Curtain wall node structure made from low-radiation film-mounted hollow glass instead of laminated hollow glass

A technology of laminated hollow glass and node structure, which is applied in the direction of parallel glass structures, walls, building components, etc., can solve the problems of increasing the size and wall thickness of aluminum alloy profiles, increasing the cost of glass curtain walls, and increasing the weight of glass curtain wall units.

Inactive Publication Date: 2017-09-05
SHANGHAI LONGREN CONSTR GRP
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Problems solved by technology

[0003] In order to meet the energy saving and safety requirements of modern glass curtain walls, the basic configuration of glass curtain walls has been upgraded from "low-e film glass + hollow layer + white glass" to "white glass + film + low-e film glass + hollow layer + white glass" in recent years. , Just to prevent t

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  • Curtain wall node structure made from low-radiation film-mounted hollow glass instead of laminated hollow glass
  • Curtain wall node structure made from low-radiation film-mounted hollow glass instead of laminated hollow glass

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Embodiment Construction

[0030] The present invention will be further described below with reference to the accompanying drawings.

[0031] The invention discloses a low-emissivity film-attached hollow glass curtain wall node structure that replaces laminated insulating glass. It consists of semi-tempered ultra-clear glass 1, wherein the inner surface of the semi-tempered ultra-clear glass 1 on the outside is covered with a layer of low-radiation anti-riot film 2, and a hollow interlayer 3 is formed between two semi-tempered ultra-clear glass 1, and the two semi-tempered ultra-clear glass 1 An aluminum profile frame 4 is arranged between the edges of the white glass 1, and sealant 5 is filled around the outer edge of the aluminum profile frame 4. The curtain wall node structure also includes longitudinally distributed aluminum alloy columns 6, and the outer edges of the aluminum alloy columns 6 are along the aluminum The alloy column 6 is provided with an inner rubber strip fixing slot 7, one side of ...

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Abstract

The invention discloses a low-emissivity film-attached hollow glass curtain wall node structure replacing laminated insulating glass. The low-emission film-attached hollow glass is composed of two pieces of semi-tempered ultra-white glass, and the inner surface of the semi-tempered ultra-white glass located on the outside is covered with a A low-radiation anti-riot film, a hollow interlayer is formed between two pieces of semi-tempered ultra-clear glass, an aluminum frame is set between the edges of the two pieces of semi-tempered ultra-clear glass, and the outer edge of the aluminum frame is filled with sealant. The curtain wall hollow glass is made of Three pieces become two pieces; the low-emissivity functional film attached to the outer glass of the glass curtain wall completely prevents the glass from bursting and falling; Choose different color films according to the requirements of architectural design to produce a good building facade effect; after attaching low-radiation functional film to make insulating glass, since the low-radiation functional film is in a hollow and oxygen-isolated environment, the life of the functional film is basically the same as that of glass Synchronize.

Description

technical field [0001] The invention relates to the technical field of glass curtain walls, in particular to a low-radiation film-attached hollow glass curtain wall node structure that replaces laminated insulating glass, and in particular to its hollow glass structure and curtain wall node structure. Background technique [0002] The building curtain wall has experienced nearly 30 years of development in our country, especially the glass curtain wall has become one of the indispensable building envelope structures of modern buildings. However, the frequent glass curtain wall safety accidents over the years have had a great negative impact on the application of architectural glass curtain walls. The glass falling from high altitude caused by the bursting of ordinary glass and the self-explosion of tempered glass and other reasons have caused damage to the lives and property of the people. harm. In order to prevent such problems from happening, the country and localities hav...

Claims

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Application Information

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IPC IPC(8): E04B2/96E04C2/54E06B3/32E06B3/66
CPCE04B2/96E04C2/54E06B3/32E06B3/6612
Inventor 郭志斌
Owner SHANGHAI LONGREN CONSTR GRP
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