Assembling device for magnetic damping shock absorbers

Abstract

The invention relates to an assembling device for magnetic damping shock absorbers. The assembling device comprises a platform base (1), two guiderails (7), a center rod clamping device (6), a permanent magnetic iron hoop clamping device (2), a metal outer barrel fixing device and two limiting devices, wherein the two guiderails are fixed mounted on the upper surface of the platform base in parallel; the center rod clamping device and the permanent magnetic iron hoop clamping device are respectively connected with two ends of the two guiderails in a sliding manner; nuts are arranged at both the lower end of the center rod clamping device (6) and the lower end of the permanent magnetic iron hoop clamping device; the two nuts are respectively screwed at two ends of a lead screw guiderail; the metal outer barrel fixing device comprises a support (44), a slide (34) and a metal outer barrel; each limiting device comprises a limiting rod, a spring and a limiting pin (22); and the permanent magnetic iron hoop clamping device and the center rod clamping device are the same in the aspect of structure. The assembling device is capable of solving the assembling difficulties of consuming plenty of labor and time and being low in mounting efficiency in the assembling process of the magnetic damping shock absorbers, and then improving the assembling precision.

Description

technical field [0001] The invention belongs to the technical field of assembly of magnetic damping shock absorbers, and in particular relates to an assembly device of magnetic damping shock absorbers. Background technique [0002] The set of permanent magnets in the magnetic damping shock absorber is usually manually operated. The general assembly mode not only consumes a lot of manpower and time, but also due to the existence of strong magnetic force between the magnets, the ultimate compression will bring the ultimate strong magnetic force. Under the action of strong magnetic force, the permanent magnet flies out, which poses a great threat to the personal safety of the installation workers. Due to the interference of strong magnetic force, the permanent magnet has been in an unstable state, and it will also interfere with the installation of the next magnet, which greatly weakens the In order to improve the installation efficiency, after the permanent magnet and the cent...

AI Technical Summary

Problems solved by technology

[0002] The set of permanent magnets in the magnetic damping shock absorber is usually manually operated. The general assembly mode not only consumes a lot of manpower and time, but also due to the existence of strong magnetic force between the magnets, the ultimate compression will bring the ultimate strong magnetic force. Under the action of strong magnetic force, the permanent magnet flies out, which poses a great threat to the personal safety of the installation workers. Due to the interference of strong magnetic force, the permanent magnet has been in an unstable state, and it will also interfere with the installation of the next magnet, which greatly weakens the In order to improve the installation efficiency, after the permanent magnet and the central rod are installed, they need to be assembled with the metal outer cylinder as a whole, but the strong magnetic attraction between the permanent magnet and the metal outer cylinder will interfere with the permanent magnet, the central rod and the metal outer cylinder. center fit accuracy

Images