KR101336125B1 - Foam plastic modul for dangolmakyee and dangolmakyee using the same - Google Patents

Abstract

The present invention relates to a half-sized tile barrier and, specifically, to a foam plastic based module for a half-sized tile barrier and a half-sized tile barrier having the same to prevent air leaks through gaps caused by the contraction and deformation of wood and to improve construction efficiency by using a foam plastic based material with excellent heat insulation performance.

Description

FOAM PLASTIC MODUL FOR DANGOLMAKYEE AND DANGOLMAKYEE USING THE SAME}

The present invention relates to a sugar film, more specifically using a foam plastic-based material with high thermal insulation performance to block the gap wind caused by shrinkage and deformation of wood, foamed plastic module for sugar film to improve the efficiency of construction And it relates to a sugar film consisting of the module.

A small wall is installed to block the gap between the rafters that are placed on the torii of the hanok.

These mussels have a high position, and the space between the rafters is narrow, the difficulty of the task is high. In other words, the traditional traditional earthen wall is constructed three times through the process of laying the skeleton, winding the rope, applying the soil that gradually fine-grained the particles, and drying them three times. However, since the work is not easy, the installation of the skeleton is simplified and a facility such as a temporary scaffold is required.

The thickness of the mucosa is determined by the size of the purlin and the shape of the cross section. However, even if it is thickly constructed, the thermal insulation performance of the soil is low, the insulation effect by the simplified skeleton and rope is reduced, and it is recognized as a representative site where the thermal insulation performance is weak in hanok. Although the drying and shrinkage of the earth dough is prevented by sufficient drying at each step in the application process and drying process, the mucosa is vulnerable to gaps at any time due to dry shrinkage and torsional deformation of wood members such as rafters, purlins and stools. This is where.

In addition, depending on the finishing material on the top of the rafters can affect the generation of crevice winds.

In other words, there are cases where the boards are laid on the rafters, weaving the living quarters and applying the loam. Santo weave antos are installed in connection with the final finishing layer of the 'carnacle' so that the gap at the top is blocked.However, in the case of installing the board, the gap between the materials is separated due to the dissimilar material between the wood and the earth wall. This is frequent.

This gap may be caused by the fact that soil and wood are heterogeneous materials, but the top surface of the rafters may be uneven, or the circular ridges (rafters, oysters) may be twisted and deformed counterclockwise relative to the ring ring. The bending of the plate, which is caused by the difference in the moisture content of the core material and the sapwood and the shrinkage ratio due to drying, is caused by the cut portion of the plate.

In order to solve this problem, there have been attempts to make the mussels made of modular wood or plastic instead of black walls.

FIG. 1 is a perspective view showing in detail the configuration of a well-known module for a sugar film 80 for forming a sugar film 8. As shown in FIG. 1, the known perforated membrane module 80 extends downward from both ends of the flat upper surface 83 and the upper surface 83, and is recessed in a form corresponding to the outer surface of the rafter 1. Rounded depressions 87 formed on the inner surface 82 which enters the inside of the rafters 1 facing the eaves of the hanok on the opposite side of the outer surface 81, the outer surface 81 to be plastered (7) It is composed.

FIG. 2 is a partial perspective view showing the structure of the hanok roof provided with the kalgukmak 8 composed of the known kalgukmak module 80 shown in FIG. As shown in Figure 2, the roof of the traditional hanok is a pillar (3) erected to the upper side of the foundation to be built, a purlin (5) arranged to cross vertically above the pillar (3), a purlin under the purlin (5) (5) support (6), the girder (4) arranged in the vertical direction of the purlin (5), the cartilage (8) located on the purlin (5), and the cartilage (8) protrude in the orthogonal direction to the main body It is formed including the rafter 1 which is located and is located, and the open plate 2 arrange | positioned on the rafter 1. In addition, when the sugar film 8 is fixed, the sugar film 8 is completed by finishing the plastering (7) on the surface. Therefore, the chalcotherm 8 can be provided more simply than to form the chalcuse with the black wall.

On the other hand, even when formed using a wood or plastic material with a high thermal insulation performance of the known carmella module 80 shown in Figure 1 will be manufactured in a form that fits correctly considering the size of the rafters and purlins, wood The crevice wind occurs due to the deformation caused by drying. In addition, as the thermal performance of the room becomes poor due to the gap, the gap is sealed with a silicon-like material to block the gap, but it hinders the beauty of the hanok.

In order to solve this problem, prior art has been sought to solve the problem of a niche wind by attaching a non-woven material such as high contact to the appearance of the module for the mussel membrane. However, this has the disadvantage that it must be bonded by using an adhesive and if the adhesiveness decreases over time and falls off, the problem of gaps due to drying and torsion of wood.

The condition of the place where the mucosa is installed has a problem that it is difficult to fit in a uniform form. The upper surface of the purlin, which is the base for the installation of the mussel, has the shape of a flat lead and a rounded convex shape. In addition, depending on the size of the hanok, the plane and the structure of the roof, the slope of the rafters will appear in a variety of ways, so that the installation of the carnacles manufactured in a uniform form does not fit properly, causing the problem of contacting the torii to be lifted or crushed. There is a problem that can be.

The present inventors have completed the present invention to develop a foam plastic-based module for the mucosa membrane to block the gap wind caused by the dry shrinkage of the wood, improve the efficiency of construction as a result of research efforts to solve this problem.

Accordingly, it is an object of the present invention to provide a foamed plastics-based module for a mucosa membrane which can block a gap wind by forming a diameter of the module recessed surface smaller than the diameter of the rafter and forming a certain wrinkle on both sides of the recessed surface.

Another object of the present invention is to provide a foam plastic-based module for a mucosa membrane which can block a crevice wind and thermal bridge regardless of the surface shape of the purlin by including an elastic body formed to protrude to the bottom of the module bottom surface.

Still another object of the present invention is to provide a foam plastic-based module for a mucosa membrane, which is easy to install by protruding the upper surface of the module onto a board.

Still another object of the present invention is to provide a foam plastic-based module for a mucous membrane that can reduce the cost of mass production by including a control projection on the bottom surface of the module.

In order to achieve the above object of the present invention, the present invention is a foamed plastics-based module for the mussel membrane installed between the hanok rafters, the upper surface forming an upper portion of the module; A recessed surface extending from both ends of the upper surface to be recessed in a form corresponding to the outer surface of the rafters and formed on both sides; A bottom surface facing the upper surface and abutting the upper surface of the hanok purlin; And it provides a foam plastic-based module for the mucosa film comprising an elastic body formed to protrude to the bottom of the bottom surface.

In a preferred embodiment, the module top surface is formed higher than the plate.

In a preferred embodiment, the recessed surface is a wrinkle of a certain form is formed.

In a preferred embodiment, the bottom surface further comprises an adjustment protrusion that can correspond to the rafters slope.

In a preferred embodiment, the adjustment projections are marked with scales.

In a preferred embodiment, the adjusting projection is cutable.

In a preferred embodiment, the depression diameter is 5-10% smaller than the rafter diameter.

In a preferred embodiment, the recessed surface is formed is recessed in a semi-cylindrical shape.

In a preferred embodiment, the elastic body is a sponge.

In a preferred embodiment, there is provided a mussel membrane composed of any one of the foamed plastic-based module for the mussel membrane.

The present invention has the following excellent effects,

First, the foam plastic-based module for the sugar film of the present invention can form a smaller diameter of the recessed surface than the diameter of the rafters, and can form a crease on both sides of the recessed surface to block the gap wind.

In addition, the foam plastic-based module for the sugar film of the present invention includes an elastic body formed to protrude to the bottom of the bottom surface, it is possible to block the gap wind and thermal bridge regardless of the surface shape of the purlin.

In addition, the foamed plastics-based module for the sugar film of the present invention is easy to install by forming the upper surface than the open plate.

In addition, the foam plastic-based module for the sugar film of the present invention can be mass-produced by reducing the cost by including a control projection on the bottom surface.

Figure 1 is a perspective view showing in detail the configuration of the module for known sugar film.
Figure 2 is a partial perspective view showing the structure of the hanok roof is installed with the sugar film consisting of the module shown in FIG.
Figure 3 is a perspective view showing in detail the configuration of the foam plastic-based sugar film module according to an embodiment of the present invention.
Figure 4 is a partial perspective view showing the structure of the hanok roof is installed with a dangsulmak consisting of the module shown in FIG.

Although the terms used in the present invention have been selected as general terms that are widely used at present, there are some terms selected arbitrarily by the applicant in a specific case. In this case, the meaning described or used in the detailed description part of the invention The meaning must be grasped.

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

However, the present invention is not limited to the embodiments described herein but may be embodied in other forms. Like reference numerals used to describe the present invention throughout the specification denote like elements.

3 is a perspective view showing in detail the configuration of the foam plastic-based module for a sugar film according to an embodiment of the present invention, Figure 4 is a partial perspective view showing the structure of the hanok roof is installed with a sugar film consisting of the module shown in FIG.

Technical feature of the present invention is to be formed of a foam plastic-based material, formed to have a larger size than the space in which the module is installed to use the elasticity of the material.

The module material of the present invention is formed of a material such as extruded expanded polystyrene, polyethylene foam, rigid urethane foam, and the like.

Through such a configuration, the mussel membrane composed of the module of the present invention can solve the problem of dry shrinkage and torsion of wood by using the elasticity of the foamed plastic material.

With reference to Figure 3 looks at in detail the structure of the foam plastic-based module for a sugar film of the present invention.

The foam plastic-based module 90 for the sugar film of the present invention extends downward from both ends of the upper surface 93 and the upper surface 93 forming the upper portion of the module, and is recessed in a form corresponding to the outer surface of the rafter 1. And the recessed surface 97 formed on both sides, the bottom surface 99 facing the upper surface 93 and contacting the upper surface of the hanok purlin and the elastic body 95 formed to protrude to the bottom of the bottom surface 99. Include.

In addition, the foam plastic-based module for the sugar film of the present invention enters the inner surface of the rafter (1) toward the eaves direction of the hanok on the opposite side of the outer surface 91, the outer surface 91 to be plastered (7) Face 92 is included.

Here, the depression surface 97 formed on both sides is formed in both sides to extend in the form corresponding to the outer surface of the rafter (1) extending downward from both ends of the upper surface 93 of the foam plastic-based module 90 for the rafter (1) diameter It is made 5-10% smaller than.

Therefore, when the diameter of the foam plastic-based module 90 for the mucosa is made smaller than the diameter of the rafters (1), and pressed against the rafters (1) to contact the recessed surfaces (97) part of the diameter difference Due to this elastic deformation occurs. As the rafters 1 dry and shrink over time, the recessed surface 97 of the foamed plastics-based module 90 for molasses is elastically restored to its original form by elasticity, so as to block the gap wind and thermal bridges. do.

The elastic body 95 protruding from the middle of the bottom of the bottom 99 is superior to the foamed plastic material, and thus may correspond to all cases regardless of the cross-sectional shape of the purlin 5.

The elastic body 95 is more elastic than the foamed plastic material, and it is preferable to use a sponge among the elastic bodies 95.

The edge surface of the foamed plastic material among the bottom 99 of the foamed plastic module 90 for sugar film is in contact with the purlin 5, the inside of the bottom 99 by the elastic body 95 of the purlin 5 It is softly pressed and deformed according to the shape.

Therefore, the bottom surface 99 of the foamed plastic-based module 90 for the sugar film is closely contacted by elasticity regardless of the shape of the surface of the purlin 5 and the gap wind is blocked, and the generation of thermal bridges can be blocked.

In some cases, the recessed surface 97 of the foamed plastics-based module 90 for a sugar film of the present invention may further include a wrinkle 98 in a predetermined form.

The plastic film-based foam module 90 for the sugar film is installed by pushing between the rafters (1) in the inner direction of the rafter (1) toward the eaves centered around the purlin (5). In the case of the push-in installation, since the wrinkles 98 of a certain shape are formed in the recessed surface 97, when the force is pushed in, the position where the frictional force is exerted is fixed.

The shape of the pleat 98 of the foam plastic-based module 90 for the sugar film can be shown in various ways, but is not limited to any one form, in particular, forming the pleat 98 in the direction extending from the upper surface 93 to the lower It is preferable to make it.

The wrinkle 98 of the depression 97 is also intended to facilitate the elastic deformation of compression and restoration, but plays a major role in effectively blocking the gap wind. If the angle is slightly distorted at the place where the surface is in contact with the gap is generated, the adhesion is weakened. Thus, as much as the number of wrinkles 98 is true, a substantial contact line and a multi-stage gap wind blockage are secured.

Still another embodiment may further include a control projection 94 is displayed on the bottom surface 99 of the foamed plastics module 90 for the mucosa of the present invention is displayed a graduation 96 that can correspond to the rafters slope. .

Here, the adjustment protrusion 94 serves to respond to the inclination of the rafter (1). In general, since the rafters (1) and the open plate (2) are attached, the angle of inclination is the same, and the recessed surfaces (97) contacting the rafters (1) must be side by side in order to contact the rafters (1). The inclination angle of the bottom surface 99 is determined by the inclination.

Therefore, an adjustable adjustment protrusion 94 is formed at a portion of the bottom surface 99 of the foamed plastic-based module 90 for the sugar film which comes into contact with the inner purlin 5 surface, and the scale is formed on the adjustment protrusion 94. By displaying 96, it becomes possible to cope with the inclination angle of the rafter 1.

In addition, the adjustment protrusion 94 can be cut according to the height, so even if the angle of inclination of the rafter 1 is different for each hanok, it can be installed without lifting, and can be applied to various various types of hanok, so that the mass production is possible and the cost is also reduced. It has the advantage of being.

Figure 4 is a partial perspective view showing the structure of the hanok roof is installed with a dangsulmak consisting of the module shown in FIG.

As shown in FIG. 4, the foamed plastics-based module 90 for molasses is located between the rafters 1 on the hanok purlin 5.

When installed against the open plate (2) of the hanok, the installation of the sugar film (8) composed of the known sugar film module 80, should be in close contact to block the gap wind. Even if the construction of the sugar film 8 and the plate 2 in close contact with each other, if the dry shrinkage and torsional deformation of the plate 2 proceeds later, the contact state of the sugar film 8 and the plate 2 can be maintained. There will be no.

Therefore, the sugar film 9 composed of the foam plastic-based module 90 for sugar film was installed to be formed higher than the open plate 2 of hanok.

It is also difficult to install the mussels (9) in close contact with the uneven plate (2) installed in an uneven state according to the curvature of the rafter (1), but because the gap occurs due to dry shrinkage and torsion of wood after installation, to secure this In order to make the sugar film is formed of a sugar film (9) consisting of foam plastic-based module (90) higher than the open plate (2) of hanok.

When installing the sugar film (9) consisting of the foam plastic-based module for the sugar film film (9) is installed so as to be formed higher than the open plate (2), there is no part in contact with the open plate (2), so there is no concern about gaps , Even if the deformation of the open plate (2) occurs, it is possible to afford a gap as a protruding excess of the foam plastic-based module 90 for the mucosa.

In addition, as the mucosa 9 is installed to be formed higher than the open plate 2, the working conditions have been changed. As the opening plate 2 is installed by avoiding the position of the opening plate 2 so that the opening plate 2 can be installed higher than the opening plate 2 in the upper part of the rafter 1, the burden of gap between the opening of the opening plate 2 and the opening plate 2 is increased. This reduced and facilitated the work, increasing the efficiency of the construction.

1: rafter 2: open
3: pillar 4: girder
5: Torii 6: Lair
7: Plastering finish 8: Drain
80: known mucosa module 81: outer surface
82: inner side 83: upper side
84: Recessed 9: Scapula
90: foam plastic-based module for the sugar film 91: outer surface
92: inside 93: top
94: adjustment protrusion 95: sponge
96: graduation 97: depression
98: wrinkle 99: bottom

Claims (10)

As a module for the mucosa installed between the hanok rafters,
An upper surface positioned higher than the open plate of the hanok to prevent a gap;
A recessed surface extending from both ends of the upper surface to be recessed in a form corresponding to the outer surface of the rafters and formed on both sides;
A bottom surface facing the upper surface and abutting the upper surface of the hanok purlin;
An elastic body protruding downward from the center of the bottom surface to be deformed to fit the shape of the top surface of the purlin; And
And a control protrusion protruding downward from a portion of the bottom surface to cope with any inclination of the rafters.
The sugar film module for the sugar film film, characterized in that formed with a larger size than the space to be installed. delete According to claim 1, wherein the recessed surface is a foam plastic-based module for a mucosa film, characterized in that the wrinkles of a certain form that can increase the adhesion of the contact with the rafters. delete The method of claim 1, wherein the control projections plastic foam module for the mucosa, characterized in that the scale is displayed. The method of claim 1, wherein the control projection is a foam plastics-based module for a mucosa, characterized in that the cuttable. According to claim 1, wherein the depression surface diameter is plastic foam module for the mucosa, characterized in that 5 to 10% smaller than the diameter of the rafters. According to claim 1, wherein the recessed surface is a foam plastic-based module for sugar film, characterized in that formed in a semi-cylindrical recessed. The method of claim 1, wherein the elastic body is a foam plastic-based module for sugar film, characterized in that the sponge. The mucosa comprising the foamed plastic-based module for a mucosa of any one of claims 1 to 9.

Images