Mechanical buffering device structure

Abstract

The invention relates to the technical field of mechanical buffering, and discloses a mechanical buffering device structure which comprises a buffering box, a bearing plate, first buffering mechanisms, second buffering mechanisms, third buffering mechanisms and a fixing barrel, the first buffering mechanisms are arranged at four corners in a machine body, the bearing plate is arranged above the buffering box, and the fixing barrel is fixedly connected to the middle of the bottom of the bearing plate. According to the mechanical buffering device structure, when the bearing plate is subjected toimpact force, the first buffering mechanisms at the four corners in the buffering box conduct first-step buffering on the bearing plate, and when first buffering springs are extruded by the bearing plate, buffering elastic force is generated to conduct first-step buffering on the impact force on the front face of the bearing plate, then along with downward pressing of the bearing plate, first push rods and second push rods push push plates along second buffering rods to extrude second buffering springs, buffering elastic force is generated to further perform buffering force unloading, the buffering force unloading capacity of a buffering device is improved, and the buffering device is more practical.

Description

technical field [0001] The invention relates to the technical field of mechanical buffering, in particular to a mechanical buffering device structure. Background technique [0002] With the continuous development of industry, more and more mechanical equipment has been developed, and some mechanical power has gradually replaced human labor. Technology is a double-edged sword. In mechanical equipment, many machines have potential safety hazards. If there are no safety protection measures during the movement of mechanical equipment, the strong impact of mechanical equipment will often cause major property damage. Loss and personal injury, the general buffer mechanism, through energy conversion, acts as a mechanism for buffering and shock-absorbing the moving parts of the weapon, and preventing retreat and re-advancement. There are mainly gas buffers with gunpowder gas as the working medium, which are composed of a cylinder, a piston, an air hole, a transmission rod, and an ex...

AI Technical Summary

Problems solved by technology

Such as oil pressure shock absorbers, etc., generally composed of cylinder, piston, transmission rod, sealing device, etc., the structure is more complicated

[0003] Existing mechanical buffer devices have limited buffer capacity, and most of them are buffered by a single buffer structure. damage

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