Network cable curtain wall with operating window

Abstract

The invention discloses a network cable curtain wall with an operating window. The network cable curtain wall comprises a glass panel system formed by a plurality of glass panels arrayed in a regular way. Corners of adjacent glass panels coming together are connected via a stainless steel clamp and a stainless steel inhaul cable; one glass panel takes up one mesh division of an area; in a mesh division without an installation of the glass panel and preserved for the to-be-installed operating window, four straight corners of the operating window covering one mesh division are directly clamped by four clamps corresponding to the preserved mesh division; and or the operating window smaller than one mesh division and a supplementary glass panel are combined to form a combined member equaling to one mesh division, and then four corners of the combined member are clamped on four clamps in the corresponding preserved mesh division. The operating window cannot only meet demands of basic constructions and structures of the network cable curtain wall, and can also fulfils requirements of displacement capacity, safety and sealing property, so difficulty of installation of the operating window on the network cable curtain wall is solved.

Description

technical field [0001] The invention relates to a cable net curtain wall with opening windows, which belongs to the field of cable net curtain walls. Background technique [0002] The existing cable net curtain wall relies on stainless steel cables as the main force-bearing member, and the glass panel is fixed on the cables through stainless steel clamps. Compared with the conventional aluminum alloy curtain wall, the biggest feature of the cable net curtain wall is that it has a large and constantly changing deflection, and the greater the deflection of the cable, the greater the axial force, and the resulting axial force is exactly Used to resist wind loads, gravity loads and other loads. However, due to the large and variable deflection of the cable-net curtain wall, it also brings great difficulties to other supporting designs, for example, designing opening windows on the cable-net curtain wall. At present, most of the cable-net curtain walls are not designed with any...

AI Technical Summary

Problems solved by technology

However, it can be found from actual implementation that because the glass panel of the opening window 11 is fixed on other glass panels 20 around it, it has the ability to adapt to the larger and variable displacement of the cable net curtain wall, but the glass panel of the opening window 11 It is a brittle material and has the possibility of self-explosion, so the safety is relatively poor, and the sealing between the glass panel of the opening window 11 and the surrounding glass panel 20 is only realized by a sealing ring, and the waterproof function has neither durability nor reliability

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