KR20050043823A - An anion emit floors and its manufacturing method - Google Patents

Abstract

The present invention relates to an anion emitting flooring material and a method for manufacturing the same, the flooring material according to the invention is a flooring material consisting of a plywood layer, an adhesive layer, a veneer layer and a surface coating layer from below, wherein the surface coating layer is a first It is composed of a coating layer, a second coating layer, a third coating layer, a fourth coating layer, a fifth coating layer, and a sixth coating layer, and an anionic substance is included in the adhesive layer and the surface coating layers of the six layers. This includes, by adding an anionic material to each coating layer and adhesive layer to give the anion and far-infrared emission function to the flooring material without deteriorating the appearance effect, such as to benefit the user according to the beneficial anion and far infrared function beneficial to the human body It is a useful invention.

Description

Anion emit floors and its manufacturing method

The present invention relates to a flooring material of a building and a method for manufacturing the same, and more particularly, to anion-emitting flooring material and a method for manufacturing the same, which releases anion beneficial to the human body from the flooring by coating a coating of a negative ion on the surface of the flooring material. It is about.

In recent years, as the necessity of a natural environment has emerged, the installation of wooden floors on the interior floors of buildings has become commonplace.

In the case of such a flooring material has been recognized as a nature-friendly product from consumers because the patterned wood layer is added to the surface, but there is a disadvantage that the satisfaction of the health functionality, another requirement of the flooring material is low.

In other words, the conventional floorboard material is simply laminated with a veneer on the plywood and finished by surface treatment could not find a characteristic other than imparting a natural sense, and thus there was a problem that meets the needs of consumers pursuing health functions.

Therefore, research on the development of functional flooring materials for the benefit of the human body away from the flooring material consisting only of wood is being actively conducted.

Specifically, to solve the conventional problems as described above, the conventional application configured to release the anion from the flooring material is Korea Utility Model Registration No. 20-0335182 (Application No. 20-2003-0028654), look at the configuration In the flooring material made of a laminate, the first adhesive layer containing the activated carbon and the adhesive is laminated on both sides of the plywood, tourmaline (tormarin), and the second adhesive layer and veneer combined with activated carbon, respectively, and the first adhesive Activated carbon incorporated in the layered adhesive is blended in the range of 35 to 45%, tourmaline incorporated in the adhesive forming the second adhesive layer is 10 to 20% by weight and activated carbon is blended in the range of 6 to 9% by weight. The summary is made.

However, the problem of the conventional anion emitting flooring is that the input of tourmaline and activated carbon for anion release is combined with the adhesive layer, so that the anion passing through it due to the paint layer which is essentially painted on the veneer during the flooring construction And there is a structural problem that the emission of far infrared rays is impossible or is significantly weakened even if emitted, it is difficult to achieve the desired purpose. In other words, the above-mentioned application is to adhere a member mixed with the activated carbon and tourmaline (tourmaline) and melamine resin, which is a porous member on the top of the flooring material, high technology is required to maintain high adhesion and dehumidification, sterilization by activated carbon Since only a small amount of anion is released by tourmaline, no more effective practicality can be expected. Anion release test with this configuration resulted in the anion not passing through the paint layer. Of course, depending on the thickness of the coating layer and the content ratio of tourmaline and activated carbon contained in the adhesive layer, it may be partially released, but the release was not confirmed by the conventional test results.

In addition, tourmaline (tourmaline) emits anions and far infrared rays due to the electrolysis of water when it comes into contact with water, but there is a problem in generating anions by itself, activated carbon, a medium to solve this problem, activated carbon is dehumidified in the pores When the water is completely filled, there is a problem that the physical properties of the adhesive layer is lowered due to the discharge that cannot be accommodated, thereby deteriorating the durability of the flooring material.

In addition, the conventional flooring manufacturing method is possible only when the flooring is constructed by the adhesive composition containing a tourmaline and activated carbon, there is a problem that the construction of the general flooring and flooring equipment is impossible.

In addition, the conventional anion generation method has a structural problem that the anion is generated by the vibration of the water molecules of the activated carbon as a medium due to the small amount of anions generated by the tourmaline, there is almost no release of negative ions without activated carbon.

In addition, the deodorizing function and antibacterial function in the tourmaline and activated carbon, or too weak, there may be a smell on the flooring material, there is a problem such as preventing the invasion of bacteria itself due to only the antibacterial function and sterilization function.

An object of the present invention for solving the above problems is to include anion emitting particles in the coating coated on the top of the veneer so that the anion from the flooring made of plywood and veneer can be released to the outside of the flooring to the flooring material without deterioration of the appearance effect The present invention provides an anion-releasing floorboard material and a method of manufacturing the same that provides a user with an anion function beneficial to the human body by imparting anion dissipation function.

In addition, another object of the present invention is to include the anion-emitting particles in the coating layer on the adhesive layer and the veneer between the plywood and veneer so that the anion can be released to the outside of the flooring material made of plywood and veneer without deteriorating the appearance effect It is to provide an anion-emitting flooring flooring material and a method of manufacturing the same by providing an anion divergence function to the flooring material to benefit the user according to the anion function beneficial to the human body.

It is still another object of the present invention to provide an anion emitting flooring material and a method of manufacturing the anion emitting material which allows a large amount of anions to be released by selecting a material different from the conventional one.

In addition, another object of the present invention is to provide an anion emitting flooring material and a method for manufacturing the same that can be produced through conventional flooring and equipment unlike the prior art.

In addition, another object of the present invention is to provide an anion emitting flooring material having an anion-releasing material having antibacterial and dehumidifying ability and a method of manufacturing the same.

The present invention to achieve the object as described above and to perform the problem for eliminating the conventional drawbacks and the lower plywood layer; Veneer layer bonded to the plywood layer by an adhesive layer; In the floor covering material laminated with a surface coating layer applied on the veneer layer,

The surface coating layer is characterized in that the structure consisting of a surface coating layer coated with the composition and the natural stone and feldspar particles that generate negative ions and far-infrared rays are mixed with UV paint.

In addition, the adhesive layer is composed of the adhesive layer is a mixture composition further comprises a natural stone and feldspar particles that generate negative ions and far infrared rays.

The surface coating layer is composed of a first layer, a second layer, a third layer, a third layer, a fourth layer, a fifth layer, and a sixth layer.

The surface coating layer may be composed of a layer further comprising a ceramic in the layer of the natural stone and feldspar mixed with UV paint.

The natural stone used in the present invention emits negative ions and far-infrared rays, but the release of its own negative ions is weak. However, there is an advantage that the antibacterial performance to prevent the deodorization of the smell, dehumidification of moisture (humidity), access and habitat of bacteria. In addition, it does not absorb moisture itself when dehumidifying or absorbs moisture, but rather decomposes moisture. Therefore, like conventional activated carbon, it absorbs moisture in porous structure and thus does not have problems such as the emission of moisture generated when capacity is exceeded. .

The feldspar used in the present invention itself contains an anion, which emits it, and the vibration is increased by supplying water when mixed with the heavenly stone, which is characterized by releasing a larger amount of anions and far infrared rays. The sky stone also has a deodorizing function.

The ceramic used in the present invention serves to prevent abrasion of the UV paint, a conventional ceramic material is sufficient.

The type of adhesive constituting the adhesive layer is a conventional adhesive resin, for example, 'pore bond' and the like.

UV coating of the present invention according to the nature of each layer 'hardness water-soluble UV isolator paint', 'UV wood sealant paint for flooring', 'UV sanding sealant paint for flooring', 'high hardness UV topcoat clear paint (G- 30) 'and the like optionally.

The UV coating and the cheonseokseok and feldspar to form the surface coating layer is mixed, the mixing ratio is 4 to 7 parts by weight of feldspar, based on 100 parts by weight of UV paint, 2 to 5 parts by weight.

The reason for limiting the mixing composition ratio of the natural stone is that the natural stone has the property of absorbing moisture in the air to decompose water, and in the process of decomposing water, vibration occurs and vibrates feldspar, thereby causing anion to naturally occur. However, when the blending ratio of the natural stone is less than 2 parts by weight or more than 5 parts by weight, the appropriate ratio of the ion is not released, so the ratio of the natural stone is limited as described above.

The reason for limiting the mixed composition ratio of feldspar is that when the proportion of feldspar is less than 4 parts by weight, an appropriate amount of anionic emission cannot be obtained, and when it exceeds 7 parts by weight, an appropriate anion emission level that is beneficial to the human body to be achieved in the present invention is exceeded. In order to release, the mixing ratio of feldspar is limited as described above.

In addition, the UV coating constituting the surface coating layer and a mixture of cheonseokseok and feldspar further comprises a ceramic, the mixing ratio is 4 to 7 parts by weight of feldspar, based on 100 parts by weight of UV paint, 2 to 5 parts by weight, and 8 to ceramic 10 parts by weight is mixed.

The reason for limiting the numerical value of the natural stone and feldspar is as described above, the reason for limiting the ceramic to 8 to 10 parts by weight is less than 8 parts by weight of abrasion of the paint layer, more than 10 parts by weight of the gloss of the paint layer and This is because the surface roughness increases rapidly.

The mixing ratio of the adhesive resin constituting the adhesive layer and the natural stone and feldspar is 4 to 7 parts by weight of feldspar and 2 to 5 parts by weight of feldspar based on 100 parts by weight of the adhesive resin.

The reason for limiting the numerical value of the cheonseokseok and feldspar is the same as when mixed with UV paint composition.

Table 1 below shows the anion emission increase rate according to the mixing ratio of feldspar, natural stone, and UV paint under conditions of a space area of 10 m ² , room temperature of 25 ° C., and humidity of 41% in order to detect the optimum mixing ratio of the UV paint, feldspar and natural stone. to be.

Table 2 shows the addition of ceramics under the same conditions as in Table 1 above, and Table 3 shows the anion release rate when the adhesive resin was added instead of UV paint under the same conditions as in Table 1 above. The adhesive shows the same result as in the paint, and the ceramic is a composition component related to abrasion and has little correlation with anion release.

<Table 1> Anion release rate by unit ratio (unit weight part)

sample feldspar Celestial Stone UV paint Anion Release Rise (%) One 0 12 100 0 2 3 10 100 4.8% 3 4 8 100 5% 4 5 6 100 5.5% 5 5 5 100 7.6% 6 5 4 100 10.4% 7 5 3 100 13.4% 8 6 2 100 12.2% 9 6 4 100 15.3% 10 7 3 100 18.2% 11 8 3 100 20.3% 12 10 One 100 22% 13 10 4 100 25%

<Table 2> Anion Release Relative Rate According to Mixing Ratio

sample feldspar Celestial Stone ceramic UV paint Anion Release Rise (%) One 0 12 10 100 0 2 3 10 9 100 4.8% 3 4 8 8 100 5% 4 5 6 10 100 5.5% 5 5 5 10 100 7.6% 6 5 4 10 100 10.4% 7 5 3 10 100 13.4% 8 6 2 10 100 12.2% 9 6 4 10 100 15.3% 10 7 3 10 100 18.2% 11 8 3 10 100 20.3% 12 10 One 8 100 22% 13 10 4 10 100 25%

<Table 3> Relative anion release rate according to the mixing ratio (unit weight part)

sample feldspar Celestial Stone Adhesive resin Anion Release Rise (%) One 0 12 100 0 2 3 10 100 4.8% 3 4 8 100 5% 4 5 6 100 5.5% 5 5 5 100 7.6% 6 5 4 100 10.4% 7 5 3 100 13.4% 8 6 2 100 12.2% 9 6 4 100 15.3% 10 7 3 100 18.2% 11 8 3 100 20.3% 12 10 One 100 22% 13 10 4 100 25%

According to the above table, although the maximum anion release rate is shown at the mixing ratio of sample condition 13, the mixing ratio of condition 7, which is an appropriate level of anion release, which is beneficial to the human body, is the most preferable composition range. However, the range that satisfies the criteria of the present invention is 4 to 7 parts by weight of feldspar, 2 to 5 parts by weight, based on the weight of the UV paint (adhesive resin), including this.

Flooring material manufacturing method of the present invention and the plywood layer of the lower; After having a normal floor covering consisting of a veneer layer bonded to the plywood layer by an adhesive layer, and comprises the step of forming a surface coating layer, the surface coating layer is a paint formed by mixing the natural stone and feldspar with UV coating And coating to form a first coating layer, a second coating layer, a third coating layer, a fourth coating layer, a fifth coating layer, and a sixth coating layer.

A plywood layer at the bottom in the step; Further comprising applying a surface coating layer to a common flooring material adhesive layer composed of a veneer layer bonded to the plywood layer by an adhesive layer, and having a flooring material having an adhesive layer formed by mixing the natural stone and feldspar particles; Characterized in that made.

In addition, the step of applying the laminated coating may further comprise a step of applying a mixed paint further comprising a ceramic in the UV paint and the cheonseokseok and feldspar. The reason for inclusion is to prevent wear of the UV paint.

Specific manufacturing method of the present invention is as follows.

In the following manufacturing method described as including the adhesive layer containing the natural stone and feldspar, and the ceramic layer is further included in the paint layer, such a step can be omitted if necessary.

The flooring material according to the present invention forms an adhesive layer (2) by applying an adhesive containing an anionic material of 8% cheoncheonseok and feldspar on the plywood layer (1), the veneer layer (3) on the adhesive layer (2) Is attached by press compression (240 kg / cm × 1 hour) to form a flooring material. At this time, the adhesive uses a bond, and the bond is applied to the plywood with a sprayer.

Thereafter, sanding the veneer layer (3) with sandpaper, etc., 100 parts by weight of feldspar and feldspar, which are anionic materials, in the high hardness water-soluble UV isolator paint, based on 100 parts by weight of UV paint, and 4 to 7 parts by weight of feldspar. After mixing, 8 to 10 parts by weight of ceramics are mixed and coated with 5 to 8 g / m ² and a thickness of 8 microns to form a first coating layer 4. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. In addition, the temperature at the time of coating is 80 ~ 90 ℃, time is carried out for 50 seconds.

The purpose of the coating is to improve the adhesion of the body and UV paint and to penetrate.

Based on 100 parts by weight of feldspar, an anion substance, and feldspar 4 to 7 parts by weight based on 100 parts by weight of UV paint, and 2 to 5 parts by weight of feldspar on the first coating layer 4 to UV wood sila paint for floorboard. 10 parts by weight of the mixture is applied to a thickness of 8 microns to form a second coating layer (5). In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). In addition, the temperature at the time of coating is 80 ~ 90 ℃, time is carried out for 10 seconds.

The purpose of the coating is to fill the base of the body to improve air bubbles, adhesive pressure.

On the second coating layer (5) 100% by weight of feldspar, based on UV coating 100% by weight of feldspar, and 2-5 parts by weight of feldspar, based on UV coating of ionic stone and feldspar to UV paint or floorboard sanding sealer paint 8 to 10 parts by weight of ceramics are mixed and applied to a thickness of 8 microns to form a third coating layer 6. In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). In addition, the temperature at the time of coating is 80 ~ 90 ℃, time is carried out for 10 seconds.

The purpose of the said coating is to improve the bubble dream by making a cut | cover of the main body.

Based on 100 parts by weight of feldspar which is an anion material and UV feldspar based on UV sanding sealer paint for floorboards on the third coating layer 6, 4 to 7 parts by weight of feldspar and 2 to 5 parts by weight of feldspar are mixed with ceramic 8 to 10 parts by weight of the mixture is applied to a thickness of 8 microns to form a fourth coating layer (7). The coating method at the time of application is performed by CRC (combination roll coater) in one roller. In addition, the temperature at the time of coating is 80 ~ 90 ℃, time is carried out for 18 seconds.

The purpose of the coating is to give a smooth appearance to the top coat as a finishing process of sanding work.

Sanding the fourth coating layer (7) with sandpaper or the like, on top of 100% by weight of feldspar and feldspar, which are anionic materials in high hardness UV coating, and 4 to 7 parts by weight of feldspar, and 2 to 5 A 5 parts by weight is mixed and 8 to 10 parts by weight of ceramic is mixed and applied to a thickness of 8 microns to form a fifth coating layer 8.

The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. In addition, the temperature at the time of coating is 80 ~ 90 ℃, time is carried out for 10 seconds.

The purpose of the coating is to show the final appearance of the finish paint primary coating showing the final appearance of the floor excellently.

100 parts by weight of feldspar based on UV coating 100% by weight of feldspar, which is an anion substance, is mixed with 4 to 7 parts by weight of feldspar and 2 to 5 parts by weight of ceramics on the fifth coating layer 8 10 parts by weight of the mixture is applied to a thickness of 8 microns to form a sixth coating layer (9).

The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. In addition, the temperature at the time of coating is 80 ~ 90 ℃, time is carried out for 18 seconds.

The purpose of the coating is to make it excellent in appearance, appearance, scratch adhesion as a finishing paint showing the final appearance of the floor.

Hereinafter, the configuration and the operation of the embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a cross-sectional explanatory view of an anion-emitting flooring material according to the present invention, the configuration is from the bottom of the plywood layer (1), adhesive layer (2), veneer layer (3) and the veneer layer for UV paint, natural stone particles, The first coating layer 4, the second coating layer 5, the third coating layer 6, the fourth coating layer 7, and the fifth coating layer 8, each of which is made of a coating material containing feldspar particles and ceramic particles. And a sixth coating layer (9).

The first coating layer (1) is a coating layer coated with a mixture of high hardness water-soluble UV isolator paint of celestial stone and feldspar which are anionic materials.

The second coating layer (5) is a coating layer coated with a mixture of an anionic material, chunkyrite and feldspar, to the floorboard wood wood sila paint.

The third coating layer 6 is a coating layer in which an anionic material, such as heavenly feldspar and feldspar, is mixed and applied to one of the paints selected from the floor wood yuv wood silla or the floor sanding sealer paint.

The fourth coating layer 7 is a coating layer coated with a combination of natural stone and feldspar on the flooring of the UV sanding sealer paint for floorboard.

The fifth coating layer 8 is a coating layer coated with a mixture of natural stone and feldspar to a high hardness UV coating transparent coating.

The sixth coating layer 9 is a coating layer coated with a mixture of natural stone and feldspar to a high hardness UV top transparent paint.

The first to sixth coating layer may be configured to further include a ceramic in the UV paint containing a natural stone and feldspar.

Hereinafter is a preferred embodiment of the present invention.

<Example 1>

The wood veneer layer 3 is attached onto the adhesive layer 2 by press compression (240 kg / cm × 1 hour) to form a floor covering. At this time, the adhesive uses a bond, and the bond is applied to the plywood with a sprayer.

Thereafter, sanding the veneer layer (3) with sandpaper or the like, and on top of the hardened water-soluble UV isolator paint, the feldspar and the feldspar, which are anionic materials, are mixed with 5 parts by weight of feldspar and 3 parts by weight of feldspar based on UV paint. 10 parts by weight of ceramics are mixed and coated to a thickness of 5 g / m ² and 8 microns to form a first coating layer 4. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 50 second.

Based on 100 parts by weight of feldspar, an anion substance, and 5 parts by weight of feldspar based on 100 parts by weight of UV coating, and 3 parts by weight of feldspar, and 10 parts by weight of ceramic. 8 micron is applied to form a second coating layer (5). In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

On the second coating layer 5, 100 parts by weight of feldspar and 50 parts by weight of feldspar based on UV paint are mixed with ceramics and feldspar, which are anion materials, in a UV wood sill for floorboard or sanding sealer for floorboard. The parts by weight are mixed and applied to a thickness of 8 microns to form a third coating layer 6. In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

100 parts by weight of feldspar, an anionic material, and 5 parts by weight of feldspar based on 100 parts by weight of UV paint, and 3 parts by weight of feldspar mixed with 10 parts by weight of ceramic 8 micron is applied to form a fourth coating layer (7). The coating method at the time of application is performed by CRC (combination roll coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

Sanding the fourth coating layer (7) with sandpaper or the like, and on top of the hardened UV coating transparent paint, cheongyeongseok and feldspar, which is an anion material, are mixed with 5 parts by weight of feldspar, and 3 parts by weight of feldspar based on 100 parts by weight of UV paint. 10 parts by weight of ceramics are mixed and coated with a thickness of 8 microns to form a fifth coating layer 8. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller.

Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

100 parts by weight of feldspar based on UV coating 100% by weight of feldspar based on UV coating 100% by weight of feldspar and 3 parts by weight of feldspar, and 10 parts by weight of ceramic It is composed of 8 micron coating to form the sixth coating layer (9).

The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

<Example 2>

The wood veneer layer 3 is attached onto the adhesive layer 2 by press compression (240 kg / cm × 1 hour) to form a floor covering. At this time, the adhesive uses a bond, and the bond is applied to the plywood with a sprayer.

Thereafter, sanding the veneer layer (3) with sandpaper or the like, and the high hardness water-soluble UV isolator paint is mixed with 6 parts by weight of feldspar based on 100 parts by weight of feldspar and feldspar, based on UV paint, and 2 parts by weight of feldspar. 10 parts by weight of ceramics are mixed and coated to a thickness of 5 g / m ² and 8 microns to form a first coating layer 4. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 50 second.

100 parts by weight of feldspar based on UV coating 100% by weight of feldspar based on 100 parts by weight of an anion substance in uv wood sila paint for floorboard on the first coating layer 4, and 2 parts by weight of feldspar mixed with 10 parts by weight of ceramic 8 micron is applied to form a second coating layer (5). In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

On the second coating layer 5, 100 parts by weight of feldspar based on 100 parts by weight of feldspar, an anion substance and 6 parts by weight of feldspar, and 2 parts by weight of ceramics are added to the UV wood sill for floorboard or sanding sealer for floorboard. The parts by weight are mixed and applied to a thickness of 8 microns to form a third coating layer 6. In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

100 parts by weight of feldspar as an anionic material and 100 parts by weight of feldspar based on UV paint sanding sealer paint for floorboard on the third coating layer 6, 6 parts by weight of feldspar and 2 parts by weight of ceramic 8 micron is applied to form a fourth coating layer (7). The coating method at the time of application is performed by CRC (combination roll coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

Sanding the fourth coating layer (7) with sandpaper or the like, and on top of the hardened UV coating transparent paint, the feldspar and feldspar, which are anionic materials, are mixed with 6 parts by weight of feldspar based on 100 parts by weight of UV paint, and 2 parts by weight of feldspar. 10 parts by weight of ceramics are mixed and coated with a thickness of 8 microns to form a fifth coating layer 8. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller.

Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

On the fifth coating layer 8, 6 parts by weight of feldspar based on 100 parts by weight of feldspar, which is an anion substance, and 6 parts by weight of feldspar are mixed with 10 parts by weight of ceramics, and 100 parts by weight of UV coating on the high hardness UV coating transparent paint. It is composed of 8 micron coating to form the sixth coating layer (9).

The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

<Example 3>

The wood veneer layer 3 is attached onto the adhesive layer 2 by press compression (240 kg / cm × 1 hour) to form a floor covering. At this time, the adhesive uses a bond, and the bond is applied to the plywood with a sprayer.

Thereafter, sanding the veneer layer (3) with sandpaper or the like, and the high hardness water-soluble UV isolator paint is mixed with 5 parts by weight of feldspar, and 4 parts by weight of feldspar, based on 100 parts by weight of UV paint, which is an anionic material. 10 parts by weight of ceramics are mixed and coated to a thickness of 5 g / m ² and 8 microns to form a first coating layer 4. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 50 second.

100 parts by weight of feldspar, an anionic material, and 5 parts by weight of feldspar based on 100 parts by weight of UV paint, and 4 parts by weight of feldspar mixed with 10 parts by weight of ceramic 8 micron is applied to form a second coating layer (5). In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

On the second coating layer 5, 100 parts by weight of feldspar based on 100 parts by weight of feldspar and feldspar, which are anion materials, is mixed with 5 parts by weight of feldspar, and 4 parts by weight of ceramics. The parts by weight are mixed and applied to a thickness of 8 microns to form a third coating layer 6. In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

Based on 100 parts by weight of feldspar, an anion substance, and 5 parts by weight of feldspar based on 100 parts by weight of UV paint, and 4 parts by weight of feldspar mixed with 10 parts by weight of ceramic 8 micron is applied to form a fourth coating layer (7). The coating method at the time of application is performed by CRC (combination roll coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

Sanding the fourth coating layer (7) with sandpaper or the like, and on top of it, a high hardness UV coating transparent paint is mixed with an anionic substance of cheongyeongseok and feldspar, based on 100 parts by weight of UV paint based on 5 parts by weight of feldspar and 4 parts by weight of feldspar. 10 parts by weight of ceramics are mixed and coated with a thickness of 8 microns to form a fifth coating layer 8. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller.

Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

100 parts by weight of feldspar, which is an anion substance, and 5 parts by weight of feldspar based on 100 parts by weight of UV paint, and 4 parts by weight of feldspar mixed with 10 parts by weight of ceramic, on top of the fifth coating layer 8 It is composed of 8 micron coating to form the sixth coating layer (9).

The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

<Example 4>

The wood veneer layer 3 is attached onto the adhesive layer 2 by press compression (240 kg / cm × 1 hour) to form a floor covering. At this time, the adhesive uses a bond, and the bond is applied to the plywood with a sprayer.

Thereafter, sanding the veneer layer (3) with sandpaper, etc., on top of 100 parts by weight of feldspar and feldspar, which are anionic substances in high hardness water-soluble UV isolator paint, based on 100 parts by weight of UV paint, and 3 parts by weight of feldspar 5g / The first coating layer 4 is formed by applying m ² and a thickness of 8 microns. The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 50 second.

100 parts by weight of feldspar and feldspar, which are anionic substances, are coated on the first coating layer 4 with 5 parts by weight of feldspar based on 100 parts by weight of UV paint and 3 parts by weight of feldspar coated with 8 microns in thickness. Form layer 5. In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

On the second coating layer 5, 100 parts by weight of feldspar and feldspar, based on 100 parts by weight of an anionic material, are mixed with 5 parts by weight of feldspar and 3 parts by weight of feldspar for 8 microns in thickness. It is applied to form the third coating layer (6). In coating, the coating method is performed on two rollers, the first roller is performed by RRC (reverse roll coater), and the second roller is performed by DRC (direct roll coater). Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

100 parts by weight of feldspar, an anionic substance, and 5 parts by weight of feldspar based on 100 parts by weight of UV paint and 3 parts by weight of feldspar applied to the floor coating UV sanding sealer paint on the third coating layer 6 Form layer 7. The coating method at the time of application is performed by CRC (combination roll coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

Sanding the fourth coating layer (7) with sandpaper or the like, and on top of the high hardness UV coating transparent paint, the feldspar and feldspar, which are anionic materials, are mixed with 5 parts by weight of feldspar, and 3 parts by weight of feldspar based on 100 parts by weight of UV paint. It is applied to a thickness of 8 microns to form a fifth coating layer (8). The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller.

Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 10 second.

100 parts by weight of feldspar and feldspar, which are anionic substances, on the fifth coating layer 8 are coated with a thickness of 8 microns by mixing 8 parts by weight of feldspar and 3 parts by weight of feldspar, based on 100 parts by weight of UV paint. It is comprised by forming the layer 9.

The coating method at the time of application is performed by DRC (Direct Roll Coater) in one roller. Moreover, the temperature at the time of coating is 80 degreeC, and time is performed for 18 second.

It will be described the effect of the negative ion emitting flooring material according to the present invention as described above.

The anion-emitting flooring material according to the present invention is a mixture of an anionic substance and a feldspar and feldspar to an adhesive for attaching the plywood 1 and the veneer 3 to release an anion and far infrared rays beneficial to the human body from the adhesive layer 2.

In addition, each paint used for each of the coating layers 4, 5, 6, 7, 8, and 9 formed on the veneer 3 contains an anionic substance, such as a natural stone and feldspar, and also contains a ceramic. Therefore, the anion and far infrared rays which are beneficial to a human body are emitted from each coating layer (4) (5) (6) (7) (8) (9).

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

As described above, the present invention includes anion-releasing particles in a coating coated on the veneer so that anions can be released from the flooring made of plywood and veneer to the outside of the flooring material, thereby imparting anion divergence to the flooring material without deteriorating the appearance effect. There is an advantage to benefit the user according to the beneficial anion function.

In addition, the present invention includes the anion emitting particles in the coating layer coated on the adhesive layer and the veneer between the plywood and veneer and the top of the veneer so that the anion can be released to the outside of the flooring material consisting of plywood and veneer anion to the flooring material without deteriorating the appearance effect By giving a divergence function there is an advantage to benefit the user according to the anion function beneficial to the human body.

In addition, the present invention has the advantage that a large amount of anions are released unlike the prior art by using a natural stone and feldspar anion emitting material.

In addition, the present invention has the advantage that can be manufactured through conventional flooring and equipment unlike the prior art.

In addition, the present invention has an advantage that the material that emits anions has an antibacterial and dehumidifying ability, so the invention is expected to be greatly used in the industry.

1 is an explanatory cross-sectional view of the present invention.

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

(1): plywood layer (2): adhesive layer

(3): pattern wood layer (4): first coating layer

(5): second coating layer (6): third coating layer

(7): fourth coating layer (8): fifth coating layer

(9): 6th coating layer

Claims (9)

A lower plywood layer; Veneer layer bonded to the plywood layer by an adhesive layer; 100 parts by weight of each of the UV paint on the veneer layer based on 4 to 7 parts by weight of feldspar, 2 to 5 parts by weight of the feldspar is an anion-emitting floor, characterized in that the laminated structure consisting of a multi-layer surface coating layer applied. The method of claim 1, Anion emitting flooring material, characterized in that the adhesive layer is composed of a mixture of the adhesive layer further comprises a natural stone and feldspar particles that generate anion and far infrared rays. The method of claim 1, The surface coating layer is composed of a first layer, a second layer, a third layer, a fourth layer, a fifth layer, and a sixth layer, in which six layers are stacked. It is The first coating layer (1) is a coating layer coated with a high hardness water-soluble UV-isolator paint, an anionic substance, cheonseokseok, feldspar, and UV coating, the second coating layer (5) is a UV coating for floorboard UV wood The coating layer is coated with a mixture of anionic materials, such as cheonryok and feldspar, and the third coating layer (6) is an anionic material to one of the paints selected from UV wood coatings for wood floors or sanding sealers for floors. It is a coating layer coated with a mixture of cheonseokseok, feldspar, and the fourth coating layer 7 is a coating layer coated with a combination of heavenstone and feldspar to the UV sanding sealer paint for floorboard which is a UV coating, and the fifth coating layer (8). ) Is a coating layer coated with a mixture of natural hard and feldspar to a high hardness UV coating transparent coating, which is a UV coating, and the sixth coating layer 9 is mixed with a coating of natural coating and feldspar to a high hardness UV coating which is a UV coating. Anion emission flooring which is characterized in that the coating layer. The method of claim 3, wherein The surface coating layer is an anion-emitting flooring material, characterized in that composed of a coating layer further comprises a ceramic particle in the UV paint mixed with a natural stone and feldspar particles. The method of claim 2, The adhesive layer is based on 100 parts by weight of the adhesive resin based on feldspar 4 to 7 parts by weight, heavenly stone is an anion-emitting floor flooring, characterized in that blended. The method of claim 4, wherein The surface coating layer is based on 100 parts by weight of UV paint based feldspar is 4 to 7 parts by weight, heavenly stone is 2 to 5 parts by weight, ceramic is an anion-emitting floor flooring, characterized in that blended in 8 to 10 parts by weight. A lower plywood layer; After having a normal floor covering material composed of a veneer layer bonded to the plywood layer by an adhesive layer, and comprises a step of forming a surface coating layer, the surface coating layer is a paint formed by mixing the natural stone and feldspar with UV coating It is applied to the first coating layer, the second coating layer, the third coating layer, the fourth coating layer, the fifth coating layer and the sixth coating layer is formed by laminating in order, The first coating layer is sanding the veneer layer (3) with sandpaper or the like, and the ionic stone and feldspar, which are anionic substances, on the basis of UV paint high hardness water-soluble UV isolator paint 100 parts by weight, based on feldspar is 4 to 7 parts by weight, the feldspar is 2 to Mixing 5 parts by weight to form a first coating layer (4) by coating 5 ~ 8g / m ² , 8 microns thick, the coating method is applied by a DRC (direct roll coater) in one roller, the coating The temperature of the hour is 80 ~ 90 ℃, time is a step for 50 seconds, The second coating layer is based on 100 parts by weight of uv wood silla paint for floorboard UV coating of an anionic material and feldspar, an anionic material on the first coating layer 4 by 4 to 7 parts by weight of feldspar, 2 to 5 parts by weight Applying a thickness of 8 microns to form a second coating layer (5), the coating method is applied on two rollers, the first roller by RRC (reverse roll coater), the second roller by DRC (direct roll coater) ), The temperature at the time of coating is 80 ~ 90 ℃, the time is performed for 10 seconds, The third coating layer (6) is based on the second coating layer (5) based on 100% by weight of feldspar, UV coating of an anionic material and feldspar, UV wood coating or flooring sanding sealer paint for floorboards 4 to 7 parts by weight, cheonseokseok 2 to 5 parts by weight of silver is mixed and applied to a thickness of 8 microns, the coating method is applied on two rollers, the first roller is carried out by RRC (reverse roll coater), the second roller is applied to DRC (direct roll coater) It is carried out by, the temperature at the time of coating is 80 ~ 90 ℃, the time is performed for 10 seconds, The fourth coating layer (7) is based on 100 parts by weight of UV sanding sealer paint for floorboards UV coating of an anionic material and feldspar on the third coating layer (6) based on feldspar is 4 to 7 parts by weight, heavenly stone is 2 to 5 After mixing, it is formed by coating to a thickness of 8 microns, the coating method is applied by a CRC (combination roll coater) in one roller, the coating temperature is 80 ~ 90 ℃, time is performed for 18 seconds Step, The fifth coating layer (8) sanding the fourth coating layer (7) with sandpaper or the like, and on the basis of 100 parts by weight of high hardness UV top transparent transparent paint of UV-painted anthracite and feldspar, an anion material is 4 to 7 The parts by weight, the natural stone is mixed by 2 to 5 parts by weight and formed by coating with a thickness of 8 microns, the coating method during the coating is carried out by DRC (direct roll coater) in one roller, the temperature during coating is 80 ~ 90 ℃, the time is a step for 10 seconds, The sixth coating layer (9) is based on the fifth coating layer (8) 100 parts by weight of a high-strength uv top coating transparent paint of an anionic material and feldspar as an anionic material UV coating 4 to 7 parts by weight, feldspar 2 to 5 weight After mixing, it is formed by coating to a thickness of 8 microns, the coating method during the coating is performed by DRC (direct roll coater) in one roller, the temperature at the time of coating is 80 ~ 90 ℃, time is performed for 18 seconds Method for producing an anion emitting flooring material, characterized in that step. The method of claim 7, wherein Method for producing an anion-emitting floor covering, characterized in that the first coating layer to the sixth coating layer, each UV coating, and a natural stone and feldspar is mixed to apply a mixed paint further comprises 8 to 10 parts by weight of the ceramic during coating . The method according to any one of claims 7 to 8, 100 parts by weight of the adhesive resin to the adhesive layer for bonding the plywood and the veneer layer 4 to 7 parts by weight of feldspar, 2 to 5 parts by weight of the heavenly stone by mixing the surface coating layer on the flooring material to form an adhesive layer Method for producing an anion-emitting flooring material, characterized in that configured.