Novel filler wall for green assembly mode

Abstract

The invention provides a novel filler wall for a green assembly mode. The filler wall is formed by assembling components which comprise a lower plate, a middle connecting plate, an end connecting plate, an L-shaped connecting plate and / or T-shaped connecting plate and an upper cover plate. For the connecting mode of the components, traditional bonding with mortar is abandoned but a new locking connecting mode is adopted; all components are linked with one another and it seems like that the components are locked; not a single one can be dispensed with while the components are inhibited mutually; the installation is proper and the filler wall has excellent integrity. The components are provided with power lines therein which are easy to install and uninstall. The components of the wall are overlapped vertically so as to avoid problems such as water seepage and air leakage; the wall has excellent energy insulation effect and is durable; the top of the wall adopts rubber damping member toconnect with the floor for excellent damping performance. The components are mainly made of wood chips and wood flame retardants, which reduces design cost and reduce the consumption of building material.

Description

Technical field [0001] The patent belongs to the field of construction technology, and relates to a new type of infill wall, especially a new type of infill wall suitable for green assembly mode that can be realized in the whole life cycle. Background technique [0002] In the past few decades, my country's construction industry has flourished, with many high-rise buildings, among which frame structures are the most common form. As an important wall that separates the space in the frame structure, the seismic and fireproof performance of the infill wall and the construction technology have attracted much attention. [0003] In the frame structure, the infill wall is not load-bearing, but its own weight is relatively large, which is borne by the beams and columns. In recent years, a number of fire accidents in building structures also indicate that the infill walls in buildings have major problems in terms of fire protection. In response to these problems, domestic and foreign sch...

AI Technical Summary

Problems solved by technology

[0009] 1. Concrete component filled walls are largely restricted by material properties, with heavy weight and poor fire resistance;

[0010] 2. Concrete parts fill the wall with cohesive force between the parts to form the whole filled wall, the seismic performance is poor, and the subsequent wall demolition procedure is cumbersome and cannot be recycled;

[0011] 3. During the use of the prefabricated wall, cracks are prone to appear between the wall panels, which are prone to problems such as cold, wind and water dripping, which affect normal use

[0012] 4. The existing prefabricated wall cannot be disassembled and replaced in the combination mode in the whole life cycle to realize the transformation of the apartment type

[0013] 5. It is unreasonable and backward to bury the power line, communication line and switch box in the wall of the existing house. Repairing and replacing the aging pipeline in the later stage will affect the structure

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