Insulation for removing moisture from the wall

Abstract

The present invention relates to a moisture-removing insulation material for the walls of buildings, and more specifically, to enable simultaneous blocking of moisture and insulation by providing an insulation material containing activated carbon on a veranda wall formed by a concrete frame, such as in an apartment or villa, the composition of the insulation material attached and fixed to the wall includes a moisture barrier material containing activated carbon and an insulation plate, so that moisture caused by external temperature differences is removed by the moisture barrier material containing activated carbon, and heat is blocked by the insulation plate, thereby eliminating condensation on the wall. This has the advantage of eliminating problems such as damage to wallpaper or tiles for plastering and the inability to hang decorations on the wall due to dirtiness and moisture on the wall surface, and the advantage of being able to simultaneously experience the efficacy of activated carbon by using activated carbon. That is, in an insulating material (10) in which a plate-shaped plywood (11) and a styrofoam insulating board (12) are provided on a wall (1) and a gypsum board (13) and wallpaper (14) are attached and fixed to the outside thereof, a moisture barrier material (20) is provided in which activated carbon (24) is provided inside a breathable laminate (23) composed of pulp and non-woven fabric between the plywood (11) and the insulating board (12), polyethylene (22) is attached to one side thereof, and a non-woven fabric (21) is provided on the outside of the breathable laminate (23) and the polyethylene (22).

Description

Technology Field

[0001] The present invention relates to a moisture-removing insulation material for walls, and more specifically, to a method of simultaneously blocking moisture and providing insulation by providing an insulation material containing activated carbon on a veranda wall formed by a concrete frame, such as in an apartment or villa. Generally, insulated walls are constructed in the interior walls of apartments or villas to block the transfer of external heat into the interior, thereby maintaining the indoor temperature regardless of external temperature changes and enhancing the cooling and heating effects. However, unlike interior walls, veranda walls are isolated from the indoor temperature and are easily exposed to the outdoor temperature, causing moisture to seep in due to the temperature difference of the wall. Furthermore, the insulation materials typically installed for wall insulation are constructed by attaching an insulation panel made of expanded resin, such as fiberglass or styrofoam, to the wall surface, then building an inner wall with bricks on the outer surface of the insulation and curing it, followed by plastering the surface with mortar, or by attaching a finishing insulation board, such as gypsum board, to the front surface of the insulation. However, while these wall insulation materials are effective in blocking heat, they cause inconvenience in walls exposed to external temperatures, such as verandas in apartments or villas, as moisture and heat resulting from temperature differences seep into the walls. This leads to condensation caused by moisture and heat from temperature fluctuations, causing the walls to crack or become dirty. Furthermore, moisture damages wallpaper or tiles used for plastering, and prevents the hanging of decorative items on the walls. The problem to be solved

[0003] The present invention is intended to solve the aforementioned conventional problems and enables the removal of moisture and insulation from veranda walls of apartments or villas that are exposed to external temperatures as described above. It devises an insulation material configuration in which a moisture barrier material containing activated carbon and an insulation plate are provided within the insulation material used for insulation purposes on the wall surface, so that moisture caused by external temperature differences is removed by the moisture barrier material containing activated carbon, while heat is blocked by the insulation plate. This is explained in more detail with reference to the attached drawings as follows. means of solving the problem

[0004] In order to achieve the purpose of the present invention, the composition of the insulation material (10) for removing moisture from a wall (1) is such that a plate-shaped plywood (11) and a styrofoam insulation board (12) are provided on the wall (1), and a gypsum board (13) and wallpaper (14) are attached and fixed to the outside thereof. As shown in FIGS. 3 and 4, a moisture barrier material (20) is provided by placing activated carbon (24) inside a breathable laminate (23) composed of pulp and non-woven fabric between the plywood (11) and the insulation board (12), attaching polyethylene (22) to one side thereof, and placing a non-woven fabric (21) on the outside of the breathable laminate (23) and the polyethylene (22). The breathable laminate (23) used in the above moisture barrier (20) is manufactured by processing ordinary pulp and non-woven fabric, and has excellent breathability and absorbs moisture caused by external temperature differences so that the moisture can be completely removed from the internal activated carbon (24). Also, as an example of the above polyethylene (22), it is most preferable to use ordinary compressed styrofoam, which is compressing styrofoam. Effects of the invention

[0005] Accordingly, the present invention is configured to simultaneously block moisture and insulation on walls formed by concrete frames of verandas in apartments or villas, as described above. It comprises a moisture barrier material in which activated carbon and polyethylene are closely attached inside a breathable laminate composed of pulp and non-woven fabric between plywood and an insulation board, and a non-woven fabric is wrapped around the outside. This has the advantage of eliminating the problem of moisture seeping into walls exposed to external temperatures and heat from the temperature difference seeping in simultaneously, causing condensation that makes the wall surface dirty and damages wallpaper or tiles for plastering due to moisture, and also preventing decorations from being hung on the wall. Additionally, it has the advantage of allowing one to simultaneously experience the benefits of activated carbon by using activated carbon. Brief explanation of the drawing

[0006] FIG. 1 is an example diagram showing the usage state of the present invention. FIG. 2 is an example diagram showing the disassembled state of the present invention. FIG. 3 is an example diagram showing the state of the main part of the present invention. FIG. 4 is an example diagram of a cross-sectional view of the moisture barrier material of the present invention. Specific details for implementing the invention

[0007] A preferred embodiment of the insulation material (10) installed on the wall (1) of the present invention is provided in order as shown in FIGS. 1 and 2, with a plate-shaped plywood (11) on one side of the wall (1), a moisture barrier (20) and a Styrofoam insulation board (12) on the other side, and a gypsum board (13) and wallpaper (14) provided in order. The present invention, configured as above, is intended to block heat and condensation caused by moisture due to external temperature differences on the wall (1) of a veranda formed by a concrete frame, such as in an apartment or villa. A plate-shaped plywood (11) is attached to the outer wall of the wall (1), a moisture barrier (20) that is in close contact with the plywood (11) is fixed in close contact, a Styrofoam insulation board (12) that is in close contact with the moisture barrier (20) is fixed in close contact, and a conventional gypsum board (13) and wallpaper (14) are provided in order, thereby protecting the exterior of the veranda of an apartment or villa. Even if heat and moisture caused by the temperature difference seep through the wall (1), they can be completely blocked by passing through the insulation material (10) of the present invention. At this time, the moisture seeping through the wall (1) passes through the non-woven fabric (21) and the polyethylene (22) inside the moisture barrier (20), thereby blocking heat and simultaneously allowing moisture to be absorbed by the activated carbon (24) provided inside, so that moisture or water can be completely removed. Furthermore, the heat caused by the temperature difference between the inside and outside is naturally blocked by passing through the wall (1), the plywood (11), the moisture barrier (20), the styrofoam insulation board (12), and the gypsum board (13). Explanation of the symbols

[0008] 1 : Wall 11 : Plywood 10 : Insulation 12 : Insulation board 13 : Gypsum board 14 : Wallpaper 20 : Moisture barrier 21 : Non-woven fabric 22 : Polyethylene 23 : Laminated 24 : Activated carbon

Claims

Claim 1 In a thermal insulation material (10) in which a plate-shaped plywood (11) and a styrofoam insulation board (12) are provided on a wall (1) and a gypsum board (13) and wallpaper (14) are attached and fixed to the outside thereof, a moisture barrier material (20) is provided by providing activated carbon (24) inside a breathable laminate (23) composed of pulp and non-woven fabric between the plywood (11) and the insulation board (12), attaching polyethylene (22) to one side thereof, and providing a non-woven fabric (21) on the outside of the breathable laminate (23) and the polyethylene (22).

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