Damping desk

Abstract

The invention discloses a damping desk. The damping desk is characterized by comprising a desk frame and a desk body, wherein the desk frame comprises a base and supporting legs at two sides of the base; vertical cylindrical sliding bases are fixed at the top ends of the supporting legs; the desk body has a smooth desk top and sliding blocks fixedly connected to the two sides of the desk top; the sliding blocks are in sliding fit with the sliding bases; screw rods and fastening mechanisms are respectively arranged between the sliding blocks and the sliding bases along a sliding direction; the fastening mechanisms are used for fastening the sliding blocks and the sliding bases; a drawer-shaped structure is under the desk body; each of the supporting legs comprises two oppositely bent hard pipes; middle sections of the hard pipes are fixedly connected in parallel, thereby forming a fixedly connected section; two pipes under the fixedly connected section go downwards and are forked to be fixedly connected with the base to form an upright stable triangular structure; two pipes above the fixedly connected section go upwards and are forked to be fixedly connected with a transverse fixed block to form an inverted stable triangular structure; and the sliding bases are fixedly connected with the fixed blocks. The upper part of the desk can deform, thereby absorbing the impact of a dropping article, and meanwhile, an excellent nether shielding form is kept. The damping desk has an excellent damping capability and can greatly maintain the safety of hiding people.

Description

technical field [0001] The invention relates to a desk with shock-absorbing function. Background technique [0002] Earthquake disasters can damage buildings and threaten personal safety. When an earthquake occurs, the occupants in the building may not all be able to evacuate, so it is unavoidable to face the fact that the ceiling is damaged by falling objects or even collapsed indoors. Especially in densely populated group environments with generally weak anti-risk capabilities, such as schools, when people cannot be evacuated in the resident room, the consequences of such an earthquake are often catastrophic. In particular, when the seismic strength of the building itself cannot meet the building standards due to various reasons, the indoor environment in the earthquake may rob everyone's life, and such a fact has happened many times. [0003] In view of this, we will consider designing facilities with shock-absorbing capabilities for densely populated environments, espe...

AI Technical Summary

Problems solved by technology

These two aspects must be taken into account, because the shape cannot be guaranteed due to the excessive deformation capacity, and the too hard and non-deformable shape will cause the instantaneous impact force of the falling object to be too great to protect it at all.

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