellow earth, 10 wt% of tourmalin, and 10 wt% of mica, and then 2-5 wt% of the bioceramic powder is mixed with 100 wt% of the hardener.

Description

Bandage for functional caste {BANDAGE FOR FUNCTIONAL CAST}

The present invention relates to a bandage for a functional cast. Conventional surgical bandages or casing bandages used for shaping or fixing the dislocations are mainly used for elasticity such as puncture for elasticity, or breathable density bandage papers such as plasters or humidified hardenable synthetic resins. When applied with a bandage of hardener (담 化 濟) and soaked in water to add water ((水水)) and then wound the cast bandages on the surgical affected area is cured with drying to fix the bones do not move.

Conventional caste bandages are mainly composed of orthopedic hardening of bandages by a hardener, but when the bandage is applied to the affected area and cured, the blood circulation is disturbed due to the pressure of the bandage on the skin. Itching and sometimes there was a problem such as dermatitis caused by bacterial infection due to moisture such as sweat.

An object of the present invention in the cast bandage used in orthopedic surgery, by combining bio-ceramic to the curing agent of the bandage to produce a functional bandage with far-infrared radiation, anion is generated and antibacterial action, wound the bandage on the affected area to the curing agent When it is cured, it promotes blood circulation of affected area by far infrared rays emitted from the hardening agent of bandage, there is no tingling or itching, anion is generated to maintain skin health, and antibacterial action causes contact dermatitis due to moisture such as sweat It is to provide a caste bandage to prevent.

In order to achieve the above object, the present invention relates to a bandage made of good stretchable knit fabric from side to side, or to a caster bandage made by immersing a curing agent such as a praster or a polyurethane resin on a bandage paper woven in a density for breathability. In the hardening agent, bio-ceramic powder (about 300 mesh) of a mixture of minerals such as blue vein, zirconia, alumina silicate, haeolite, germanium-containing loess, tourmarine, mica, etc. is mixed in a range of 3-15% by weight to bandages. It is apply | coated with a hardening | curing agent, and the bandage for functional casing is manufactured.

In the cast bandage of the present invention, the cotton is first wound on the skin to orthopedic lesions such as fractures and dislocations to a predetermined thickness. After winding, soak in water before winding, and carefully wrap the bandage on the affected area before drying, and harden with drying to fix the affected area.

Since the bio-ceramic powder is contained in the hardening agent of the functional cast bandage of this invention, a far infrared ray and an anion are emitted by the characteristic of a mineral.

Therefore, the part pressurized by the bandage is promoted blood circulation by the internal exothermic action by the far infrared rays emitted from the bio-ceramic. In addition, oxygen in the air is decomposed by the ionization of electrons emitted from the bio-ceramic to give oxygen anion to give health to the skin, and the antibacterial action of turquoise prevents the infection of bacteria due to the moisture of sweat on the skin of the cast part. It prevents dermatitis.

Blue gangue rock used in the present invention is a tuff rock with a stronger blue phase among gangue rocks, feldspar and quartz are the main constituent minerals, and chlorite, chlorite, and opaque mineral clay minerals are included in the bio-ceramic composition.

Haeokseok is called the first stone, and is a particularly good bio-ceramic antibacterial activity against E. coli Pseudomonas aeruginosa.

Blue veins and cyan stones are calcined at least at 1200 ° C for 3 hours to remove mineral-containing chemical moisture. In addition, these mixed minerals are pulverized into a fine powder of at least 300 mesh by a ball mill and used to dry the powder by hot air of 90-100 ℃. Experimental results for the far infrared and anion emission of these bioceramics are already known by various test data.

In the present invention, using the bio-ceramic to prepare a functional bandage bandage for caste.

The caste bandage of the present invention is useful for anyone who is impatient or a woman with weak skin because it does not soothe or itch and soothe pain due to blood circulation even after prolonged periods when the cast is wound around the fire department. Can be used.

A caster bandage in which a curing agent such as a praster or a polyurethane resin is immersed in a bandage paper woven at a density for good knitting or ventilation, with respect to 100 parts by weight of the curing agent. A bandage for a functional cast is prepared by uniformly blending 3-15 parts by weight of a bio-ceramic powder that emits far infrared rays and generates anions.

The bio-ceramic uses the composition of the following examples.

(1) First embodiment

Blue Lean Rock 60 parts by weight,

10 parts by weight of zirconia,

20 parts by weight of aluminosilicate,

10 parts by weight of cordierite

By mixing homogeneously, 5-10 parts by weight of the bio-ceramic compound is homogeneously mixed with 100 parts by weight of the curing agent, the curing agent containing the bio-ceramic is immersed in a bandage to prepare a functional cast bandage of the present invention.

(2) Second Embodiment

Blue Lean Rock 30 parts by weight

30 parts by weight of glauconite

20 parts by weight of germanium-containing sulfur

10 parts by weight of tourmaline

10 parts by weight of mica

Mixing homogeneously and mixing 2-5 parts by weight of the bio-ceramic to 100 parts by weight of the curing agent, the curing agent containing the bio-ceramic is immersed in a bandage to prepare a bandage for the functional cast of the present invention.

The blue rock is used to remove mineral-containing water by calcining at least 1200 ℃ for 3 hours, and all minerals are ground to powder of at least 300 mesh or more.

The functional cast bandage made of the composition of the first embodiment and the functional cast bandage made of the composition of the second embodiment are used for the same purpose, and the deep infrared rays are released by the bio- ceramic fired at a high temperature to cover the bandaged area. Far infrared rays penetrate and generate heat, thereby promoting blood circulation.

Since the composition of the second embodiment includes rustite, germanium-containing loess, tourmaline, and mica, electrons are emitted from these minerals with energy enough to ionize, which is then released from the bio-ceramic compounded in the curing agent when the bandage is used. Oxygen molecules in the air are easily anionized by electrons to promote the health of the skin that is bandaged and have antibacterial activity.

The antimicrobial test results for E. coli and Pseudomonas aeruginosa against halite stone are shown in the following table.

TABLE 1

In Table 1, the most common Escherichia coli is 95%, and Pseudomonas aeruginosa has an antibacterial effect of 94%, indicating that there is an antimicrobial activity of the functional caste bandage of the present invention. Also, rustite is released of 1.19 ppm of germanium (Ge) and 0.10 ppm of cerium (Se).

It can be seen that the antimicrobial effect on the skin of the bandaged area is good. In addition, the emissivity 0.94 of the far infrared ray (5-20㎛) of blue vein rock is 3.79x10 ₂ .

As described above, caste bandages of the present invention are orthopedics because they prevent the infection of the skin disease of the cast site by antibacterial action due to the promotion of blood circulation due to the functionality of the bio-ceramic compounded in the curing agent, without tingling or itching. It can be used more effectively as a bandage for caste of orthopedic fixation such as fractures and dislocations.

An example of the composition of the blue vein rock used in the present invention is as follows.

SiO ₂ 67.44%, Al ₂ O ₃ 16.00, FeO 3.60, CaO 3.62, MgO 1.03, K ₂ O 2.43, Na ₂ O ₃ 3.99, etc. 1.68 (Korea Institute of Energy Research)

Elvan stones with other compositions can also be used as the bio-ceramic of the present invention. In addition, it is also within the scope of the present invention to add or subtract a part of the composition of the bio-ceramic or adjust the compounding ratio within the claims of the present invention.

The present invention is in a cast bandage coated with a curing agent such as praster (gypsum), or a humidified curable resin on a bandage of knitted or woven fabrics, the blue rock, zirconia, aluminosilicate, cordierite, germanium The bandages for functional casts were wound around the orthopedic affected area by preparing a functional cast bandage by mixing the powder of bio-infrared and anion-releasing bio-ceramic material containing a mixture of minerals such as ocher, tourmaline, and mica with the curing agent of the bandage. When cured, there is no tingling or itching due to the promotion of blood circulation by the far-infrared rays on the skin, and it prevents dermatitis by maintaining the health of the skin by anion and antibacterial effect, thereby improving the usefulness by the function of caste bandage. have.

Claims (3)

In the cast bandages in which a hardener is applied to a bandage of knitting or weaving, a bio-material consisting of mineral mixtures such as blue rock, zirconia, aluminosilicate, cordierite, germanium-containing loess, tourmaline, and mica A bandage for a functional cast, characterized in that a blend of 2-10 parts by weight of ceramic powder is added to 100 parts by weight of the curing agent to produce a cast bandage having far-infrared emission, anion generation and antibacterial properties. According to claim 1, wherein the bio-ceramic is mixed homogeneously mixed 60 parts by weight of blue gangue rock, 10 parts by weight of zirconia, 20 parts by weight of aluminosilicate, 10 parts by weight of cordierite, the bio-ceramic 5 A functional caster bandage, characterized in that to prepare a caster bandage by homogeneously blending 10 parts by weight to 100 parts by weight of the curing agent. According to claim 1, wherein the bio-ceramic is mixed by homogeneously mixing 30 parts by weight of blue gangue rock, 30 parts by weight of glauconite, 20 parts by weight of germanium-containing sulfur, 10 parts by weight of tourmaline (taurmalin) 10 parts by weight of mica homogeneously. A functional caste bandage is produced by blending 2-5 parts by weight of ceramic with 100 parts by weight of the curing agent to produce a caste bandage.