Precise instrument placement box

Abstract

The invention discloses a precise instrument placement box. The precise instrument placement box comprises an outer box and an inner box, wherein the outer box is connected with inner box by elastic ropes and elastic members; both of the elastic ropes and the elastic members are horizontally or vertically arranged; eight elastic ropes and four elastic members are provided; the single elastic member is located between two elastic ropes, and one group is formed according to the structure and fixedly connected with the outer box and the inner box respectively; the inner box is further filled with a buffer layer. The precise instrument placement box is capable of preventing the elastic members from generating metal fatigue while protecting for a long time.

Description

Technical field [0001] The invention relates to a precision instrument placement box. Background technique [0002] When placing and transporting precision instruments, the most important question is whether it can be shockproof to the greatest extent. Generally, more waste cotton cloth is placed in the box body. Obviously, the shock absorption effect of this method is not ideal. Some tension springs are used for suspension shock absorption, but the structure is not reasonable enough. For example, the application number is: In the Chinese patent of 201320088289.8, although the tension spring is used to achieve suspension shock absorption, the instrument in the inner box will generate downward force due to gravity. If only the tension spring is used for support, the tension spring will produce metal for a long time. Fatigue, which leads to unbalanced or damaged tension, and the tension spring set at the top corner is not reasonable enough, and the internal instrument cannot be we...

AI Technical Summary

Problems solved by technology

Generally, the method of setting more waste cotton cloth in the box body is often used. Obviously, the shock absorption effect of this method is not ideal enough. There are also tension springs used for suspension shock absorption, but its structure is not reasonable enough. For example, the application number is: In the Chinese patent of 201320088289.8, although the tension spring is used to achieve suspension shock absorption, due to the action of gravity, the instrument in the inner box will generate a downward force. If the tension spring is used for support, the tension spring will produce metal in the long run. Fatigue, which leads to unbalanced or damaged tension, and the force of the tension spring set at the top corner is not reasonable enough, and the internal instrument cannot be well protected when it falls

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