Tower conductor cross arm hanging point connection optimization structure

The utility model relates to a tower conductor cross arm hanging point connection optimization structure, which comprises two conductor hanging angle steels. The conductor hanging angle steels are symmetrically at intervals arranged on the tower conductor; a UB hanging plate which can swing back and forth is hinged between hanging point holes of the conductor hanging angle steels; the lower end of the UB hanging plate is hinged with a PS hanging plate which can swing left and right; the distance between the hanging point hole center line of the conductor hanging angle steels and the lower edge is shortened to be smaller than the distance between the hinge shaft center line of the upper end of the UB hanging plate and the hinge shaft center line of the lower end. According to the tower conductor cross arm hanging point connection optimization structure, the distance between the hanging point hole center line of the conductor hanging angle steels and the lower edge is shortened and a large UB hanging plate is adopted to replace a small UB hanging plate, and thus the swinging angle of the PS hanging plate is added to 90 DEG, impact chances between the PS hanging plate and the conductor hanging angle steels are eliminated, demands of swinging angles of all insulators can be met, the anti-wind ability of the PS hanging plate is enhanced, and reliability of the transmission line is improved.