KR100614902B1 - The method of carring out a woodon floor in unit floor plate by construction - Google Patents

Abstract

The method of assembling the floor with the assembly unit floorboards to form a smooth surface with expandable cement on the concrete floor surface, to assemble the assembly unit floorboards, to construct the flooring with the assembly unit floorboards, the construction of the baseboard It is about the construction method of the assembly unit floorboard containing.

Description

Construction method of assembly unit floorboard {THE METHOD OF CARRING OUT A WOODON FLOOR IN UNIT FLOOR PLATE BY CONSTRUCTION}

1 is a perspective view of a unit floorboard of the construction method of the assembly unit floorboard according to the present invention.

Figure 2 is a perspective view of the combined state of the unit floorboard of the construction method of the assembly unit floorboard according to the present invention.

Figure 3 is a perspective view showing a baseboard portion of the construction method of the assembly unit floorboard according to the present invention.

Figure 4 is a perspective view of the baseboard portion of the construction method of the assembly unit floorboard according to the present invention.

Figure 5 is a perspective view showing a part of the parquet floorboard construction method of the assembly unit floorboard according to the present invention.

The present invention relates to a construction method of floor floor pipes, and more specifically, to a floor board and a pedestal in which a pair of pedestals in which dust-proof rubbers are bonded to the bottom surface of a unit floor board made of aggregated wood in parallel with each other is assembled. The present invention relates to a construction method of an assembly unit floor board, which is constructed on a floor on which a smooth surface is formed by mortar on a concrete surface using the combined structure as an assembly unit floor board.

Conventional floorboard construction method is a rectangular or square laminated wooden floorboard with a pre-installed pedestal parallel to the wall from one side to the other side wall at a predetermined interval throughout the floor at each interval, and then inserted projections and insertion grooves on both sides thereon. Or it can be said to be a construction method of assembling the floorboards staggered with each other in the direction crossing the wooden floorboards on the pedestal (corner).

Floors completed by this construction method is a gap between the concrete or mortar floor and the pedestal or pedestal and floorboards, so that a squeaking or wheezing occurs when walking on the floor.

Another conventional method for the construction of floorboards is that the mineral material exhibiting plasticity upon addition of water and having solidification or curability when drying, such as limestone powder, gypsum, mineral composition to which a hardening agent or hardener is added, is diluted. There is a method of constructing with a certain thickness (1 ~ 2㎝) on the concrete surface with the dough or a wet powder sprayed with a small amount of water and adjusting the height by assembling the floorboard thereon. Although the floorboards carried out by such construction methods are somewhat difficult, there is no gap between floors and no squeaking or rumble, but the part that is solidified or hardened on the floor during floorboard repair or removal should be removed. there is a problem.

As another conventional technique, there is a construction method of spraying asphalt or goblet, which is a bitumen material of viscous material, to a certain thickness and then assembling the floorboard as a floorboard construction method of a basement layer or a floor layer in which water penetration is expected. Such a method is excellent in waterproofing, antiseptic, and warmth, but has a problem of generating a smell peculiar to bitumen and altering the color of the floorboard.

In addition, there are various types of flooring construction methods that combine dustproofing, soundproofing, and thermal insulation in terms of supplementing dustproof (vibration prevention), soundproofing, and thermal insulation (heat insulation). There are problems with the method.

By using an assembly unit floorboard in which floorboards, pedestals and dust-proof members are integrated, flooring work can be greatly simplified, greatly reducing the time and cost required for on-site construction. By eliminating the gap between them, it doesn't make any squeaking noise or flutter due to the phenomenon. It is an object of the present invention to provide a method of constructing a prefabricated floorboard that effectively blocks vibration and noise by inserting continuously.

The present invention relates to a construction method of an assembly unit floorboard, and the materials and structures used in the construction method are as follows.

(One). The floorboard (A) is a square floorboard made of agglomerated wood, and two "side" shaped grooves (A1) are formed on two adjacent sides, and another "side" shaped protrusion (A2) is formed on two adjacent sides. A floorboard is formed on the lower surface of the floorboard and has a pair of historic trapezoidal grooves (A3) which are maintained at regular intervals.

(2). Pedestal (B) is an inverted trapezoidal binding portion (B1) is formed at the upper end to the rear end, and the bottom of the pedestal is a pedestal of a certain thickness of the anti-vibration rubber plate (B2).

(3). The gasket C is a gasket C1 having a protrusion and a gasket C2 in which grooves are formed.

(4). The parquet floorboard (D) is a floorboard such as the floorboard (A) or a narrower width on one side than the floorboard, and a groove (A1) is formed on three sides of the floorboard, and the projection board (A2) is formed only on one side. to be.

(5). The skirting plate E is a long board, both ends of which form an inclined surface E1, and the bottom surface of the side is a skirting board to which an anti-vibration rubber plate E2 is adhered.

When explaining the construction method of the prefabricated floorboard using the above components step by step as follows.

One). Smooth surface construction step: Form a smooth surface 2 ~ 3㎝ thick with expandable cement mortar on the concrete floor.

2). Assembling Unit Floorboard Assembly Step: Assemble the baseboard (B) to which the floorboard (A) made of aggregated wood and the anti-vibration rubber board (B2) are bonded, and the historical trapezoid of the baseboard (B) in the trapezoidal groove (A3) of the floorboard (A). It is a construction step of assembling the assembly unit floorboard as shown in Figure 1 by inserting and binding the binding portion (B1).

3). Assembling the entire floor by the assembly unit floorboard: The step of assembling the entire floor with the assembly unit floorboard, the one (1) wall surface and the second (2) wall surface adjacent to the wall surface and any one of the grooves (A1) of the assembly unit floorboard comes to the wall surface. ① At the intersection of the wall surface and the ② wall surface, the two adjacent grooves A1 of the assembly unit floor board are brought to both wall surfaces and assembled, but the protrusions are formed in the grooves extended by the combination of the ① wall surface and the assembly unit floor board on the wall surface side of the ② wall surface. Insert the gasket C1 long so that the gasket C1 is brought into close contact with the first and second wall surfaces, and the adjacent third and fourth wall surfaces have one of two adjacent protrusions A2 of the assembly unit floorboard facing the wall surface. ③ At the intersection of the wall surface and the wall surface ④, the adjacent protrusions A2 of the assembly unit floor board are brought to both wall surfaces so that the combination of the wall surface ③ and the wall surface assembly unit ④ of the wall assembly unit ④ are combined. It is a construction step of inserting the gasket (C2) having the concave portion in the protruding portion (A2) extending to the length and close to the third and the fourth (4) wall surface (see Fig. 2).

As described above, when the assembly unit floorboards are assembled on the floor of the structure and continuously assembled horizontally and vertically, and when the other side wall is reached, when there is no space for one assembly unit floorboard between the final assembly unit floorboard and the wall According to the structure of the floorboard D (the groove A1 is formed on three sides and only one side is formed with the projection A2), the continuous groove A1 is formed in connection with the entire wall surface, so Gasket (C1) having a long insertion may be in close contact with the wall surface.

In addition, when a gasket is not used, an end portion of which a continuous groove A1 of the assembly unit floorboard is formed on the wall surface or a continuous protrusion A2 may be maintained while maintaining a predetermined distance (around 5 mm) from the wall surface. .

4). Baseboard construction stage: This stage is the finishing stage of the prefabricated floor construction method. It is connected to the floor of the floor and the structure, and the dustproof rubber plate (E2) on the bottom surface of the baseboard is closely adhered to the floorboard and crossed. At the corner to be inclined to join the inclined surface (E1) and at the same time to fix the skirting plate to the wall surface with an adhesive means.

As the material used in the above construction method, the unit floorboard is composed of aggregated wood, and the base is made of square wood, and the anti-vibration rubber plate (B2) and the anti-vibration rubber plate (E2) are composed of low-foaming rubber plates with high pressure-measuring property, and the gasket is made of soft rubber. Or a gasket extruded from a soft synthetic resin material.

In addition, the construction method according to the present method is expected to be anti-vibration, thermal barrier, soundproofing effect because there are a lot of fine pores in the structure compared to the general cement mortar by laying the smooth surface of the bottom of the structure with expandable cement mortar. In addition, the dustproof rubber plate (B2) is adhered to the floorboard with grooves formed on the lower surface and the bottom surface has a dustproof rubber plate (B2) attached to the upper surface, and the entire floor is assembled with an assembly unit floorboard. There is no need for installation work, so it is easy to work, and thus the advantages of shortening construction time and labor cost are great. There is a dustproof rubber plate (B2) between the structure and the pedestal, and the gasket is inserted between the side of the floor and the wall, and the floorboard and skirting Anti-vibration function is inserted between the bottom face of the plate by inserting the anti-vibration rubber plate (E2) Hebrews can be called good prefabricated construction method of flooring units.

The construction method of the prefabricated unit floorboard according to the present invention, by assembling and combining the floorboard and the pedestal in the field, assembling the floor with the assembly unit floorboard, as well as the need for a separate construction work for dustproof construction of the pedestal is installed in each corner Since it can be omitted, it has the advantages of shortening the time and labor cost by shortening the time.The dustproof rubber plate between the floor and the base of the structure is blocked by the gasket between the side and the wall of the floorboard, and the dustproof rubber plate is inserted between the floorboard and the baseboard. The dustproof function is perfect, and the floor and the base are strongly bounded by grooves and binding parts, so it is a construction method of the prefabricated unit floorboard that does not generate a squeaking noise during walking and does not cause a rumbling by lifting phenomenon. can do.

Claims (2)

Step 1 of forming a smooth bottom surface with expandable cement on the bottom of the concrete structure and step 2 of assembling the assembly unit floorboard (A) and assembly unit floorboard (A). Step 3 and the skirting plate to be coupled to the wall surface side by coupling the gasket (C1) having the protrusion or the gasket (C2) having the groove to the groove (A1) or the projection (A2) of the floorboard formed by the assembly connection of the floorboard ( In installing E), the dustproof rubber plate (E2) bonded to the floor surface of the dustproof rubber plate (E) bonded to the floor surface of the skirting plate (E) in close contact with the floorboard, and at the corner where the wall surface intersects. A method of constructing an assembly unit floorboard comprising four steps of joining the inclined surfaces E1 of the floorboard E to coincide with each other and simultaneously fixing the skirting board E to the wall surface by an adhesive means. The binding of the inverted trapezoid formed in the upper end of the base B in which the antivibration rubber board B2 is adhere | attached to the inverted trapezoid groove | channel A3 on the bottom side of the floorboard A from which the assembly unit floorboard is a laminated wood of Claim 1 in the bottom surface. The construction method of claim 1, wherein the assembly unit floorboard is formed by inserting and binding the portion B1.

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