Multi-stage damping flexible fixed type insulation board transport vehicle

Abstract

The invention discloses a multi-stage damping flexible fixed type insulation board transport vehicle. Comprising an extrusion filling type micro-nano bubble generation device, an ultrasonic oscillation type nanocrystal extraction and separation device, an ultrasonic oscillation type cyclic heating and drying device, a preset micro-nano bubble flotation and filtration device, an ultrasonic oscillation type nanocrystal transfer and storage device and a fixed supporting assembly. The invention belongs to the technical field of transportation protection, and particularly relates to a multi-stage damping flexible fixed insulation board transport vehicle, which creatively provides a vertical segmented flexible support frame on the basis of an air pressure and hydraulic structure principle and a weight compensation principle, combines a Venturi principle, and utilizes an expanded air bag and a fluid pressure-bearing support belt. Under the condition that no driving unit or hard plate exists, the problem that the bottom heat preservation plate is prone to being damaged in the heat preservation wall plate stacking and transporting process is effectively solved through the flexible pressure bearing effect of gas and fluid.

Description

technical field [0001] The invention belongs to the technical field of transportation protection, and specifically refers to a multi-stage shock-absorbing flexible fixed-type insulation board transport vehicle. Background technique [0002] The thermal insulation board is a rigid foam plastic board made of polystyrene resin as raw material plus other raw and auxiliary materials and polymers, and then extruded and formed. The thermal insulation board can reduce the thickness of the building's outer enclosure structure and increase the indoor space. Usable area, thermal insulation boards are widely used in the construction industry, and their demand is increasing day by day. Therefore, the safety of thermal insulation boards in the transportation link can directly affect the progress of the project, and it is particularly important to ensure the safe transportation of thermal insulation boards. [0003] During the transportation of insulation boards, in order to save space and...

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Problems solved by technology

[0004] In view of the above situation, in order to overcome the defects of the prior art, the present invention proposes a multi-stage shock-absorbing flexible fixed insulation board transport vehicle. In order to solve the problem that the bottom insulation board is easily damaged during the stacking and transportation of the insulation boards, the Based on the principle of air pressure and hydraulic structure (replacing the solid part of the object with gas or fluid) and the principle of weight compensation (realizing the weight compensation of the object through the interaction with the environment), a vertical segmented flexible support frame is creatively proposed, combined with Venturi Based on the principle, using the inflated air bag and fluid pressure-bearing support belt, without any drive unit and hard plate, using the flexible pressure-bearing effect of gas and fluid, it effectively solves the problem of the bottom that is easy to be caused during the stacking and transportation of thermal insulation wall panels. The problem of damage to the insulation board

[0005] In order to solve the problem of difficult fixation of insulation boards during transportation, the present invention creatively proposes pneumatic The elastic anti-deviation fixing device is driven by simple air pressure. Without any driving unit, the insulation board can realize its own flexible shaking with the shaking of the transport vehicle, avoiding the impact caused by the sudden shaking of the transport vehicle. Insulation takes damage, reducing wear at the corners of the outer insulation

[0006] In order to solve the problem of poor shock absorption and severe shaking at the bottom of the compartment during the transportation of the insulation board, the present invention creatively proposes a multi-stage shock-absorbing flexible support based on the principle of a flexible shell or film (using a flexible shell or film to replace the standard structure) The buffer device uses the curved buffer plate to radiate the impact force outward to achieve primary shock absorption. By setting the top column, rubber pad and bottom column symmetrically arranged, it can effectively offset the vertical and The strong impact force in the horizontal direction realizes flexible buffering and shock absorption for the carriage of the transport vehicle

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