A light-weight curtain wall thermal insulation large decorative line with honeycomb aluminum plate

Abstract

The invention discloses a light-weight curtain wall thermal insulation large decorative line with a honeycomb aluminum plate, which includes an inner support frame, a side honeycomb aluminum plate, an outer honeycomb aluminum plate, an outer closing joint, an inner closing joint and a connecting pendant; the side honeycomb aluminum plate is set On the left and right sides of the inner support frame, the outer honeycomb aluminum plate is set on the side of the inner support frame away from the room, the end of the side honeycomb aluminum plate away from the room is connected to the outer honeycomb aluminum plate through the outer closing connector, and the side honeycomb aluminum plate is close to the indoor end The inner support frame is connected and fixed through the inner joint connector, and the connecting pendant is fixedly installed on the inner joint joint; this scheme uses honeycomb aluminum plate to make the shape and size of the decorative line more diversified, which reduces the load of the building and improves the processing and installation. Efficiency saves materials; and the box-type structure surrounded by honeycomb aluminum panels has good airtightness and safety, which improves the energy-saving and thermal insulation performance of the curtain wall, and caters to the current green energy-saving theme called by the country.

Description

technical field [0001] The invention relates to a light-weight curtain wall thermal insulation large decorative line with a honeycomb aluminum plate, which belongs to the technical field of curtain walls. Background technique [0002] With the technological progress and innovative development of building curtain walls, more and more decorative lines have been applied. At present, traditional aluminum alloy profiles are still the most used at home and abroad. However, due to the increasingly complex shapes of decorative lines, architects require The appearance and size of the building are becoming more and more diverse, and the energy-saving requirements of buildings are getting higher and higher. Traditional aluminum alloy profiles are more suitable for decorative lines with simple shapes and small sizes. When facing decorative lines with complex shapes and large sizes, aluminum alloy profiles are often used. It cannot meet the corresponding modeling requirements, it is diff...

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Problems solved by technology

[0002] With the technological progress and innovative development of building curtain walls, more and more decorative lines have been applied. At present, traditional aluminum alloy profiles are still the most used at home and abroad. However, due to the increasingly complex shapes of decorative lines, architects require The appearance and size of the building are becoming more and more diverse, and the energy-saving requirements of buildings are getting higher and higher. Traditional aluminum alloy profiles are more suitable for decorative lines with simple shapes and small sizes. When facing decorative lines with complex shapes and large sizes, aluminum alloy profiles are often used. It cannot meet the corresponding modeling requirements, it is difficult to resist greater wind loads and external impact loads, and because the cavity becomes larger, the energy-saving and thermal insulation of the curtain wall will also be affected, and the flatness and structural stability of the decorative lines after construction are often not enough. To achieve the expected effect, so many excellent design solutions cannot be realized

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