KR20030076260A - bio-sheet material and its manufacturing method and apparatus - Google Patents

Abstract

PURPOSE: A bio-sheet material is characterized by intercepting poisonous character of cement, controlling humidity, absorbing smell, having antibacterial activity, radiating far infrared ray, purifying air, intercepting electron wave and having flame resistance. A manufacturing method and a manufacturing device thereof are characterized by adhering yellow soil, jade, tourmaline, china clay, mugwort, charcoal, elvan, silver, zeolite, aluminium, copper, gold or a plant with fiber material or paper. CONSTITUTION: The bio-sheet material is obtained by the steps of: setting a roll type second material on an uncoiler(S1); unwinding the roll type second material and controlling transfer speed(S2); putting a first material into a first material tank(S3); rotating a dip guide roller and dipping a lower part of the dip guide roller into the first material tank to get the first material on the second material; guiding exactly the first material to the second material with an auxiliary roller(S4); distributing equally the first material covered on the second material with a material covering control roller(S5); drying the first material on a drying furnace(S6); and then flattening the second material with a first flat roller and a second flat roller(S7, S8).

Description

Bio sheet material and its manufacturing method and apparatus

The present invention relates to a bio sheet material and a manufacturing method and a manufacturing apparatus thereof, and more particularly, to the prevention of harmful toxicity of cement, temperature and humidity control function, odor absorption function, antibacterial action, anti-fungal action, far infrared emission, It has the functions of purifying air, blocking electromagnetic waves, and preventing fire from spreading and releasing toxic gas in case of fire. The present invention relates to a bio sheet material which can be used for various uses, such as a sanitary napkin, a diaper, or a bedding, and the like, and a method and a manufacturing apparatus thereof.

Conventionally, the ocher layer and the like to provide wallpaper, pads, sanitary napkins, etc. have been developed to implement the efficacy of the loess. When the sheet material or wallpaper is manufactured by using the loess which was invented in this way or other mixtures beneficial to the human body (gold, silver, copper, aluminum, charcoal, wormwood, tourmaline, white clay, jade, ganban stone, etc.), The manufacturing method which coats or paints the mixture on paper etc. was taken.

However, the problem of such a manufacturing method is that those produced by such a coating or coating method only have loess and mixtures on the fiber material or paper, so that the layer is inevitably thin, and thus the effect cannot be sufficiently exhibited. have.

If the layer is thickened, there is a problem that the flexibility and cutting properties of the sheet material and the wallpaper are inferior, and thus the versatility is reduced.

In addition, after a long time, there is a problem that the mixture layer is separated from the fibrous material, paper, and the like, and that is, that is, the yellow soil and / or the mixture is separated from the fibrous material and the paper.

Accordingly, the present invention is to solve this problem, at least one mixture of natural minerals or plants beneficial to the human body such as ocher, jade, tourmaline, clay, wormwood, charcoal, ganban stone, silver, geolite, aluminum, copper, gold By forming the bio sheet material by integrally combining the fiber material or paper, it has flexibility and cutting property, and it does not cause detachment or peeling from the fiber material or paper, etc., unless physical force is applied even if it is put in water for a long time. The original form can be maintained during natural drying or heat drying, and since it is not affected by elements such as ocher and bubbles of the mixture, it can be dried and used immediately after mixing without needing to mature the bubbles of the mixture to disappear. The object of the present invention is to provide a bio sheet material, a method for manufacturing the same, and an apparatus for shortening the manufacturing time. have.

When considering the old ocher house, straw was mixed with ocher as an auxiliary material for combining ocher, and thus, the purpose of increasing the cohesion of the ocher was to lower the degree of departure over time. The present invention compensates for the shortcomings of the above-mentioned inventions in the prior art and also modernizes the wisdom of the ancestors who built the old loess.

1 is a block diagram illustrating an embodiment of a method of manufacturing a biosheet material according to the present invention;

Figure 2 is a schematic configuration diagram for explaining an embodiment of the apparatus for producing a bio sheet material of the present invention,

3a and 3b is a perspective view showing the external form of the bio sheet material produced according to the present invention, Figure 3c is a partially enlarged cross-sectional view,

4 is a block diagram for explaining another embodiment of the method for manufacturing a biosheet material according to the present invention;

5 is a schematic configuration diagram for explaining another embodiment of the apparatus for manufacturing a biosheet material of the present invention;

Figure 6 is a schematic configuration diagram for explaining another embodiment of the apparatus for producing a bio sheet material of the present invention,

Figure 7 is a schematic configuration diagram for explaining another embodiment of the apparatus for producing a biosheet material of the present invention.

<Description of the symbols for the main parts of the drawings>

1: primary material 2: secondary material

2a: bio-filled micropore 2b: fiber

3,4: upper and lower biolayers 5,5a: biosheet material

11, 31, 51, 71: uncoiler 12: release adjusting roller

13, 33, 53, 73: Sedimentation guide rollers 14, 34, 54, 74: Primary material tank

15: auxiliary roller 16, 35, 55, 75: thickness control and mixture flat roller

17: drying furnace 37a, 57a, 77a: primary drying

37b, 57b, 77b: secondary drying furnace 19, 20, 38a, 38b, 58a, 58b, 78: feed and flat roller

21,41,61,81: Inspection and Foundation Tables 22,42,62,82: Coilers

90: far infrared ceramic heater 91: heater

92: return room 93: lower passage

94: partition 95: hot air circulation fan

Bio sheet material according to an embodiment of the present invention in order to achieve this object, the ocher or general ocher, jade, tourmaline, white clay, mugwort, charcoal, elvan, silver, geolite, aluminum, copper, Plate materials such as nonwoven fabrics, mineral wood, gauze, gauze, and the like, are mixed with a natural adhesive derived from natural raw materials and / or a synthetic resin-based binder, by mixing a primary material composed of at least one natural mineral or plant, such as gold, that is beneficial to the human body. By depositing and penetrating into the inside of the secondary material, which is a roll-shaped refractive sheet material, and applying a thin layer to the front and rear surfaces of the secondary material, the front and rear primary material layer is the primary material inside the secondary material and the secondary material. It is characterized in that it is integrally combined with the material layer, and depending on the type and ratio of the primary material, such as color, texture and far infrared radiation of the bio sheet material, temperature and humidity control, absorption of electromagnetic waves Degrees can be changed.

The bio sheet material of the present invention having such a structure is formed by mixing ocher, jade, tourmaline, clay, wormwood, charcoal, ganban stone, silver, zeolite, aluminum, copper, gold, and the like, depending on the use, thereby preventing harmful toxicity of cement. , Humidity control function, odor absorption function, antibacterial action, anti fungus action, far infrared ray emission, air purification function, electromagnetic wave blocking effect and fire spreading and toxic gas emission prevention, It can be used for a variety of uses such as shoes, shoe insoles, ceilings and surface papers such as ceilings, various mats, beds, cushions, sanitary napkins, diapers, beddings, etc. have.

In addition, one embodiment of the manufacturing method of the bio sheet material of the present invention is ocher or general ocher, jade, tourmaline, clay, mugwort, charcoal, elvan, silver, zeolite, aluminum, copper, gold, etc. The primary material consisting of at least one natural mineral or plant beneficial to the human body is mixed with a natural adhesive extracted from a natural raw material and / or a binder of a synthetic resin system to form a plate or roll of a fiber or paper such as nonwoven fabric, mineral wood, gauze, or gauze. After depositing and penetrating into the secondary material, which is a refractive sheet material, and thinly applying to the front and rear surfaces of the secondary material, there is no interference by at least external force or hot air. It comprises a non-interferential drying step of drying at a temperature of 80 ~ 180 ℃ at least in a state in which the flow and adhesion of the secondary material does not occur at least. It characterized.

In addition, one embodiment of the apparatus for producing a bio sheet material of the present invention is ocher or general ocher, jade, tourmaline, white clay, mugwort, charcoal, elvan, silver, zeolite, aluminum, copper, gold, etc. The primary material consisting of at least one natural mineral or plant beneficial to the human body is mixed with a natural adhesive extracted from a natural raw material and / or a binder of a synthetic resin system to form a plate or roll of a fiber or paper such as nonwoven fabric, mineral wood, gauze, or gauze. By depositing and penetrating into the secondary material, which is a refractive sheet material, and thinly applying it to the front and back surfaces of the secondary material, the front and rear primary material layers are integral with the secondary material and the primary material layer inside the secondary material. In the manufacturing apparatus of the combined bio sheet material: Immediately after the primary material is deposited and penetrated into the secondary material and thinly applied to the front and rear surfaces of the secondary material, the thickness of the bio sheet material is passed through a predetermined gap. Of the secondary material deposited and coated on the primary material by passing the thickness control and the mixture flat roller and the thickness control and the mixture flat roller immediately after passing through the thickness control and the mixture flat roller without being affected by at least external force or hot air. And a drying furnace for interference-free drying at a temperature of 80 ° C. to 180 ° C. at least in a state where no flow occurs and at least a state in which the flow and adhesion of the secondary material do not occur.

Immediately after depositing and infiltrating the primary material into the secondary material and applying a thin layer to the front and rear surfaces of the secondary material, it is preferable to make the thickness of the bio sheet material constant and uniform by passing a predetermined gap. The interference-free drying step is carried out by drying with a far-infrared ceramic heater while raising the secondary material vertically immediately after immersing and infiltrating the secondary material and applying a thin layer to the front and rear surfaces of the secondary material. It is more preferable because it can eliminate the influence of the flow due to air flow or the like and can occupy a small area.

In addition, after the interference-free drying step, while drying and increasing the secondary material combined with the primary material in a substantially V-shaped or U-shape to completely dry deep inside the hot air circulation at a temperature of 50 ℃ ~ 120 ℃ It is preferable to increase the efficiency of the space and to allow the sheet material to be dried deeply, and furthermore, to dry it for a short time not exceeding 10 minutes so that beneficial functions such as ocher are not impaired.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 and 4 are block diagrams for explaining embodiments of a method of manufacturing a biosheet material according to the present invention.

First, the basic manufacturing method of the present invention is natural minerals beneficial to the human body such as ocher or general ocher, jade, tourmaline, white clay, wormwood, charcoal, elvan, silver, zeolite, aluminum, copper, and gold processed at a high temperature of 1000 ° C. or higher. The primary material 1 of at least one plant is mixed with a natural adhesive extracted from a natural raw material and / or a binder of a synthetic resin system, thereby refraction of plate-like or roll-like fibers such as nonwoven fabrics, mineral wood, gauze, gauze, paper, or paper. After depositing and infiltrating into the secondary material 2, which is a sheet material, and applying a thin coating to the front and rear surfaces of the secondary material 2, the secondary material 2 is deposited and applied to the primary material 1 without interference from at least external force or hot air. And an interference-free drying step of drying at a temperature of 80 ° C. to 180 ° C. under a state in which no flow of the secondary material 2 occurs and at least a state in which the flow and adhesion of the secondary material 2 do not occur. Thing It is characterized by. The natural adhesive may include a binder (polysol), corn starch, macsumite, ceramic powder, distilled water, and other natural materials, and the schematic structure of the biosheet material manufactured as described above is illustrated in FIG. 3C. It is characterized in that the secondary material layers 3 and 4 are integrally bonded with the secondary material 2 and the primary material layer inside the secondary material 2. Accordingly, the bio sheet material is flexible and can be used for general purposes because of its excellent cutting property, that is, workability, and the primary material 1 is separated from the fiber material or paper, unless physical force is applied even after soaking in water for a long time. It can be kept in its original form during natural drying or heat drying, and it can be easily bonded in any form, and it can be easily adhered to adhesives of any purpose, so that it can be used as a wall or ceiling. , Mats, beds, cushions, sanitary napkins, diapers, beddings, and the like. In addition, contamination by the mixture does not occur, and the bio sheet material has the same effect as it is.

In addition, since the primary material 1 is deposited and permeated into the secondary material 2, the soil and mixture are not affected by the elements such as bubbles, so that the bubbles of the mixture do not need to be aged so that they are dried immediately after mixing. Since it can be used, manufacturing time can be shortened.

In addition, the bio sheet material thus prepared may be formed to a thickness of about 0.2 to 3mm, blocking the harmful toxicity of cement, controlling humidity, absorbing odor, antibacterial action, anti-fungal action, far infrared emission, air In addition to the great effect of the purification function, the effect of blocking electromagnetic waves, and the effect of no fire bleeding and toxic gas emission in fire, in particular, such a bio sheet material, when used for shoes or insoles of shoes, The effect, in particular, is excellent in absorbing sweat and moisture, not only to remove the smell, but also to the health of the foot.

On the other hand, the shape of the biosheet material is almost unchanged before and after processing, but in color, the color after processing changes depending on the content and inclusion of the primary material (1). That is, before processing, when a fiber material such as white gauze, white fibrous tissue, white nonwoven fabric or paper is used as the secondary material (2), ocher color (when ocher is contained) or grayish color (ceramic, Macsumite, etc.), black (if charcoal is included), rat gray (if ocher, macsumite, zeolite, ceramics, charcoal, etc. are mixed and contained), green series (white clay, wormwood, etc.) Mixed), yellow, pink, flesh color (ocher, white clay, outdoor and other content: depending on the ratio), off-white (including vanto, jade), etc., it is possible to produce a bio sheet material having a variety of colors. In addition, when the mixing ratio of natural adhesive and ocher, macsumite, ceramic, and other (charcoal, etc.) is 1: 0.5 to 0.75, it is preferable to use it as a super medium, various sheet interior materials, and natural adhesives, ocher, macsumite, ceramic, and others. (Charcoal, etc.) mixing ratio of 1: 0.75 to 1 it was possible to use as a shoe insole.

2, 5 to 7 are schematic configuration diagrams for explaining the embodiments of the apparatus for producing a bio sheet material of the present invention.

First, in FIG. 2, the production apparatus for mass production of the biosheet material of the present invention includes supply devices 11 and 12 for supplying the secondary material 2 and 1 for supplying the primary material 1. Including a primary material tank (14), immersion guide roller (13), thickness control and mixture flat roller (16), drying furnace (17), primary flat roller (19) and / or secondary flat roller (20). In addition, the inspection and cutting table 21 and the coiler 22 are further included.

The secondary material 2 is a sheet of refractive material such as fibres, cloth, gauze, gauze, nonwoven fabric or the like, and is a porous sheet material such as paper. In the case of a roll, the supply device of the secondary material 2 is as shown. As described above, the uncoiler 11 and the unwinding roller 12 are provided, and in the case of a plate shape, the illustration is omitted, but may be composed of a pallet and a pusher.

The primary material tank 14, which is mixed with natural adhesives and / or synthetic resin adhesives extracted from natural raw materials and processed at high temperatures of 1000 ° C. or higher, ocher or ordinary ocher, jade, tourmaline, white clay, mugwort, charcoal, elvan, silver, Contains primary material 1 made of at least one of natural minerals and plants beneficial to the human body such as geolite, aluminum, copper, gold, etc., and having an extension portion 14a forward as shown in FIG. It is preferable that the primary material 1 remaining after being finally adjusted by the roller 16 is formed to flow into the main primary material tank 14.

The immersion guide roller 13 is a secondary material (2) passing through the secondary material (2) in contact with the top, buried primary material (1) from the primary material tank (14) at the bottom and passed upward. Although it is shown that the primary material (1) is configured to be deposited and penetrated), but is not limited to this, the primary material (1) is deposited and penetrated into the secondary material (2) through the lower portion as in the embodiments described below. It may also be configured to.

The thickness control and the mixture flat roller 16 pass through a predetermined gap immediately after the primary material 1 is deposited and penetrated into the secondary material 2 and thinly applied to the front and rear surfaces of the secondary material 2. The primary material 1 is evenly distributed and the excess primary material 1 is fed back, thereby making the thickness of the bio sheet material constant and uniform.

In addition, the front and rear auxiliary rollers 15 for guiding the primary material 1 to be accurately transported and penetrated into the secondary material 2 may be further provided before and after the immersion guide roller 13.

In FIG. 2, the feed and flat rollers 19 at the rear to pass through the drying furnace 17 without the lower guide roller after adjusting the thickness and the mixture flat roller 16 are passed through the drying furnace 17 without interference. And / or for transporting the secondary material 2 passing through the drying furnace 17 such that the lower biolayer 4 made of the secondary material 2 is completely dried without relative movement in a state of being in contact once. Conveyor 18 may be provided and comprises a primary flat roller 19 and / or a secondary flat roller 20 for flattening the dried product.

In addition, after the secondary flat roller 20, the dried and flattened bio sheet material is rewound for inspection and cutting tables 21 for cutting or inspecting the product to produce a sheet of a predetermined size, and for the product to be rolled. The main body is preferably configured to further include a coiler 22.

The manufacturing method according to the above-mentioned mass production apparatus will be described in more detail with reference to FIG. 1.

In step S1, the secondary material 2, which is in the form of a roll, is mounted on the uncoiler 11, and a preparatory step of storing the primary material 1 in the primary material tank 14 is performed. The unwinding step is performed by unwinding the secondary material 2 in a roll form while adjusting the feed rate while passing through the unwinding adjusting roller 12 (step S2).

Thereafter, in step S3, the primary material 1 in the primary material tank 14 is deposited and penetrated into the secondary material 2 via the deposition guide roller 13. Before and after the primary material deposition step, the secondary material (15) is guided so that the primary material (1) is accurately transported and penetrated into the secondary material (2). The roller 16 not only distributes the primary material 1 buried in the secondary material 2 evenly, but also adjusts the amount thereof, and the remaining amount of the primary material 1 flows downward and extends ( It goes back to the primary material tank 14 through 14a).

The secondary material 2 in which the primary material 1 is evenly distributed and infiltrated in this way is carried out by the conveying and flattening rollers 19 or by the conveying conveyor 18, and the drying furnace 17 maintained at an appropriate temperature. It is dried while passing through, and after being dried, it is flattened by the first flat roller 19 and / or the second flat roller 20.

After that, in order to produce a sheet of a certain size in the inspection and cutting table 21, the product is cut, inspected, and when cutting is unnecessary, only inspection is carried out, and the product to be produced as a roll is wound again by the coiler 22. The packaging is completed.

The features of the configuration of the embodiments of the manufacturing apparatus of the present invention shown in Figures 5 to 7 are pulled vertically and upwards to pass through the drying furnaces 17, 37a, 57a, 77a which are primary drying furnaces without interference. The upper feed and flat roller 38a for vertically and upwardly conveying the secondary material 2 in which the primary material 1 is integrated through the guide rollers 36, 56 and 76a for the conveyance. 58a) or a feed roller 76b. It is also configured to heat by the far-infrared ceramic heater 90 so as to minimize the interference by the hot air during its transfer.

Approximately V or U via the guide rollers 39, 59, 79 and the feed and flat rollers 38b, 58b, and 78 installed at the rear of the feed and flat rollers 38a, 58a or the feed rollers 76b. Secondary drying furnaces 37b, 57b, and 77b for completely drying the primary material 1 by lowering and raising the secondary material 2 combined with the primary material 1 in the shape of a child are provided. When a pair of feed and flat rollers are installed before and after the V or U shape, the feed speed can be maintained to be constant.

In FIG. 7, the secondary drying furnace 77b is configured to circulate hot air, and for this purpose, a partition 94 and a hot air circulation fan 95 are installed in the secondary drying furnace 77b to form a lower passage 93. After the hot air passing through the heater 91 rises, it is configured to return through the return chamber 92. The secondary drying furnaces 37b and 57b of FIGS. 5 and 6 may similarly be configured in a hot air circulation structure.

5 and 7, the guide rollers 36 and 76a and the guide rollers 36 and 76a are used to cool the secondary material 2 to which the primary material 1 is dried and bonded, and to facilitate the removal and repair of dust and the like. The feed and flat rollers 38a, 38b, and 78 or the feed rollers 76b may be installed outside the drying furnace, or may be installed inside as shown in FIG. 6 to prevent heat consumption and increase drying efficiency. In this case, since the bio sheet material is exposed to the outside before complete drying, it is possible to check whether it is properly manufactured.

The manufacturing method by the manufacturing apparatus of other embodiments having the features of such a configuration will be described in detail with reference to FIG. 4 as follows.

In step S11 and step S13, the secondary material 2, which is in the form of a scroll, is mounted on the uncoilers 31, 51, and 71, and the primary material tanks 34, 54, and 74 are contained in the primary material 1; , The preparatory step of winding the secondary material 2 around the coilers 42, 62, 82 by passing through all the lines so as to transfer the primary material 1 is performed, and when the manufacturing apparatus is operated, The feed and flat rollers 38a, 58a and the feed rollers 76b pass through the guide rollers 32, 52, and 72 from the uncoilers 31, 51, and 71 to release the secondary material 2 in the form of a roll. The releasing step is performed (step S12). By doing in this way, in the case of the uncoilers 31, 51, 71 of FIGS. 5-7, it is uncoiled by the back feed and flat rollers 38a, 58a and the feed roller 76b, without the need of speed adjustment.

Subsequently, in step S14, the primary material 1 in the primary material tanks 34, 54 and 74 is deposited and penetrated into the secondary material 2 via the immersion guide rollers 33, 53 and 73. . That is, in step S14, the secondary material in the tank while being transported by the feed and flat rollers 38a, 58a and the feed roller 76b upward through the deposition guide rollers 33, 53, and 73 below. Is deposited through both sides and penetrated. Immediately thereafter, in step S15, the primary material is buried on both sides and penetrated inside through the thickness control and the mixture flat rollers 35, 55 and 75 so that the thickness becomes uniform and the remaining primary material flows to the lower tank. Pass the secondary material vertically upward. It is preferable that the pair of thickness control and the mixture flat rollers 35, 55, 75 are configured to control the gap so as to produce various thicknesses of the bio sheet material.

Subsequently, the primary material 1 penetrates and is deposited / infiltrated with the secondary material while vertically conveying the secondary material 2 whose thicknesses of the upper and lower bio layers 3 and 4 on both sides are uniformly adjusted. The primary material is dried without interference by primary drying furnaces 37a, 57a, 77a, especially at a temperature of 80 ° C to 180 ° C by a far-infrared ceramic heater (step S16). Accordingly, while drying by interference-free drying, the flow of the primary material 1 of the upper and lower bio layers 3 and 4 does not occur, and the uniformity formed by the thickness control and the mixture flat rollers 35, 55 and 75 is caused. One thickness is maintained, and then the guide rollers 36, 56, 76a are contacted with the guide rollers 36, 56, 76a by drying to a state where the flow and adhesion of the secondary material 2 do not occur. The upper and lower bio layers 3 and 4 do not fall off, so that the failure of the upper and lower bio layers 3 and 4 due to the primary material 1 does not occur. In step S17, the guide rollers 36, 56 and 76a are interposed through the upper feed and the flat rollers 38a, 58a or the transfer roller 76b, and further flattening is performed.

Further, in step S18, the secondary material 2 having the primary material 1 bonded in a substantially V-shaped or U-shaped is lowered and raised through the guide rollers 39, 59, and 79 with a temperature of 50 ° C to 120 ° C. It is completely dried in a hot air circulation at a temperature of and then flattened while being transported horizontally in the upper part of the secondary drying furnaces 37b, 57b and 77b and through the flat rollers 38b, 58b and 78. As such, the efficiency of space can be increased by drying while transferring the V or U shape. In addition, in the case of FIG. 7, the hot air passing through the heater 91 of the lower passage 93 of the secondary drying path 77b by the operation of the hot air circulation fan 95 rises upward, and the 1 of the secondary material 2 After drying the tea material (1), it is circulated by returning through the return room 92, thereby increasing the drying efficiency, it is possible to easily dry to the deep part of the bio sheet material to stabilize the product It can be planned. However, it is preferable to dry for a short time not exceeding 10 minutes so that the beneficial function of the loess and mixture is not impaired.

Subsequently, the sheet-shaped sheet having the constant size of FIG. 3A is formed in the inspection and cutting tables 41, 61, and 81 as shown in FIG. In order to produce the bio sheet material 5, the product is cut and inspected, and when the cutting is unnecessary, only the inspection is performed and the coil is rolled up again to the coilers 42, 62, and 82 until the packaging is completed. It is made of sheet material 5a. Also in this case, the cross-sectional structure of the biosheet material is as described above with reference to FIG. 3C.

According to the configuration and action of the bio sheet material according to the embodiment of the present invention described above and its manufacturing method and manufacturing apparatus, the harmful toxicity of cement, humidity control function, odor absorption function, antibacterial action, anti fungal action, Ocher, jade, tourmaline, white clay, mugwort, charcoal, ganban stone, silver, geolite, aluminum, to have functions such as far infrared emission, air purification function, electromagnetic wave blocking effect, and fire prevention and toxic gas emission in case of fire. At least one mixture of natural minerals and plants that are beneficial to the human body, such as copper and gold, is integrally combined with each other through fiber or paper to form a bio sheet material, thus providing flexibility and cutting properties. Unless detached from the fiber material or paper, the original form can be maintained at the time of natural drying or heat drying unless it is lost. It can be used for various purposes such as shoes and insoles, ceilings, walls, floors, etc., folds and surface papers, various mats, beds, cushions, sanitary napkins, diapers, beddings, etc. Since it is not influenced by factors such as ocher and bubbles of the mixture, it is possible to shorten the manufacturing time since it can be used immediately after mixing without mixing the bubbles of the mixture to be aged.

Claims (11)

Primary materials made of at least one of natural minerals or plants that are beneficial to the human body, such as ocher or general ocher, jade, tourmaline, white clay, wormwood, charcoal, elvan, silver, zeolite, aluminum, copper, gold, etc. ) Is mixed with a natural adhesive extracted from a natural raw material and / or a binder of a synthetic resin system and deposited on a secondary material (2), which is a sheet-like or roll-shaped refractive sheet material such as a nonwoven fabric, a fiber, a gauze, a gauze, or a paper. And thinly applied to the front and rear surfaces of the secondary material 2, and there is no interference by at least external force or hot air, so that the secondary material 2 deposited and applied to the primary material 1 does not occur. The production method of the bio sheet material, characterized in that it comprises a non-interference drying step of drying at a temperature of 80 ℃ ~ 180 ℃ at least in a state that the flow and adhesion of the secondary material (2) does not occur in the state method. The method of claim 1, wherein the bio sheet material comprises: preparing a secondary material (2) in the form of a roll on the uncoiler (11), and storing the primary material (1) in the primary material tank (14); An unwinding step of unwinding the secondary material (2) in the form of a roll while passing through the unwinding adjusting roller (12) and adjusting a feed speed; The lower part of the immersion guide roller 13, which is contacted from above and passes through the secondary material 2, is buried in the primary material 1 from the primary material tank 14 and rotated so that the secondary material 2 passes upward. A primary material embedding step of infiltrating the primary material (1); A front, rear, or both guiding step of guiding the primary material 1 to be accurately transported and penetrated into the secondary material 2 by using the auxiliary roller 15 before and after the primary material buried step; A distribution step of uniformly distributing the primary material (1) buried in the secondary material (2) by using the material buried adjusting roller (16) after the rear guide step; The temperature of the drying furnace 17 is maintained at an appropriate temperature so that the product containing the primary material 1 in the secondary material 2 is properly dried through the drying furnace 17 by the conveying conveyor 18. A drying step of passing the secondary material (2); And, Method for producing a bio sheet material, characterized in that it is produced through a mass production step comprising a flattening step that is flattened by the first flat roller (19) and / or the second flat roller (20) so that the dried product is flat. 2. The thickness of the biosheet material according to claim 1, wherein the primary material 1 is deposited and penetrated into the secondary material 2, and a predetermined gap is passed immediately after applying a thin coating to the front and rear surfaces of the secondary material 2, respectively. Method for producing a bio sheet material, characterized in that the uniform and uniform. 2. The secondary material (2) according to claim 1, wherein the secondary material (2) is vertically immediately after the primary material (1) is deposited and penetrated into the secondary material (2) and thinly applied to the front and rear surfaces of the secondary material (2). The method of producing a bio sheet material, characterized in that the interference-free drying step is carried out by drying with a far-infrared ceramic heater while pulling up. 5. The hot air according to claim 4, wherein after the interference-free drying step, the secondary material (2) having the primary material (1) bonded in a substantially V or U shape is lowered and raised, at a temperature of 50 ° C to 120 ° C. Method for producing a bio sheet material characterized in that the drying completely by circulation. Primary materials made of at least one of natural minerals or plants that are beneficial to the human body, such as ocher or general ocher, jade, tourmaline, white clay, wormwood, charcoal, elvan, silver, zeolite, aluminum, copper, gold, etc. ) Is mixed with a natural adhesive extracted from a natural raw material and / or a binder of a synthetic resin system, and the inside of the secondary material (2) which is a sheet-like or roll-shaped refractive sheet material such as nonwoven fabric, mineral wood, gauze, gauze, or paper The first and second primary material layers 3 and 4 are deposited inside the secondary material 2 and the secondary material 2 by dipping and infiltrating the same, and applying a thin layer to the front and rear surfaces of the secondary material 2 and drying them. Bio sheet material, characterized in that integrally bonded with the primary material layer. 7. The biosheet according to claim 6, wherein the degree of color, texture, and far-infrared emission, temperature and humidity control, and absorption of electromagnetic waves, etc., of the biosheet material vary depending on the kind and proportion of the primary material 1. ashes. Primary or high-temperature processed loess or ordinary ocher, jade, tourmaline, white clay, wormwood, charcoal, ganban stone, silver, geolite, aluminum, copper, gold, etc. The secondary material (2) is made of a non-woven fabric, a wood, a gauze, a fibrous material such as gauze, a gauze, or a plate-like or roll-shaped refractive sheet material such as paper, by mixing the material (1) with a natural adhesive extracted from a natural material and / or a binder of a synthetic resin system The first and second primary material layers 3 and 4 are deposited on the inside of the secondary material 2 and the secondary material 2 by depositing and infiltrating the same, and applying a thin layer to the front and rear surfaces of the secondary material 2 and drying them. In the apparatus for producing a bio sheet material integrally combined with the primary material layer: Immediately after the primary material 1 is deposited and penetrated into the secondary material 2 and thinly applied to the front and back surfaces of the secondary material 2, the thickness of the biosheet material is made constant and uniform through a predetermined gap. Immediately after passing the thickness control and mixture flat rollers (16,35,55,75) and the thickness control and mixture flat rollers (16,35,55,75), at least by not receiving interference by external force or hot air, etc. Under the condition that the flow of the secondary material 2 deposited and applied to the primary material 1 does not occur, at a temperature of 80 ° C. to 180 ° C. at least until the flow and adhesion of the secondary material 2 do not occur. Apparatus for producing a bio sheet material, characterized in that it comprises a drying furnace (17, 37a, 57a, 77a) for interference-free drying. The loess or general of claim 8, which is mixed with supplying devices (11, 12) for supplying the secondary material (2), and natural adhesives and / or synthetic resin binders extracted from natural raw materials and processed at a high temperature of 1000 캜 or higher. Primary material tank containing primary material (1) of at least one of natural minerals and plants beneficial to human body such as ocher, jade, tourmaline, clay, wormwood, charcoal, elvan, silver, zeolite, aluminum, copper and gold 14) and a immersion guide roller 13 for immersing and infiltrating the primary material 1 of the primary material tank 14 into the secondary material 2 by guiding and passing the secondary material 2, and In the drying furnace (17) and the thickness control and mixture flat roller (16) to uniformly distribute the uniform thickness of the primary material (1) buried in the secondary material (2) immediately after the immersion guide roller (13) After adjusting the thickness and the mixture flat rollers (16,35,55,75) to pass through without interference, the drying furnace (17) is passed through without the guide rollers. A conveying conveyor 18 for conveying 18 of the secondary material 2 passing through the drying furnace 17 so as to be completely dried without moving relative to the rear conveying and primary flat roller 19 and / or once contacted for conveying; And a second flat roller 20 for flattening the dried product. 9. The secondary material (2) according to claim 8, wherein the primary material (1) is integrated with the guide rollers (36, 56, 76a) through the drying furnaces (17, 37a, 57a, 77a) without interference. ), The upper feed and flat rollers 38a, 58a or the feed roller 76b for vertically and upwardly conveying, and the far-infrared ceramic heater 90 for heating to minimize the interference by hot air during the conveyance. Guide rollers 39, 59, 79 and feed and flat rollers 38b installed in the secondary drying furnaces 37b, 57b and 77b at the rear of the feed and flat rollers 38a and 58a or the feed roller 76b. Secondary drying for completely drying the primary material 1 by lowering and raising the secondary material 2 combined with the primary material 1 in a substantially V-shaped or U-shaped shape through a 58b, 78). In order to circulate the hot air in the furnaces 37b, 57b and 77b and the secondary drying furnaces 37b, 57b and 77b, the partition 94 and the hot air circulation fan 95 are secondary drying furnaces 37b and 57b. 77b), characterized in that Apparatus for producing bio sheet material. The method of claim 8, wherein the primary material (1) is transported with the guide rollers (36, 56, 76a) to cool the secondary material (2) to be dried and bonded, and to facilitate the removal and repair of dust, etc. The flat sheet roller (19, 20, 38a, 38b, 58a, 58b, 78) or the feed roller 76b is an apparatus for producing a bio sheet material, characterized in that installed in the outside of the furnace.