Damping and buffering device

Abstract

The invention discloses a damping and buffering device. The damping and buffering device consists of a damping cylinder device, a buffering and pressure-reducing device, a gear-shifting switching device, a hydraulic oil pipe and the like, wherein the damping cylinder device is connected with the buffering and pressure-reducing device through a hydraulic oil pipe, and an on / off state is controlledthrough the gear-shifting switching device. The device is applied to the damping and buffering mechanisms of a variety of equipment, the damping intensity is regulated according to different needs, and a support structure is built by one or more damping cylinder columns of the damping cylinder device and a bearing object (or a bearing mechanism such as a support and a base for putting the bearingobject) when the damping and buffering device is used, and thus a damping function can be realized. The damping and buffering device disclosed by the invention has the advantages that the device can be mounted on equipment of different types and models for being applied, a good damping and buffering effect can be achieved through adjustment of different damping gears, and the device has a multi-damping protection measure; and the phenomenon that the bearing object of the equipment is prevented from being damaged because of excessive trembling caused by failure of damping and buffering when theequipment runs or works under an easily-bumpy occasion can be ensured.

Description

technical field [0001] The invention belongs to the field of shock absorbing and buffering mechanisms, and in particular relates to a shock absorbing and buffering device with multiple shock absorbing designs. Background technique [0002] In daily life and industrial production, when the equipment is running or working in places that are prone to bumps, excessive vibration will occur due to the failure of shock absorption and buffering, resulting in damage to the loads of the equipment. Especially when the weight of the loaded object changes, the conventional shock absorbing device cannot adjust the buffer load in real time. For example, when the weight of the loaded object is large, the shock absorbing spring may be compressed to the end and lose its elasticity in an instant, not only failing to achieve shock absorption and buffering function, but also damage to the equipment or load due to the instantaneous failure of the shock-absorbing spring elasticity. Contents of t...

AI Technical Summary

Problems solved by technology

[0002] In daily life and industrial production, when the equipment is running or working in places that are prone to bumps, excessive vibration will occur due to the failure of shock absorption and buffering, resulting in damage to the load of the equipment

Especially when the weight of the loaded object changes, the conventional shock absorbing device cannot adjust the buffer load in real time. For example, when the weight of the loaded object is large, the shock absorbing spring may be compressed to the end and lose its elasticity in an instant, not only failing to achieve shock absorption and buffering function, but also damage to the equipment or load due to the instantaneous failure of the shock absorbing spring

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