A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the technical field of electric power engineering, and particularly relates to a spliced cement telegraph pole which comprises a telegraph pole body, a connecting piece, a guide piece and a guide sleeve. Through the guiding effect of the guiding piece and the guiding sleeve, centering work of the telegraph pole body is automatically completed in the downward moving process of the telegraph pole body to be installed, then the centering difficulty of the telegraph pole body is lowered, centering of the telegraph pole body is facilitated, and then installation of the cement telegraph pole is facilitated; meanwhile, the centering quality of the telegraph pole body is improved, the overall strength of the cement telegraph pole is improved, the contact area of the two connecting pieces cannot be reduced through welding, the stress area of the connecting pieces is increased, the stability of the connecting position is improved, and the stability of the cement telegraph pole is improved; the connecting piece is perpendicular to the axis of the telegraph pole body, so that the vertical degree of the telegraph pole body is improved, the lateral acting force resisting capacity of the cement telegraph pole is improved, and the stability of the cement telegraph pole is improved.
本发明属于电力工程技术领域，具体的说是一种拼接式水泥电线杆，包括电线杆本体、连接件、导向件和导向套；本发明通过导向件和导向套的导向作用，在待安装电线杆本体向下移动的过程中自动完成了电线杆本体的对中工作，进而降低电线杆本体的对中难度，进而方便对电线杆本体进行对中，进而方便水泥电线杆的安装，同时提高电线杆本体的对中质量，进而提高水泥电线杆的整体强度，且焊接不会减少两个连接件的接触面积，进而增加连接件的受力面积，进而提高连接处的稳定性，进而提高水泥电线杆的稳定性；连接件与电线杆本体的轴线垂直，进而提高电线杆本体的竖直程度，进而提高水泥电线杆抵抗侧向作用力的能力，进而提高水泥电线杆的稳定性。
The invention belongs to the technical field of electric power engineering, and particularly relates to a spliced cement telegraph pole which comprises a telegraph pole body, a connecting piece, a guide piece and a guide sleeve. Through the guiding effect of the guiding piece and the guiding sleeve, centering work of the telegraph pole body is automatically completed in the downward moving process of the telegraph pole body to be installed, then the centering difficulty of the telegraph pole body is lowered, centering of the telegraph pole body is facilitated, and then installation of the cement telegraph pole is facilitated; meanwhile, the centering quality of the telegraph pole body is improved, the overall strength of the cement telegraph pole is improved, the contact area of the two connecting pieces cannot be reduced through welding, the stress area of the connecting pieces is increased, the stability of the connecting position is improved, and the stability of the cement telegraph pole is improved; the connecting piece is perpendicular to the axis of the telegraph pole body, so that the vertical degree of the telegraph pole body is improved, the lateral acting force resisting capacity of the cement telegraph pole is improved, and the stability of the cement telegraph pole is improved.
本发明属于电力工程技术领域，具体的说是一种拼接式水泥电线杆，包括电线杆本体、连接件、导向件和导向套；本发明通过导向件和导向套的导向作用，在待安装电线杆本体向下移动的过程中自动完成了电线杆本体的对中工作，进而降低电线杆本体的对中难度，进而方便对电线杆本体进行对中，进而方便水泥电线杆的安装，同时提高电线杆本体的对中质量，进而提高水泥电线杆的整体强度，且焊接不会减少两个连接件的接触面积，进而增加连接件的受力面积，进而提高连接处的稳定性，进而提高水泥电线杆的稳定性；连接件与电线杆本体的轴线垂直，进而提高电线杆本体的竖直程度，进而提高水泥电线杆抵抗侧向作用力的能力，进而提高水泥电线杆的稳定性。
Spliced cement telegraph pole
一种拼接式水泥电线杆
TIAN JIANWEI (author)
2022-02-11
Patent
Electronic Resource
Chinese
IPC:
E04H
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