5G communication launching tower with functions of lever bending and expanding

Abstract

The invention discloses a 5G communication launching tower with functions of lever bending and expanding. The 5G communication launching tower structurally comprises a tower body, pedal plates, communication tower plates, a hanging device and a bundling antenna. The 5G communication launching tower has the advantages that arc buckle plates arranged on the surfaces of installation plates are utilized, and a large number of large-ring flanges which needs to be buckled together for additional installation of antennas are saved. Moreover, six installation plates of a trapezoidal structure are installed, and thus the number of installed antennas can be increased without causing the effect of mutual stacking. According to the 5G communication launching tower, an arranged hanging mechanism can beutilized for achieving the effects of falling and bending under the rotation effect of a rotation mechanism, thus convenience is brought to platform plates or support arms used when workers increasethe number of the antennas, and the situation that when the number of antennas of a traditional communication launching tower needs to be increased, the workers need to climb to the tail end for installation, and since the bearing capacity of the tail end of the tower is poorer than that of the middle, and the wind power at the high position is strong, the risk in personal safety is liable to occur is avoided.

Description

technical field [0001] The invention relates to the field of communication equipment, more precisely, it is a 5G communication transmission tower with lever folding expansion. Background technique [0002] As communication technology is one of the inseparable elements in people's daily life, and with the gradual improvement of technical communication technology, it has gradually developed from the 2G era to the 5G era, and the energy and signal diffusion required by its transmission towers are also increasing. Therefore, it is necessary to increase the number of antennas installed on the transmission tower to ensure the spread of the signal. [0003] When adding the platform or support arm required for antenna installation, it is usually necessary for the staff to climb to the end for installation, but because the bearing capacity of the end is worse than that of the middle part and there are not many protective measures around it, and because of the installation height Mor...

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Problems solved by technology

[0004] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide a 5G communication tower with a lever folded expansion, to solve the need of the prior art to increase the platform or arm required for antenna installation, which usually requires staff to climb It is installed at the end, but because the end bearing capacity is worse than that in the middle and there are not a lot of protective measures around it, and because the installation height is greater than 60 meters, the wind power generated by the high place is strong, which is prone to personal safety hazards At the same time, when the antenna is installed at the end of the tower, the traditional installation is fixed and installed through the flange. It is located at a high place and it is difficult to install through the flange, and the flange is wound at the same time, resulting in the antenna not being able to When overlapping and interfering with each other, it is necessary to install the flanges sequentially and orderly, resulting in a reduction in the number of antennas installed, which is not conducive to meeting the shortcomings of the current situation.

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