Tree house community structure and construction method

Abstract

The invention discloses a tree house community structure which comprises a corridor platform and a tree house, the tree house comprises a crape myrtle tree planted on the land, a plurality of branches growing on a main rod of the crape myrtle tree are woven in a crossed mode to form a cage-shaped framework structure, and the branches are gathered at the top of the framework structure and woven in a crossed mode to form connecting columns. The branches form top crowns at the tops of the connecting columns, the interior of the framework structure is used for people to live, and the framework structure is provided with entrances and exits for people to go in and out. The number of the tree houses is multiple, all the tree houses are fixedly connected with the corridor platform, entrances and exits of all the tree houses are located above the corridor platform, and the entrances and exits of all the tree houses are communicated through the corridor platform. The invention further discloses a construction method of the tree house community structure, according to the tree house community structure and the construction method, the crape myrtle trees serving as small arbors are fully combined with a building structure, the structure is stable, a house framework does not need to be additionally built, and the ornamental value and the practicability are high.

Description

technical field [0001] The invention relates to the field of house construction, in particular to a tree house community structure and a construction method. Background technique [0002] Due to the improvement of people's awareness of environmental protection and yearning for green and pastoral life in recent years, in some existing gardens, green spaces, parks or farmhouses, in order to achieve the purpose of saving cultivated land resources, avoiding ground hardening, beautiful environment, and ecological protection, there are Many tree houses are built using naturally growing plants. The construction of tree houses does not occupy the construction land and does not need to harden the land, and the tree houses hang high in the air, full of wild charm. For the construction of tree houses, steel or other structural supports are often used as the skeleton of the house on the trunk of the tree, or the superstructure is built using the tree as a support column to form a gazebo...

AI Technical Summary

Problems solved by technology

For the construction of tree houses, steel or other structural supports are often used as the skeleton of the house on the trunk of the tree, or the superstructure is built using the tree as a support column to form a gazebo, a corridor platform, etc. The method of building structural supports to make a house skeleton is poor in stability, especially after a long construction period, it is prone to rust, corrosion, loosening, etc., and compared with small trees, large trees are less ornamental

Although small trees are more ornamental, their tree height is between 5-9 meters, and the height of the main pole with higher strength is only 1-5 meters. For the construction of taller building structures, it cannot form a support. Use small trees to support The height of the upper structure of the building such as the ceiling is low, and the height of the storey is low, and people often feel depressed in it. The use of small trees for ecological construction has great restrictions. In the existing technology, small trees cannot be well combined with the building structure.

[0003] The crape myrtle tree is a small tree known as a thousand-year-old tree. It has strong vitality, bright colors and long flowering period. It is a kind of ornamental tree often planted in gardens, green spaces, parks and farmhouses. In terms of the shape and utilization of the crape myrtle tree, Due to the limitation of the height of the crape myrtle tree that grows naturally, most of the crape myrtle trees are only used for ornamental purposes, and cannot be combined with building construction.

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