A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses anti-climbing protection equipment for electric power facilities. The anti-climbing protection equipment structurally comprises a support rod, a sliding rail and an isolation net, wherein the sliding rail is sunken in the inner side of the support rod, the isolation net is movably matched with the support rod through the sliding rail, and the isolation net is provided witha bracket, net strips, a sliding block and pushing mechanisms. Dust in the sliding rail is gradually accumulated and is coagulated into blocks together with water molecules, the pushing mechanisms move up and down along with the isolation net, and the dust on the inner wall of the sliding rail is pushed and removed by pushing teeth, so that the matching degree of the sliding rail and the sliding block is increased, the phenomenon of different heights of both ends of the isolation net due to clamping of the isolation net in a sliding process is reduced, and the electric power facilities can benormally separated by the isolation net; and the dust easily enters an inner groove towards an exhaust hole when falling, a swing block in the exhaust hole swings along with airflow, and the swing block is tightly attached to the inner top of the exhaust hole, so that the dust is blocked, the condition that the dust enters the inner groove along the exhaust hole is reduced, and the airflow diffusion speed in the inner groove is increased.
本发明公开了一种电力设施防攀爬保护设备，其结构包括支撑杆、滑轨、隔离网，滑轨凹陷在支撑杆内侧，隔离网通过滑轨与支撑杆活动配合，隔离网设有支架、网条、滑块、推动机构，由于滑轨中的粉尘逐渐堆积并与水分子凝结成块状，通过推动机构随着隔离网上下移动，推动牙将滑轨内壁的粉尘推动清除，有利于提高滑轨与滑块的配合度，减少隔离网滑动过程卡住，而出现隔离网两端的高度不一的现象，有利于隔离网正常对电力设施隔离，由于粉尘掉落时易往排气孔进入到内槽中，通过排气孔内部的摆动块随着气流通过摆动，摆动块与排气孔内顶部紧密贴合，有利于对粉尘阻挡，减少粉尘沿着排气孔进入到内槽中，有利于加快内槽中的气流扩散速度。
The invention discloses anti-climbing protection equipment for electric power facilities. The anti-climbing protection equipment structurally comprises a support rod, a sliding rail and an isolation net, wherein the sliding rail is sunken in the inner side of the support rod, the isolation net is movably matched with the support rod through the sliding rail, and the isolation net is provided witha bracket, net strips, a sliding block and pushing mechanisms. Dust in the sliding rail is gradually accumulated and is coagulated into blocks together with water molecules, the pushing mechanisms move up and down along with the isolation net, and the dust on the inner wall of the sliding rail is pushed and removed by pushing teeth, so that the matching degree of the sliding rail and the sliding block is increased, the phenomenon of different heights of both ends of the isolation net due to clamping of the isolation net in a sliding process is reduced, and the electric power facilities can benormally separated by the isolation net; and the dust easily enters an inner groove towards an exhaust hole when falling, a swing block in the exhaust hole swings along with airflow, and the swing block is tightly attached to the inner top of the exhaust hole, so that the dust is blocked, the condition that the dust enters the inner groove along the exhaust hole is reduced, and the airflow diffusion speed in the inner groove is increased.
本发明公开了一种电力设施防攀爬保护设备，其结构包括支撑杆、滑轨、隔离网，滑轨凹陷在支撑杆内侧，隔离网通过滑轨与支撑杆活动配合，隔离网设有支架、网条、滑块、推动机构，由于滑轨中的粉尘逐渐堆积并与水分子凝结成块状，通过推动机构随着隔离网上下移动，推动牙将滑轨内壁的粉尘推动清除，有利于提高滑轨与滑块的配合度，减少隔离网滑动过程卡住，而出现隔离网两端的高度不一的现象，有利于隔离网正常对电力设施隔离，由于粉尘掉落时易往排气孔进入到内槽中，通过排气孔内部的摆动块随着气流通过摆动，摆动块与排气孔内顶部紧密贴合，有利于对粉尘阻挡，减少粉尘沿着排气孔进入到内槽中，有利于加快内槽中的气流扩散速度。
Anti-climbing protection equipment for electric power facilities
一种电力设施防攀爬保护设备
LI GUOTAO (author)
2021-03-26
Patent
Electronic Resource
Chinese
Anti-climbing protection device for electric power facility
| European Patent Office | 2022
| European Patent Office | 2022