This invention relates to the technical field of
elevator buffers, and discloses an
eddy current damping energy-dissipating
elevator buffer. The invention includes an outer buffer tube and a mounting chamber formed within the outer buffer tube. This invention achieves the effect of a novel buffer through a stationary / moving component, making it suitable for elevators at any speed. Its damping force increases with speed, thereby improving the buffering effect. The
eddy current damping characteristic enables a rebound-free buffering process. The
eddy current damping force moves in the opposite direction to the moving component, preventing the moving component from rising again. Furthermore, the eddy current damping force itself is a dissipative damping force, preventing the generation of reaction force and achieving a smooth buffering process. A reset component ensures smooth buffer movement and post-movement reset. Simultaneously, the buffer
stroke is short, and the pit depth is shallow, saving installation space.