Simulated movable comb-shaped branch/leaf skeleton and manufacturing method thereof

Abstract

The invention relates to the technical field of artificial plants and particularly relates to a simulated movable comb-shaped branch / leaf skeleton and a manufacturing method thereof. The branch / leaf skeleton comprises a branch rod and a plurality of leaf rods, wherein the branch rod comprises a plurality of round spring steel bars, the numbers of the spring steel bars are gradually increased in the direction from the tail to the root of the branch rod, a plurality of steel wire hoops are bound outside the spring steel bars, and the steel wire hoops are distributed in sequence with a certain distance in the direction from the tail to the root of the branch rod. The branch rod is formed by binding the round spring steel bars, has a good elastic deformation property, can automatically recover after deformation, can swing along with wind under the wind action, has simulation and movable effects, can effectively eliminate wind stress fatigue, and has strong resistance to plastic deformation. Besides, the numbers of the spring steel bars are gradually increased from the tail to the root of the branch rod according to different loads on individual parts of the branch rod, so that the mechanical strengths of the branch rod are gradually increased from the tail to the root of the branch rod and the load-carrying capacity and the wind resistance are enhanced, as a result, the outdoor service life of the branch / leaf skeleton is greatly increased.

Description

Technical field: [0001] The invention relates to the field of artificial botany, in particular to a simulated dynamic comb-shaped branch and leaf skeleton and a manufacturing method thereof. Background technique: [0002] At present, afforestation and greening construction have become a national policy. The purpose of tree planting and greening is to protect land vegetation, purify the air, and beautify the environment. In urban construction, the latter two functions are more important. However, in the construction of cities, there are few big trees, and planting a big tree requires high capital. Sometimes the transplanted trees are difficult to survive, and the cost of tree maintenance is also very high. Therefore, in urban construction, how to increase the tree landscape with less investment is a yearning of people and the yearning of the city. The artificial tree is widely used in urban and garden construction for various reasons such as its durability, low cost and last...

AI Technical Summary

Problems solved by technology

Existing palm tree simulation trees generally use comb-shaped branches and leaves, which include branches and many leaf stems connected to the branches, but the branches are made of a single steel pipe, which is a rigid structure. Unable to swing with the wind, no simulated dynamic effect, easy to break when blown by the wind, unrecoverable after being deformed by the wind, poor wind resistance, and short service life

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