KR101577622B1

KR101577622B1 - Upholder with adiabatic fuction located on curtain wall

Info

Publication number: KR101577622B1
Application number: KR1020150063114A
Authority: KR
Inventors: 명근영; 김재선
Original assignee: (주)동양하우징
Priority date: 2015-05-06
Filing date: 2015-05-06
Publication date: 2015-12-15

Abstract

The present invention relates to an insulation member used as both a bottom support of a curtain wall and an upholder for glass and, more specifically, to an insulation member used as both a bottom support of a curtain wall and an upholder for glass made by inserting a bottom support in the shape of ′L,′′U,′ or ′ㅁ′ into the top, where a curtain wall is put, having a function of an upholder for glass, and using materials with insulation functions. To achieve this purpose, in a support fixture and insulation member for a curtail wall: one end of a support unit for the curtain wall is combined with the body in the direction of a room; the other end is combined with a cap in the direction of the outside, a horizontal space, where the curtain wall is put, is placed; a bottom support in the shape of ′L,′′U,′ or ′ㅁ′ made from insulation materials is inserted into the horizontal surface where the curtain wall is put; and the bottom surface of the curtain wall is supported. The present invention aims to provide an insulation member used as both a bottom support of a curtain wall and an upholder for glass made from materials having insulation functions to support a heavy curtain wall in a vertical direction as well as from both sides to prevent a damage to the curtain wall by an unexpected shaking or vibratory ground motion, to prevent the inflow of external air, and to keep the indoor temperature to be uniform.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a Upholder with adiabatic fuction located on a curtain wall,

[0001] The present invention relates to a lower pedestal of a curtain wall and a heat insulating member for a glass pedestal, and more particularly to a method of inserting a lower pedestal of an " L "shape, a " U" To a lower bracket of a curtain wall made of a material having a function of a glass chinchilla and a heat insulating function, and to a heat insulating member for a glass hanging chair.

In general, curtain wall is used for the exterior wall construction of modern buildings. It is the outer wall which does not support the load, just a partition. The load of the building is supported by the main structure of the column and the visible frame.

For this reason, curtain walls are also called non-bearing walls, curtain walls or partition walls.

Instead of supporting the load of the building, the curtain wall functions to block rain, wind, noise, and the like, and also functions as an exterior material for a beautiful appearance of the building.

As the material of the curtain wall, metal plate, glass, block, precast concrete and the like are used. Curtain walls are often used for high-rise or skyscraper buildings, and lightweight materials are used to reduce loads.

In recent years, glass has been widely used as a decorative material for construction due to the characteristics of glass, that is, transparency, openness, reflectivity and relatively light weight.

The material of the skeleton for joining the curtain walls is mainly made of aluminum or steel. Steel has superior structural strength compared to aluminum and is used as the main structure of buildings. Aluminum is used to connect the curtain wall with the steel used as the main structure of the building.

Generally, in a structure that supports horizontal loads due to vertical load and wind or earthquake, which are applied to the building only by the columns and beams of the main structure of the building, the wall is merely a curtain section that divides the space, Month, Korea

In architectural terms, it is called 'non-proof partition wall'. The walls are made of glass or the like, and the walls and the beams are not exposed to the outside. The wall is a modern architectural style and has a great function as an exterior.

Curtain walls are especially used in high-rise or skyscraper constructions. If a building with a height of 100 m or more is used, it is difficult to assemble the scaffold to the outside. Because it is manufactured in the factory, mass production is possible, and the panel is standardized and unified. Therefore, the appearance of the building also shows a new industrial structure.

Since the vertical frame and the horizontal frame which constitute the conventional curtain wall are mainly used in a high-rise building, the operation is difficult and the assembly is not easy.

Further, the airtightness of the double-layer glass mounted on the frame is poor, which makes it difficult to prevent heat insulation and leakage.

In addition, the frame is manufactured by extruding aluminum to reduce the load, which is not only costly but also has a problem of absorbing horizontal displacement and interlayer displacement of the building due to wind and earthquake.

Such a curtain wall functions as an exterior material for a beautiful appearance of a building, and functions to block rain, wind, noise, and the like.

The curtain walls are interlaced in a plurality of grid units, prevented from entering the open air, and are finished by a silicone sealant for fixed support.

1 is a schematic view showing a supporting structure of a conventional curtain wall. In general, the weight of the curtain wall is very large in weight. Between such a curtain wall and a curtain wall supporting portion supporting it from the bottom, There is a problem that a gap is often generated.

Further, the lower portion of the curtain wall made of heavy weight is sometimes broken by an unexpected external impact, shaking, or earthquake. The small damage of the lower part due to the characteristics of glass propagates to the entire area of the curtain wall, thus causing a safety problem that the entire curtain wall is broken.

In addition, even if a finishing treatment is performed by a normal sealing method such as a sealant, the outside temperature is invaded due to poor workability, defects, etc., and the temperature of the room can not be maintained. Leakage problems, insulation problems, and the like.

In addition, since there is no inclusion for preventing heat conduction between the curtain wall and the aluminum extruded shape member and the curtain wall where the curtain wall is in contact with the curtain wall, it is difficult to expect an effective heat insulating performance.

Korea Patent No. 10-1447001 Korean Patent No. 10-1356423

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems of the conventional art, and it is an object of the present invention to provide a curtain wall which supports a heavy curtain wall vertically and supports both sides thereof, The present invention is to provide a lower pedestal of a curtain wall and a heat insulating member for a glass roof which are made of a material having a heat insulating function to keep the temperature of the room constant by preventing outside air from intruding and a function of holding the glass.

The other members supporting the curtain wall are made of aluminum or the like which is easy to manufacture. Since the material has excellent thermal conductivity, the cold temperature of the outside air is heat transferred to the room, And to provide a lower bracket of a curtain wall made of a material having a function and a heat insulating member made of glass.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a curtain wall support and a heat insulating member,

The curtain wall supporting portion is coupled to the body in the direction of the room and the other end is coupled with the cap in the outdoor direction to provide a horizontal space in which the curtain wall is placed, And to provide a lower pedestal of a curtain wall and a heat insulating member which are made of glass so as to support the lower surface of the curtain wall by inserting a lower pedestal of a heat insulating material having a shape of "

The present invention supports a curtain wall of a heavy weight vertically and supports both sides so that the curtain wall is not broken by unexpected shaking or earthquake and prevents the outside air from entering, An object of the present invention is to provide a lower pedestal of a curtain wall made of a material having a heat insulating function,

1 is a schematic view showing a supporting structure of a conventional curtain wall;
FIG. 2 is a schematic view showing a lower pedestal of a curtain wall of the present invention and a heat insulating member for a glass suspended member; FIG.
Fig. 3 is a schematic view showing another embodiment of the lower pedestal of the curtain wall of the present invention and the heat insulating member for glass hangers. Fig.
Fig. 4 is a schematic view showing another embodiment of the lower pedestal of the curtain wall of the present invention and the heat insulating member for glass hanging. Fig.
Fig. 5 is a schematic view showing protrusions of the lower pedestal of the curtain wall of the present invention and the heat insulating member serving as the glass seclusion member. Fig.

The features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

3 and 4 show another embodiment of the lower pedestal of the curtain wall of the present invention and the heat insulating member for glass hangers according to the present invention, and Fig. 2 is a schematic view showing the lower pedestal of the curtain wall of the present invention and the glass pedestal heat insulating member. And FIG. 5 is a schematic view showing protrusions of the lower pedestal of the curtain wall of the present invention and the heat insulating member serving as the glass rod member of the present invention.

The present invention

In the support of the curtain wall and the heat insulating member,

One end of the curtain wall supporting portion 40 is coupled to the body 10 in the interior direction and the other end is coupled with the cap 30 in the outdoor direction to provide a horizontal space in which the curtain wall 60 is placed,

The lower end face of the lower pedestal 50 of the "L" shaped heat insulating material is brought into contact with the cap horizontal projecting face 32 and the body horizontal projecting face 12 and between the cap vertical face 31 and the body vertical face 11, Both end portions of the lower pedestal 50 are closely inserted and mounted,

A curtain wall 60 is placed on the upper surface of the lower pedestal 50,

To seal between the inner surface of the curtain wall 60 and the cap 30 and the inner surface of the body 10

The present invention relates to a bottom support for a curtain wall and a heat insulating member for a glass base member.

Further, the lower pedestal 50 is formed in a " U "shape,

The lower end surface of the lower support 50 of the "U" shaped heat insulating material is brought into contact with the cap horizontal projecting surface 32 and the body horizontal projecting surface 12, and between the cap vertical surface 32 and the body vertical surface 12, Both end portions of the lower pedestal 50 are closely inserted and mounted.

In addition, the lower end of the lower pedestal 50 has one end, the other end, or both the bent ends of the other end formed with a plurality of protrusions to increase the adhesion effect by elasticity.

In detail,

In order to support the curtain wall 60, the other members are made to engage with each other,

The curtain wall supporting portion 40 is coupled to the body 10 in the indoor direction and the other end of the curtain wall supporting portion 40 is coupled to the cap 30 in the outdoor direction, .

The lower end surface of the lower pedestal 50 of the "L" shaped heat insulating material is brought into contact with the cap horizontal projecting surface 32 formed in the horizontal space and the body horizontal projecting surface 12, And both end portions of the lower pedestal 50 are closely inserted and mounted between the vertical surfaces 11.

The lower pedestal 50 is closely installed in the horizontal space between the cap 31 and the body 20 and the curtain wall 60 is placed on the upper surface of the lower pedestal 50.

The function of the lower pedestal 50 is a function of a heat insulating member for preventing the temperature of the outside from being transmitted to the inside by applying the material of the heat insulating member together with the function of the seat for fixing the glass of the curtain wall 60 They are in charge together.

Further, the lower pedestal 50 is formed in a " U "shape or a "

The lower end face of the lower pedestal 50 of the "U" shape or the "ㅁ" shape is made to contact the lower end face of the lower pedestal 50 with the cap horizontal projecting face 32 and the body horizontal projecting face 12, 12 at both ends of the lower pedestal 50 in close contact with each other.

The bending of one end, the other end or both ends of the lower pedestal 50 having the "L" shape, the "U" shape, or the "ㅁ" shape serves to prevent the entry of outside air.

In addition, sealing is performed between the inner surface of the curtain wall 60 and the cap 30 and the inner surface of the body 10.

This is because the lower pedestal 50 is inserted into a predetermined position and the clearance of the peripheral structures is sealed in a usual manner such as a sealant to further secure the outside air and the room.

3 or 4, the lower pedestal 50 is formed in a "U" shape or "ㅁ" shape, and the lower pedestal 50 is bent two times Thereby preventing further intrusion of outside air.

Particularly, the "bottom" shaped lower pedestal 50 has a relatively good adiabatic effect as compared with the lower pedestal 50. This is because the air in the square-shaped closed space has a large temperature difference between indoor and outdoor It is because.

A seal finishing process is performed between the inner side bent to the right at one end of the lower pedestal 50 and the curtain wall 60, and a sealing finishing process is performed between the inner side bent to the right at the other end and the curtain wall 60 .

In addition, as shown in FIG. 5, both of the bent surfaces of one end and the other end of the lower pedestal 50 form a plurality of protrusions to increase the adhesion effect by elasticity.

This is to increase the effect of more closely inserting the curtain wall, and to increase the contact area when sealing the gap to the sealant by the sealing treatment, thereby further increasing the sealing effect.

The horizontal length of the lower pedestal 50 is formed to correspond to the horizontal width of the curtain wall 60 so that the function of inserting the glass and the function of insulating the curtain wall 60 are carried out over the surface on which the curtain wall 60 is placed .

10: torso 11: torso vertical
12: Horizontal protruding surface of the body
30: cap 31: cap vertical face
32: Cap horizontal projection surface
40: Curtain wall support
50: lower pedestal 60: curtain wall

Claims

In the support of the curtain wall and the heat insulating member,
One end of the curtain wall supporting portion 40 is coupled to the body 10 in the interior direction and the other end is coupled with the cap 30 in the outdoor direction to provide a horizontal space in which the curtain wall 60 is placed,
The lower end face of the lower pedestal 50 of the "L" shape, the "U" shape or the "ㅁ" shape is made to contact the cap horizontal projecting face 32 and the body horizontal projecting face 12, And the body vertical surface (11), the both ends of the lower pedestal (50) are closely inserted and mounted,
A curtain wall 60 is placed on the upper surface of the lower pedestal 50,
A sealing process is performed between the inner surface of the curtain wall 60 and the cap 30 and the inner surface of the body 10,
The curved surface of one end or the other end of the lower pedestal 50 forms a plurality of protrusions to increase the adherence effect by elasticity and the horizontal length of the lower pedestal 50 is set to a horizontal width of the curtain wall 60 So as to cover the curtain wall (60) so as to function to hold the glass and to insulate the curtain wall (60).

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