Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Signal tower
The invention relates to a signal tower. The signal tower is provided with a tower rod and a base. The base comprises an embedding disc, a pressing disc, a fixing assembly and a plurality of detection assemblies. And the pressure plates are arranged above the embedding plate at intervals. The fixing assembly is arranged on the embedding disc, the tower rod is installed on the fixing assembly, the tower rod abuts against the pressing disc, and the pressing disc moves downwards to abut against the embedding disc. The detection assembly is used for detecting the distance between each detection point on the abutting surface of the tower pole and the upper surface of the pressure plate when the tower pole abuts against the pressure plate. According to the signal tower, by arranging the embedding disc, the driving assembly and the tower rod, relative fixing of the tower rod and the embedding disc can be achieved, and meanwhile the fixing effect of the base and the tower rod can be further guaranteed through the pressing disc arranged between the tower rod and the embedding disc. And moreover, by arranging a plurality of detection assemblies, the fixing effect of the tower pole and the base can be determined by detecting the distance between each detection point on the abutting surface of the tower pole and the upper surface of the pressing disc, and then whether the tower pole is perpendicular or not is judged.
本发明涉及一种信号塔，该信号塔具有塔杆和基座。其中，基座包括埋设盘、压盘、固定组件和若干检测组件。压盘间隔设置在埋设盘的上方。固定组件设置于埋设盘上，塔杆安装于固定组件上，塔杆与压盘抵压，并使压盘下移至与埋设盘抵压。检测组件用于检测塔杆与压盘抵压时，塔杆的抵接面上各检测点与压盘的上表面的间距。本发明的信号塔通过设置埋设盘、驱动组件和塔杆，能够在实现塔杆与埋设盘的相对固定，同时，在塔杆和埋设盘之间设置的压盘，有助于进一步地确保基座和塔杆的固定效果。而且通过设置若干检测组件，能够通过检测塔杆抵接面上的各个检测点与压盘上表面的间距，以确定塔杆与基座的固定效果，进而用于判断塔杆是否垂直。
Signal tower
The invention relates to a signal tower. The signal tower is provided with a tower rod and a base. The base comprises an embedding disc, a pressing disc, a fixing assembly and a plurality of detection assemblies. And the pressure plates are arranged above the embedding plate at intervals. The fixing assembly is arranged on the embedding disc, the tower rod is installed on the fixing assembly, the tower rod abuts against the pressing disc, and the pressing disc moves downwards to abut against the embedding disc. The detection assembly is used for detecting the distance between each detection point on the abutting surface of the tower pole and the upper surface of the pressure plate when the tower pole abuts against the pressure plate. According to the signal tower, by arranging the embedding disc, the driving assembly and the tower rod, relative fixing of the tower rod and the embedding disc can be achieved, and meanwhile the fixing effect of the base and the tower rod can be further guaranteed through the pressing disc arranged between the tower rod and the embedding disc. And moreover, by arranging a plurality of detection assemblies, the fixing effect of the tower pole and the base can be determined by detecting the distance between each detection point on the abutting surface of the tower pole and the upper surface of the pressing disc, and then whether the tower pole is perpendicular or not is judged.
本发明涉及一种信号塔，该信号塔具有塔杆和基座。其中，基座包括埋设盘、压盘、固定组件和若干检测组件。压盘间隔设置在埋设盘的上方。固定组件设置于埋设盘上，塔杆安装于固定组件上，塔杆与压盘抵压，并使压盘下移至与埋设盘抵压。检测组件用于检测塔杆与压盘抵压时，塔杆的抵接面上各检测点与压盘的上表面的间距。本发明的信号塔通过设置埋设盘、驱动组件和塔杆，能够在实现塔杆与埋设盘的相对固定，同时，在塔杆和埋设盘之间设置的压盘，有助于进一步地确保基座和塔杆的固定效果。而且通过设置若干检测组件，能够通过检测塔杆抵接面上的各个检测点与压盘上表面的间距，以确定塔杆与基座的固定效果，进而用于判断塔杆是否垂直。
Signal tower
信号塔
WANG ZHENZHONG (Autor:in) / DONG SHIQUAN (Autor:in) / HUA CHENYU (Autor:in) / HUANG YIYA (Autor:in) / XU AO (Autor:in) / ZHANG ZHICHAO (Autor:in) / NIU PENGFEI (Autor:in) / YANG MIN (Autor:in)
02.12.2022
Patent
Elektronische Ressource
Chinesisch
Multistage tuned damper for signal tower and signal tower
| Europäisches Patentamt | 2024