Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-strength concrete anti-seismic electric pole
The invention discloses a high-strength concrete anti-seismic electric pole, belongs to the technical field of electric poles, and aims to solve the problems that the electric pole is lack of a damping mechanism, the electric pole vibrates along with the electric pole when geological disasters occur, the risk that the electric pole is toppled and pulled apart due to inclination occurs, and a traditional electric pole is inconvenient to consignment and install. Damping blocks get close to the inner wall of the base when being extruded, first reset springs play a damping role in the process, in the process that the damping blocks get close to the inner wall of the base, the included angle between two sets of rotating pieces is increased, first sliding blocks and fixing rods slide in annular sliding grooves and get away from each other, and therefore the damping effect is achieved. In the process that the first sliding block and the fixing rod are away from each other, due to the fact that the interior of the arc-shaped sleeve is in a negative pressure state, the first sliding block and the fixing rod are subjected to certain buffering and restoring force in the process that the first sliding block and the fixing rod are away from each other, and the damping effect is improved by combining two damping directions with different angles.
一种高强混凝土抗震电杆，属于电线杆技术领域，为解决电线杆缺乏减震机构，当发生地质灾害的时候电线杆会随之振动进而发生倾倒以及倾斜扯断电线的风险，并且传统的电线杆托运和安装的时候存在不便的问题；本发明通过减震块受到挤压的时候向底座的内壁靠近，第一复位弹簧在这一过程中起到了减震的作用，并且当减震块向底座内壁靠近的过程中，两组的转动件之间的夹角增大，第一滑块和固定杆在环形滑槽的内部滑动并相互远离，在第一滑块和固定杆远离的过程中由于弧形套筒内部处于负压状态，第一滑块和固定杆相互远离的过程中受到一定的缓冲和回复力，本发明通过将两种不同角度的减震方向进行结合提升了减震的效果。
High-strength concrete anti-seismic electric pole
The invention discloses a high-strength concrete anti-seismic electric pole, belongs to the technical field of electric poles, and aims to solve the problems that the electric pole is lack of a damping mechanism, the electric pole vibrates along with the electric pole when geological disasters occur, the risk that the electric pole is toppled and pulled apart due to inclination occurs, and a traditional electric pole is inconvenient to consignment and install. Damping blocks get close to the inner wall of the base when being extruded, first reset springs play a damping role in the process, in the process that the damping blocks get close to the inner wall of the base, the included angle between two sets of rotating pieces is increased, first sliding blocks and fixing rods slide in annular sliding grooves and get away from each other, and therefore the damping effect is achieved. In the process that the first sliding block and the fixing rod are away from each other, due to the fact that the interior of the arc-shaped sleeve is in a negative pressure state, the first sliding block and the fixing rod are subjected to certain buffering and restoring force in the process that the first sliding block and the fixing rod are away from each other, and the damping effect is improved by combining two damping directions with different angles.
一种高强混凝土抗震电杆，属于电线杆技术领域，为解决电线杆缺乏减震机构，当发生地质灾害的时候电线杆会随之振动进而发生倾倒以及倾斜扯断电线的风险，并且传统的电线杆托运和安装的时候存在不便的问题；本发明通过减震块受到挤压的时候向底座的内壁靠近，第一复位弹簧在这一过程中起到了减震的作用，并且当减震块向底座内壁靠近的过程中，两组的转动件之间的夹角增大，第一滑块和固定杆在环形滑槽的内部滑动并相互远离，在第一滑块和固定杆远离的过程中由于弧形套筒内部处于负压状态，第一滑块和固定杆相互远离的过程中受到一定的缓冲和回复力，本发明通过将两种不同角度的减震方向进行结合提升了减震的效果。
High-strength concrete anti-seismic electric pole
一种高强混凝土抗震电杆
CHEN XIAOXUAN (Autor:in)
06.05.2022
Patent
Elektronische Ressource
Chinesisch
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