KR100553829B1 - panel manufacturing method using Petrified woods - Google Patents

Abstract

The present invention produces a silicified wood panel by cutting silicified wood formed by filling silica (silicon) in the wood part pores while keeping the original shape and structure of the wood as it is, and a silicified wood panel rich in anion and far-infrared radiation is applied to daily life. By incorporating functional furniture such as beds and dining tables, you can not only obtain high-quality furniture such as beds and dining tables with excellent aesthetics, but also contribute to health promotion.

Silicified wood, negative ion, far infrared ray, panel, bed, dining table, furniture.

Description

Method for manufacturing siliceous wood panel and panel manufactured thereby, panel manufacturing method using Petrified woods

1 is a perspective view showing a silicified wood according to the present invention and a silicified wood organization cut therefrom.

Figure 2 is a perspective view showing a silicified wood panel according to the present invention.

FIG. 3 is a perspective view illustrating a bed using the silicide wood panel of FIG. 2. FIG.

FIG. 4 is a perspective view illustrating a dining table using the silicide wood panel of FIG. 2. FIG.

-Explanation of symbols for the main parts of the drawings-

1: Silicate Wood Log 2: Sihwa Tree Organization

3: silicified wood panel 4: adhesive

5: silly wood carving pieces 6: bed

7: bottom plate 8: dining table

9: top plate

The present invention relates to a method for producing siliceous wood panel, a panel produced by the same, and furniture using the panel. In particular, the present invention manufactures a panel made of silicified wood formed by filling silica (silicon) in the wood pores while maintaining the original shape and structure of the tree, and the silicide wood panel rich in anion and far-infrared radiation is combined with daily life. By making functional furniture such as a dining table, you can not only obtain furniture such as a bed or a dining table with excellent aesthetics, but also contribute to health promotion.

Silified woods, also commonly referred to as pertrified woods, are wood fossils that are believed to have formed in the mesozoic zone in the mesozoic zone. Wood fossil is mainly composed of silicon dioxide, trigonal crystal system, hardness 6.5 ~ 7.0 (HV), specific gravity 2.60, and monocytes are uncomfortable coal and wood chain. The refractive index is about 1.5 (nD), and the color varies from brown, gray, red, etc., but white or pale brightly colored wood fossils are recognized as high-end products.

The silicified wood having the characteristics described above may have a simple color change depending on the mountainous area, and may have a colorful cross section with various colors. The former silicified wood has a large amount of mining, so it is easy to procure materials. On the other hand, siliceous trees of various colors are produced by the precipitation of minerals of various components. Some siliceous trees have a good balance of red and yellow, but they are traded at high prices due to the low production volume.

As a feature of the silicified wood, the amount of anion and far-infrared radiation is abundant with the sense of taste. As is widely known, far infrared rays are long wavelengths among infrared rays. Infrared rays are a kind of electromagnetic waves with a large thermal effect because they have longer wavelengths than the red region of visible light, are invisible and absorbed well by materials, and resonance and resonance caused by organic compound molecules. Strong action. In general, light with a short wavelength is well reflected, and when the wavelength is long, it is absorbed well when it reaches an object, and its penetrability is strong. In other words, you can hardly feel warm in hot water at the same temperature, but when you sunshine at the same temperature, you will feel warm. This is because far-infrared rays in the sun penetrate deep into the skin to produce heat.

Far-infrared heat action is a great help to eliminate the bacteria that cause various diseases, and expand the capillaries to help blood circulation and the creation of tissue. In addition, by contacting between the water and protein molecules constituting the cell to shake the cell finely about 2,000 times per minute to activate the cell tissue is effective in the prevention of various adult diseases, such as preventing aging, promoting metabolism, relieve chronic fatigue. In addition, the promotion of sweating and pain relief, elimination of heavy metals, sleep, deodorization, flavor, dehumidification, air purification, etc. are innumerable effects.

It is one of the benefits of promoting growth and longevity of livestock and crops, eliminating odor, absorbing and dispersing harmful electromagnetic waves, constitution change, insect repellent, maintaining freshness of food and preventing deterioration of taste. Thus far infrared rays are harmless and beneficial to both human body and plant. This effect of far infrared is widely used in building materials, kitchen furniture, furniture, functional textiles, functional clothing, medical equipment, jjimjilbang.

On the other hand, the anion emitted from silicified wood has four characteristics. First, when positive (+) or minus (-) potential is added to the whole body under certain conditions, bio ions in the blood and sodium (Na), The purification | cleaning effect of the blood confirmed by having a close connection between minerals, such as calcium (Ca) and potassium (K), is mentioned.

Secondly, as the reactivation of cells, anion increases in the blood, and the cell's action is very good. The electrical exchange of cell membranes is facilitated, nutrients enter the cell sufficiently, and waste is completely discharged. In other words, as the anion increases, the metabolism becomes active and its action is gradually revived. Increasing calcium in the blood refers to the excitement of muscles, especially myocardium, which makes the heart stronger.

Third, as resistance increases, negative ions increase significantly in the blood gamma globulin. This gamma globulin is a type of globulin contained in serum and increases when various infectious diseases occur. The components of globulin include antibodies that exert immunity, and as the antibody to various diseases increases with the increase of gamma globulin, defense ability is enhanced in the living body, thereby increasing resistance to disease.

Lastly, the autonomic nerve coordination is excellent.The autonomic nerve is a life-giving instrument in that it functions as an essential part of the parasynthesis and life support that controls organs that react irrespective of our doctors, such as internal organs and glands. Also called. Negative ions have a profound effect on this role, while cations cause many side effects on the human body, unlike negative ions.

The "silicone wood-organized functional bed" disclosed in Korean Utility Model Registration No. 20-0279065 (announced on June 22, 2002) is designed to harmonize siliceous wood with a pattern, cotton pattern or texture and cotton pattern and polish the surface. Functionalized bed of silicified wood, consisting of a top plate fixed with siliceous wood pieces inlaid.

The above-mentioned functionalized bed of silicified wood in Korea Utility Model No. 20-0279065 is characterized by significantly higher radiation of far infrared rays and anions than loess or ceramics, but limiting the increase of radiation of far infrared rays and anions by using silicified wood chips as inlay material. There is, there is a problem that the workability falls because the silicide wood piece to be fixed on the top of the bed.

The object of the present invention is to make more size anion from silicide wood panel placed at high density while improving workability by making silage wood cut to a certain thickness and making panels of a certain size using these pieces as building materials, interior decoration materials, furniture materials, etc. And to provide a silicified wood panel manufacturing method and far silicified wood panel produced by the far infrared radiation.

In addition, the object of the present invention is to apply silicified wood panel to furniture such as bed or dining table, and to improve the furniture, while the far-infrared rays or negative ions that are beneficial to the human body radiated from silicified wood can be contacted from time to time in daily life to contribute to health promotion To provide furniture such as a bed or dining table using.

Method for producing siliceous wood panel according to the present invention, the first step of producing a silicified wood by cutting to a certain thickness in a fixed state of silicified wood; A second step of removing moisture by naturally drying the silicide wood preparation obtained in the first step and applying heat and drying; A third step of arranging the silicide wood knitting and silicide wood knitting pieces having moisture removed to have a beautiful aesthetic in a mold having a flat surface and a predetermined standard; And a fourth step of manufacturing each silicide wood preparation and each silicide wood preparation piece into one panel by putting an adhesive mixed with a resin and a curing agent into a space between each silicide wood knitting and each silicide wood knitting piece arranged in the mold. Characterized in that.

In addition, in the present invention, the silicide wood panel manufacturing method, it is preferable to further include the step of polishing the surface of the silicide wood panel obtained in the fourth step to restore the original color and aesthetics of silicide wood.

In addition, the siliceous wood panel according to the present invention is characterized by providing a siliceous wood panel having a predetermined thickness and area produced by the siliceous wood panel manufacturing method described above.

In addition, the furniture using the siliceous wood panel according to the present invention is characterized in that the siliceous wood panel produced by the siliceous wood panel manufacturing method is used as the bottom plate of the bed or the top plate of the dining table.

Hereinafter, the present invention will be described in detail.

Figure 1 shows a silicified wood logs (1) taken from nature according to the present invention and silicide wood organization (2) cut therefrom, silicified wood logs (1) is a wood fossil having a strength of 6.5 ~ 7.0, which is to plate In the case of cutting for the sake of wood, cracks are generated in the area where the binding force is weak due to tree rings, and it is difficult to preserve the color or shape of the natural silicified wood. To be fixed.

One way of fixing the siliceous wood 1 is not to shake is to apply a heat on one side of the siliceous wood 1 to the marble to fix the resin. In the state in which the siliceous wood solid 1 is fixed on the marble as above, the siliceous solid wood 1 is cut into siliceous wood knitting 2 having a thickness of about 20 to 30 mm as shown in FIG. 1 using a diamond blade.

At this time, as a means for cutting the siliceous wood (1) can be used a variety of things, such as the laser blade, as well as the above-mentioned diamond blade, the method of cutting the siliceous wood (1) is also the length of the silicified wood (1) as shown in FIG. Not only can be cut at right angles to the direction, but also to take advantage of the original shape and characteristics of siliceous wood, it can be cut in the longitudinal direction or longitudinally and obliquely in the longitudinal direction of the siliceous wood (1) to obtain a variety of shapes and shapes.

Thus, the silicified wood knitted fabric 2 cut out from the silicified wood solid wood 1 is dried so that there is no moisture by applying heat generated by natural drying or a separate heating means. This is to increase the adhesive force when manufacturing the panel using the adhesive, and to maximize the original color or shape of the siliceous wood (1).

In order to manufacture the siliceous wood fabric (2) completely removed moisture as described above to produce a panel of a specific specification desired, the mold is slightly wider than the area of the panel to be manufactured. This is to make the siliceous wood panel can be removed after the siliceous wood panel is manufactured.

After confirming that the bottom surface of the mold thus manufactured is flat or free of foreign matter on the bottom surface, the siliceous wood fabric (2) is arranged in the mold. At this time, the silicide wood knitting (2) and silicide wood knitting (2) is filled with siliceous wood cutting (5) cut silage wood knitting pieces (5) is arranged to minimize the gap in the mold.

Of course, the arrangement of silicewood (2) and silicewood (5) and silicewood (5) can be visually beautiful when arranging the silicewood (2) and silicewood (5) operations within the mold, and at the same time, according to the purpose of the silicewood panel (3). It is desirable to arrange a variety of).

After arranging siliceous wood (2) and siliceous wood (5) pieces, the resin and hardener are in the ratio of 75 to 85: 15 to 25 in the space between each siliceous wood (2) and siliceous wood pieces (5). The silicide wood panel 3 in which each silicified wood knitted fabric 2 and each silicified wood knitted fabric fragment 5 is molded by the adhesive 4 into one by the adhesive 4 is added and cured by removing the mold. You can get it.

Preferably, as shown in FIG. 2, after the siliceous wood panel 3 having a predetermined thickness and a predetermined area is manufactured, the surface of the siliceous wood panel 3 may be polished to maximize the natural color and aesthetics of the siliceous wood.

3 is a silicide wood panel 3 manufactured as shown in FIG. 2 applied to the bed 6, and the bottom plate 7 of the bed 6 is a silicide wood panel 3. In other words, in the bed 6 of FIG. 3, the silicide wood panel 3 is fixed to the bottom plate 7 of the bed 6. Preferably, by placing and fixing the silicide wood panel 3 on a separate bottom plate 7, it is possible to minimize the impact or weight applied to the silicide wood panel 3. Therefore, the user of the bed 6 has about 526 ion / cc of negative ions and the efficiency of far-infrared radiation of 0.917 and emission energy of 3.96 × 10 ² (W / m ² · µm, 45 ° C) during bedtime. You can experience.

FIG. 4 is a silicewood panel 3 manufactured as shown in FIG. 2 applied to the dining table 7, and the upper plate 9 of the dining table 8 is made of silicewood panel 3. FIG. In other words, the silage wood panel 3 is fixedly installed on the upper plate 9 of the dining table 8 of FIG. Preferably, by placing and fixing the silicide wood panel 3 on a separate top plate 9, the impact or weight applied to the silicide wood panel 3 can be minimized. Therefore, the user of the table 8 can observe the efficacy of far-infrared radiation having an emissivity of 0.917 and emission energy of 3.96 × 10 ² (W / m ² · μm, 45 ° C.) at approximately 526 ion / cc, and 5-20 μm even during meals. You can experience.

In the above embodiment, only the bed and the dining table have been described, but the present invention is not limited thereto, but may be applied to furniture such as a desk or a chair. Furthermore, it can be used not only for furniture such as beds and dining tables, but also for building materials, interior decoration materials, and furniture materials.

The present invention provides more anion and far-infrared rays from silicewood panels arranged at high density while increasing workability by making silly wood cut to a certain thickness and making panels of a certain size using these pieces as building materials, interior decoration materials, and furniture materials. There is an effect that can be obtained.

In addition, the present invention may be applied to the furniture such as the bed or dining table to improve the furniture such as bed or dining table, while contributing to the health promotion by allowing the far infrared or negative ions to be beneficial to the human body radiated from silicified wood from time to time. Is effective.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and such modifications and modifications belong to the appended claims. .

Claims (5)

A first step of manufacturing silicified wood by cutting the silicified wood solid to a predetermined thickness; A second step of removing moisture by naturally drying the silicide wood preparation obtained in the first step and applying heat and drying; A third step of arranging the silicide wood knitting and silicide wood knitting pieces having moisture removed to have a beautiful aesthetic in a mold having a flat surface and a predetermined standard; And A fourth step of manufacturing each silicide wood preparation and each silicide wood preparation piece into one panel by putting an adhesive mixed with a resin and a curing agent into a space between each silicide wood knitting and each silicide wood knitting piece arranged in the mold; Silicified wood panel manufacturing method comprising a. The method of claim 1, The silicide wood panel manufacturing method further comprises the step of polishing the surface of the silicide wood panel obtained in the fourth step to bring out the original color and aesthetic of silicide wood. Silica wood panel having a constant thickness and area prepared by claim 1 or claim 2. The bed using the siliceous wood panel manufactured by Claim 1 or 2 as a bottom plate of a bed. The dining table using the siliceous wood panel manufactured by Claim 1 or 2 as a top board of a dining table.

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