A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Tailor-welded communication tower
The invention relates to a tailor-welded communication tower, and belongs to the field of communication facilities, the tailor-welded communication tower comprises a plurality of main cylinders, each main cylinder comprises a plurality of bent plates, the main cylinders are sequentially arranged in the axial direction, the bent plates are sequentially arranged in the circumferential direction of the main cylinders, and each bent plate comprises a plurality of sub-plates which are integrally formed; an obtuse included angle is formed between the plate surfaces of every two adjacent sub-plates, a supporting body is arranged between every two adjacent main cylinder bodies, the supporting bodies are located in the main cylinder bodies, each supporting body comprises a supporting ring body and a top supporting plate, each supporting ring body comprises a plurality of sub-plates, and the number of the sub-plates is consistent with that of the sub-plates; the top supporting plate is located on the inner side of the supporting ring body and fixedly connected with all the sub-plates, and the plate face of the side, away from the top supporting plate, of each sub-plate abuts against one sub-plate. The butt joint of the two adjacent main cylinder bodies is subjected to matched transition through the supporting bodies, meanwhile, the structure of the splicing position of the two main cylinder bodies is supported, and the structural deformation resistance during welding is improved.
本申请涉及一种拼焊式通讯塔，属于通信设施领域，其包括若干主干筒体，所述主干筒体包括多个折弯板，多个所述主干筒体沿轴向依次排布，多个所述折弯板沿主干筒体的周向依次排布，单个折弯板包括多个相互一体成型的子板，相邻所述子板的板面呈钝角夹角，相邻两个主干筒体之间设有支撑体，支撑体位于主干筒体内部，支撑体包括支撑环体和顶撑板，所述支撑环体包括多个分板，分板的数量与子板的数量一致，所述顶撑板位于支撑环体的内侧且与所有分板固定连接，单个分板背离顶撑板的一侧板面与一个子板抵接。本申请通过支撑体对相邻两个主干筒体的对接进行配合过渡，同时其二者拼接位置的结构进行支撑，提高其焊接时的结构抗变形能力。
Tailor-welded communication tower
The invention relates to a tailor-welded communication tower, and belongs to the field of communication facilities, the tailor-welded communication tower comprises a plurality of main cylinders, each main cylinder comprises a plurality of bent plates, the main cylinders are sequentially arranged in the axial direction, the bent plates are sequentially arranged in the circumferential direction of the main cylinders, and each bent plate comprises a plurality of sub-plates which are integrally formed; an obtuse included angle is formed between the plate surfaces of every two adjacent sub-plates, a supporting body is arranged between every two adjacent main cylinder bodies, the supporting bodies are located in the main cylinder bodies, each supporting body comprises a supporting ring body and a top supporting plate, each supporting ring body comprises a plurality of sub-plates, and the number of the sub-plates is consistent with that of the sub-plates; the top supporting plate is located on the inner side of the supporting ring body and fixedly connected with all the sub-plates, and the plate face of the side, away from the top supporting plate, of each sub-plate abuts against one sub-plate. The butt joint of the two adjacent main cylinder bodies is subjected to matched transition through the supporting bodies, meanwhile, the structure of the splicing position of the two main cylinder bodies is supported, and the structural deformation resistance during welding is improved.
本申请涉及一种拼焊式通讯塔，属于通信设施领域，其包括若干主干筒体，所述主干筒体包括多个折弯板，多个所述主干筒体沿轴向依次排布，多个所述折弯板沿主干筒体的周向依次排布，单个折弯板包括多个相互一体成型的子板，相邻所述子板的板面呈钝角夹角，相邻两个主干筒体之间设有支撑体，支撑体位于主干筒体内部，支撑体包括支撑环体和顶撑板，所述支撑环体包括多个分板，分板的数量与子板的数量一致，所述顶撑板位于支撑环体的内侧且与所有分板固定连接，单个分板背离顶撑板的一侧板面与一个子板抵接。本申请通过支撑体对相邻两个主干筒体的对接进行配合过渡，同时其二者拼接位置的结构进行支撑，提高其焊接时的结构抗变形能力。
Tailor-welded communication tower
一种拼焊式通讯塔
XU JINGXIA (author) / LI JIAOYING (author) / XU JINGTING (author)
2024-01-30
Patent
Electronic Resource
Chinese
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