摘要
通信塔标准图集确定的单管塔直径较大,在部分区域按标准图集建设存在一定的困难。基于此,文章分析标准图集单管塔使用现状及存在问题,发现原有运营商通信塔根部直径与该标准图集通信塔根部直径存在差异,根据对比分析可知原因为,标准图集与原运营商采用的位移控制标准不同、挂载天线数量不同、挂载天线面积不同。同时提出通过调整塔高、优化天线挂载数量、优化塔形、细化建设地点,有效减小塔桅根部直径,并创造性地采用内外双爬梯杆塔,优化塔形的同时减小通信塔杆径。研究成果对城市单管通信塔建设具有参考意义。
The diameter of single-tube tower determined by communication tower standard atlas is large, and it is difficult to construct according to standard atlas in some areas.Based on this, this paper analyzes the current situation and existing problems of the single-tube tower in the standard atlas, and finds that the diameter of the original operator’s communication tower root is different from that of the communication tower in standard atlas. According to the comparative analysis, the reason is that the displacement control standard, the number and the area of attached antennas adopted by the original operator and the standard atlas are different. At the same time, it is proposed to effectively reduce the diameter of the tower mast root by adjusting the tower height, optimizing the number of attached antennas,optimizing the tower shape, and refining the construction site. The internal and external double climbing ladder tower is creatively used to optimize the tower shape and reduce the diameter of the communication tower. The research results have reference significance for the construction of urban single-tube communication tower.
作者
罗春来
LUO Chunlai(Huaxin Consulting Design&Research Institute Co.,Ltd.,Hangzhou 310014,Zhejiang,China)
出处
《工程技术研究》
2023年第1期178-180,共3页
Engineering and Technological Research
关键词
单管通信塔
通信塔杆径
双爬梯杆塔
标准图集
single-tube communication tower
communication tower diameter
double climbing ladder tower
standard atlas
