ACCESSORY PANEL HAVING FAR-INFRARED RADIATION AND MULTIPURPOSE FUNCTIONS Technical Field The present invention relates to an accessory panel having far-infrared radiation and multipurpose functions, and more particularly, to an accessory panel having far- infrared radiation and multipurpose functions in which a panel unit of a plate form is made of soft or hard resin, rubber, cloth, leather, wood, paper, nonferrous metal or metal, a non-woven fabric which is coated with the corpuscular state material having both the far-infrared radiation, water vein wave isolation, electromagnetic wave isolation and neutralization functions and the deodorization, antibiosis, negative ion, grasping power increase and maturing functions is sticked to the panel unit, and a releasing paper is adhered to the back side of the non-woven fabric, whereby it can be adhered to the goods

produced in the whole industry fields such as daily necessaries, electric and electronic appliances, chemical fiber goods, sport supplies, accessories, footwear, furniture, kitchen utensils, I. D. cards and credit cards (sticker), medicine & medical appliances, building materials, religious goods, industrial machinery and communication/space aviation industry and the goods used in the manufacturing.

Background Art Generally, in conventional accessory panels, various characters, figures and pictures are printed on the front surface of a round shape or square shape plate or the surface thereof is coated. However, in this case, only a visual effect can be obtained.

In addition, the labels sticked to the clothing or gloves display the trade name or the name of goods on the weaved cloth, and this only has the effect of informing the origin of the goods.

Disclosure of Invention Accordingly, an object of the present invention is to provide an accessory panel having the far-infrared radiation and multipurpose functions in which a panel unit of plate form is made of soft or hard resin, rubber, cloth, leather, wood, paper, nonferrous metal or metal, a non-woven fabric which is coated with corpuscular material having both the far-infrared radiation, water vein wave isolation, electromagnetic wave isolation and neutralization functions and the deodorization, antibiosis, negative ion, grasping power increase and maturing functions coated is sticked to the panel unit, and a releasing paper is adhered to the back side thereof, whereby it can be adhered to the goods produced in the whole industry fields such as daily necessaries, electric and electronic appliances, chemical fiber goods, sport supplies, accessories, footwear, furniture, kitchen utensils, I. D. cards and credit cards (sticker), medicine & medical appliances, religious goods, industrial machinery and communication/space aviation industry and the goods used in the manufacturing.

To achieve these and other advantages and in accordance with the purpose of the present invention, as embodied and broadly described, the accessory panel having far-infrared radiation and multipurpose functions has a panel unit of plate form made of any one of hard or soft synthetic resin, rubber, cloth, leather, wood, paper, nonferrous metal or metal, a functional non-woven fabric which is sticked to one side of the panel unit and has an adhesive layer on the reverse side of the side which is sticked to the panel unit, the surface o the functional non-woven fabric being coated with any one material or the material made by mixing at least more than materials of the materials having both the far-infrared radiation, water vein wave isolation, electromagnetic wave isolation and neutralization functions and the deodcrization, antibiosis, negative ion, grasping power increase and maturing functions in a corpuscular state; and a releasing paper which is adhered to the adhesive layer, protects one side of the non-woven fabric and is easily released from the non-woven fabric.

Brief Description of Drawings The present invention will become more fully understood from the detailed description given hereinbelow and the accompanying drawings which are given by way of illustration only, and thus are not limitative of the present invention, and wherein: FIG. 1A is a perspective view showing a preferred embodiment of the present invention; Fig. 1B is a cross sectional view of another embodiment of FIG. 1A; FIG. 2A is a perspective view showing a second preferred embodiment of the present invention; FIG. 2B is a cross sectional view of another embodiment of FIG. 2A; FIG. 3A is a perspective view showing a third preferred embodiment of the present invention; FIG. 3B is a cross sectional view of another embodiment of FIG. 3A; FIG. 4A is a view showing an electric home appliance to which an accessory panel according to the present invention

is applied; FIG. 4B is a view showing the clothing to which an accessory panel according to the present invention is applied; and FIG. 4C is a view showing a golf glove to which an accessory panel according to the present invention is applied.

Best Mode for Carrying Out the Invention The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIGS. 1A, 2A and 3A illustrate an accessory panel having the far-infrared radiation and multipurpose functions according to the present invention. The accessory panel having the fa--infrared radiation and multipurpose functions has a panel unit 100 made of a round shape or square shape plate, a functional non-woven fabric 110 which has the same size as the panel unit 100 and is adhered to the back side of the panel unit 100 and a releasing paper 114 which has

the same size as the functional non-woven fabric and is adhered to the back side of the functional non-woven fabric.

The panel unit 100 is formed to be a thin plate by using the hard or soft synthetic resin, rubber, urethane, cotton-processed cloth, leather, wood, paper, nonferrous metal or metal as a main material, and various figures, characters and pictures are displayed on the front surface thereof.

The functional non-woven fabric is coated in a corpuscular state with any one of the native rock containing aluminum oxide, silicon oxide, germanium, cerium or the material made by mixing these, the native rock such as jadeite, nephrite, jade, rared-titanium, serpentine, greenstone, topaz, sapphire, yellow soil, tourmaline, elvan, rare-earth stone, granite, biotite, amphibole, tremolite, chlorite, garnet, pyroxene, diorite, microcline, anorthite, feldspar, agalmatolite, olivine, zircon, zeolite, talc, actinolite, charcoal, clay, allanite, sericite, illmenite, silica, diatomite, silicon dioxide, the ceramic material using these or the material emitting magnet. Or the

functional nor-woven fabric is coated in a corpuscular state with the material made by mixing at least more than two kinds of materials of the native rock containing aluminum oxide, silicon oxide, germanium, cerium, the native rock such as jadeite, nephrite, jade, rared-titanium, serpentine, greenstone, topaz, sapphire, yellow soil, tourmaline, elvan, rare-earth stone, granite, biotite, amphibole, tremolite, chlorite, garnet, pyroxene, diorite, microcline, anorthite, feldspar, agalmatolite, olivine, zircon, zeolite, talc, actinolite, charcoal, clay, allanite, secricite, illmenite, silica, diatomite, silicon dioxide, the ceramic material using these or the material emitting magnet. Or the functional nor-woven fabric is mixed with copper or aluminum which isolates the water vein waves. Or the functional non- woven fabric is doped with a carbon fiber which isolates the electromagnet-c waves.

The functional non-woven fabric 110 and the panel unit 100 are adhered to each other by the adhesive layer 112. The functional non-woven fabric 110 has the adhesive layer on one side thereof and the releasing paper 114 is adhered to

the adhesive layer. Thereby, the panel unit 100 can be conveniently sticked to any desired place of various goods by removing the releasing paper 114.

FIGs. 1B, 2B and 3B illustrate the accessory panel having far-infrared radiation and multipurpose functions according to the present invention. This accessory panel has a panel unit 100 made of a round or square shape thin plate, the back side of which is doped with an adhesive layer 116 and a releasing paper 114 which has the same size as the panel unit 100 and is adhered to the back side of the panel unit 100.

The panel unit 100 is formed to be a thin plate by using hard or soft synthetic resin, rubber, urethan, cotton- processed cloth, leather, wood, paper, nonferrous metal or metal as a main material and various figures, characters and pictures are displayed on the front side of the panel unit 100. And the panel unit 100 is coated in a corpuscular state with any one of the native rock containing aluminum oxide, silicon oxide, germanium, cerium or the material made by mixing these, the native rock such as jadeite, nephrite,

jade, rared-titanium, serpentine, greenstone, topaz, sapphire, yellow soil, tourmaline, elvan, rare-earth stone, granite, biotite, amphibole, tremolite, chlorite, garnet, pyroxene, diorite, microcline, anorthite, feldspar, agalmatolite, olivine, zircon, zeolite, talc, actinolite, charcoal, clay, allanite, sericite, illmenite, silica, diatomite, silicon dioxide, the ceramic material using these or the material emitting magnet. Or the panel unit is coated in a corpuscular state with the material made by mixing at least more than two kinds of materials of the native rock containing aluminum oxide, silicon oxide, germanium, cerium or the material made by mixing these, the native rock such as jadeite, nephrite, jade, rared-titanium, serpentine, greenstone, topaz, sapphire, yellow soil, tourmaline, elvan, rare-earth stone, granite, biotite, amphibole, tremolite, chlorite, garnet, pyroxene, diorite, microcline, anorthite, feldspar, agalmatolite, olivine, zircon, zeolite, talc, actinolite, charcoal, clay, allanite, sericite, illmenite, silica, diatomite, silicon dioxide, the ceramic material using these or the material emitting magnet. Or the panel

unit is mixed with copper or aluminum which isolates the water vein waves. Or the panel unit is doped with a carbon fiber which isolates the electromagnetic waves.

As shown in FIGs. 4A, 4B and 4C, the present invention can be applied to the electric and electronic appliance, the label of the clothing or the golf glove. With the functional non-woven fabric 110 or the functional panel unit 100, the far-infrared ray can be radiated and the water vein waves and electromagnetic waves can be isolated/neutralized even though heat is not applied.

Hence, while the electronic appliances are used, the harm electromagnetic waves generated from the electronic appliances are isolated and neutralized and at the same time, the far-infrared ray is radiated to the human body, thus promoting health by the promotion of circulation of blood and the activation of cell.

Further, if the accessory panel is formed to be a large-sized plate and is provided on the floor of a room, we can achieve a water vein wave isolation function besides the above functions, thereby enabling a sound sleep.

If the accessory panel is sewed as a label of a sport wear, this can activate the organism of human body during the athletic sports.

On top of that, this can be conveniently adhered to the goods manufactured in the whole industry fields like daily necessaries, electric & electronic appliances, chemical fiber goods and the goods used in the manufacturing, or to the bottles or cans of beverage (natural water, drink, juice, etc.) or alcoholic liquors, and can be widely used in processing and manufacturing of the agriculture & stockbreeding field and the environmental industry.

According to the present invention, the functional non- woven fabric or functional panel unit radiate the far- infrared ray, thus promoting the circulation of blood and activating the cells, increase the grasping power, remove the harm water vein waves, neutralize and isolate the electromagnetic waves, thus promoting the health. In addition, this can neutralize the poison by deodorization, antibiosis and negative ion functions and improve the environment sanitation by purifying the air and water.

Although the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as recited in the accompanying claims.