Manufacturing method for molding simulated ancient ficus microcarpa

Abstract

The invention provides a manufacturing method for molding a simulated ancient ficus microcarpa. The method comprises the steps: digging a foundation pit according to requirements, backfilling the bottom of the foundation pit with a plain earth layer and a 3:7 lime earth layer, constructing reinforcing steel bars on the 3:7 lime earth layer and pouring concrete into the foundation pit; manufacturing a trunk, meshes, branches, aerial roots and connecting pipes of the ancient ficus microcarpa, extending the branches from the truck and extending the branches outwards, and welding the connecting pipes and the aerial roots on all the branches; digging an aerial root foundation, backfilling the aerial root foundation with a plain earth layer and a 3:7 lime earth layer, and constructing reinforcing steel bars on the 3:7 lime earth layer; covering the trunk, branches and aerial roots of the ancient ficus microcarpa with the meshes; smearing the outer surfaces of the meshes with hemp-fibred plaster and a concrete layer; performing texture carving, concave line carving, polishing and anti-weathering corrosion on the concrete layer, and spraying finishing coat and a protective film on the surface of the concrete layer subjected to the treatment; inserting the dry branches into the connecting pipes, and binding simulated ficus microcarpa leaves on the dry branches. The manufacturing method has the characteristics that the simulation effect is vivid, the capital is saved, the environment is beautified, and the like, and the manufacturing method can be widely applied to the landscape industry.

Description

Technical field [0001] The invention relates to reinforced concrete technology, and particularly designs a manufacturing method for modeling an ancient banyan tree. Background technique [0002] The banyan tree is a large perennial tree that can generate aerial roots in moist air. In landscape garden design, tall banyan trees with dense aerial roots can be used as shade trees and ornamental trees in the garden landscape area. They have high appreciation value and can increase the overall momentum of the landscape garden. Banyan trees are not hardy and prefer sunny, warm and humid climates and acidic soils. They usually grow in subtropical and tropical regions. This determines that the banyan tree cannot grow in high latitude areas, such as the area north of the Yangtze River in China. [0003] It can be seen that in the prior art, banyan trees cannot be used as shade trees and ornamental trees in landscape gardens in high latitude areas. Summary of the invention [0004] In view ...

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Problems solved by technology

[0003] This shows that in the prior art, banyan trees cannot be used as shade trees and ornamental trees in landscape gardens in high latitude areas.

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