A communication tower capable of self-generating electricity

Abstract

The invention discloses a communication tower capable of realizing self power generation. The communication tower comprises communication equipment, an installation platform and supports. According to the communication tower capable of realizing the self power generation, disclosed by the invention, a main support is formed by the installation platform supported by four supports, cross-shaped reinforcing rods are arranged among the supports, thus the structure is simple, the occupied area is small, the problems of a traditional communication tower that the occupied area is large and the site selection is difficult are effectively solved, and the problems of long construction period, high manufacturing cost and the like are solved; the top parts of the supports are hinged to installation rods, a solar cell panel is arranged on the surfaces of the installation rods, the bottom parts of the supports are provided with wedge-shaped supporting plates, the wedge-shaped supporting plates are connected with V-shaped clamping grooves formed in the bottom surfaces of the installation rods, thus the wedge-shaped supporting plates can be clamped in the V-shaped clamping grooves at different positions according to needs, the illumination angle can be timely adjusted, and the problems that both a lifting device and a communication device of the traditional communication tower need the supply of electric energy, and the energy source is consumed are effectively solved.

Description

technical field [0001] The invention relates to the technical field of communication equipment, in particular to a communication tower capable of realizing self-power generation. Background technique [0002] Today, traditional communication towers are usually used to build sites. However, sites have disadvantages such as large area, difficult site selection, long construction period, and high cost. It is increasingly difficult to meet the needs of communication operators for rapid site construction. Based on this, someone invented a fast integrated communication device, which includes a communication machine room and a lifting tower. Most of the existing communication tower lifting devices are motor lifting, hydraulic cylinder lifting and pulley block lifting, etc., but the structure of the above-mentioned lifting device is complicated. The structure of the tower is not firm, and the lifting device and the communication device therein all need the supply of electric energy,...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, traditional communication towers are usually used to build sites, but the sites have the disadvantages of large area, difficult site selection, long construction period, and high cost, making it increasingly difficult to meet the needs of communication operators for rapid site construction.

Based on this, someone invented a fast integrated communication device, which includes a communication machine room and a lifting tower. Most of the existing communication tower lifting devices are motor lifting, hydraulic cylinder lifting and pulley block lifting, etc., but the structure of the above lifting device is complicated. The structure of the tower is not firm, and the lifting device and communication device in it all need electric energy supply, which consumes energy

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