Energy storing rotary plate based on controllable coaxial clutch

Abstract

The invention belongs to the technical field of rail damping and energy storing, and particularly relates to an energy storing rotary plate based on a controllable coaxial clutch. The energy storing rotary plate comprises first supports, a threaded rod, a first limit wall, a bump, a limit piece, an inner thread plate and clamp blocks; the inner thread plate can rotate and transversely move on the threaded rod simultaneously, a gear ring can drive the inner thread plate to rotate, a transverse sliding block slides in a sliding block cavity, clamp seats transversely slide in clamp seat grooves, two rows of clamp grooves are formed in the two sides of the gear ring, the clamp blocks are matched with the clamp grooves; a drive rod drives a rotary ring to rotate through a drive ring, and compressing and energy storing can be conducted on a volute spiral spring through mutual rotation of the rotary ring and a rotary ring support plate. The designed energy storing rotary plate integrating energy storing with energy releasing can store energy in a journey and release the energy in an opposite journey. An adopted external part can be a rail or a sliding main body. The sliding main body is installed on a rack of the energy storing rotary plate to achieve relayed energy storing and releasing and achieve a rail damping effect.

Description

Technical field [0001] The invention belongs to the technical field of track damping energy storage, in particular to an energy storage turntable based on a controllable coaxial clutch. Background technique [0002] At present, damping and buffering guide rails are becoming more and more common, ranging from small drawers to large engineering equipment, and there are many types of damping guide rails. Most of the damping tracks are integrated designs. After the design is completed, the movable length of the guide rails has been fixed. If the length needs to be increased temporarily, the guide rails need to be replaced again. In addition, in the field of high-voltage wire racks, the ladder used by maintenance personnel for maintenance or inspection needs to be pushed up and down, which can not only facilitate professionals to go up and down, but also prevent non-professionals from going up and down. In the process of pushing and pulling up and down the ladder, the up and dow...

AI Technical Summary

Problems solved by technology

However, the long distance of the climbing ladder requires a long damping track for sliding up and down. The current technical implementation is relatively complicated. The present invention provides an energy storage turntable. Multiple energy storage turntables are arranged on the track, and the ladders are passed sequentially to realize long-distance track damping. In addition, the change of the required length can be easily adjusted by increasing the number of energy storage turntables

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