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Signal communication tower based on anti-seismic function design
The invention relates to the technical field of communication towers, and discloses a signal communication tower based on anti-seismic function design, which solves the problem of damage to components of the communication tower due to shaking, poor stability and poor anti-seismic performance of the communication tower caused by windy weather at present, and comprises a base, a buffer mechanism I is mounted on the inner side of the base, and the buffer mechanism II is mounted on the inner side of the base. A tower body is mounted at the top of the buffer mechanism I; according to the device, through cooperation between a first rubber ring and a second rubber ring, when a tower body vibrates due to ground vibration, part of force can be absorbed, through cooperation between an inner block and a U-shaped block as well as cooperation between a connecting shaft and a rotating block, a transverse rod is moved, and through cooperation between a fixing sleeve, a limiting block and a first spring, the transverse rod can be moved, so that the device is convenient to use. And the first spring stretches out and draws back, part of force is absorbed again through the elastic effect of the first spring, finally, the tower body is buffered, and the phenomenon that the tower body collapses due to geological vibration is avoided.
本发明涉及通讯塔技术领域，且公开了一种基于抗震功能设计的信号通讯塔，解决了目前由于大风天气导致通讯塔晃动，稳定性能，以及抗震性能较差，从而造成通讯塔构件的损坏的问题，其包括基座，所述基座的内侧安装有缓冲机构一，缓冲机构一的顶部安装有塔体；本发明，通过橡胶圈一和橡胶圈二之间的配合，继而当地质震动而使得塔体震动时，能够对力进行一部分的吸收，并通过内块和U型块以及连接轴和转动块之间的配合，继而使得横杆移动，并通过固定套和限位块以及弹簧一之间的配合，使得弹簧一伸缩，并通过弹簧一弹性的作用对力再次进行一部分的吸收，最后对塔体进行缓冲，避免地质震动而使得塔体倒塌。
Signal communication tower based on anti-seismic function design
The invention relates to the technical field of communication towers, and discloses a signal communication tower based on anti-seismic function design, which solves the problem of damage to components of the communication tower due to shaking, poor stability and poor anti-seismic performance of the communication tower caused by windy weather at present, and comprises a base, a buffer mechanism I is mounted on the inner side of the base, and the buffer mechanism II is mounted on the inner side of the base. A tower body is mounted at the top of the buffer mechanism I; according to the device, through cooperation between a first rubber ring and a second rubber ring, when a tower body vibrates due to ground vibration, part of force can be absorbed, through cooperation between an inner block and a U-shaped block as well as cooperation between a connecting shaft and a rotating block, a transverse rod is moved, and through cooperation between a fixing sleeve, a limiting block and a first spring, the transverse rod can be moved, so that the device is convenient to use. And the first spring stretches out and draws back, part of force is absorbed again through the elastic effect of the first spring, finally, the tower body is buffered, and the phenomenon that the tower body collapses due to geological vibration is avoided.
本发明涉及通讯塔技术领域，且公开了一种基于抗震功能设计的信号通讯塔，解决了目前由于大风天气导致通讯塔晃动，稳定性能，以及抗震性能较差，从而造成通讯塔构件的损坏的问题，其包括基座，所述基座的内侧安装有缓冲机构一，缓冲机构一的顶部安装有塔体；本发明，通过橡胶圈一和橡胶圈二之间的配合，继而当地质震动而使得塔体震动时，能够对力进行一部分的吸收，并通过内块和U型块以及连接轴和转动块之间的配合，继而使得横杆移动，并通过固定套和限位块以及弹簧一之间的配合，使得弹簧一伸缩，并通过弹簧一弹性的作用对力再次进行一部分的吸收，最后对塔体进行缓冲，避免地质震动而使得塔体倒塌。
Signal communication tower based on anti-seismic function design
一种基于抗震功能设计的信号通讯塔
CHEN ZHEBIN (author)
2023-01-03
Patent
Electronic Resource
Chinese
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