Wave-absorbing simulated banyan and method for manufacturing same

A production method and technology for banyan trees, applied in the field of artificial trees, can solve problems such as poor wave absorption characteristics, and achieve the effects of improving weather resistance and good simulation effect.

Inactive Publication Date: 2014-05-28
ARCHITECTURAL ENG INST GENERAL LOGISTICS DEPT P L A
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  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0005] In order to overcome the deficiencies of the poor wave-absorbing characteristics of the

Method used

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  • Wave-absorbing simulated banyan and method for manufacturing same
  • Wave-absorbing simulated banyan and method for manufacturing same
  • Wave-absorbing simulated banyan and method for manufacturing same

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Embodiment Construction

[0028] Product embodiment: the simulated banyan tree of the present invention includes a steel pipe 1, a trunk 2, primary branches 3, secondary branches 4, leaves 5 and single forked branches. Several leaves 5 and branches form a single fork. In this embodiment, six leaves 5 and branches are respectively selected to form a single forked branch, and ten leaves 5 and branches are selected to form a single forked branch. It is also possible to select a plurality of leaves 5 and branches to form a single fork branch, which is determined according to the requirements of leaf density. Two single-forked branches constitute the secondary branch 4 , and several secondary branches 4 constitute the primary branch 3 . In this embodiment, five secondary branches 4 are selected to constitute the primary branch 3 . Several first-level branches 3 are fixedly connected with the trunk 2 to form a simulated banyan tree. In this embodiment, five first-level branches 3 are fixedly connected with ...

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Abstract

The invention discloses a wave-absorbing simulated banyan and a method for manufacturing the same. The wave-absorbing simulated banyan and the method are used for solving the technical problem of poor wave-absorbing characteristic of an existing simulated tree. The technical scheme includes that each single twig of the wave-absorbing simulated banyan comprises a plurality of tree leaves (5) and tree branches, each secondary branch (4) comprises two corresponding single twigs, each primary branch (3) comprises a plurality of secondary branches (4), the multiple primary branches (3) and a tree trunk (2) are fixedly connected with one another to form the simulated banyan, a steel tube (1) is fixedly connected to the lower end of the tree trunk (2), metal blended yarns which are of grid structures are woven in polyester base fabrics of the tree leaves (5), and a layer of weak-conductivity radar wave-absorbing coatings is arranged on the surface of each tree leaf (5) by means of blade coating. The wave-absorbing simulated banyan and the method have the advantages that a wave-absorbing characteristic of the simulated banyan can be improved owing to the weak-conductivity radar wave-absorbing coatings on the surfaces of the polyester base fabrics of the tree leaves and the metal blended yarns which are of the grid structures and are arranged in the polyester base fabrics of the tree leaves, and the average radar backscattering coefficient difference of the wave-absorbing simulated banyan is only 0.01dB within the range of 1-18GHz as shown by contrast tests.

Description

technical field [0001] The invention relates to a simulation tree, in particular to a wave-absorbing simulation banyan tree. It also relates to a manufacturing method of the wave-absorbing artificial banyan tree. Background technique [0002] Document 1 "Authorized Notification No. CN2614478Y Chinese Utility Model Patent" discloses a simulated tree, which includes a trunk, grafted branches, branches and leaves, and a fixed seat at the bottom. It is characterized in that a hollow tube is provided inside the trunk. The hollow tube and the fixed seat at the bottom are welded, and the outside of the hollow tube is coated with a polymer material to simulate a bark layer. The outer wall of the hollow tube in the trunk is plugged with reinforcing ribs, and the reinforcing ribs are covered by a simulated bark layer of polymer material without deformation. The shortcomings of heavy weight and low strength of simulated trees are solved, but the weather resistance is poor. [0003] ...

Claims

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Application Information

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IPC IPC(8): A41G1/00
Inventor 王结良陈宏书胡志毅苏海涛潘晓春田少辉吴剑锋张五龙
Owner ARCHITECTURAL ENG INST GENERAL LOGISTICS DEPT P L A
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