A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-standing anemometer tower capable of being automatically installed and free of tower shadow effect
The invention provides a self-standing anemometer tower capable of being automatically installed and free of a tower shadow effect, and relates to the technical field of anemometer towers, the technology comprises a base system, a tower system is arranged on the top surface of the base system, the tower system is connected with the base system through a sliding groove system, and a guiding system is arranged in the tower system. According to the tower system, the tower is arranged to be of the isosceles triangle structure, the tip end of the triangle is located on the downwind side of the wind direction, and therefore the windward area of the tower is relatively small under the action of the main wind direction. Besides, along with the increase of the distance between the triangular tip and the tower main shaft, the influence of the triangular tip on the overall stability of the tower is correspondingly enhanced, meanwhile, the wind measurement equipment is installed on the side, deviating to the second steering barrel, of the tower main shaft, it is ensured that the wind measurement equipment is not shielded by the wind measurement tower main body, and the wind measurement efficiency is improved. Therefore, the tower shadow effect is eliminated.
本发明提供了一种可自动安装的无塔影效应的自立式测风塔，涉及测风塔技术领域，技术包括基座系统，基座系统的顶面上设置有塔架系统，塔架系统通过滑槽系统与基座系统连接，塔架系统内设置有导向系统。在本发明的塔架系统中，通过将塔架设置为等腰三角形结构，三角形尖端位于风向的下风侧，因此在主要风向作用下，塔架的迎风面积相对较小。此外，随着三角形尖端与塔架主轴之间距离的增加，三角形尖端对塔架整体稳定性的影响亦相应增强，同时本发明通过将测风设备安装于塔架主轴上偏向于第二转向桶的一侧，确保了测风设备不会受到测风塔塔架主体的遮挡，从而消除了塔影效应。
Self-standing anemometer tower capable of being automatically installed and free of tower shadow effect
The invention provides a self-standing anemometer tower capable of being automatically installed and free of a tower shadow effect, and relates to the technical field of anemometer towers, the technology comprises a base system, a tower system is arranged on the top surface of the base system, the tower system is connected with the base system through a sliding groove system, and a guiding system is arranged in the tower system. According to the tower system, the tower is arranged to be of the isosceles triangle structure, the tip end of the triangle is located on the downwind side of the wind direction, and therefore the windward area of the tower is relatively small under the action of the main wind direction. Besides, along with the increase of the distance between the triangular tip and the tower main shaft, the influence of the triangular tip on the overall stability of the tower is correspondingly enhanced, meanwhile, the wind measurement equipment is installed on the side, deviating to the second steering barrel, of the tower main shaft, it is ensured that the wind measurement equipment is not shielded by the wind measurement tower main body, and the wind measurement efficiency is improved. Therefore, the tower shadow effect is eliminated.
本发明提供了一种可自动安装的无塔影效应的自立式测风塔，涉及测风塔技术领域，技术包括基座系统，基座系统的顶面上设置有塔架系统，塔架系统通过滑槽系统与基座系统连接，塔架系统内设置有导向系统。在本发明的塔架系统中，通过将塔架设置为等腰三角形结构，三角形尖端位于风向的下风侧，因此在主要风向作用下，塔架的迎风面积相对较小。此外，随着三角形尖端与塔架主轴之间距离的增加，三角形尖端对塔架整体稳定性的影响亦相应增强，同时本发明通过将测风设备安装于塔架主轴上偏向于第二转向桶的一侧，确保了测风设备不会受到测风塔塔架主体的遮挡，从而消除了塔影效应。
Self-standing anemometer tower capable of being automatically installed and free of tower shadow effect
一种可自动安装的无塔影效应的自立式测风塔
LYU YANJUN (author) / ZHANG YINLIANG (author) / ZHOU BOFAN (author) / ZHANG SHIKUN (author) / DU QI (author) / LU JIE (author) / LI QIANQIAN (author)
2024-12-24
Patent
Electronic Resource
Chinese
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