Pneumatic curtain wall structure and layer and column type pneumatic curtain wall structure

Abstract

The invention provides a pneumatic curtain wall structure and a layer and column type pneumatic curtain wall structure. The pneumatic curtain wall structure comprises a transverse bracket, pneumatic sheet connecting devices and a plurality of pneumatic sheets, wherein the pneumatic sheet connecting devices are arranged on the transverse bracket in parallel, limiting devices are arranged on the pneumatic sheet connecting devices, and each limiting device comprises a transverse limiting part which limits translation of the pneumatic sheet and a circumferential limiting part which limits swing ofthe pneumatic sheet. The pneumatic sheets are connected to the pneumatic sheet connecting devices through the limiting devices. The invention further provides the layer and column type pneumatic curtain wall structure which comprises the pneumatic curtain wall structure. At least one line and at least one row of tubular protective hoods are arranged, the tubular protective hoods are arranged on each line and each row, and the tubular protective hoods are arranged horizontally. Each tubular protective hood is provided with the pneumatic sheets. The pneumatic curtain wall structure and the layer and column type pneumatic curtain wall structure can solve the problem that steel wire ropes and fasteners for connecting the pneumatic sheets exposed to an outdoor environment of wind, rain and sunshine are severely damaged and short in service life.

Description

technical field [0001] The invention relates to the field of energy-saving buildings, in particular to a wind-driven curtain wall structure and a layered wind-driven curtain wall structure. Background technique [0002] At present, steel wire ropes are used to hang wind-moving pieces on wind-driven curtain walls. Due to thermal expansion and contraction of steel wire ropes, it is easy to loosen, resulting in looseness or inconsistent state of the wind-moving pieces, which also affects their function and appearance under wind-moving conditions, especially the infinite position structure, so that the wind blade is easily damaged under strong wind. [0003] To sum up, there are the following problems in the prior art: the fasteners connected to the steel wire rope are rotated due to the loosening of the steel wire rope, and the wind blade is loose or the state is inconsistent and moves irregularly, so that the angle of the wind blade is inconsistent, and there is no In the win...

AI Technical Summary

Problems solved by technology

[0004] The present invention provides a wind-driven curtain wall structure and a layered wind-driven curtain wall structure to solve the problems that the wind-driven pieces are loose or in different states and swing unstable due to the use of steel wires to fix the wind-driven pieces in the past, as well as steel wire ropes, The fasteners connected with the wire rope are exposed to the outdoor environment of wind, rain and sun, and the damage is serious and the service life is short

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