Anti-fracture intelligent bionic tower with rotation function

Abstract

The invention relates to an anti-fracture intelligent bionic tower with a rotation function. The anti-fracture intelligent bionic tower includes a bionic mechanism, a platform, a lightning rod and atleast two antennas. The bionic mechanism includes a center rod, a rotation pipe and two bionic assemblies. The rotation pipe is internally provided with a fixing mechanism. Each bionic assembly includes a driving box, a driving rod and at least two bionic branches. The fixing mechanism includes two fixing assemblies. Each fixing assembly includes multiple fixing units. Each fixing unit includes afirst motor, a first driving shaft, a sliding block, a first connecting rod, a second connecting rod, an extruding block and a fixing rod. According to the anti-fracture intelligent bionic tower withthe rotation function, in strong wind weather, the extruding blocks are made to be separated from the inner wall of the rotation pipe through the fixing mechanism; the rotation pipe is made to drive the bionic branches to rotate; wind force borne by the bionic branches is reduced; fracture is avoided; and more than that, through the driving units, the driving rods are driven to move up and down, so that the bionic branches shake off accumulated snow through swing, and fracture of the bionic branches due to the excessively heavy accumulated snow is avoided.

Description

technical field [0001] The invention relates to the field of communication iron towers, in particular to an anti-break intelligent bionic tower with a rotation function. Background technique [0002] The bionic tower is to coordinate the communication tower with the surrounding natural environment, effectively solving the problem of difficulty in building stations in scenic spots and other places. Sculpture substrates such as poles, tree knots, bark, and roots are sprayed with high-grade acrylic paint to modify and protect the surface, enhance durability, and achieve the effect of no fading, no cracking, and no falling off for 5 years, and it is recoatable. [0003] In the existing bionic towers, the bionic branches are usually installed on the main trunk in a fixed way. Compared with some branches, in order to enhance the bionic effect, the bionic branches usually add some bionic leaves, thereby increasing the bionic branches. In this way, in the windy weather, due to the ...

AI Technical Summary

Problems solved by technology

[0003] In the existing bionic towers, the bionic branches are usually installed on the main trunk in a fixed way. Compared with some branches, in order to enhance the bionic effect, some bionic leaves are usually added to the bionic branches, thereby increasing the bionic branches. In this way, in the windy weather, due to the fixed position of the bionic branches, the branches continue to withstand strong wind impacts and are easy to break. Not only that, but in snowy days, snow is easy to accumulate on the branches. Increase, the weight of the snow increases, and then crushes the bionic branches, causing the branches to break

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