Packing and transport device and method for pipe sections for chemical modular prefabrication

Abstract

The invention discloses a packing and transport device for pipe sections for chemical modular prefabrication. The packing and transport device comprises a transport frame; intermediate cross beams are detachably fixed to the transport frame and form a plurality of storing layers for storing the pipe sections; the height spacings between the storing layers, the height spacing between the lowermost storing layer and a lower enclosing frame, and the height spacing between the uppermost storing layer and an upper enclosing frame are all adaptive to the sizes of the pipe sections on the corresponding layers; the different pipe sections are placed on the storing layers in a layered mode; according to the parking and transport device, the pipe sections can be effectively supported, so that mutual squeezing among the pipe sections is avoided, and hoisting unloading is facilitated. In addition, the invention further discloses a packing and transport method. According to the transport method, pre-placing is conducted on three-dimensional software firstly, thus squeezing among the pipe sections can be avoided, the situation that the pipe sections waggle and consequently collide is avoided, and hoisting unloading on a construction site is facilitated.

Description

technical field [0001] The invention relates to a packaging and transportation device for pipe sections used in chemical modular prefabrication, and also relates to a packaging and transportation method for the pipe sections of the chemical module. Background technique [0002] Chemical modular production is an advanced production method at present. Its main process is that the manufacturer designs the pipeline layout of the entire chemical life line according to the actual site conditions of the customer's production site, and then divides the entire production line into several modules. Each module is produced in the manufacturer, and then these modules are transported to the customer's production site for on-site assembly. This kind of modular production relies on the strong manufacturing capacity of the manufacturer to improve the production quality of the entire production line. Compared with the simple living conditions at the customer's production site, the assembly q...

AI Technical Summary

Problems solved by technology

[0003] 1. The pipe section is directly pressed on the pipe section, and it is easy to cause the pipe section to deform when stacked;

[0004] 2. The shaking during transportation will cause the pipe section to collide with the pipe section, which also causes the pipe section to be deformed due to extrusion;

[0005] 3. After the pipe section is transported to the site, it is also very difficult to reverse the pipe section from the container, because the pipe sections are all placed together, there is no room for the staff to operate, and the staff often have to step on the pipe section to unload it, causing secondary damage to the pipe section ;When using hoisting machinery to unload, there is no gap between the pipe sections and the slings cannot be used normally. Hard tools (crowbars, etc.) must be used to separate the pipe sections and then bind the slings. Hard tools can easily damage the pipe sections surface

Images