A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a concrete pole, and relates to the technical field of electric power equipment. The concrete pole comprises a pole body and a base; the base is arranged at the bottom of the pole body; the pole body comprises main reinforcing steel bars, spiral reinforcing steel bars and concrete layers; the main reinforcing steel bars are arranged in the concrete layers in the direction of the pole body, and the spiral reinforcing steel bars are arranged in the concrete layers and fixedly connected with the main reinforcing steel bars; grounding nuts are arranged at the bottom of thepole body and make contact with the main reinforcing steel bars or the spiral reinforcing steel bars; and the base is connected with the pole body through bolts and the grounding nuts, and grounding electrodes are arranged at the bottom of the base. The grounding nuts are arranged at the bottom of the pole body in a pre-buried mode, the structure of the side wall of the pole pole cannot be damaged, the strength of the pole cannot be affected, the area of the bottom of the pole body can be increased by arranging the base, so that sedimentation of the concrete pole is prevented, the grounding electrodes at the bottom of the base can play a grounding role, and meanwhile, the sedimentation of the concrete pole can further be prevented.
本发明公开一种混凝土电杆，涉及电力器材技术领域，包括电杆本体和底座；底座设于电杆本体底部；电杆本体包括主钢筋、螺旋钢筋和混凝土层；主钢筋沿电杆本体方向设于混凝土层内，螺旋钢筋设于混凝土层内且与主钢筋固定连接；电杆本体底部设有接地螺母，接地螺母与主钢筋或螺旋钢筋相接触；底座通过螺栓和接地螺母与电杆本体相连接，底座底部设有接地极。接地螺母以预埋的方式设置于电感本体的底部，不会破坏电杆侧壁的结构，对电杆的强度不会有影响，且底座的设置能够增大电杆本体底部的面积，从而防止混凝土电杆的沉降，底座底部的接地极在起到接地作用的同时，还能够进一步防止混凝土电杆的沉降。
The invention discloses a concrete pole, and relates to the technical field of electric power equipment. The concrete pole comprises a pole body and a base; the base is arranged at the bottom of the pole body; the pole body comprises main reinforcing steel bars, spiral reinforcing steel bars and concrete layers; the main reinforcing steel bars are arranged in the concrete layers in the direction of the pole body, and the spiral reinforcing steel bars are arranged in the concrete layers and fixedly connected with the main reinforcing steel bars; grounding nuts are arranged at the bottom of thepole body and make contact with the main reinforcing steel bars or the spiral reinforcing steel bars; and the base is connected with the pole body through bolts and the grounding nuts, and grounding electrodes are arranged at the bottom of the base. The grounding nuts are arranged at the bottom of the pole body in a pre-buried mode, the structure of the side wall of the pole pole cannot be damaged, the strength of the pole cannot be affected, the area of the bottom of the pole body can be increased by arranging the base, so that sedimentation of the concrete pole is prevented, the grounding electrodes at the bottom of the base can play a grounding role, and meanwhile, the sedimentation of the concrete pole can further be prevented.
本发明公开一种混凝土电杆，涉及电力器材技术领域，包括电杆本体和底座；底座设于电杆本体底部；电杆本体包括主钢筋、螺旋钢筋和混凝土层；主钢筋沿电杆本体方向设于混凝土层内，螺旋钢筋设于混凝土层内且与主钢筋固定连接；电杆本体底部设有接地螺母，接地螺母与主钢筋或螺旋钢筋相接触；底座通过螺栓和接地螺母与电杆本体相连接，底座底部设有接地极。接地螺母以预埋的方式设置于电感本体的底部，不会破坏电杆侧壁的结构，对电杆的强度不会有影响，且底座的设置能够增大电杆本体底部的面积，从而防止混凝土电杆的沉降，底座底部的接地极在起到接地作用的同时，还能够进一步防止混凝土电杆的沉降。
Concrete pole
一种混凝土电杆
CHEN XIAOXUAN (author)
2020-12-08
Patent
Electronic Resource
Chinese