High-efficiency transportation vibration-proof packaging box structure

Abstract

The invention provides a high-efficiency transportation vibration-proof packaging box structure. The high-efficiency transportation vibration-proof packaging box structure comprises an outer frame structure (5), elastic damping elements (3) of multidirectional elastic damping elements and a transportation device internal frame structure (2); the elastic damping elements (3) are placed between thetransportation device internal frame structure (2) and the outer frame structure (5); the high-efficiency transportation vibration-proof packaging box structure further comprises a machine frame middle connecting plate (4), a limiter (6), structure bases (7) and a rubber cushion layer (1); the machine frame middle connecting plate (4) is a steel plate; holes are reserved in the machine frame middle connecting plate (4), so that the machine frame middle connecting plate (4) is stably connected with the transportation device internal frame structure (2), and meanwhile, the elastic damping elements (3) are mounted; and the structure bases (7), a horizontal vertical multi-dimensional vibration isolating element and the machine frame middle connecting plate (4) are combined to form a horizontalvertical multi-dimensional vibration isolating device. The vibration isolating device based on hierarchical energy dissipation vibration isolation and harmonic vibration absorption principles has lowinherent frequency, high-efficiency vibration isolation, high stability and convenience in transporting and hoisting, and solves the problem about vibration protection in a fragile product transporting process.

Description

technical field [0001] The invention relates to the technical field of transportation vibration protection, in particular to a high-efficiency transportation anti-vibration packaging box structure. Background technique [0002] At present, it is difficult to effectively remove the joint impact of uneven road surface impact and continuous vibration on similar equipment for fragile products (cultural relics, precious handicrafts, precision instruments, etc.) The commonly used methods mainly include airbag support and wire rope fixation, but this measure is difficult to meet the requirements of equipment vibration isolation design. In short, the defects of traditional technology mainly include the following aspects: [0003] (1) The damping characteristic is low. The damping technology that only uses airbag support or wire rope fixing has low damping characteristics, and it is difficult to carry out targeted vibration reduction and isolation design according to the working vi...

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the above-mentioned problems existing in the prior art, the present invention provides a method for fragile products (cultural relics, precious handicrafts, precision instruments, etc.) that are easily damaged or destroyed due to road bumps, shocks and continuous vibrations during transportation. A vibration protection structure scheme technology that uses multiple sets of elastic damping elements to act between the inner frame structure and the outer frame structure to perform energy-efficient vibration protection structures based on the problems such as Based on the principle of vibration absorption, with the goal of effectively reducing the vibration response of the frame structure of the transport packaging box, a high-efficiency transportation anti-vibration packaging box structure is proposed

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