KR100978291B1 - Constructing method of anti-slip material - Google Patents

Abstract

PURPOSE: A construction method of a floor for preventing slipping is provided to prevent slipping by using adhesive resin with high-viscosity and to improve interior by spreading reflective powder and decorative powder on the adhesive resin. CONSTITUTION: A construction method of a floor for preventing slipping is as follows. Adhesive resin is spread on a floor(S1-1). Silica is spread on the adhesive resin(S1-2). Reflective powder and decorative powder are spread on the adhesive resin(S1-3). Silica completely covers the surface of the adhesive resin with the silica, the reflective powder, and the decorative powder(S1-4). The adhesive resin is hardened(S1-5). After hardening, the silica, the reflective powder, and the decorative powder, which are not attached on the surface of the adhesive resin, are eliminated(S1-6). Transparent adhesive resin se spread on the cleaned surface of the adhesive resin(S1-7). The transparent adhesive resin is hardened(S1-8).

Description

Constructing method of anti-slip material

The present invention relates to a non-slip floor construction method, using a highly viscous adhesive resin to form a multi-layered floor to prevent slipping, by applying a reflector powder and decorative powder, etc. to obtain an interior effect using a variety of colors The non-woven fabric printed with logos, letters and figures can be placed in a multi-layered structure to achieve the advertising effect, and the heating material can be placed inside the multi-layered structure to increase the temperature of the floor, and the phosphorescent material It relates to a non-slip floor construction method that can be displayed integrally to the emergency exit guidance signs using the floor.

Conventionally, various types of anti-slip materials have been used for indoor or outdoor floor surfaces.

For the non-slip material used outdoors, a method of applying a resin to the upper surface of the asphalt or cement surface and compacting it with a roller is widely used. Such a conventional non-slip material has a weak adhesive force, so that the non-slip material is asphalt The problem of separation from the cement surface is caused.

For indoor use to prevent slipping, the surface is roughened to create a friction to prevent slipping, the back side is mainly used a sticker coated with an adhesive that adheres to the floor, the adhesive gradually increases as moisture penetrates Adhesion is weakened and after a long time there was a problem that eventually falls off the floor.

In addition, the surface is in contact with the surface of the user's feet or shoes, such that the rough surface is worn, there is a problem that can not prevent the slip after a long time of use does not cause friction.

In addition, there is a form in which the upper surface is formed projections or roughly formed tiles on the floor, if the tiles are formed on all sides to prevent slipping, pedestrians continue to step on the projection when walking, so the feeling of walking is not good In the case of infants and children, there was a problem that an accident occurs due to the foot being caught between the protrusions.

The present invention has been proposed to solve the above problems, by using a viscous viscous resin to form a multi-layer structure on the bottom, while the silica sand is sprayed to the inside of the multi-layer structure, the silica sand adheres to the adhesive resin It is an object of the present invention to provide a non-slip floor construction method that can prevent slipping by friction with the pedestrians and cars that are in contact with each other, and can obtain various interior effects by spraying the reflector powder and the decorative powder onto the adhesive resin.

In addition, it is possible to obtain the advertising effect by integrally bonding the non-woven fabric printed logo, text, pattern, etc., and by applying transparent silica sand on the upper portion of the non-woven fabric to prevent damage to the nonwoven fabric by external friction and at the same time transparent It is an object of the present invention to provide an anti-slip floor construction method that can prevent slipping through silica sand.

In addition, it is equipped with a heating material that generates heat generated when the power is connected to the inside, and can be installed on the floor of a wet toilet or bathroom to remove moisture, thereby reducing accidents caused by the user's slipping and installing on the road. Therefore, when the snow comes in winter, the purpose is to provide a non-slip floor construction method that can melt the snow by connecting the power to the heating material.

In addition, it is an object of the present invention to provide a non-slip floor construction method that can be integrally applied to the flooring material by integrating the photoluminescent material to guide the emergency, such as arrows, phrases.

In order to achieve the above object, the present invention, the step of applying an adhesive resin to the bottom, and the step of attaching the silica sand (규) by sparse spatter on the adhesive resin, and the external light on the adhesive resin to reflect Spraying and attaching the reflector powder and the decorative powder having a specific color, completely covering the surface of the adhesive resin sprayed with the silica sand, the reflector powder, and the decorative powder with silica sand, curing the adhesive resin, and curing Thereafter, by removing the silica sand, reflector powder and decorative powder not attached to the surface of the adhesive resin to clean up the surface of the adhesive resin, and applying a transparent adhesive resin to the cleaned surface to finish the surface, and the transparent adhesive resin It comprises the step of curing.

In addition, the step of arranging the surface of the adhesive resin, vacuum suction to remove the silica sand, the reflector powder and the decorative powder not attached to the surface of the adhesive resin, and using the vibration weakly attached to the surface of the adhesive resin, It is characterized in that it further comprises the step of removing after removing the reflector powder and decorative powder.

At this time, between the step of applying the adhesive resin and the step of sparse spattering silica sand, the step of attaching a heating material to the adhesive resin is characterized in that it further comprises.

In addition, the step of finishing the surface, characterized in that further comprising the step of spraying the photoluminescent material for induction display.

Furthermore, the step of applying the compounding resin containing the inorganic pigment and the adhesive resin to the bottom, the step of curing the compounding resin, applying the adhesive resin to the cured compounding resin, and the design is printed Disposing the nonwoven fabric on the adhesive resin and then adhering the adhesive resin to the nonwoven fabric; covering the screen to cover the nonwoven fabric; and then spraying the silica sand on the adhesive resin; Spraying and attaching a reflector powder that reflects light and a decorative powder having a specific color; completely covering the surface of the adhesive resin sprayed with the silica sand, the reflector powder, and the decorative powder with silica sand; Spraying transparent silica on top of the nonwoven fabric, curing the adhesive resin, and after curing Cleaning the surface of the adhesive resin by removing the silica sand, the reflector powder, and the decorative powder not adhered to the surface of the adhesive resin, applying a transparent adhesive resin to the cleaned surface to finish the surface, and the transparent adhesive resin. Hardening.

The present invention made as described above, the construction of a multi-layer structure on the entire floor to be constructed by using a highly viscous adhesive resin to prevent slipping of pedestrians and cars, the construction is easy, damp toilet, bathroom or road surface Can be used in various construction environments,

The non-woven fabric printed with logo and design can be adhesively fixed to obtain high advertising effect.

The heating material that generates heat by connecting with external power is fixed to the inside to be applied to the bathroom and bathroom with high humidity and heating effect. By evaporating the moisture of the floor by heat, it prevents the user's safety accident and the snow in winter Even when the snow falls due to heat recording, it is possible to solve the problem caused by snow accumulation.

Furthermore, by applying the photoluminescent material in the form of arrows, phrases, etc., it is possible to obtain an effect of guiding a pedestrian or driver in a safe position in an emergency.

1 is a flow chart showing the procedure of the first embodiment of the non-slip floor construction method according to the present invention.
2 is a schematic view showing a process of the first embodiment;
3 is a flow chart showing in detail the step of cleaning the surface in the first embodiment.
4 is a flowchart showing the procedure of the second embodiment of the present invention.
5 is a schematic view showing a process of a second embodiment;
6 is a flowchart showing the procedure of the third embodiment of the present invention.
7 is a schematic view showing a process of a third embodiment.
8 is a flowchart showing a procedure of the fourth embodiment of the present invention.
9 is a schematic view showing a process of a fourth embodiment.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the non-slip floor construction method according to the present invention.

First, looking at the first embodiment of the non-slip floor construction method according to the invention shown in Figures 1 to 3,

Step (S1-1) of applying the adhesive resin 10 to the bottom (W) formed of cement, asphalt or tiles, and the sand sand (20) on the adhesive resin (10) is sparse sparse spraying sand ( 20 to attach the adhesive resin 10 (S1-2), the reflector powder 31 reflecting external light on the adhesive resin 10 and the decorative powder 32 having a specific color Spraying and attaching (S1-3) and completely covering the surface of the adhesive resin 10 to which the silica sand 20, the reflector powder 31, and the decorative powder 32 are sprayed with the silica sand 20 (S1- 4), the step (S1-5) of curing the adhesive resin (10), and after curing by removing the silica sand, the reflector powder 31 and the decorative powder 32 that is not attached to the surface of the adhesive resin (10) Arranging the surface of the adhesive resin 10 (S1-6), and applying a transparent adhesive resin 11 to the cleaned surface to finish the surface (S1-7), and It consists of the step (S1-8) of hardening the transparent adhesive resin 11.

In the step (S1-1) of applying the adhesive resin 10 to the bottom (W), a high viscosity adhesive resin 10 is applied to the construction target position to form a non-slip floor, such as indoor or outdoor, roller And it is applied to have a uniform thickness using a brush.

Representative of the adhesive resin used in the present invention, there is a methyl methacrylate (MethylMethAcrylate) known as MMA resin, raw materials of various paints, raw materials of synthetic resins, for construction materials, advertising signs, lighting equipment, daily necessities, adhesives, molding It is used for various purposes such as dragon ferret, and is a colorless transparent liquid with strong fruit smell.

In the present invention, not only the MMA resin but also other resins having adhesiveness in a liquid state and having a property of hardening after curing may be used.

In addition, the adhesive resin is advantageous in that the adhesion rate of the silica sand 20, the reflector powder 31, the decorative powder 32, and the like, which are high in viscosity before being cured, is high.

The coating of the adhesive resin 10 to have a uniform thickness at a location to be constructed is for uniformly dispersing the pressure applied from pedestrians and automobiles, and when applied unevenly, the pressure applied from the upper side. This is because the problem occurs that the thickness is concentrated in a thin part,

In order to prevent this, it is important to apply the adhesive resin 10 uniformly using a roller and a brush.

At this time, the amount of the resin to be applied is applied at least 250g ~ 300g per 1㎡, the amount applied is different depending on the surface roughness of the cement or asphalt to be applied.

That is, 250g is applied when the surface is smooth, and 300g is applied when it is made of cement.

Next, the step of attaching the silica sand 20 to the adhesive resin (10) by applying a sparse sparse spray on the coated adhesive resin (10) to prevent slipping (S1-2), the adhesive resin (10) By spraying the silica sand 20 on the top to obtain an anti-slip effect.

The silica sand 20 is a small grain of quartz, and should be sprayed so as not to aggregate on the tacky resin 10. When the sand sand 20 to be sprayed is agglomerated on the tacky resin 10, the powder is applied in the following steps. This is because there is a problem that they do not adhere to the adhesive resin 10 to fall on the top of the sprayed silica sand (20).

Accordingly, the silica sand 20 sprayed in the step (S1-2) of attaching the silica sand 20 to the adhesive resin 10 is sprayed while the worker grabs a predetermined amount and shakes it or flows out of the worker's hand little by little. It is preferable to spray in the form to do.

Next, the step (S1-3) of spraying the reflector powder 31 that receives and reflects external light and the decorative powder 32 formed of minerals, metals, etc. having a specific color may include glass, porcelain, or the like. The reflector powder 31 formed by grinding the particles into small particles and the mineral powder having a unique color, respectively, or the decorative powder 32 made of colored silica with color is sprinkled on the adhesive resin 10. It is possible to obtain various visual effects.

At this time, since the reflector powder 31 is formed of a material such as glass, porcelain, etc., it is very small and light, so that the reflector powder 31 should not be agglomerated when sprinkled. After gripping and rubbing both fingers while spraying it is preferable to spray.

In addition, when spraying the reflector powder 31 is preferably sprinkled at a high position at the sprayed portion, wherein the high position is preferably sprayed at a position about 60Cm or more away from the sprayed portion.

The decorative powder 32 is sprinkled in the same form as the reflector powder 31, because it is very small and light characteristics, such as the reflector powder 31, it is preferably sprayed at a position about 30Cm or more away from the spraying site.

At this time, the decorative powder 32 is formed by grinding a variety of minerals and metals each having a unique color in a very small form, or by mixing a variety of colors by appropriately mixing the color silica sand formed by blending paint with general silica sand as necessary It can be applied to achieve.

Representative minerals used include olivine, kaolin, silica ineral, diatomite, diatomite, wollastonite, pyrophyllite, dolomite, lithium minerals, Magnesite, Bauxite, Hectorite, Serpentine, Acid Clay, Iron Oxides, Garnet, Coal, Staurolite, Attalpulgite, Sepiolite, Vermiculite and the like.

The decorative powder 32 may not only obtain a visual effect by expressing various colors, but also may prevent friction by contacting pedestrians and automobiles and causing friction.

Next, the step (S1-4) of completely covering the surface of the adhesive resin 10 sprayed with the silica sand 20, the reflector powder 31 and the decorative powder 32 with the silica sand 20,

To obtain an anti-slip effect by spraying the silica sand 20 on all parts including the silica sand 20 and the reflector powder 31 and the decorative powder 32, which are sprayed onto the adhesive resin 10 and adhered thereto. will be.

The amount of silica sand 20 to be sprayed for this purpose is preferably sprayed 1.2Kg per m 2, the sprayed silica sand 20 is to be obtained in the anti-slip effect while being bonded in a portion in contact with the adhesive resin (10).

The step (S1-4) of completely covering the surface of the adhesive resin 10 with the silica sand 20 includes all parts including the upper part of the silica sand 20, the reflector powder 31, and the decorative powder 32 that are already sprayed and bonded. When the new silica sand 20 is sprayed on, the silica sand 20 sprayed on the site having no pre-sprayed material gets an anti-slip effect while adhering to the adhesive resin 10, and the silica sand 20 and the reflector already sprayed The silica sand 20 sprayed in the form of overlapping the powder 31, the decorative powder 32 is removed while the step of cleaning the surface of the adhesive resin to be described later, the silica sand 20 of the removed portion, the reflector powder ( 31), the decorative powder 32 is exposed to the outside can obtain the desired effect.

Next, the step (S1-5) of curing the adhesive resin (10), so that the sprayed silica sand 20, the reflector powder 31, the decorative powder 32 is completely adhesively fixed to the adhesive resin (10) Step.

Next, after curing the adhesive resin 10, the silica sand 20, the reflector powder 31, and the decorative powder 32 which are not attached or weakly adhered to the surface of the adhesive resin 10 are removed to remove the surface of the adhesive resin 10. It is a step (S1-6) to clean up.

At this time, the silica sand 20, the reflector powder 31, and the decorative powder 32, which are not attached to the surface of the adhesive resin 10, are removed from the surface of the adhesive resin 10 by using vacuum suction,

The weakly attached silica sand 20, the reflector powder 31, and the decorative powder 32 are removed by using a vacuum suction after dropping by vibrating the surface of the adhesive resin 10 using a milling machine (milling machine). .

At this time, the silica sand 20, the reflector powder 31, the decorative powder 32 which is not attached to the surface of the adhesive resin 10 is removed by vacuum suction using a vacuum cleaner 81 (S1-6a), The silica sand 20, the reflector powder 31, and the decorative powder 32, which are weakly adhered to the surface of the adhesive resin 10, are separated from the surface of the adhesive resin 10 by using a vibration generating tool such as a milling machine 82. After the vacuum suction to remove (S1-6b) is further included.

Next, it is a step (S1-7) to finish the surface by applying a transparent adhesive resin 11 to the surface of the adhesive resin 10 arranged together.

At this time, the amount of the transparent adhesive resin 11 is used to apply 250g ~ 400g per 1㎡, it is applied by adjusting the amount applied according to the roughness of the surface.

However, the amount to be applied is determined according to the roughness of the surface, but the same amount is applied to the entire construction site using a roller and a brush.

Next, the construction method according to the first embodiment of the present invention is completed while passing through the step (S1-8) of curing the transparent adhesive resin (11).

In the anti-slip floor construction method according to the first embodiment of the present invention made as described above, the anti-slip is sprayed by spraying the silica sand 20, the reflector powder 31, the decorative powder 32 on the highly viscous adhesive resin 10 and Various visual effects can be obtained, and the materials attached to the adhesive resin 10 do not depart even after prolonged use.

Below is a table showing the property test data of the non-slip floor construction constructed in accordance with the first embodiment. This data is related to the slip resistance test and environmental hazardous material test results performed by the Korea Institute of Construction Materials (KICM).

Slip resistance test report Test Items unit division result Test Methods Static friction coefficient (dry) - One 1.15 Autonomous Safety Confirmation Standards (Technical Standards No. 2007-34, Annex 18) Static Friction Coefficient (Wet) - One 0.90 Autonomous Safety Confirmation Standards (Technical Standards No. 2007-34, Annex 18)

Table 1 is a test of the coefficient of friction of the floor body constructed by the construction method according to the first embodiment of the present invention, respectively by applying the reference value 1 in the state of construction on the dry floor and wet floor The slip resistance is tested.

The dry floor shows a result of 1.15 with respect to the reference value 1, and the wet bottom shows a result of 0.90 with respect to the reference value 1 and shows a good slip resistance in each state.

Environmental Hazardous Substance Test Report Test Items unit division result Test Methods Pb mg / kg One Not detected USEPA 3050B: 1996 CD mg / kg One Not detected USEPA 3050B: 1996 Cr6 + mg / kg One Not detected USEPA 3060A: 1996 Hg mg / kg One Not detected USEPA 3052: 1996 PBBs mg / kg One Not detected USEPA 3540C: 1996 PBDEs mg / kg One Not detected USEPA 3540C: 1996

Table 2 is a test of the emission levels of the six harmful substances from the non-slip floor constructed by the construction method according to the present invention, lead (Pb), cadmium (Cd), hexavalent chromium (Cr6 +), mercury (Hg In the non-slip bottom constructed by the construction method according to the present invention with respect to the detection reference value 1 of polybrominated biphenyls (PBBs) and polyvinyl bromide (PBDEs), six harmful substances were found to be environmentally harmless.

Next, referring to the second embodiment of the present invention shown in Figures 4 and 5, the step of applying the adhesive resin 10 (S1-1) and the step of sparse spatter spraying the silica sand 20 Between (S1-2), the step (S1-1a) of attaching the heating material 50 to the adhesive resin 10 is further included.

The heating material 50 is a metal electrode on both sides of a thin conductive heating element is installed on both ends and insulated with an insulating material to heat the entire surface, typically a metal sheet, heating diagram (carbon black), carbon fiber, etc. It is formed in the form of a mesh.

Before applying the heat generating material 50 to the adhesive resin 10, the adhesive resin 10 may be cured, and then the adhesive resin may be applied again to form a bottom.

As an external power source connected to the heating material 50, a general commercial power source, a storage battery, a solar cell, or the like may be used.

In the drawing, reference numeral 51 is a power line 51 connecting the external power source and the heating material 50.

The second embodiment, which is constructed as described above, is installed in a bathroom and a bathroom of a moist building with a heating effect of the floor to remove moisture from the floor, and prevents the user from slipping down. It is installed on the road surface, and it is effective to prevent snow melting and stacking when it snows in winter.

Next, referring to the third embodiment of the present invention shown in FIGS. 6 and 7, in the step S1-7 of finishing the surface of the first embodiment, the photoluminescent material 60 for induction display is sprayed. Step S1-7a is further included.

According to the third embodiment, a guide mark 61 such as an arrow, a character, a figure, etc. for guiding a pedestrian or a car to a safe place in an emergency is integrally formed on the floor, and the surface of the first embodiment is finished. In the step S1-7, the photoluminescent material 60 is sprayed and cured in the form of the induction mark 61 to be formed.

At this time, the photoluminescent material 60 used is composed of petroleum, lead glass, platinum cyanide, and the like, and a representative one is zinc sulfide ZnS or a fluorescent substance or zinc sulfide formed by adding a trace amount of an activator to a mixture of zinc sulfide and cadmium sulfide. It is made of a luminous substance formed by mixing a phosphor that emits visible light when mixed with a colorant as a pigment when irradiated with a wavelength shorter than ultraviolet rays. It is preferable to use substances in the state.

Next, a fourth embodiment of the present invention will be described with reference to FIGS. 8 and 9.

First, the step (S2-1) of applying the compounding resin 13 containing the inorganic pigment 12 and the adhesive resin 10 to the bottom W and curing the compounding resin 13 Step (S2-2), applying the adhesive resin 10 to the cured compounding resin (13) (S2-3), and the non-woven fabric 40 printed design is disposed on the adhesive resin (10) After the adhesion to the adhesive resin 10 soaked into the nonwoven fabric 40 (S2-4), and covering the screen 42 to cover the nonwoven fabric 40, the silica sand 20 on the adhesive resin (10) Step (S2-5) and spraying and attaching the reflector powder 31 and the decorative powder 32 having a specific color on the adhesive resin (10) to reflect external light (S2-5) S2-6), a step of completely covering the surface of the adhesive resin sprayed with the silica sand, the reflector powder, and the decorative powder with silica sand (S2-7), and removing the shielding film 42 to remove the nonwoven fabric 40 Step (S2-8) of applying the transparent silica (21) on the top, step (S2-9) of curing the adhesive resin (10), and after the hardened silica (not attached to the surface of the adhesive resin (10) 20), removing the reflector powder 31 and the decorative powder 32 to clean up the surface of the adhesive resin (10) (S2-10), and by applying a transparent adhesive resin (11) to the cleaned surface to finish the surface It comprises the step (S2-11) and the step (S2-12) of curing the transparent adhesive resin (11).

The description of the same steps as the first embodiment among the steps proceeding in the fourth embodiment will be omitted.

The inorganic pigment 12 is lower in vividness than the organic pigment, but has high durability. The inorganic pigment 12 is mixed with the adhesive resin 10 to form a compounding resin 13 having improved durability, and then has a uniform thickness on the bottom W. Apply to achieve.

Next, in the step (S2-3) of applying the adhesive resin 10 on the cured compounding resin 13, 150g ~ 250g per 1m 2 of the adhesive resin 10 is applied on the cured compounding resin (13). .

Next, in the step (S2-4) of attaching the non-woven fabric 40 printed with the logo and design to the adhesive resin 10, the non-woven fabric 40 is printed a variety of characters, patterns, figures, etc. in order to obtain an advertising effect. After padding on the adhesive resin (10) it is in close contact.

At this time, the non-woven fabric by using the roller 83 and the brush so that the adhesive resin 10 soaks into the nonwoven fabric 40 so that the non-woven fabric 40 is cured in a state where the nonwoven fabric 40 is disposed therein when the adhesive resin 10 is cured. It is preferable to arrange | position the inside of the adhesive resin 10, pressing the 40, and not to form an air bubble in the surface which the nonwoven fabric 40 and the adhesive resin 10 contact.

Next, the cover film 42 covering the nonwoven fabric 40 so as to be positioned on the upper portion of the nonwoven fabric 40, and then the step of sparse spraying the silica sand 20 to other portions (S2-5), the nonwoven fabric 40 In order to prevent the contents printed on the) from being covered by the silica sand 20 to be sprayed, first, the screen 42 is covered with the upper portion of the nonwoven fabric 40, and then the silica sand 20 is sprayed.

Furthermore, in the step of spraying the reflector powder 31 and the decorative powder 32 (S2-6), the shielding film 42 is maintained while covering the nonwoven fabric 40 and the reflector powder 31 and the decorative powder ( 32) prevents the nonwoven 40 from covering.

Next, in the step (S2-8) of spraying the transparent silica sand 21 on the upper portion of the nonwoven fabric 40 after removing the shielding film 42, the anti-slip effect is not covered without covering the contents printed on the nonwoven fabric 40. It is a step of spraying the transparent silica sand 21 obtained on the upper portion of the nonwoven fabric (40).

At this time, the transparent silica sand is preferably sprayed to a degree that completely covers the upper portion of the nonwoven fabric (40).

Subsequent steps proceed in the same manner as the first embodiment described above.

The fourth embodiment of the present invention as described above has the advantage of obtaining a variety of advertising effects in addition to the effect of preventing the slip, it is damaged even in long-term use by applying transparent silica on the top of the non-woven fabric printed logo and design The effect can be obtained without concern.

The non-slip floor construction method according to the present invention has been described above with reference to the accompanying drawings, but the present invention is not limited to these descriptions and various modifications and changes by those skilled in the art within the scope of the spirit of the appended claims. It is possible that such modifications and variations also fall within the protection scope of the present invention.

DESCRIPTION OF SYMBOLS 10 Adhesive resin 20 Silica sand 31 Reflector material
32: interior material 40: non-woven fabric 41: inorganic pigment
42: shielding film 50: heating material 60: induction display
61 phosphorescent material 62 luminous material 63 blocking plate
70: flooring 71: base 81: cleaner
82: milling machine 83: roller

Claims (5)

Applying an adhesive resin to the bottom;
Attaching silica sand on the adhesive resin by spreading sparse sparse;
Spraying and attaching a reflective powder having a specific color and a reflector powder that reflects external light onto the adhesive resin;
Completely covering the surface of the adhesive resin sprayed with the silica sand, the reflector powder, and the decorative powder with silica sand;
Curing the adhesive resin;
Arranging the surface of the adhesive resin by removing silica sand, reflector powder, and decorative powder which are not attached to the surface of the adhesive resin after curing;
Applying a clear adhesive resin to the cleaned surface to finish the surface;
Non-slip floor construction method consisting of; curing the transparent adhesive resin. The method of claim 1,
In the step of arranging the adhesive resin surface,
Removing silica sand, reflector powder, and decorative powder not adhered to the adhesive resin surface by using vacuum suction;
Removing and removing the silica sand, the reflector powder and the decorative powder weakly attached to the surface of the adhesive resin using vibration; Anti-slip floor construction method characterized in that it further comprises. The method according to claim 1 or 2,
Between the step of applying the adhesive resin and the step of sparse spatter spraying the silica sand,
Step of attaching a heating material to the adhesive resin; Non-slip floor construction method characterized in that it further comprises. The method according to claim 1 or 2,
In finishing the surface,
Non-slip floor construction method comprising the step of spraying the photoluminescent material for induction display. Applying a compounding resin containing an inorganic pigment and an adhesive resin to the bottom;
Curing the compounding resin;
Applying an adhesive resin to the cured compounding resin;
Disposing the printed nonwoven fabric on the tacky resin and then adhering the tacky resin to the nonwoven fabric;
Covering the screen to cover the nonwoven fabric and then spreading the sparse sand on the tacky resin;
Spraying and attaching a reflective powder having a specific color and a reflector powder that reflects external light onto the adhesive resin;
Completely covering the surface of the adhesive resin sprayed with the silica sand, the reflector powder, and the decorative powder with silica sand;
Spraying transparent silica on the nonwoven fabric after removing the shielding film;
Curing the adhesive resin;
Arranging the surface of the adhesive resin by removing silica sand, reflector powder, and decorative powder which are not attached to the surface of the adhesive resin after curing;
Applying a clear adhesive resin to the cleaned surface to finish the surface;
Non-slip floor construction method consisting of; curing the transparent adhesive resin.

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