KR101944212B1 - Apparatus and method for installing interior finishing material of a building - Google Patents

Abstract

Provided, in the present invention, is a construction device for an indoor finishing material of a building and a construction method thereof in which functional eco-stone can easily and accurately be applied to an indoor wall surface, floor surface, and the like of the building by using Velcro, comprising: functional eco-stones having a plurality of grooves; a plurality of first Velcro members each individually bonded to respective grooves of the functional eco-stone; and a plurality of second Velcro members bonded to a wall surface of the building, wherein the plurality of first Velcro members and the plurality of second Velcro members are detachably coupled to each other.

Description

TECHNICAL FIELD [0001] The present invention relates to an interior finishing material construction method and an interior finishing material construction method,

The present invention relates to an indoor finishing material construction apparatus and a construction method thereof. More specifically, the present invention can easily and accurately construct functional eco-stones on an indoor wall surface and a floor surface of a building using velcro, Since the eco-stone can be easily detached at the time of partial breakage of the eco-stone, it is possible to easily perform the replacement work of the functional eco-stone, and the eco-friendliness can be improved by minimizing the use amount of the existing construction- The present invention relates to an interior finishing material constructing apparatus and a construction method thereof.

Humans living in everyday life are living indoors most of the day, and because they spend their living conditions indoors, the indoor environment is contaminated by CO2, which is emitted by our breathing, indoor building materials and harmful substances emitted from cement. It is full of substance.

Formaldehyde, lardon gasses, volatile harmful organic compounds, which are emitted from the domes and paint, are emitted, and "sick house syndrome" issues and is threatening the health of people in the indoor environment. In the mid-1980s, the problem of indoor pollution caused by the development of building syndrome by Swedish medical scientists was found to cause headaches, dizziness, nausea and sleepiness.

New apartment buildings and buildings are not good for their health due to the generation of gas due to the activation of concrete. New apartments are left vacant for a certain period to avoid concrete poisoning. Volatile organic compounds are released most 6 months after building expansion It is known. Since then, these emissions have been gradually declining, but there have been reports that toxic substances are released up to 10 years in other countries.

Cement materials are mainly used for the construction of modern buildings. However, the walls, bottoms and ceiling surfaces of buildings and residential facilities constructed with cement are exposed to outside air as they are exposed to the outside air, resulting in poor durability and, in particular, toxic dust and cement to the human body, Is surface-treated with an appropriate material.

As described above, cement-based buildings have a high thermal conductivity, which directly transmits the indoor and outdoor temperatures, thereby deteriorating the cooling and heating efficiency. In addition, for the finishing treatment inside the building, additional material cost is required, such as the use of a separate chemical adhesive to coat the floorboard or wallpaper, or to paint with paint, as well as the use of chemical substances, There is a problem that the material is released.

In recent years, functional eco-stones with improved environmental friendliness have been developed as indoor finishing materials. The functional eco-stone is used to prevent the formation of sick house syndrome caused by formaldehyde generated from cement and various adhesives, such as wallpaper and flooring, It has an advantage of being able to realize harmful substances adsorption, odor removal, insecticide function, soundproofing function, fire protection function, immunity enhancement, emission of far infrared rays, prevention of condensation, antibacterial effect of mold, electromagnetic wave removing effect.

On the other hand, when a functional eco-stone is to be applied to a wall or floor of a building, a large amount of building bond (for example, silicone bond or other adhesive) is applied to the wall surface and the functional eco- It came to an end.

As described above, the conventional indoor finishing method uses a large amount of a bond including a harmful substance, so that the environment-friendly quality such as the above-mentioned environmental hormone, sick house syndrome and the like can still be hindered. In addition, And a plurality of intermediate brackets for the installation of the brackets, the construction is complicated and the construction time is excessively long.

Prior Art 1: Korean Patent Registration No. 10-091540 Prior Art 2: Korean Patent Registration No. 10-0877556 Prior Art 3: Korean Published Patent Application No. 10-2012-0124595 Prior Art 4: Korean Patent Registration No. 10-1119611 Prior Art 5: Korean Patent Publication No. 10-1572684 Prior Art 6: Korean Patent Publication No. 10-1497027 Prior Art 7: Korean Patent Registration No. 10-1735615 Prior Art 8: Utility Model Registration Bulletin 20-0368194 Prior Art 9: Utility Model Registration Bulletin 20-0405063

Disclosure of the Invention The present invention has been made to solve the above problems, and it is an object of the present invention to provide a construction interior finishing material construction apparatus and a method of constructing the interior finishing material of a building which can easily and accurately construct a functional eco- It has its purpose.

In addition, the present invention provides a construction equipment interior finishing material construction apparatus and a construction method thereof, which can easily perform replacement work of a functional eco stone because it can facilitate desorption at the time of partial breakage of a functional eco stone attached to a wall surface It has its purpose.

It is another object of the present invention to provide an interior finishing material constructing apparatus and method for constructing an interior finishing material which can improve the environment friendliness by minimizing the use amount of existing building bonds containing harmful substances.

According to an aspect of the present invention, there is provided an indoor finish material construction apparatus for a building,

Functional eco-stones having a plurality of grooves;

A plurality of first velcro members individually bonded to the respective groove portions of the functional echo stone; And

And a plurality of second velcro members bonded to a wall surface of the building,

The plurality of first velcro members and the plurality of second velcro members are detachably coupled to each other so that the functional echoes can be attached to the wall surface.

The first Velcro member may have a structure in which a first Velcro material is integrally provided on the entire surface of the base material, and the first Velcro member may be adhered to the groove of the functional echolestone by an adhesive.

The first Velcro member may have a structure in which a first Velcro material is integrally provided on the front and back surfaces of the base material, and the first Velcro member may be bonded to the groove of the functional eco stone by molding.

The groove portion of the functional eco stone has a large surface roughness and the molding is applied to the groove portion so that the first Velcro member can be adhered to the groove portion of the functional eco stone by molding.

A plurality of irregularities are formed on the surface of the groove portion of the functional echo stone, and the molding is introduced into the irregularities of the groove portion, so that the first velcro member can be adhered to the groove portion of the functional echo stone.

The second velcro member may be attached to the wall surface of the building by an adhesive.

The functional echo stone may have two or more separation holes.

A method of constructing an interior finishing material for a building according to the present invention includes:

A first velcro member adhering step of adhering the first velcro member to the groove portion of the functional echo stone;

A location selecting step of selecting a location to attach the functional echo stone to the wall of the building;

Attaching a second velcro member to a predetermined position of a wall surface of the building by an adhesive; And

And attaching the functional echo stone to the wall surface by bonding the first velcro member of the functional eco stone to the second velcro member of the wall surface.

The first step of attaching the first Velcro member may adhere the first Velcro member to the groove of the functional eco-stone by using an adhesive.

The first velcro member adhering step may adhere the first velcro member to the groove portion of the functional eco-stone by molding.

The first step of adhering the first velcro member comprises:

Preparing and preparing a lower mold having an upper mold having a mounting groove and a mounting surface;

Mounting a first Velcro member in a mounting groove of the upper mold;

Mounting the functional echo stone on a mounting surface of a lower mold;

Compressing and sealing the upper mold and the lower mold by moving the upper mold toward the lower mold; And

Injecting a molding through a nozzle between the groove portion of the functional echo stone and the first Velcro member.

The interior finishing material constructing apparatus and the method of constructing the interior finishing material according to the present invention having the above features are characterized in that a functional ecological stone is disposed on a wall surface of a building using a first velcro member bonded to a functional eco- So that it can be easily and accurately installed.

In addition, the apparatus and method of constructing an indoor finish material according to the present invention can facilitate detachment of a functional eco stone by using a separation hole of a functional eco stone at the time of partial breakage of the functional eco stone attached to a wall surface. There is an advantage that replacement work can be easily performed.

In addition, since the functional eco stone can be detachably attached to the wall surface by the first and second Velcro members and the second velcro member according to the present invention, The use amount of the construction bond can be minimized, and the environment hormone, the sick house syndrome, etc. can be reduced, thereby improving the environmental friendliness.

1 is a perspective view showing a functional eco stone of an indoor finishing material construction apparatus according to the present invention.
2 is a cross-sectional view taken along line AA in Fig.
3 is a view illustrating a structure in which the first velcro member is adhered to a functional eco stone according to an embodiment of the present invention.
4 is a view illustrating a structure in which a first velcro member is bonded to a functional eco stone according to another embodiment of the present invention.
5 is a view showing a process in which the first velcro member is adhered to the functional eco stone according to the present invention by a mold apparatus.
6 is a flowchart showing a process in which the first Velcro member is adhered to the functional echostone by the mold apparatus of Fig.
7 is a side cross-sectional view illustrating an interior finishing material constructing apparatus according to the present invention.
FIG. 8 is a flowchart illustrating a method for installing an indoor finish material according to the present invention.

The term used in the present invention is a general term that is widely used at present. However, in some cases, there is a term selected arbitrarily by the applicant. In this case, the term used in the present invention It is necessary to understand the meaning.

Hereinafter, the technical structure of the present invention will be described in detail with reference to preferred embodiments shown in the accompanying drawings.

Here, it should be noted that the expressions related to the directions of up and down, left and right, right, left, and bottom are all described based on the drawings.

As shown in FIGS. 1 to 7, a construction interior finishing material construction apparatus according to the present invention includes a functional eco stone 10, a plurality of first and second velcro members 21 bonded to the functional eco-stone 10, And a plurality of second velcro members 22 bonded to the wall surface 1 of the first flange member 1. Thereby, the plurality of functional eco-stones 10 can be detachably attached to the wall surface 1 of the building through the plurality of first and second velcro members 21 and 22.

The functional eco stone 10 may be composed of a mixture of gypsum, calcium carbonate, water and the like added with a fennel extract, basalt fiber, dodecafil, phytoncide, loess and charcoal.

Pseudomonas spp. Belongs to Pelargonium species. It radiates penny royal mint scent and citronella scent. Various insect pests such as mosquitos are approaching through the unique direction property (INSECT REPELLENT PERFUME) It is effective to block and eliminate it. The extract can be obtained by various methods. For example, it can be obtained by separating leaf from paprika, compressing and separating and removing solid. Since the extract of the fungus extract has a characteristic of emanating from the rosacea, it is possible to obtain an effect as a fragrance when a large amount of the extract of the fungus extract is mixed within the range of the reference value.

Basalt fiber is made of natural basalt fiber and has excellent tensile strength, low density, low thermal expansion, heat resistance, chemical stability, self-lubricating property, elasticity and sound absorption property. It is strong against fire and high tensile strength. . In addition, it is more suitable for interior finishing because it is more environmentally friendly than conventional glass fiber.

Duck fiber is a raw material of Korean paper, and it has excellent moldability and environmental friendliness, so it can improve the interior function to enhance the feeling of Korean paper, improve the humidity control ability, and improve the resistance of environmental skin diseases such as atopy.

Phytoncide is a natural antimicrobial substance that emits to resist microorganisms and pathogens around the plant. It has not only antibacterial activity but also effects such as stress relief, immune function enhancement, central nervous system stabilization and deodorization. .

Hwangto blocks various harmful substances occurring in the residential space. It has characteristics of far-infrared radiation and non-combustible materials including deodorization and purification action such as detoxifying power, decomposition power, dehumidifying power and moisturizing power due to inherent functions. It has the functionality of four kinds of enzyme components such as catalase, Diphenol Oxydase, Saccharase and Protease. The catalase acts to remove the toxin, hydrogen peroxide. The toxins generated in the metabolic process in the human body cause aging phenomenon, and the strong absorbing power of the soil prevents the aging phenomenon in which the peroxidized lipid peroxidation is neutralized or diluted. Diphenol Oxydase acts to catalyze the oxidation reaction that takes place with oxygen on the molecule. It is essential to obtain the energy required for the synthesis of life and biocompatible components, and various redox compounds of inorganic and organic compounds are made in vivo. Saccharase Saccharase is an enzyme that hydrolyzes sucrose to produce crocosose (glucose) and fructose. Protease hydrolyzes proteins into amino acids when the protein nitrogen is mineralized. It can quickly destroy and destroy other corrupt cells such as unnecessary cancer that are not immunity. The yellow loess with these enzymes generates far infrared rays, promotes blood flow, promotes sweating, excretes waste accumulated in the living body, releases heavy metals, and produces molds with antimicrobial and insecticidal effects. There is an excellent advantage of preventing dehumidification. In addition, it has the function of purifying air pollution which is the cause of chemical and electric radioactive materials, and it has the merit that it can purify harmful substances such as formalin, can remove tobacco smoke and odor, can block harmful electromagnetic waves,

Charcoal purifies the air and releases a large amount of negative ions, which affects the parasympathetic nerves, stabilizes the mood and relaxes the body's tension, and promotes blood circulation by emitting far-infrared rays. In addition, charcoal has excellent adsorption power, conductivity and storage ability, it blocks electromagnetic waves, has an effect of adsorbing odor, can control air and humidity, prevents invasion of pests and diseases, There is an excellent effect of charging power.

The functional echo stone 10 may further include a red lantern, and the use of the red lantern can reduce the use of a chemical mosquito repellant or a mosquito repellent since the function of eradicating a mosquito or the like is excellent.

The functional eco stone (10) can be provided with a sense of beauty by displaying a traditional window pattern, wood pattern, multiple voids, and mosaic structure on its surface. In addition, a variety of natural color figures may be displayed on the surface of the functional echo stone 10, or a beauty or the like may be adhered to the surface of the functional echo stone 10, thereby enhancing the esthetics.

The back surface of the functional echo stone 10 may have a plurality of grooves 11 in which a plurality of first or more first velcro members 21 are inserted and joined individually.

According to one embodiment, the first Velcro member 21 may have a structure in which a first Velcro material 21a is integrally formed on the entire surface of a base material such as a synthetic resin, rubber, or the like. As shown in Fig. 2, the first Velcro member 21 can be adhered to the plurality of groove portions 11 of the functional echol stone 10 by the adhesive 3.

According to another embodiment, the first Velcro member 21 may have a structure in which the first Velcro material 21a is integrally provided on the front and back surfaces of a base material such as synthetic resin, rubber, and the like. The back surface and the side surface of the first Velcro member 21 may be adhered to the groove portion 11 of the functional echo stage 10 by the molding 5 (molten resin) as shown in Figs. 3 and 4.

As shown in FIG. 3, the groove portion 11 of the functional echo stone 10 has a large surface roughness, and the surface of the groove portion 11 may be uneven. The first velcro member 21 can be attached to the uneven surface 11a by the molding 5 in the groove 11 through which the molding 5 is applied in a relatively large area and the first velcro member 21 ) And the functional echo stone (10). This allows the molding 5 to adhere the first Velcro member 21 to the groove portion 11 of the functional echo stone 10 with a relatively wide contact area.

4, a plurality of irregularities 13 can be formed on the surface of the groove portion 11 of the functional echo stone 10, and the molding 5 can be formed on the groove portion 11 of the functional echo stone 10, The moldings 5 can be applied in a larger area than in Fig. As a result, the molding 5 can more firmly adhere the first Velcro member 21 to the groove of the functional echol stone 10 with a wider contact area than that of Fig.

5 is a view showing a process in which the first Velcro member 21 is adhered to the groove 11 of the functional echo stone 10 by a mold apparatus.

5, the mold apparatus includes an upper mold 31, a lower mold 32 positioned below the upper mold 31, a nozzle 31 through which the molding 5 is injected through the upper mold 31, (33).

The upper mold 31 may have a mounting groove on its bottom surface to which the first Velcro member 21 is mounted. The upper mold 31 may have a plurality of needles 34. The plurality of needles 34 are arranged in the direction of the lower mold 32 to prevent the first Velcro member 21 from lifting due to the molding 5 when the moldings 5 are injected by the nozzles 33, So as to press the Velcro member 21.

The lower mold 32 may have a mounting surface on which the functional echol stone 10 is mounted and the lower mold 32 may have a support jaw (not shown) for supporting the functional ecolystone 10.

The molds 33 can be mounted through the upper mold 31 and the moldings 5 can be injected into the grooves 11 of the functional echo stone 10 through the nozzles 33. [ The nozzle 33 may be configured to inject injection of the molding 5 instantaneously at a temperature of 150 to 170 DEG C and a pressure of 500 kg / cm < 2 >. The temperature, pressure, and the like may be variously set according to the thickness, type, etc. of the first Velcro member 21.

6, the process of bonding the first Velcro member 21 to the groove 11 of the functional echo stone 10 will be described in detail.

The upper mold 31 and the lower mold 32 are prepared and prepared S1 and the first Velcro member 21 is attached to the mounting groove 31a of the upper mold 31 as shown in Fig. S2).

The functional echo stone 10 is mounted on the mounting surface of the lower mold 32 as shown in Fig. 5 (a) (S3).

The upper mold 31 and the lower mold 32 are compressed and sealed as shown in FIG. 5 (b) by moving the upper mold 31 toward the lower mold 32 (S4).

Thereafter, the molding 5 is injected between the groove 11 of the functional echo stone 10 and the first Velcro member 21 through the nozzle 33 (S5). The grooved portion 11 of the functional echo stone 10 and the first Velcro member 21 can be firmly adhered to each other by curing the injected molding 5.

The second Velcro member 22 may have a structure in which the second Velcro material 22a is integrally formed on the entire surface of the base material such as synthetic resin, rubber, and the like. The second velcro member 22 can be adhered to the wall surface 1 of the building by a very small amount of the adhesive 4.

On the other hand, if the first Velcro material 21a of the first Velcro member 21 is a hook, the second Velcro material 22a of the second Velcro member 22 may be a female loop, 1 The second Velcro material 22a of the second Velcro member 22 may be a hooked hook if the first Velcro material 21a of the Velcro member 21 is a female loop.

7, the first echelon member 21 of the functional eco-stone 10 is bonded to the second member 24 of the wall 1, so that the functional eco-stone 10 is very hard on the wall surface of the building So that the construction time of the functional eco stone 10 can be greatly simplified and the construction time can be greatly shortened and the first and second velcro members 21 and 22 It is possible to effectively prevent breakage of the functional eco-stone 10 or the like by exhibiting the cushioning effect.

As shown in Fig. 1, the functional echo stone 10 may have two or more separation holes 15 arranged symmetrically. By separating the first velcro member 21 of the functional eco stone 10 from the second velcro member 22 of the wall surface 1 by using this separation hole 15, the functional standing echo stone 10 is separated from the wall surface 1 It is possible to easily remove and attach it.

The separation of the functional eco-stones 10 by the separation holes 15 will be described in detail below. The screws 16 are detachably coupled to the respective separation holes 15 and the first and second velcro members 21, The functional echo stone 10 can be very easily separated from the wall surface 1 by gripping and pulling the head portion of the screw 16 by a penchi or the like so as to overcome the bonding force of the member 22. [

FIG. 8 is a flowchart illustrating a construction method of a building interior finishing material according to the present invention.

The first Velcro member 21 is bonded to the groove 11 of the functional echo stone 10 (S11).

According to one embodiment, the first Velcro member 21 can be adhered to the groove 11 of the functional echo stone 10 with the adhesive 3 as shown in Fig.

According to another embodiment, the first Velcro member 21 may be adhered to the groove 11 of the functional echo stone 10 by molding 5 (molten resin) as shown in Figs. 3 to 5.

A position to attach a plurality of functional eco-stones 10 to the wall surface 1 of the building is selected (S12).

A plurality of second velcro members 22 can be bonded to the predetermined position of the wall surface 1 of the building by the adhesive 4 (S13).

Thereafter, each functional eco stone 10 is attached to the wall surface 1 by bonding the first velcro member 21 of each functional eco stone 10 to the second velcro member 22 by the wall surface 1 (S14).

Thereafter, when the functional eco-stone 10 is to be replaced due to breakage of the functional eco-stone 10 or the like, the screw 16 is coupled to the separation hole 15 and then the screw 16 is pushed through the pliers or the like The functional echol stone 10 can be easily removed from the wall surface 1 by pulling it.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the present invention. Various modifications and variations will be possible without departing from the spirit of the invention. Therefore, the scope of the present invention should be construed as being covered by the scope of the appended claims, and technical scope within the scope of equivalents thereof should be construed as being included in the scope of the present invention.

1: Wall 3, 4: Adhesive
5: Molding 10: Functional Eco Stone
11: groove 13: concave / convex
15: separation hole 16: screw
21: First Velcro member 21a: First Velcro material
22: second Velcro member 22a: second Velcro material
30: mold apparatus 31: upper mold
32: lower mold 33: nozzle
34: Needles

Claims (11)

Functional eco-stones having a plurality of grooves;
A plurality of first velcro members individually bonded to the respective groove portions of the functional echo stone; And
And a plurality of second velcro members bonded to a wall surface of the building,
Wherein the functional echostone comprises at least one of gypsum and calcium carbonate and further comprises a fungus extract, a barzat fiber, a dodecafil, a phytoncide, a loess, and a charcoal,
The plurality of first velcro members and the plurality of second velcro members are detachably coupled to each other so that the functional echoes are attached to the wall surface,
Wherein the grooves of the functional eco-stones have a large surface roughness, and the first velcro member is adhered to the grooves of the functional eco-stones by an adhesive or molding by applying a joiner or molding to the grooves,
Wherein a plurality of irregularities are formed on the surface of the groove portion of the functional echo stone and the first and the second Velcro members are adhered to the groove portions of the functional echo stone by flowing an adhesive or molding to the irregularities of the groove portion,
Wherein the first Velcro member has a structure in which a first Velcro material is integrally provided on the front and back surfaces of the base material and the first Velcro member is bonded to the groove part of the functional eco stone by molding.
delete delete delete delete The method according to claim 1,
And the second velcro member is attached to a wall surface of the building by an adhesive.
The method according to claim 1,
Wherein the functional echo stone has two or more separation holes.
Preparing a functional eco-stone by adding a phytophthora extract, basalt fiber, dodecafil, phytoncide, loess and charcoal to a mixed raw material containing gypsum, calcium carbonate and water;
A first velcro member adhering step of adhering a first velcro member to a groove portion of the functional echostone;
A location selecting step of selecting a location to attach the functional echo stone to the wall of the building;
Attaching a second velcro member to a predetermined position of a wall surface of the building by an adhesive; And
And attaching the functional echo stone to the wall surface by bonding the first velcro member of the functional eco stone to the second velcro member of the wall surface,
In the step of adhering the first velcro member, the surface roughness of the groove portion of the functional eco-stones is formed to be large, and the adhesive or molding is applied to the groove portion to apply the first velcro member to the groove portion of the functional eco- Adhesive,
A plurality of irregularities are formed on the surface of the groove portion of the functional echo stone and an adhesive or molding is introduced into the irregularities of the groove portion to adhere the first member to the groove portion of the functional echo stone,
Wherein the first Velcro member has a structure in which the first Velcro material is integrally formed on the front and back surfaces of the base material and the first Velcro member is bonded to the groove part of the functional eco stone by molding.
delete delete The method of claim 10,
The first step of adhering the first velcro member comprises:
Preparing and preparing a lower mold having an upper mold having a mounting groove and a mounting surface;
Mounting a first Velcro member in a mounting groove of the upper mold;
Mounting the functional echo stone on a mounting surface of a lower mold;
Compressing and sealing the upper mold and the lower mold by moving the upper mold toward the lower mold; And
Injecting a molding through a nozzle between the groove of the functional echo stone and the first Velcro member.

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