Sliding trolley type shock insulation stand seat and shock insulation method thereof

Abstract

The invention discloses a sliding trolley type shock insulation stand seat and a shock insulation method thereof. The sliding trolley type shock insulation stand seat is characterized in that the shock insulation stand seat comprises a supporting seat (1) and a base (2) which are arranged in parallel; slideable trolleys (3) are disposed between the supporting seat (1) and the base (2); the base (2) is provided with track grooves which limit the moving tracks and moving distances of the sliding trolleys (3). By means of the sliding trolley structural design, horizontal shock from the ground can be reduced to the maximum degree, and automatic return can be achieved. The sliding trolley type shock insulation stand seat is simple in structure, low in cost, capable of achieving omni-directional shock insulation in the horizontal direction and ideal shock insulation effect, providing shock insulation and protection for displayed objects and decreasing the possibility of breakage of the displayed objects under the action of external force, and good in application and popularization prospects.

Description

technical field [0001] The invention belongs to the technical field of vibration engineering, and in particular relates to shock absorption and vibration isolation technology in vibration engineering, in particular to a sliding trolley type vibration isolation pedestal and a vibration isolation method. Background technique [0002] In modern museums or large-scale exhibitions, there are often larger sculptures or fragile cultural relics such as porcelain on display. For larger exhibits, because the exhibits themselves occupy a large space, it is difficult to obtain the same protection as small exhibits. When visitors visit the exhibits, if they bump into the base of the exhibits, the exhibits may be accidentally broken; or when a (slight) earthquake or other external force occurs, and the base of the exhibits is subjected to external forces, the exhibits are easily broken or damaged, causing property damage. loss. For this reason, various anti-vibration and anti-vibration c...

AI Technical Summary

Problems solved by technology

[0002] In modern museums or large-scale exhibitions, there are often larger sculptures or fragile cultural relics such as porcelain on display. For larger exhibits, because the exhibits themselves occupy a large space, it is difficult to obtain the same protection as small exhibits.

When visitors visit the exhibits, if they bump into the base of the exhibits, the exhibits may be accidentally broken; or when a (slight) earthquake or other external force occurs, and the base of the exhibits is subjected to external forces, the exhibits are easily broken or damaged, causing property damage. loss

For this reason, various anti-vibration and anti-vibration cultural relic cabinets have emerged as the times require. Most of the anti-vibration and anti-vibration devices in the prior art are difficult to achieve ideal anti-vibration and vibration isolation effects, and some have complex structures and high costs.

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