KR101149743B1 - A natural fuction carpet made by cellulose type fiber and production technicque - Google Patents

Abstract

The present invention relates to a carpet sheet manufacturing method using the cellulose-based vegetable fiber and a carpet sheet using the same, the first step of cutting the cellulose-based vegetable fibers to 50cm or less and immersed in water for 2 hours; Sodium hydroxide having a concentration of 98wt% was added to the vegetable fiber after the first step, based on the weight of the cellulose-based vegetable fiber before immersion, and then cooked and dried at 95-85 ° C for at least 2 hours. A second step of washing with water; Bleached vegetable fibers at room temperature for 7 hours or more by adding 6 to 9% by weight, based on the weight of the cellulose-based vegetable fiber, before immersing the hypochlorite sodium hypochlorite having an effective chlorine concentration of 20wt% in the vegetable fiber after the second step. A third step of removing foreign matter in the vegetable fiber by washing with clear water; A fourth step of beating the cellulose-based vegetable fiber having finished the third step in a beater machine and beating the freely at 20˚SR; A fifth step of adding a dispersing agent of 0.003 to 0.006% by weight based on the weight of the cellulose-based vegetable fiber before immersing the vegetable fiber in the barrel after the fourth step; A sixth step of pouring the paper material prepared by the fifth step into a framework and naturally dehydrating the paper to form a basis weight of 350 to 450 g / m 2; Cellulose-based vegetable comprising a seventh step of drying by coating a coating material mixed with a vegetable extract in a weight ratio of 9: 1 to 7: 3 to the animal or plant natural resin or natural oil on one side of the paper formed by the sixth step It relates to a carpet sheet production method using the fibers.

The surface-treated vegetable fiber carpet by surface treatment with a coating material with a natural material on the surface of the paper made of cellulose-based vegetable fibers can exert effects such as heat retention, antimicrobial, anti-fog, hygroscopic, deodorant, breathability, far-infrared radiation It is characterized by what can be.

Vegetable Fiber, Sodium Hydroxide, Sodium Hypochlorite, Bleach, Papermaking, Beater, Dispersant

Description

Carpet sheet using cellulose-based vegetable fiber and manufacturing method thereof {A natural fuction carpet made by cellulose type fiber and production technicque}

The present invention relates to a carpet sheet using a cellulose-based vegetable fiber and a method for manufacturing the same. Specifically, the cellulose-based vegetable fiber of a natural fiber material is cut, immersed, cooked, bleached, and beaten. It relates to a carpet sheet using a cellulose-based vegetable fiber made of a surface treatment step and a method of manufacturing the same.

The present invention relates to a natural carpet sheet manufacturing method using a cellulose-based vegetable fiber and a natural carpet sheet comprising the functional natural sheet.

Background Art Conventional techniques for carpet production have been used for a long time by weaving materials such as wool and silk which are natural fibers. As society is industrialized and developed, the lack of wool and silk, which are natural fibers, has developed synthetic fibers such as nylon, polyester, acrylic, polyfuropropylene, and rayon as recycled fibers. It is being done. However, these synthetic materials are petrochemical products that are irritating to the skin and often inconvenient due to peeling phenomenon and static electricity during use. Natural materials such as wool and silk have many advantages, but they are used mainly for high-end products because they are expensive and their productivity is limited. Of these natural materials, cellulose-based fibers, which are vegetable fibers, and protein-based fibers, which are animal fibers, are produced by weaving and weaving. In particular, dust or foreign substances are frequently caught and become dirty during use. Therefore, neglecting care or care causes a lot of troubles not only in their functions but also in their lifespan, and the habitat space of dust mites that cause asthma or atopic dermatitis due to baffles. Sometimes. In the present invention, the functional natural carpet utilizing the inherent characteristics of natural materials as well as maintenance by manufacturing and processing the fibers themselves through a pulping process without papermaking and weaving these carpets through a pulping process, and papermaking. In terms of manufacturing technology, there is no development of carpets treated with paper and natural materials by pulping vegetable natural fibers at home and abroad.

In Korea, as the ondol culture is divided into rooms and floors, it is convenient in terms of function, but recently, as the apartment culture is generally spread, carpets are used for floor coverings of living rooms. The characteristics of carpets required for these carpets include initial characteristics such as compressibility and resilience, skin texture, visual characteristics such as color, pattern, and uniformity of appearance, practical functions such as wear resistance, flame retardancy, color fastness and peeling phenomenon. Products that consider the characteristics of living environment, such as sound characteristics, sound insulation, warmth, safety are required.

The carpet used in the past absorbs the impact of walking and softens and keeps warmth, and it does not slip well, and when it falls, it absorbs the shock and softens it. Compared to these advantages, there are some issues that need to be supplemented by the rubber finishing of the floor finish and the fact that dust and mites are a good condition to inhabit asthma and allergy.

In the present invention, a method of preventing antibacterial and anti-microbial peeling phenomenon and increasing the functionality by applying post-treatment of the dust mite habitat condition, which is a disadvantage and a disadvantage, from the natural plant material. In particular, during the summer rainy season, natural fiber's inherent properties allow moisture to absorb moisture, which gives it a soft and soft indoor environment. It has a characteristic of natural fiber that gives warmth and protects the skin as much as possible even with irritation such as allergy and atopy. There are no examples of carpets developed by pulping these natural fibers and processing them with natural materials to impart functionality.

More specifically, cellulose-based vegetable fibers, stem fibers (flax, hemp, hemp, jute, kenaf, nettle, other), fruit fibers (cocoa, other), leaf fibers (manila hemp, abaca, sisal) Hemp beating, washing and sorting using hemp fiber (cotton, kapok, etc.), bast fiber (doughwood, cedar, hawthorn, etc.) It relates to a method for producing a natural material vegetable carpet after processing with a natural extraction dye solution (water) to prepare and give functionality to this sheet.

The present invention has been developed to solve the problems of the prior art as described above, by using a cellulose-based vegetable fiber resources can not only produce a carpet without weaving, weaving, as well as cellulose-based vegetable fiber resources, An object of the present invention is to provide a method of manufacturing a surface treated vegetable fiber carpet sheet by applying a coating material to a surface after papermaking.

In particular, it is irritating to skin in synthetic fiber carpets such as nylon, polyester, and acrylic, and is not inconvenient due to peeling phenomenon or static electricity during the use process. An object of the present invention is to provide a vegetable fiber carpet sheet having high functionality such as far infrared ray emission.

Carpet sheet manufacturing method using the cellulose-based vegetable fibers of the present invention for solving the above problems and the carpet sheet using the same is the first step of cutting the cellulose-based vegetable fibers to 50cm or less and immersed in water for 2 hours; Sodium hydroxide (NaOH) having a concentration of 98wt% was added to the cellulose-based vegetable fiber after the first step, and 6 to 10% by weight based on the weight of the cellulose-based vegetable fiber was immersed for 2 hours at 95-85 ° C. A second step of washing with clean water four times or more to remove sodium hydroxide after removal; To the cellulose-based vegetable fiber after the second step, 6 to 9% by weight of sodium chlorite (NaOCl) having an effective chlorine concentration of 20wt% was added to the cellulose-based vegetable fiber before immersion, and at least 7 hours at room temperature. Bleaching the vegetable fibers, washing the bleached cellulose-based vegetable fibers, and removing the foreign substances in the vegetable fibers by washing with clean water five times or more to remove sodium hypochlorite; A fourth step of beating the cellulose-based vegetable fiber having finished the third step into a beater and performing beating treatment, thereby beating the freeness of the vegetable fiber to 20˚SR; A fifth step of adding a dispersing agent of 0.003 to 0.006% by weight based on the weight of the cellulose-based vegetable fiber before immersing the vegetable fiber in the barrel after the fourth step; A sixth step of pouring the paper material prepared by the fifth step into a framework and naturally dehydrating the paper to form a basis weight of 350 to 450 g / m 2; Cellulose-based vegetable comprising a seventh step of drying by coating a coating material mixed with a vegetable extract in a weight ratio of 9: 1 to 7: 3 to the animal or plant natural resin or natural oil on one side of the paper formed by the sixth step It relates to a carpet sheet production method using the fibers.

The present invention is a cheaper than wool or silk material carpet by producing a carpet without woven, weaving by using cellulose-based vegetable fibers, and easy to manage, and the natural natural fiber resources, by surface treatment with a functional material on the surface after papermaking There is no irritation on the skin and there is no discomfort due to peeling and static electricity during use.

In addition, it is a natural material that can reduce import costs and reduce manufacturing costs.In particular, it has a very high functional effect such as warmth, antibacterial, anti-fog, hygroscopic, deodorant, aspiration, formaldehyde removal and far-infrared emission. It can have a good effect on health as well as the environment.

The present invention is to produce a carpet sheet using a vegetable fiber consisting of cutting and immersing cellulose-based vegetable fibers, cooking and washing step, bleaching and washing step, beating treatment step, papermaking step, papermaking step, surface treatment step It is about a method.

Cutting the cellulose vegetable fiber to 50 cm or less and immersing in water for 2 hours;

6-10% by weight of sodium hydroxide having a concentration of 98wt% based on the weight of the cellulose-based vegetable fiber was added to the cellulose-based vegetable fiber after completion of the first step, followed by cooking at 95-85 ° C for 2 hours or more, and then dried. A second step of washing at least four times with clear water to remove sodium;

The vegetable fiber was added to the cellulose-based vegetable fiber after the second step by adding 6 to 9% by weight based on the weight of the cellulose-based vegetable fiber before immersion in 20% by weight of sodium hypochlorite. Bleaching and bleaching the bleached vegetable fibers to remove the hypochlorite OH by washing at least five times with clear water to remove foreign substances in the cellulose-based vegetable fibers;

A fourth step of placing the cellulose-based vegetable fiber in the beater into a beater and finishing the third step;

A fifth step of adding a dispersing agent of 0.003 to 0.006% by weight based on the weight of the cellulose-based vegetable fiber before immersing the vegetable fiber in the barrel after the fourth step;

A sixth step of pouring the paper material prepared by the fifth step into a framework and naturally dehydrating the paper to form a basis weight of 350 to 450 g / m 2;

Cellulose-based vegetable comprising a seventh step of drying by coating a coating material mixed with a vegetable extract in a weight ratio of 9: 1 to 7: 3 to the animal or plant natural resin or natural oil on one side of the paper formed by the sixth step It relates to a carpet sheet production method using the fibers.

First, the cellulose-based vegetable fibers are stem fibers of kenaf, ramie, bouillon and nettle, fruit fibers of cocoa, leaf fibers of manila ginseng, abaca, sisal ginseng, New Zealand ginseng and basal, and seed fiber. And one or more materials selected from kapok and bast fibers, flax, hemp, jute, jute, mulberry, cedar, hawthorn, and mulberry, and cut the cellulose vegetable fiber to 50 cm or less to sufficiently swell the fiber. It consists of a first step of immersion in water for 2 hours to facilitate liver dissociation. It is also possible to use a mixture of vegetable fibers of long long fibers and wood pulp, which is generally short fibers of short fiber length, in a weight ratio of 5: 5 to 9: 1. The wood pulp used at this time is a vegetable fiber, that is, the fiber length is compared to the long filament, which is representative of the short filament and can be easily obtained compared to the long filament. It acts as a filler to reduce the coarse or rough feeling that can occur. In addition, in the case of wood fibers, bleached products are generally commercially available, which may increase the whiteness of the product. In the case of unbleached pulp, it has a color similar to that of traditional Korean paper, so it can be conveniently used when it is mixed.In addition, when a short fiber (wood pulp) is mixed between the long fibers, It can form crosslinks to create a soft and strong carpet material.

In order to remove lignin remaining in the fully immersed cellulose vegetable fiber and to make the fiber easy to dissociate, the sodium hydroxide having a concentration of 98wt% is 6 to 10% by weight based on the weight of the cellulose vegetable fiber before immersion. Put the sodium hydroxide and vegetable fiber at 85 ~ 95 ℃ for 2 hours or more, and then cooked by the cooking process, which is a step of boiling, which is boiled and then washed with clean water four times or more to remove sodium hydroxide. Cellulose-based vegetable fiber has a problem in that when the sodium hydroxide is included in the immersion tank 10% by weight or more, the alkaline soluble portion of the long fiber is dissolved in addition to the lignin removal by caustic soda to lower the yield of the fiber.

The cellulose-based vegetable fiber after the second step is added to 6 to 9% by weight based on the weight of the cellulose-based vegetable fiber before immersing the sodium hypochlorite having an effective chlorine concentration of 20wt% and the vegetable fiber at room temperature for 7 hours or more. Bleaching and bleaching the cellulose-based vegetable fibers are washed three times or more with clear water to remove the sodium hypochlorite and comprises a third step of removing foreign matter in the vegetable fibers. The cellulose-based vegetable fiber of the second step is still dark brown and is easy to dissociate, but is not completely dissociated, and thus, lignin other than cellulose is dark as a main component. It is brown, and in addition, some hemicellulose and some extracts are dissolved in alkali. The added sodium hypochlorite combined with water [NaOCl + H 2 O → HOCl + NaOH] The bleaching effect is generated by the strong oxidizing power of hypochlorous acid (HOCl). If the sodium hypochlorite used as the bleach does not sufficiently wash the bleach, it may be discolored brown under sunlight, and should be used after washing with water sufficiently. Wash at least 5 times as discoloration may occur on the carpet.

The bleaching treatment of the third step and the removal of foreign matters, the cellulose-based vegetable fibers are put in a beater and subjected to beating treatment for 7 to 9 minutes, thereby performing a fourth step of beating and freezing the vegetable fibers at 20˚SR. In general, beating treatment is used to eliminate phenomena of entanglement (expressed as darkening) of vegetable fibers, which are cellulosic long fibers. In the case of wood fibers having a short fiber length, flat plate or Hollander type biters are used. It is preferable to use a calvator for long fiber.

The fifth step of forming the paper by adding the polyacrylamide (PAM) with the dispersing agent of 0.003 to 0.006% by weight based on the weight of the cellulose-based vegetable fiber before immersion into the container after the fourth step beating Steps are taken. 100 parts by weight of cellulose-based vegetable fibers before immersing any one or more functional materials selected from ocher powder, ganban stone powder, illite powder, tourmaline powder, carbon fiber, phytoncide solution, propolis solution, wood vinegar solution in the fifth step of the material composition step By adding 10 to 30 parts by weight as a standard, far infrared emission, electromagnetic shielding, antimicrobial, abrasion, water repellency, deodorizing and deodorizing functions are provided in the carpet, so that it can be widely used in the human body at home.

It is composed of a sixth step of pouring the paper material prepared in the fifth step into the framework and natural dehydration and papermaking with a basis weight of 350 ~ 450g / ㎡.

On one side of the papermaking formed by the sixth step is applied a coating material mixed with natural resins or natural oils and vegetable extracts, which gives natural fiber or natural resin to the vegetable fiber to give flexibility to the fiber and increase the water resistance Vegetable extracts are added to fix the fibers, thereby increasing the bonding strength between the fibers. The coating material is one or more natural resins of lacquer, yellow lacquer, natural rubber solution, beeswax or flaxseed oil, petroleum oil, soybean oil, perilla oil, pine oil, pine oil, hodo oil, castor oil, tallow oil, and pig oil. Oil, phytoncide, eucalyptus oil, nectar, turtle tail pigment extract, gall bladder tannins, side dyes, safflower pigments, which is a mixture of at least one vegetable extract in a weight ratio of 9: 1 to 7: 3. By applying a brush to dry at least three times a week or more in the sun relates to a carpet sheet manufacturing method using a cellulose-based vegetable fiber made in the seventh step.

Carpet sheet of the present invention is a stem fiber of Kenaf, ramie grass, bouillon and nettle, fruit fiber of cocoa, leaf fiber of manila ginseng, abaka, sisal ginseng, New Zealand ginseng and its mother, seed fiber cotton and kapok and , Formed fiber made of any one or more cellulosic vegetable fibers selected from linseed fiber, flax, hemp, hemp, jute, mulberry, cedar, mulberry and mulberry to form a basis weight of 350 ~ 450g / ㎡ and copper on one side It is prepared by applying a coating material mixed with a vegetable extract in a weight ratio of 9: 1 to 7: 3 to the vegetable natural resin or natural fat. The coating material is one or more natural resins from lacquer, hwangchil, natural rubber solution, beeswax or flaxseed oil, petroleum oil, soybean oil, perilla oil, pine oil, pine nut oil, hodo oil, castor oil, tallow oil, pig oil, at least one natural oil. Oil, phytoncide, eucalyptus oil, nectar, turtle tail pigment extract, gall bladder tannin, edible dye, and safflower pigments are mixed with one or more vegetable extracts, and the paper surface is coated to increase water resistance and increase the bond strength between fibers. In addition, it is also possible to mix the wood pulp of short fibers with short fiber length to cellulose-based vegetable fibers of long filaments in a weight ratio of 5: 5 to 9: 1 may be used to reduce the coarse or rough feeling of papermaking. Red clay powder, elvan powder, illite powder, tourmaline powder, carbon fiber, phytoncide which can exert far-infrared emission, electromagnetic shielding, antimicrobial, abrasion, water repellency, deodorizing and deodorizing function in carpet sheet using cellulose vegetable fiber of the present invention 10-30 parts by weight of any one or more functional materials selected from liquids, propolis solutions and wood vinegar solutions may be added based on 100 parts by weight of cellulose-based vegetable fibers before immersion.

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 Simple modifications and variations of the present invention can be easily made by those skilled in the art, and all such modifications or changes can be seen to be included in the scope of the present invention. The invention is also described in more detail with reference to the following examples, which are not intended to limit the invention.

<Material Preparation> Natural Fiber

① Cutting and dipping

As a raw material of the bask fiber, the mulberry fiber was cut to 50 cm in length and immersed in water for 2 hours.

② Cooking and washing

Caustic soda (NaOH 98%) 8kg to 100kg of the already immersed mulberry fiber was added to the hot water and dried for 3 hours at 90 ℃ washed 5 times with clear water to remove the caustic soda.

③ Bleaching, washing and removing foreign substances

100 kg of the white fructus fiber was washed, and the white filament was bleached under the condition of bleaching the bast fiber as shown in Table 1 below. Bleached mulberry fibers were removed and washed five times with clear water to remove NaOCl, and foreign matter in the bask fiber was removed.

④ Beating work

After the bleaching and the removal of the foreign matter 3kg bask fiber was added to the calvigator (60rpm / min) was subjected to beating treatment for 8 minutes. After confession, the degree of freedom of bask fiber was 20˚SR.

The beating conditions of the natural mulberry fiber are shown in Table 2.

Material Preparation Extraction of Surface Treatment Materials

① Extraction and material extraction

Turtle Tail with Nettle ( Boehmeria tricuspis Makino) was collected and cut into 2-3cm size, and then used for hot water extraction. The hot water extractor used a self-produced liquid extractor (15ℓ) and put 600g of the sample in terms of air condition in 15ℓ of water, and then extracted it at 100 ° C. for 3 hours.

The juice was harvested in July-August, cut off, and then ground in a blender.

Clove and yellow bark extracts were purchased from commercial Chinese medicine ingredients, and 10 liters of ethanol was poured into 1 kg each, and concentrated for 1 week.

&Lt; Example 1 >

In the prepared material, the beech-treated natural mulberry fiber was placed in a barrel to pour water to form a stock. Then, paperwork was poured into the frame (knuckle) made of a structure as shown in Figure 1 was carried out papermaking work to dehydrate naturally. After papermaking, drying was carried out by exposure to sunlight and natural drying. At this time, the width of the paper 1,600mm, length 2,500mm, basis weight 400g / ㎡ based on a natural fiber carpet sheet was prepared. Meanwhile, 5 g of polyacrylamide (PAM) was added as a dispersant when preparing the stock.

The frame (knuckle) is made of a mesh (200mesh) in which the wetland of paper is formed to produce a thick natural fiber carpet sheet, the basis weight and thickness can be adjusted to the amount of paper.

<Example 2>

In Example 1 above, the surface of the carpet sheet manufactured with Doc fiber was subjected to post-processing to give a functional property such as abrasion, peeling, antibacterial, and anti-fog.

As the surface post-processing material, various kinds of materials described above may be used, but surface treatment was performed using turtle tail pigment extract, cloves, yellow bark and juice, natural resin, and the like, which were collected and extracted in Preparation Example 2. . At this time, the content of the turtle tail pigment extract was 1%, pH was 7.2. The juice was used to wash the persimmons and then put them in a grinder. 0.5 liter each of the turtle tail pigment extract, cloves extract, yellow wall bark extract was added to the juice and 1% natural resin was added, stirred, and painted with a brush to dry three times a week or more in sunlight.

Test Example 1 Physical Properties of Doc Fiber Carpet Sheet

(1) basis weight, thickness, density

Basis weight, thickness, and density of the mulberry fiber carpet sheet prepared in Example 1-2 was measured by the basis weight measurement method of paper and cardboard (KSM 7013) and the physical properties of the mulberry fiber carpets are shown in Table 3. Before the surface treatment, it was dried in a very soft state, but in order to give the functionality of the surface, it was treated with the turtle tail pigment extract, cloves extract, yellow bark extract, juice, and natural resin to reduce the thickness and increase the basis weight and density. The results are shown.

(2) physical properties

The strength properties of the mulberry fiber carpet sheet were treated according to the pretreatment process of the KSM standard test paper, and the physical properties of the mulberry fiber carpet were shown in Table 4 below for tensile, tear, rupture, and theft resistance according to the relevant regulations (KSM). Thermal sheeting is a method of indicating the tensile strength that measures the breaking force when pulling a paper. The thermal sheeting indicates the length of paper at the point of breaking, and wet thermal sheeting measures the strength that is broken when the paper is saturated with water. The paper length at the point of breaking is indicated by the method of indicating the tensile strength. The tear index and tear index could not be measured because they exceeded the measurement range.

(3) Optical Properties of Doc Fiber Carpet Sheet

Since the carpet sheet should not be discolored or discolored by light even after a long time, the surface color treatment is important. Using the color difference meter (spectrophotometer CM-2600, Minolta, Japan), the whiteness, dyeing amount (K / S) and Munsell value (Hue, Value, Chroma) of the carpet sheet before and after the surface treatment were measured in 5 repetitions. (λmax) The amount of dyeing before and after the surface treatment was measured at 400 nm. In the optical properties of the Doc Fiber carpets shown in Table 5, the whiteness is lower after treatment and the amount of dyeing is higher than the pretreatment, and the color is changed from Y series to YR series and brightness is decreased and saturation is increased.

(4) Functional test of Doc fiber carpet sheet

Abrasion Resistance Test

In order to impart functionality, three test specimens of a disc shape or the same size were prepared from the Hanji Carpet Sheet (after treatment) and the Hanji Carpet Sheet (pretreatment) prepared in Example 1 containing the surface-treated functional material. It cut out and made a hole in the center as the test piece for abrasion resistance measurement. The test piece was fixed horizontally to the rotary disk of the Taber abrasion tester, and two rubber disks wound with abrasive paper were installed to obtain a wear rate per 100 revolutions.

The end point of wear is the point at which breakage occurs, and the wear rate per 100 revolutions is obtained from the amount of wear at this time. At this time, the load applied to the test piece adhesive surface was adjusted to be 530 ± 20gf. The wear rate W (g / 100 revolution) was calculated by the following equation,

C : Wear value (times) w : Average weight loss of test piece (g)

The wear resistance of the paper fiber carpet before and after the treatment of the Hanji carpet sheet is shown in Table 6. In the wear resistance, the quality after the treatment was much better than that before the treatment, and the wear rate was low, and it was judged that the abrasion resistance problem was not a problem in practical use.

1 is a schematic diagram of a knuckle of a paper machine for producing a natural fiber sheet using the vegetable fibers of the present invention.

Figure 2 is a photograph showing the natural fiber functional natural carpet surface treatment given functionality.

3 is a photograph showing the results of measuring the wear resistance of Hanji carpet sheet before and after functional provision.

Claims (10)

Cutting the cellulosic vegetable fibers to 50 cm or less and immersing in water for 2 hours; Sodium hydroxide having a concentration of 98wt% was added to the cellulose-based vegetable fiber after the first step and 6-10% by weight based on the weight of the cellulose-based vegetable fiber before immersion, followed by cooking at 95-85 ° C. for at least 2 hours. A second step of washing at least four times with clear water to remove sodium hydroxide; To the cellulosic vegetable fiber after the second step, 6-9% by weight of sodium hypochlorite having an effective chlorine concentration of 20wt% based on the weight of the cellulose-based vegetable fiber before immersion, bleached at room temperature for 7 hours or more, A third step of removing the foreign substances in the cellulose-based vegetable fibers by washing the bleached cellulose-based vegetable fibers five times or more with clear water to remove sodium hypochlorite; A fourth step of beating and treating the cellulose-based vegetable fiber having finished the third step in a beater machine; A fifth step of forming a paper stock by adding the cellulose-based vegetable fibers of the fourth step to the barrel and adding 0.003 to 0.006% by weight of the dispersant based on the weight of the cellulose-based vegetable fibers before immersion; A sixth step of pouring the paper material prepared by the fifth step into a framework and naturally dehydrating the paper to form a basis weight of 350 to 450 g / m 2; Cellulose-based vegetable comprising a seventh step of drying by coating a coating material mixed with a vegetable extract in a weight ratio of 9: 1 to 7: 3 to the animal or plant natural resin or natural oil on one side of the paper formed by the sixth step Carpet sheet manufacturing method using the fiber. According to claim 1, wherein the cellulose-based vegetable fibers are stem fibers of kenaf, ramie, bouillon and nettle, fruit fibers of cocoa, leaf fibers of manila ginseng, abaca, sisal ginseng, New Zealand ginseng, and Carpet sheet production method using a cellulose-based vegetable fiber characterized in that the seed fibers and cotton and kapok, bast fibers flax, hemp, hemp, jute, mulberry, cedar, hawthorn and mulberry. The method according to claim 1, wherein the cellulose-based vegetable fibers are mixed with wood pulp at a weight ratio of 5: 5-9: 1. According to claim 1 or claim 3, wherein at least one functional selected from the loess powder, ganban stone powder, illite powder, tourmaline powder, carbon fiber, phytoncide solution, propolis solution, wood vinegar solution in the fifth step Carpet sheet manufacturing method using a cellulose-based vegetable fiber, characterized in that the addition of 10 to 30 parts by weight based on 100 parts by weight of cellulose-based vegetable fibers before immersion. The method of claim 1, wherein the coating material of the seventh step is at least one natural resin or linseed oil, tung oil, soybean oil, perilla oil, pine oil, pine oil, lake oil, castor oil, tallow, Using cellulose-based vegetable fibers characterized by mixing at least one natural oil in pig oil with lavender oil, phytoncide, eucalyptus oil, nectar, turtle tail pigment extract, gall bladder tannin, side dye and safflower pigment Carpet sheet manufacturing method. Cellulose-based cellulose based 10 to 30 parts by weight of any one or more functional materials selected from ocher powder, ganban stone powder, illite powder, tourmaline powder, carbon fiber, phytoncide solution, propolis solution, wood vinegar solution based on 100 parts by weight of cellulose vegetable fiber Cellulose-based, characterized in that the coating material is mixed with a plant or animal natural resin or natural fats and oils in a weight ratio of 9: 1 to 7: 3 on one side of the paper made of vegetable fiber 350 ~ 450g / ㎡ Carpet sheet using vegetable fibers. The method of claim 6, wherein the cellulose-based vegetable fibers are stem fiber, kenaf, ramie, bouillon, nettle, fruit fiber, cocoa, leaf fiber, manila ginseng, abaca, sisal gam, New Zealand ginseng, mother's nest, seeds A carpet sheet using cellulose-based vegetable fibers characterized by at least one selected from cotton, kapok, and bast fiber, linseed fiber, hemp, hemp, jute, mulberry, cedar, hawthorn, and mulberry. The carpet sheet using cellulose vegetable fibers according to claim 6, wherein wood cellulose is mixed with the cellulose vegetable fibers in a weight ratio of 5: 5 to 9: 1. delete The method of claim 6, wherein the coating material is one or more of natural resins such as lacquered, yellow lacquered, natural rubber liquid, beeswax or linseed oil, tung oil, soybean oil, perilla oil, pine oil, pine nut, hodo oil, castor oil, tallow, and pig oil. Carpet sheet using cellulose-based vegetable fibers characterized by mixing at least one vegetable extract from lavender oil, phytoncide, eucalyptus oil, juice, turtle tail pigment extract, gallnut tannins, ssate dye, safflower pigments.

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