A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of power transmission equipment, in particular to a spliced reinforced power tower. Comprising an upper tower pole, a lower tower pole and a cross arm, the upper tower pole and the lower tower pole are connected through bolts and nuts, a butt joint mechanism is arranged between the upper tower pole and the lower tower pole for connection, the cross arm is installed on the upper portion of the upper tower pole through a locking mechanism, crawling ladders are fixedly installed on the circumferential outer wall of the upper tower pole and the circumferential outer wall of the lower tower pole, and a climbing mechanism is arranged below the crawling ladders on the lower tower pole. The climbing mechanism is mounted on the lower tower pole; the problems that in the splicing process of an existing electric power tower, when the tower is connected with a cross arm, hole position alignment and cross arm position movement are not prone to being carried out are solved; the distance between the crawling ladder and the ground is relatively high, so that maintenance personnel cannot climb conveniently; the connection between the towers is too single, and the stability is not good enough; adjusting butt joint between the pole tower and the cross arm is improved, climbing operation of maintenance personnel is facilitated, and the stability of connection between pole towers is improved.
本发明涉及电力输送设备技术领域，特别涉及一种拼接式加强型电力杆塔；包括上塔杆、下塔杆和横担；所述上塔杆与所述下塔杆通过螺栓螺母连接，上塔杆与下塔杆之间设置有对接机构连接，横担通过锁紧机构安装在上塔杆的上部，上塔杆的圆周外壁和下塔杆的圆周外壁均固定安装有爬梯，下塔杆上的爬梯的下方设置有攀爬机构，且攀爬机构安装在下塔杆上；本发明解决了目前的电力杆塔在拼接过程中主要存在的杆塔与横担连接时不易进行孔位对齐以及横担的位置移动；爬梯距离地面较高，不便于维修人员攀爬作业；杆塔之间的连接过于单一，稳固性欠佳等问题；本发明提高了杆塔与横担之间的调节对接，方便了维修人员攀爬作业，提高了杆塔之间连接的稳定性。
The invention relates to the technical field of power transmission equipment, in particular to a spliced reinforced power tower. Comprising an upper tower pole, a lower tower pole and a cross arm, the upper tower pole and the lower tower pole are connected through bolts and nuts, a butt joint mechanism is arranged between the upper tower pole and the lower tower pole for connection, the cross arm is installed on the upper portion of the upper tower pole through a locking mechanism, crawling ladders are fixedly installed on the circumferential outer wall of the upper tower pole and the circumferential outer wall of the lower tower pole, and a climbing mechanism is arranged below the crawling ladders on the lower tower pole. The climbing mechanism is mounted on the lower tower pole; the problems that in the splicing process of an existing electric power tower, when the tower is connected with a cross arm, hole position alignment and cross arm position movement are not prone to being carried out are solved; the distance between the crawling ladder and the ground is relatively high, so that maintenance personnel cannot climb conveniently; the connection between the towers is too single, and the stability is not good enough; adjusting butt joint between the pole tower and the cross arm is improved, climbing operation of maintenance personnel is facilitated, and the stability of connection between pole towers is improved.
本发明涉及电力输送设备技术领域，特别涉及一种拼接式加强型电力杆塔；包括上塔杆、下塔杆和横担；所述上塔杆与所述下塔杆通过螺栓螺母连接，上塔杆与下塔杆之间设置有对接机构连接，横担通过锁紧机构安装在上塔杆的上部，上塔杆的圆周外壁和下塔杆的圆周外壁均固定安装有爬梯，下塔杆上的爬梯的下方设置有攀爬机构，且攀爬机构安装在下塔杆上；本发明解决了目前的电力杆塔在拼接过程中主要存在的杆塔与横担连接时不易进行孔位对齐以及横担的位置移动；爬梯距离地面较高，不便于维修人员攀爬作业；杆塔之间的连接过于单一，稳固性欠佳等问题；本发明提高了杆塔与横担之间的调节对接，方便了维修人员攀爬作业，提高了杆塔之间连接的稳定性。
Splicing type reinforced electric power tower
一种拼接式加强型电力杆塔
ZHANG BO (author)
2022-06-14
Patent
Electronic Resource
Chinese
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