A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Communication single-pipe tower
The invention discloses a communication single-pipe tower which comprises a tower base and a tower body arranged on the tower base, at least three upper connecting parts are arranged on the side face of the tower body, lower connecting parts corresponding to the upper connecting parts are arranged on the tower base, and inclined supporting rods are connected between the upper connecting parts and the lower connecting parts corresponding to the upper connecting parts; the inclined supporting rod comprises a first rod piece and a second rod piece, one end of the first rod piece and one end of the second rod piece are rotationally connected with the upper connecting part and the lower connecting part correspondingly, and an energy dissipation stabilizing device is arranged between the other end of the first rod piece and the other end of the second rod piece. According to the invention, the inclined supporting rod is arranged between the tower body and the tower base, and when the tower body is influenced by crosswind and swings, the energy consumption stabilizing device on the inclined supporting rod can consume and absorb the swinging kinetic energy of the tower body in an energy consumption manner and reduce the swinging amplitude of the tower body, so that the stability of the tower body when the tower body is subjected to crosswind is improved.
本发明公开了一种通信单管塔，包括塔座和设置在塔座上的塔身，所述塔身的侧面至少设置有三个上连接部，塔座上设置有与上连接部相对应的下连接部，上连接部和与其相对应的下连接部之间连接有斜撑杆；斜撑杆包括第一杆件和第二杆件，第一杆件的一端与第二杆件的一端分别与上连接部和下连接部转动连接，第一杆件的另一端和第二杆件的另一端之间设置有耗能稳定装置。本发明中，塔身和塔座之间设置有斜撑杆，当塔身受到横风的影响并发生摆动时，斜撑杆上的耗能稳定装置能够通过耗能的方式消耗吸收塔身的摆动动能，降低塔身的摆动幅度，从而提高塔身在受到横风时的稳定性。
Communication single-pipe tower
The invention discloses a communication single-pipe tower which comprises a tower base and a tower body arranged on the tower base, at least three upper connecting parts are arranged on the side face of the tower body, lower connecting parts corresponding to the upper connecting parts are arranged on the tower base, and inclined supporting rods are connected between the upper connecting parts and the lower connecting parts corresponding to the upper connecting parts; the inclined supporting rod comprises a first rod piece and a second rod piece, one end of the first rod piece and one end of the second rod piece are rotationally connected with the upper connecting part and the lower connecting part correspondingly, and an energy dissipation stabilizing device is arranged between the other end of the first rod piece and the other end of the second rod piece. According to the invention, the inclined supporting rod is arranged between the tower body and the tower base, and when the tower body is influenced by crosswind and swings, the energy consumption stabilizing device on the inclined supporting rod can consume and absorb the swinging kinetic energy of the tower body in an energy consumption manner and reduce the swinging amplitude of the tower body, so that the stability of the tower body when the tower body is subjected to crosswind is improved.
本发明公开了一种通信单管塔，包括塔座和设置在塔座上的塔身，所述塔身的侧面至少设置有三个上连接部，塔座上设置有与上连接部相对应的下连接部，上连接部和与其相对应的下连接部之间连接有斜撑杆；斜撑杆包括第一杆件和第二杆件，第一杆件的一端与第二杆件的一端分别与上连接部和下连接部转动连接，第一杆件的另一端和第二杆件的另一端之间设置有耗能稳定装置。本发明中，塔身和塔座之间设置有斜撑杆，当塔身受到横风的影响并发生摆动时，斜撑杆上的耗能稳定装置能够通过耗能的方式消耗吸收塔身的摆动动能，降低塔身的摆动幅度，从而提高塔身在受到横风时的稳定性。
Communication single-pipe tower
通信单管塔
CHEN JIANMING (author) / CHEN YONGJUN (author) / ZHANG PING (author) / CHEN JIANGQI (author) / XU YANGSONG (author)
2022-06-03
Patent
Electronic Resource
Chinese
IPC:
E04H
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