Manufacturing technology of simulation tree

Abstract

The invention discloses a manufacturing technology of a simulation tree, and relates to the technical field of garden landscapes. The technical problem that the service life of the simulation tree isshort is solved. The technology comprises the following steps: 1, a foundation pit is excavated; 2, first steel bars are fixed in the foundation pit; 3; the first steel bars are rolled to form a framework; 4, the framework is wrapped with a steel wire mesh; 5, a concrete wrapping layer is applied and formed; 6; pouring is carried out to form a solid concrete inner pile; and 7; the solid concrete inner pile is coated to form a skin layer. The technology has the advantage of ensuring the service life of the simulation tree.

Description

technical field [0001] The invention relates to the technical field of garden landscapes, more specifically, it relates to a process for making artificial trees. Background technique [0002] In the existing garden landscape, because of the different requirements of the planting environment, many landscape trees are not suitable for planting in the local garden landscape. Specifically, for example, the banyan tree is a large perennial tree, which can produce aerial roots in humid air, and the banyan tree is not cold-resistant , like sunny, warm and humid climate and acidic soil, and it usually grows in subtropical and tropical regions, which determines that banyan trees cannot grow in high latitude areas. For example, banyan trees cannot be planted in garden landscapes in areas north of the Yangtze River in China. [0003] Without solving the above problems, the landscape construction unit has developed a simulation tree. As the name suggests, the simulation tree is not a na...

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Problems solved by technology

[0006] In the prior art, the artificial tree manufacturing process similar to the above-mentioned generally mainly includes making a skeleton, wrapping steel wire mesh on the outer wall of the skeleton, smearing cement on the steel mesh and modulating the skin; however, the company has been engaged in the production of artificial trees for a long time. During the construction of the project, it was found that the bearing capacity and strength of the skeleton will gradually decrease due to the rust of the steel bars that make the skeleton of the existing simulation tree, the body of tourists relying on it, and the erosion of the concrete layer by rain, so that the simulation tree is affected by the external environment. When it hits, it is very easy to deform or collapse, which will affect the service life of the simulation tree, so it needs to be improved

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