KR20180048165A - Horizontal fixing device of glass panel modules for steel curtain wall - Google Patents

Abstract

The present invention relates to a horizontal fixing device for a glass panel module for a steel curtain wall, and more particularly, to a horizontal fixing device for a glass panel module for a steel curtain wall, which comprises a glass panel and an upper end portion and a lower end portion of a plurality of glass panel modules The upper and lower edges of the two glass panel modules positioned on the lower side of the glass panel module are hooked and the lower end edge of the glass panel module positioned on the upper side is supported, A horizontal upper chassis extending from the glass panel chassis located at an upper end of the glass panel module, a horizontal lower chassis extending from the glass panel chassis located at a lower end of the glass panel module, A horizontal outer gasket provided so as to correspond to the horizontal lower chassis, and a horizontal outer gasket having elasticity, And a horizontal inner gasket provided so as to correspond to a middle portion of the upper glass panel chassis of the glass panel module and a middle portion of the lower glass panel chassis of the glass panel module located above the glass panel module, respectively.
According to the present invention, the glass panel module can be installed and installed in a steel frame having a length in the longitudinal direction and formed at regular intervals along the lateral direction of the building, thereby improving stability and work efficiency.

Description

Technical Field [0001] The present invention relates to a horizontal fixing device for a glass panel module for a steel curtain wall,

More particularly, the present invention relates to a horizontal fixing device, and more particularly, to a curtain wall glass panel module which is installed on an iron frame so that a separate frame is not provided between two glass panel modules to be fixed, And more particularly to a horizontal fixing device for a glass panel module for a steel curtain wall capable of improving the working efficiency.

Generally, in the structure supporting the horizontal load due to the vertical load applied to the building and the horizontal load caused by the wind or earthquake only by the frame of the main structure of the building and the frame of the beam, the wall is merely a curtain, Month, and in Korean construction terms, it is called 'non-proof partition wall'.

These curtain walls are used to block rain or wind from the outside and to block noise or heat, and the pillars and beams are not exposed to the outside, and the walls using glass and the like have a great function as a modern architecture, particularly for exterior use.

The lower end portion is supported by the curtain wall frame assembly and the curtain wall is assembled by assembling the steel frame assembly to the upper side by the intermediate connecting member as disclosed in the prior art Patent No. 10-2016-0055479.

In recent years, curtain walls have been increasingly used in sunlight-permeable glass panels in consideration of appearance and other conditions.

However, in the case of a glass panel, unlike a finish panel for a building, a connection portion can not be directly installed, and a load applied directly can not be supported.

To solve this problem, a plurality of glass panels are mounted on the outside of the building using an aluminum frame.

However, the aluminum frame has a limited weight to support, so there is a limitation in the installation height. To solve this problem, a separate fixing device for fixing the frame to the building is necessary.

Further, the frame made of aluminum can not maintain the supporting force only in the vertical direction, and is also formed in the horizontal direction, so that the supporting force can not be maintained.

Particularly, since the frame is installed along the edge of the glass panel in order to install the glass panel, the frame, the glass panel and the chassis are transported to the site and cut and installed so as to correspond to the building, The construction method differs for each building, and not only a lot of time is required but also the cost is also increased.

Accordingly, there is a desperate need to develop a technique of mounting a plurality of glass panels at a height higher than a conventional one, and capable of firmly mounting the upper and lower ends of the glass panels, .

In order to solve the above-mentioned problems, the present invention has been developed to solve the above-mentioned problems, and it is an object of the present invention to provide a glass panel module in which an upper end corner of a glass panel module positioned below the two adjacent glass panel modules is caught, And a horizontal lower chassis extending from the glass panel chassis positioned at a lower end portion of the glass panel module. The horizontal frame includes a horizontal fixed frame protruding from the steel frame, a horizontal upper chassis extending from the glass panel chassis positioned at an upper end of the glass panel module, A horizontal outer gasket having elasticity and being provided so as to correspond to the horizontal upper chassis and the horizontal lower chassis, and a horizontal outer gasket having elasticity, a glass panel module having elasticity, a middle portion of the upper glass panel chassis of the lower- And a horizontal inner gasket provided so as to correspond to the middle portion of the lower glass panel chassis of the module, It is an object of the present invention to provide a horizontal fixing device for a glass panel module for a steel curtain wall capable of mounting and mounting a panel module on an iron frame to improve stability and work efficiency.

According to an aspect of the present invention, there is provided a glass panel having a glass panel, wherein an upper end portion and a lower end portion of a plurality of glass panel modules for forming a building exterior are installed in an iron frame provided outside the building, A horizontal fixing frame protruding from an upper end of the glass panel module located at the lower side of the module and protruding from the lower side edge of the glass panel module positioned at the upper side, A horizontal lower chassis extended from a glass panel chassis positioned at a lower end of the glass panel module; a horizontal outer chassis having elasticity, the horizontal upper chassis and the horizontal lower chassis each having a horizontal upper chassis and a horizontal lower chassis, Gasket, and elasticity, and the upper glass panel chassis middle portion and upper portion of the glass panel module positioned on the lower side Cross-section corresponding to an intermediate glass panel at the bottom of the chassis where the glass panel module that includes a horizontal inner gasket, which is provided, respectively.

Preferably, the steel frame includes a first steel bar formed along a building height direction so as to be adjacent to a building, and a second steel bar formed at an outer end of the first steel bar, The second steel bar is integrally manufactured and then transferred to the construction site.

The first steel bar has a predetermined thickness and is formed to be long in an inner end direction from an outer end of the steel bar. The second steel bar is connected to an outer end of the first steel bar, .

In addition, the front surface of the second steel bar is formed to be larger than the outer end of the first steel bar.

The second steel bar is hollow, and is formed into a rectangular shape by deforming the hollow steel pipe in various stages.

The glass panel module may include at least one glass panel, a glass panel chassis having a panel fixing groove, which is located along the rear edge of the glass panel and is opened to the outside, and a glass panel chassis, And a glass sealant for relieving the impact at the same time as fixing it.

Wherein the glass sealant comprises a first glass sealant positioned outside the edge between the glass panel chassis and the glass panel to maintain a gap therebetween and a second glass sealant filled inside the first glass sealant, And a second glass sealant.

And a horizontal closing seal for sealing between the horizontal upper chassis and the outer ends of the horizontal lower chassis sealed by the horizontal outer gasket.

The horizontal fixed frame may include a first horizontal fixed frame protruding from the first horizontal fixed frame and protruding from the first horizontal fixed frame so as to be perpendicular to the steel frame, And a second horizontal fixing frame to be inserted into the panel fixing groove of the glass panel chassis located at the upper end of the glass panel module located at the lower side of the glass panel chassis.

The first horizontal support frame may further include a first horizontal support unit disposed on the upper side of the first horizontal fixing frame to adjust a support position of the glass panel chassis located at a lower end of the glass panel module.

The horizontal outer gasket includes a first horizontal outer gasket provided on the horizontal upper chassis and a second horizontal outer gasket provided on the horizontal lower chassis to correspond to the first horizontal outer gasket.

In addition, concave and convex portions are repeatedly formed at portions where the first horizontal outer gasket and the second horizontal outer gasket are in contact with each other.

And a third horizontal outer gasket is further formed at an outer end portion of the first horizontal outer gasket and the second horizontal outer gasket which are in contact with each other, and each of the third horizontal outer gaskets is inclined in mutual directions toward the outer side, When they are closely contacted, they are deformed and brought into surface contact.

The horizontal inner gasket may include a first horizontal inner gasket provided at the middle portion of the upper glass panel chassis of the lower glass panel module and a second horizontal inner gasket provided at the upper portion of the upper glass panel module, And a second horizontal inner gasket provided at a middle portion of the lower glass panel chassis of the second glass panel chassis.

The portion where the first horizontal inner gasket and the second horizontal inner gasket are in contact with each other is repeatedly formed.

As described above, according to the horizontal fixing device for a glass panel module for a steel curtain wall according to the present invention, glass panel modules can be mounted and installed in a steel frame having a length in the longitudinal direction and formed at regular intervals along the horizontal direction of the building It is a very useful and effective invention that makes it possible to improve stability and work efficiency.

1 is a view showing a curtain wall according to the present invention,
2 is a view showing a horizontal fixing device according to the present invention,
FIG. 3 is a view showing an installation state of the horizontal fixing device according to the present invention,
4 is a view showing an iron frame according to the present invention.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The following detailed description, together with the accompanying drawings, is intended to illustrate exemplary embodiments of the invention and is not intended to represent the only embodiments in which the invention may be practiced. The following detailed description includes specific details in order to provide a thorough understanding of the present invention. However, those skilled in the art will appreciate that the present invention may be practiced without these specific details.

In some instances, well-known structures and devices may be omitted or may be shown in block diagram form, centering on the core functionality of each structure and device, to avoid obscuring the concepts of the present invention.

Throughout the specification, when an element is referred to as "comprising" or " including ", it is meant that the element does not exclude other elements, do. Further, the term "part" described in the specification means a unit for processing at least one function or operation. Also, the terms " a or ", "one "," the ", and the like are synonyms in the context of describing the invention (particularly in the context of the following claims) May be used in a sense including both singular and plural, unless the context clearly dictates otherwise.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The following terms are defined in consideration of the functions in the embodiments of the present invention, which may vary depending on the intention of the user, the intention or the custom of the operator. Therefore, the definition should be based on the contents throughout this specification.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a view showing a curtain wall according to the present invention, FIG. 2 is a view showing a horizontal fixing device according to the present invention, FIG. 3 is a view showing an installation state of a horizontal fixing device according to the present invention, 4 is a view showing an iron frame according to the present invention.

As shown in the figure, a horizontal fixing device 300 of a glass panel module for a steel curtain wall is provided for mounting the upper and lower ends of the glass panel module 200 on the steel frame 100.

The curtain wall 10 has a glass panel 220 and has an upper end and a lower end of a plurality of glass panel modules 200 for forming a building envelope to be attached to an iron frame 100 Respectively.

The steel frame 100 and the plurality of glass panel modules 200 are manufactured and transported to a construction site to install the steel frame 100. The glass panel module 200 is assembled sequentially to the steel frame 100 do.

Here, the steel frame 100 is formed to be long in the vertical direction, and is installed at a predetermined interval along the horizontal direction of the building, and is installed on the outside so as to be adjacent to the building.

The glass panel module 200 includes a glass panel 210, a glass panel chassis 220, and a glass sealant 230.

At least one of the glass panels 210 is formed. When two or more glass panels 210 are stacked, the edges are sealed so that an air layer is formed inside each of the glass panels 210.

Also, the glass panel chassis 220 is located along the rear edge of the glass panel 210, and when two or more glass panels 210 are stacked, they are positioned on the glass panel closest to the building.

The glass panel chassis 220 is formed with a panel fixing groove 222 which is open to the outside.

The glass sealant 230 is provided to fix the glass panel chassis 220 to the glass panel 210 and at the same time to mitigate the impact. The glass sealant 230 prevents the glass panel chassis 220 from contacting the glass panel 210 ), And is transported to the construction site.

2 to 3, the horizontal fixing device 300 includes a horizontal fixing frame 310, a horizontal upper chassis 320, a horizontal lower chassis 330, a horizontal external gasket 340, and a horizontal internal gasket (not shown) 350).

The horizontal fixing frame 310 protrudes into the iron frame 100 so that the upper end edge of the glass panel module positioned below the two adjacent glass panel modules 100 is caught and the lower end edge of the glass panel module positioned on the upper side is supported. .

The horizontal fixing frame 310 is welded to the iron frame 100 at the construction site.

The horizontal upper chassis 320 is extended to the glass panel chassis 220 located at the rear upper end of the glass panel 210.

The horizontal lower chassis 330 is extended to the glass panel chassis 220 located at the lower rear portion of the glass panel 210.

The horizontal outer gaskets 340 are resilient and are provided to correspond to the horizontal upper chassis 320 and the horizontal lower chassis 330, respectively.

The horizontal inner gasket 350 has elasticity and is provided so as to correspond to the middle portion of the upper glass panel chassis of the glass panel module 200 located at the lower side and the middle portion of the lower glass panel chassis of the glass panel module positioned at the upper side .

The horizontal fixed frame 310 includes a first horizontal fixed frame 312 and a second horizontal fixed frame 314.

The first horizontal fixing frame 312 supports the lower end edge of the glass panel module 200 protruding from the steel frame 100 so as to be perpendicular to the steel frame 100 and is welded to the steel frame 100.

The second horizontal fixing frame 314 is protruded downward from the first horizontal fixing frame 312 and is fixed to the panel fixing groove of the glass panel chassis 220 located at the upper end of the glass panel module 200 222 so as to be prevented from being released.

The horizontal fixing frame 310 is further provided with a first horizontal receiving portion 316 for adjusting the supporting position of the glass panel chassis 220.

The first horizontal support part 316 supports the glass panel chassis 220 located at the lower end of the glass panel module 200 installed on the upper side of the first horizontal fixing frame 312.

The first horizontal support part 316 is manufactured in various thicknesses and a first horizontal support part 316 having a thickness corresponding to the interval between the first horizontal fixing frame 312 and the glass panel chassis 220 is installed Of course.

The horizontal outer gasket 340 is also comprised of a first horizontal outer gasket 342 and a second horizontal outer gasket 344.

A first horizontal outer gasket 342 is provided in the horizontal upper chassis 330 and a second horizontal outer gasket 344 is provided in the horizontal lower chassis 320 to correspond to the first horizontal outer gasket 342.

In other words, the first horizontal external gasket 342 is provided on the horizontal upper chassis 330 of the lower positioned glass panel module and the second horizontal external gasket 342 is provided on the lower horizontal chassis 320 of another glass panel module positioned on the upper side. A gasket 344 is provided so that when the two glass panel modules are installed, the respective horizontal outer gaskets 342, 344 are pressed against each other and sealed.

The portions where the first horizontal outer gasket 342 and the second horizontal outer gasket 344 contact each other are repeatedly formed.

This concavity and convexity makes it possible to more firmly seal the first horizontal outer gasket 342 and the second horizontal outer gasket 344, and more effectively maintain the closed state.

A third horizontal outer gasket 346 is further formed at the outer end of the first horizontal outer gasket 342 and the second horizontal outer gasket 344 that are in contact with each other.

Each of the third horizontal external gaskets 346 is inclined in mutual directions toward the outside and is deformed and brought into surface contact when they are in close contact with each other.

And the horizontal inner gasket 350 comprises a first horizontal inner gasket 352 and a second horizontal inner gasket 354.

The horizontal upper inner gasket 352 is provided on the upper end glass panel chassis 220 of the glass panel module 200 and the second horizontal inner gasket 354 is provided on the lower end glass panel chassis 220 of the glass panel module 200. [ Respectively.

In other words, a first horizontal inner gasket 352 is provided on the upper end glass panel chassis of the lower positioned glass panel module and a second horizontal inner gasket 354 is provided on the lower end glass panel chassis of another upper positioned glass panel module. So that when the two glass panel modules are installed, the horizontal outer gaskets 352 and 354 are pressed against each other and sealed.

The horizontal upper inner gasket 352 and the lower horizontal inner gasket 354 are provided at the middle portion of the glass panel chassis 220 and do not overlap with the horizontal fixing frame 310.

The horizontal upper chassis 320 and the horizontal lower chassis 330, the horizontal upper inner gasket 352, the horizontal lower inner gasket 354, the horizontal upper outer gasket 342, and the horizontal lower outer gasket 344, (200), they are integrally modularized.

And further includes a horizontal closing seal 360 for sealing between the horizontal upper chassis 320 sealed by the horizontal outer gasket 340 and the outer ends of the horizontal lower chassis 330.

The horizontal closing seal part 360 is preferably sprayed in a gel state so as to be hardened, and may be foamed and hardened, and it is natural that a material can be used as long as it can be hardened after application.

This horizontal closing seal 360 seals and closes between the outer ends of the two glass panels 210 sealed by the horizontal outer gasket 340.

The glass sealant 230 is composed of a first glass sealant 232 and a second glass sealant 234.

The first glass sealant 232 is disposed outside the edge between the glass panel chassis 220 and the glass panel 210 and is provided to maintain a gap therebetween.

Also, the second glass sealant 234 is filled inside the first glass sealant 232, but has a weaker strength than the first glass sealant 232.

Accordingly, the glass panel chassis 220 can be firmly installed on the glass panel 210, and the transmitted impact can be effectively mitigated.

The steel frame 100 includes a first steel bar 110 and a second steel bar 120 as shown in FIG.

The first steel bar 110 is formed along the building height direction so as to be adjacent to the building and the second steel bar 120 is formed at the outer end of the first steel bar 110.

The first steel bar 110 and the second steel bar 120 are integrally manufactured and then transported to a construction site and installed at regular intervals along the horizontal direction of the corresponding surface of the building.

The lower end of the iron frame 100 is fixed to a ground, a ground, or a fixed end, and is not directly fixed to the building but installed on the outside.

The first steel bar 110 has a predetermined thickness and is formed long in the direction toward the inner end from the outer end of the first steel bar 110. The second steel bar 120 is connected to the outer end of the first steel bar 110, Is formed to be larger than both side surface widths.

The width of the front surface of the second steel bar 120 is greater than the width of the outer end of the first steel bar 110.

In one embodiment, the first steel bar 110 is filled with the inside, the second steel bar 120 is hollow, and the hollow steel pipe is formed into a square shape by deforming the hollow steel pipe in various stages, And is integrally manufactured.

Meanwhile, the first steel bar 110 and the second steel bar 120 are hollow, and the hollow steel pipe is integrally formed by deforming the steel pipe in various stages.

The steel frame 100 thus manufactured is formed in a T shape.

10: Curtain wall 100: Iron frame
200: glass panel module 210: glass panel
220: glass panel chassis 230: glass sealant
300: horizontal fixing device 310: horizontal fixing frame
320: horizontal upper chassis 330: horizontal lower chassis
340: Horizontal outer gasket 350: Horizontal inner gasket
360: Horizontal closing seal

Claims (10)

A plurality of glass panel modules each having a glass panel for forming a building exterior are installed in a plurality of installed steel frames along an outer side of the building. In installing the upper and lower ends of each glass panel module,
A horizontal fixing frame in which an upper end edge of a glass panel module positioned at a lower side of two adjoining glass panel modules is caught and a lower end edge of a glass panel module positioned above is protruded from the steel frame;
A horizontal upper chassis extending from the glass panel chassis located at the upper end of the glass panel module;
A horizontal lower chassis extending from the glass panel chassis positioned at a lower end of the glass panel module;
A horizontal outer gasket having resiliency and adapted to correspond to the horizontal upper chassis and the horizontal lower chassis, respectively; And
And a horizontal inner gasket having elasticity and being provided so as to correspond to a middle portion of the upper glass panel chassis of the glass panel module located on the lower side and a middle portion of the lower glass panel chassis of the glass panel module located on the upper side, Horizontal fixing device of glass panel module. 2. The glass panel module according to claim 1,
At least one glass panel;
A glass panel chassis positioned along a rear edge of the glass panel and having a panel fixing groove opened outwardly therein; And
And a glass sealant for fixing the glass panel chassis to the glass panel and relieving the impact. 3. The method of claim 2,
And a horizontal closing seal for sealing between the horizontal upper chassis and the outer end of the horizontal lower chassis sealed by the horizontal outer gasket. [3] The apparatus of claim 2,
A first horizontal fixing frame protruding from the iron frame so as to be orthogonal to the lower frame and supporting a lower end edge of the glass panel module installed upward; And
And a second horizontal fixing frame protruding downward from the first horizontal fixing frame to be inserted into a panel fixing groove of a glass panel chassis located at an upper end of a glass panel module positioned at a lower side, . 5. The method of claim 4,
And a first horizontal support part for adjusting a supporting position of the glass panel chassis located at a lower end of the glass panel module provided on the upper side of the first horizontal fixing frame. Horizontal securing device. 3. The gasket according to claim 2,
A first horizontal outer gasket provided on the horizontal upper chassis; And
And a second horizontal outer gasket provided on the horizontal lower chassis to correspond to the first horizontal outer gasket. The method according to claim 6,
Wherein a portion where the first horizontal outer gasket and the second horizontal outer gasket are in contact with each other is formed repeatedly in a concavo-convex manner. 7. The gasket of claim 6, wherein the first horizontal outer gasket and the second horizontal outer gasket comprise:
And a third horizontal outer gasket is further formed at an outer end portion which is in contact with each other,
Wherein each of the third horizontal external gaskets is inclined in mutual directions as it goes outward and deformed and brought into surface contact when they are in close contact with each other. 3. The gasket according to claim 2,
A first horizontal inner gasket provided at a middle portion of the upper glass panel chassis of the lower glass panel module; And
And a second horizontal inner gasket provided at an intermediate portion of a lower glass panel chassis of the glass panel module positioned on the upper side so as to correspond to the first horizontal inner gasket. 10. The method of claim 9,
Wherein a portion where the first horizontal inner gasket and the second horizontal inner gasket are in contact with each other is repeatedly formed in a concavo-convex shape.

Images