KR200436377Y1 - Slim-Flexible Type Dadami - Google Patents

Abstract

The present invention is a tatami mat which is completed by joining them by embedding flexible fillers with cushioning properties in the surface and flooring materials of the artificial chamber. Especially, it is a cushion, slim, flexible, and can be extended in length so that it can be stored and constructed in a rolled form. This breakthrough possible tatami, the structure is a flexible flooring 30 disposed below the surface material 20, and the cushion-fillable filler material 40 disposed between the surface material 20 and the flooring (30) And the edges of the surface material 20, the bottom material 30, and the filler material 40 are finished with the edge material 50, and the cushion-flexible filler 40 is made of a nonwoven fabric, an electron beam crosslinking sheet, and a sponge. , Polyester fiber sheet, any one selected from a variety of bolts and is completed by bonding the surface material 20 and the flooring material 30, the cushion-flexibility Copying (40) the material of antibacterial, flame retardant, anionic, deodorizing function and more preferably are added. Therefore, the tatami of this structure is a construction method that provides a clean tatami space very easily because the tatami mat is constructed in the way of constructing tatami mats or flooring in the space of the tatami construction, the shape is flexible and roll Because it can be wound in a shape, it can be installed in a long line in a space with a large length and width, saving construction costs, and because there are no seams, it is excellent in aesthetics, and because the material required for tatami is small and inexpensive materials are used, the overall selling price is also increased. It is inexpensive and is about 1/2 of the price of existing tatami mats, but it is also structurally strong. It combines new copper wire (copper wire) with anion-generating nonwoven fabric, and when it is finished with non-slip material, it provides environmentally improved tatami mats. And the negative ion generating nonwoven fabric has the effect of odor, sterilization.

Tatami mat, cushioning, flexibility, antibacterial, flame retardant, nonwoven fabric, electron beam crosslinking sheet, sponge, polyester fiber sheet

Description

Slim-Flexible Type Dadami

Figure 1 is an enlarged photograph showing a part of the structure of the flexible tatami of the present invention

Figure 2 is a photo showing a part of the flexible tatami of the present invention

3 is a photograph of a perspective view showing a tatami of a traditional structure

Figure 4 is a photograph of a perspective view showing a conventional tatami mat improved traditional tatami mat

<Description of Symbols for Major Parts of Drawings>

10: tatami 20: surface material

30: flooring material 40: filler (cushion-flexible filler)

50: border finish

The present invention is a tatami mat which is completed by joining them by embedding flexible fillers with cushioning properties in the surface and flooring materials of the artificial chamber. Especially, it is a cushion, slim, flexible, and can be extended in length so that it can be stored and constructed in a rolled form. This is about possible groundbreaking tatami mats.

In general, tatami mats; a Japanese floor mat; a dadami) is Japanese style

In a house, it is a mat with a mat made of royal bone or wealth on a plate made of straw. It also refers to the material on the floor. As it is well known in Japan, it is called a concubine, which means that it overlaps, and the tatami of traditional meanings is made by attaching a border around the line. This border used to show identity or decorative role as the color or shape of the line, and it uses silk, burlap, and cotton. The colors are dark blue, brown, and black.

The tatami has a history of 1,300 years and is a tool necessary for a living environment that is most suitable for the climate of Japan. As a unique mat made in Japan, tatami mats are comfortable and comfortable, the texture and moderate elasticity that can not be tasted on the floor are the biggest attraction, and it is a material with a unique 'smell' that moderates warmth and relieves mood. This tatami room is actually used for various purposes. In other words, it is safe for infants and the elderly, so it is safe and tired even at nap.

Tatami is a flooring that can be useful all year round, 18 degrees Celsius in winter.

It keeps the surface temperature to reach and cools well in summer, so you can create a comfortable living environment by laying tatami on the place where the chilly place is not possible due to the lack of concrete floor or ondol heating.

A conventional tatami will be described with reference to FIGS. 3 and 4.

Figure 3 is a photograph of a perspective view showing a tatami of traditional structure, Figure 4 is a traditional

Isometric photograph showing tatami mat which improved tatami of phosphorus structure. In these figures, reference numeral 100 represents tatami. Filling the interior material 300 consisting of a straw straw with a somewhat thick in the densely woven royal surface material 200, and both sides of the surface material 200, that is, bent well in the front and rear direction in the direction of the weave aggregate in both directions Due to the characteristics that are not easily bent to finish using the border member 400 on both sides at the time of finishing.

The tatami (100) of the traditional meaning of this structure, although the royal bone is natural, but if it is used for a long time, it is easily worn out and penetrates foods, causing severe odors and causing fluff, causing fluff to stick to socks or pants, creating discomfort. And vulnerable to fungi such as fungi.

The tatami mat 100 shown in FIG. 4 shows a somewhat improved form in the tatami traditional meaning. In order to avoid the problem of natural royal bone, it is made by flame retardant treatment of Japanese traditional paper (waji) made from raw materials such as mulberry and celery, and it is a high-temperature sterilization heat treatment that makes respirable and suppresses mites and molds. The surface material 200 is used to make this difficult to stick and long-lasting beauty.

The surface material 200 is filled with the interior material 300, which is a natural wood fiber material made of fiber using recycled wood. The interior material 300 is composed of the intermediate material 302, the main interior material 304 in order to solve the side effects of the direct coupling between the surface material 200 and the interior material 300 and the reference numeral 330 of the interior material 300 It is a flooring material which is disposed below and has some strength.

In general, Japanese restaurants and other tatami mats are used to create a Japanese atmosphere. At this time, the room originally used for other purposes was not covered with tatami mats, but was finished with a thin floor finishing material (plaque or monolium treatment). There is a problem.

On the other hand, there is an increasing number of businesses that finish with flooring or fooring without installing the floor in tatami, this is due to the problems of durability, hygiene, and management of the conventional tatami.

However, it is also common to recognize that Japanese restaurants should have tatami mats, and according to the necessity of finishing floors with tatami mats that can be used as existing facilities, an ultra-slim tatami is required, and the present invention was born.

The present invention for achieving the above technical problem is a rectangular tatami (10) having a surface material 20 made of an artificial chamber,

Flexible flooring material 30 is disposed below the surface material 20,

A cushion-flexible filler (40) disposed between the surface material (20) and the floor material (30);

The edges of the surface material 20, the bottom material 30 and the filler material 40 is finished with a border material (50).

In addition to the tatami of such a configuration, the cushion-flexible filler 40 is any one selected from a nonwoven fabric, an electron beam crosslinking sheet, a sponge, a polyester fiber sheet, and various types of bolts, and the surface material 20 and the flooring material 30 are formed. Is completed by joining

In addition, the cushion-flexible filler 40 is more preferred if the material of the antibacterial, flame retardant, anion, deodorizing function is added.

Hereinafter, the slim-slim-flexible tatami of the present invention will be described in detail with reference to the accompanying drawings. 1 is a partial cut photo showing the main structure of the slim-slim-flexible tatami of the present invention, Figure 2 is a partial cut photo showing the entire slim-slim-flexible tatami of the present invention.

In these figures, reference numeral 10 denotes a slim-slim-flexible tatami of the present invention, and the tatami 10 has a surface material 20 woven into a man-made chamber disposed on an upper surface thereof, and a flexible flooring material 30 below it. The flexible material 40 is also disposed between the surface material 20 and the floor material 30, and the edges of the surface material 20, the floor material 30, and the filler material 40 are made of fabric paper or the like. Closing).

As described above, the main concept of the flexible tatami structure of the present invention is to replace the flooring material 30 and the filler material 40 as various cushioning materials, such as nonwoven fabric, electron beam crosslinking sheet, sponge, poly, and the like. The ester fiber sheet and various bolts are bonded together, and the thickness and the flexible state can be freely deformed according to the selection of the joining material.

In addition, the present invention provides a functional mat including various additional functions. For example, joining of various materials having antibacterial, flame retardant, anion and deodorizing functions is also possible.

The tatami joining method of the present invention uses a method using heat and bonds harmless to the human body.

The tatami mat of the present invention having such a structure can be used as a urethra in a commercial space such as an existing Japanese restaurant, a large auditorium such as a school, and a general home.

The slim-slim-flexible tatami of the present invention is a thin tatami mat having a thickness of about 5 mm by laminating a material consisting of only a surface material (a mat) and a cushioning material (floor material + filler). Of course, the heli is attached and the finish is indistinguishable from regular tatami mats.

The tatami of such a structure is a construction method that provides a clean tatami space very easily because it is constructed in the manner of constructing a floor plate or a flooring in the space of the structure that cannot be tatami construction.

Since the materials required for the tatami of the present invention are small and low-cost materials are used, the overall selling price is also low, about 1/2 of the price of the existing tatami mat, and thin but structurally strong.

In addition, another embodiment of the present invention is to bond the new material copper wire (copper wire) and the anion generating nonwoven fabric, and to provide an environmentally improved tatami mat when finishing with a non-slip agent, the copper wire prevents water waves, and the anion generating nonwoven fabric has the effect of odor, sterilization, etc. There is.

Although the thickness of the present design is about 5mm, it can be thinner according to the needs of the construction site.The slim tatami is applied to the flexible tatami of the present design in view of the trend of steadily increasing the application part in addition to the traditional Japanese restaurants. There are many fields.

Flexible tatami (10) of the present invention is the manufacturing method of the conventional mat tatami 100, mat mat + cushion material + dok (top) + finishing material is separately separated and assembled by joining the mat mat and cushion material, the finishing material integrally, manufacturing cost It has the advantage that it can be easily installed in any space because it has a flexible form and reduced tatami mat.

Thus, according to the slim-flexible tatami of the present invention, the thickness of the finished tatami is only 5-7mm, considering that the tatami is also installed on the ondol room or the ondol panel recently, it is easy to conduct the temperature on the ondol easily. There is an advantage.

On the other hand, conventional tatami mats have a thickness of about 50mm and the material also uses compressed straw board or compressed styrofoam, compressed wood board, and intermediate core material with insulation function such as compressed polyester turbod. There was a disadvantage of having a structure that is difficult to reach, but the slim tatami eliminates these shortcomings at once, and even in the size of the tatami, the existing tatami has a fixed size in the range of 90cm x 180cm, which is the regular size of the tatami. In order to construct a tatami mat in a space, a technique of joining several pieces of tatami mats is adopted, but the slim-flexible tatami mat of the present invention has the advantage of increasing the length to infinity, and its shape is flexible so that the roll ( It can be rolled up so that it can be installed in a long line even in a space with a large length and width. You can save sigongbi, since it is also excellent as a cosmetic seam.

This is because existing display devices such as CRT TVs, PDPs, LCDs, etc., which are fixed in size and fixed in shape, cannot be bent in glass or rolled up in rolls, but a display that bends freely when a board is made of plastic LCD Flexible LCD's secret "Display innovation begins" It is an excellent design that can not be called a revolutionary design with a tatami manometer, and this construction method is the same as the current construction method of roll carpets or floor plates, and anyone can easily install it. There is an effect that can be called a revolution.

Claims (3)

A rectangular tatami (10) having a surface material (20) consisting of an artificial chamber, Flexible flooring material 30 is disposed below the surface material 20, A cushion-flexible filler (40) disposed between the surface material (20) and the floor material (30); Slim-flexible tatami, characterized in that the edge of the surface material 20, the bottom material 30 and the filler material 40 is finished with a border material (50). The method according to claim 1, wherein the cushion-fillable filler 40 is any one selected from a nonwoven fabric, an electron beam crosslinking sheet, a sponge, a polyester fiber sheet, and various types of bolts, and the surface material 20 and the flooring material 30 are formed. Slim-flexible tatami mat, characterized in that completed by bonding with. The slim-flexible tatami of claim 2, wherein the cushion-fillable filler (40) is added with antibacterial, flame retardant, anion, and deodorizing materials.

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