Box-type modularization environment-friendly enclosure wall and construction method thereof

Abstract

The invention relates to a box-type modularization environment-friendly enclosure wall and a construction method thereof and belongs to the technical field of buildings. The enclosure wall comprises acast-in-situ concrete foundation, metal embedded parts, a box-type enclosure wall component, metal pipe supporting parts, enclosure wall connection protrusions, L-shaped bottom connectors and building sealing glue; the cross section of the cast-in-situ concrete foundation is rectangular, and the metal embedded parts are arranged at the two sides of the upper surface at equal intervals; the box-type enclosure wall component is an assembled component made of PVC plates, the whole box-type enclosure wall component is rectangular, enclosure wall surface grooves are formed in the surfaces of the two sides of the box-type enclosure wall component, and the metal pipe supporting parts are arranged in the enclosure wall surface grooves; the enclosure wall connection protrusions are located at thetwo ends of the box-type enclosure wall component and arranged alternatively; the L-shaped bottom connectors are connected with the box-type enclosure wall component and the cast-in-situ concrete foundation. The box-type modularization environment-friendly enclosure wall component is high in assembly degree, the combination mounting steps are reduced, the stress deformation capacity is high, the self-weight is low, connection of the components can be achieved through bolts, assembly, installation and disassembly are conducted conveniently, and the enclosure wall can be recycled and is environmentally friendly.

Description

technical field [0001] The invention belongs to the technical field of buildings, in particular to a box-type modular green enclosure and a construction method thereof. Background technique [0002] Construction waste refers to all kinds of waste generated during the construction, repair, decoration, demolition and other activities of buildings, including: mud, sludge, sand, waste bricks, asphalt, waste plastics, waste wood, waste metal, Waste glass, waste concrete reinforcement and mixtures, etc. [0003] Many advanced operation methods and concepts abroad are worth learning from. (1) The model of "classification of construction waste" in the Netherlands. The current recycling rate of construction waste in the Netherlands can reach 70%, which has a great relationship with their construction waste classification policy. The Dutch government has promulgated a series of laws to limit the random dumping and burying of construction waste, and enforced the construction was...

AI Technical Summary

Problems solved by technology

Brick structure fences have disadvantages such as high cost, slow construction speed, high resource consumption, impossibility of turnover, difficult garbage disposal, and impact on city appearance.

However, the color steel plate fence has poor rigidity, low strength, poor image, and is easy to be damaged, and can only be turned over 1-2 times, so the usage is less

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