Double hollow glass lighting window with an organic glass fiber reinforced plastic frame

A double-layer insulating glass and plexiglass technology, applied in the field of lighting windows, can solve the problems of easy aging, short service life, large thermal expansion and cold contraction deformation, etc.

Inactive Publication Date: 2005-11-30
林野 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the existing two-glazed and three-glazed daylighting windows that have large thermal expansion and contraction deformation in the natural environment, easy aging, easy corrosion of the steel lining in the plastic cavity, poor thermal insulation performance, and short service life. Problem, provide a plexiglass steel frame double-layer hollow glass daylighting window

Method used

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  • Double hollow glass lighting window with an organic glass fiber reinforced plastic frame

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specific Embodiment approach 1

[0005] Specific implementation mode one: (see figure 1 ) This embodiment is composed of the first hollow glass layer 1, the second hollow glass layer 2, the sealing ring 3, the intermediate molecular sieve 4 and the plexiglass steel window frame 5, the first hollow glass layer 1 and the second hollow glass layer 2 are front and rear Relatively, the sides are fixed in the organic glass steel window frame 5 parallel to each other, a sealing ring 3 is fixed between the first hollow glass layer 1 and the second hollow glass layer 2 and the organic glass steel window frame 5, the first hollow glass layer 1 and the second hollow glass layer An intermediate molecular sieve 4 is fixed at the bottom between the two insulating glass layers 2 , and an intermediate cavity 6 is formed between the first insulating glass layer 1 , the second insulating glass layer 2 and the intermediate molecular sieve 4 . The distance between the first hollow glass layer 1 and the second hollow glass layer ...

specific Embodiment approach 2

[0006] Specific implementation mode two: (see figure 1 ) The first insulating glass layer 1 of this embodiment is made up of the first glass 1-1, the second glass 1-2 and the first molecular sieve 1-3, and the front and back of the first glass 1-1 and the second glass 1-2 Opposite, the sides are arranged parallel to each other, the bottom between the first glass 1-1 and the second glass 1-2 is fixed with the first molecular sieve 1-3 which is both moisture-absorbing and airtight, and the first glass 1-1 and the second glass 1-1 A first cavity 1-4 is formed between the glass 1-2 and the first molecular sieve 1-3. The thicknesses of the first glass 1-1 and the second glass 1-2 of the first hollow glass layer 1 are respectively 3-4 mm, and the distance between the first glass 1-1 and the second glass 1-2 is 9-11 mm. The first cavity 1-4 between the first glass 1-1, the second glass 1-2 and the first molecular sieve 1-3 is filled with an inert gas. The inert gas is argon or heli...

specific Embodiment approach 3

[0007] Specific implementation mode three: (see figure 1 ) The second hollow glass layer 2 of this embodiment is made up of the third glass 2-1, the fourth glass 2-2 and the second molecular sieve 2-3, and the third glass 2-1 and the fourth glass 2-2 have a lighting front and back Opposite, the sides are arranged parallel to each other, and the bottom between the third glass 2-1 and the fourth glass 2-2 is fixed with a second molecular sieve 2-3 that absorbs moisture and seals, and the third glass 2-1 and the fourth glass 2-1 A second cavity 2-4 is formed between the glass 2-2 and the second molecular sieve 2-3. The thicknesses of the third glass 2-1 and the fourth glass 2-2 of the second hollow glass layer 2 are respectively 3-4 mm, and the distance between the third glass 2-1 and the fourth glass 2-2 is 9-11 mm. The second cavity 2-4 between the third glass 2-1, the fourth glass 2-2 and the second molecular sieve 2-3 is filled with an inert gas. The inert gas is argon or h...

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Abstract

This invention provides a double-glazing glass lighting widow of plexiglass steel frame, which improves the structure of the lighting widow used for building. The structure of the widow is: between the first 1 and second 2 hollow glass and the plexiglass steel frame 5 is fixed the sealing ring 3; the lower between the first and second hollow glass is fixed the molecular sieve 4; between the first and second hollow glass is the intermediate cavity 6. The plexiglass steel frame material is not heat expansion and cold constriction, and the cavity of section bar can against damp and aging, which can be used at least 70 years; the double glazing glass is thermal insulation, and the K<=0.515W/m2.K.

Description

Technical field: [0001] The invention relates to a daylighting window for buildings. Background technique: [0002] Existing buildings mainly use double-glazed (two-layer glass) or triple-glass (three-layer glass) thermal insulation, soundproof and daylighting windows made of plastic-steel frame materials. Aging, the steel lining is easy to rust in the plastic cavity, and the thermal insulation performance of the two-glass and three-glass daylighting windows can only reach a K value of 2.2W / m 2 .K and 1.7W / m 2 .K, and the service life is short, generally only 20 to 30 years, which does not match the century-old buildings. Invention content: [0003] The purpose of the present invention is to solve the existing two-glazed and three-glazed daylighting windows that have large thermal expansion and contraction deformation in the natural environment, easy aging, easy corrosion of the steel lining in the plastic cavity, poor thermal insulation performance, and short service li...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E06B3/66
Inventor 林野
Owner 林野
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