Flow guide type rapid splicing platform made of flexible molecule material

Abstract

The invention provides a flow guide type rapid splicing platform made of a flexible molecule material. The flow guide type rapid splicing platform is composed of five identical square splice plates and four fanlike splice plates. The square splice plates and the fanlike splice plates are spliced together through side-end bolts and / or corner locating clamps. The square splice plates and the fanlike splice plates are both made of the flexible molecule material. Steel plates cover the top faces, the bottom faces and the side walls of the square splice plates and the top faces, the bottom faces and the side walls of the fanlike splice plates. The flow guide type rapid splicing platform made of the flexible molecule material has the great advantages of being high in quality, portable, and capable of being used repeatedly and assembled at will. Moreover, the square splice plates and the fanlike splice plates are both made of the flexible molecule material, the steel plates cover the top faces, the bottom faces and the side walls of the square splice plates and the top faces, the bottom faces and the side walls of the fanlike splice plates, and therefore the flow guide type rapid splicing platform has the advantages of being low in weight, long in service life and the like.

Description

technical field [0001] The invention belongs to the technical field of platforms, and in particular relates to a flow-guiding rapid splicing platform made of flexible molecular materials. Background technique [0002] With the development of miniaturization and portability of helicopters, helicopters have become an important rescue and supply tool that cannot be ignored in the event of natural disasters or rescue in harsh environments. Moreover, due to the rapid development of military helicopters after World War II, helicopters have already occupied a very important position in military operations, whether in battlefield investigations, combatants and material supply delivery, or even in fierce offensive and defensive battles. [0003] However, the huge exposed main rotor and tail rotor of the helicopter are very fragile and easily damaged. Therefore, as long as a small piece of wood, branch, cardboard, towel, or small stone is needed during takeoff and landing, the entire ...

AI Technical Summary

Problems solved by technology

[0006] However, the platform decks in the prior art are mostly made of polyurethane, which has problems such as inconvenient cleaning and easy damage. Heavy machinery is also used during assembly and disassembly, which has problems such as slow assembly and disassembly, time-consuming, laborious and expensive.

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