Communication tower manufacturing technology

Abstract

The invention discloses a communication tower manufacturing technology, and relates to the communication technology. The communication tower manufacturing technology aims at solving the problem of lowproduction efficiency of a casting method. The technology comprises the following steps: preparing raw materials, namely, cutting a board, and feeding; punching and bending, namely, bending the cut board into circular barrel shape; welding and forming, namely, welding the bent board into a rough tower body blank; inspecting and correcting, namely, inspecting and repairing welding defects on the rough tower body blank; and post-processing, namely, arranging a feeder line hole, an access hole and a base flange plate on a tower body. The technology has the following advantages and effects: the welding forming mode, compared with a casting type production mode, can be carried out to process communication towers with wider size range, so that the difficulty in manufacturing of the communication tower is reduced; the manufacturing period is reduced; and as a result, the purpose of improving the production efficiency of the communication tower is achieved.

Description

technical field [0001] The invention relates to communication technology, in particular to a communication tower manufacturing process. Background technique [0002] Mobile communication devices such as mobile phones generally need to use communication towers to amplify and transmit signals. They look like towers, so they are also called signal towers. [0003] At present, the Chinese invention with the authorized announcement number CN206753188U discloses a communication tower with a prefabricated pile foundation, including the foundation part of the prefabricated pile communication tower, which is a hollow structure and used as an equipment warehouse. The section is connected to the body of the communication tower, or the foundation part of the prefabricated pile communication tower is directly connected to the body of the communication tower, and the upper part of the foundation part of the prefabricated pile communication tower, the upper and lower parts of the transfer ...

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Problems solved by technology

[0004] The structural shape of the communication tower is roughly the same as the above-mentioned communication tower. The outer part is a round tubular tower body with a height of about 40 meters. Casting and rolling methods. Among these methods, hot rolling, hot extrusion and continuous casting and rolling methods are generally used for pipes with small diameters. If they are used in the production of large pipes, due to the heavy weight of the pipe body, it is easy to be affected by gravity during the forming process. Collapse occurs during pulling, so manufacturing is difficult and production efficiency is low

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