Six-split detuning pendulum anti-galloping damping spacing rod

The utility model discloses a six-split detuning pendulum anti-galloping damping spacing rod, which comprises a six-split damping spacing rod in a hexagon structure. An axial symmetric connecting piece is arranged on one side of the six-split damping spacing rod, an asymmetric biased anti-galloping anti-vibration detuning pendulum is respectively arranged at the ends of two symmetric branches at the lower portion of the connecting piece, the detuning pendulums are in a flexible structure, and bobs of the detuning pendulums are arranged at two ends of a steel stranded wire. A connecting plate for fixing the detuning pendulums is arranged in the middle of the steel stranded wire in biased mode, and the other end of the connecting plate is fixedly connected with the end of any branch of the lower portion of the connecting piece of the spacing rod. The six-split detuning pendulum anti-galloping damping spacing rod is installed on a compact power transmission line. Due to the fact that two asymmetric anti-galloping anti-vibration detuning pendulums are arranged at the lower portion of the damping spacing rod, torsional rigidity and torsional inertia parameters of a six-split lead system of the power transmission line can be changed. Vibration energy and galloping energy of the line can be consumed through the flexible structures of the detuning pendulums, thereby stabilizing dynamic characteristics of the lead system, preventing the power transmission line from galloping, and eliminating or reducing the vibration energy of a lead.