Plate rolling fork hoisting logistics tray

Abstract

The invention relates to the technical field of profile transportation, and provides a plate rolling fork hoisting logistics tray. The plate rolling fork hoisting logistics tray comprises a base; support frames are arranged on the base, and comprises two support plates arranged oppositely; the support plates are used for bearing a rolled plate; a plurality of support frames are provided; a plurality of forklift grooves and a plurality of hoisting holes are additionally provided on the base; and a binding belt locking device is arranged between every two adjacent support plates in the same direction and used for locking a binding belt of the binding rolled plate. By means of the technical scheme, the goods fixing problem during transportation of cylindrical coiled materials is solved, and rapid loading and unloading operation of a forklift and a crane is implemented.

Description

technical field [0001] The invention relates to the technical field of profile transportation, in particular, to a logistics pallet hoisted by a coiling fork. Background technique [0002] When transporting steel coils or other coils, due to the lack of stability of the cylindrical shape, it is very difficult to transport. During the process of loading, unloading, transportation and warehousing, steel coils may be loaded and unloaded multiple times through various transportation channels such as trains / cars / ships and containers. In the prior art, when changing the means of transportation, the steel coils must be re-fixed. It is easy to cause the steel coils to collide during the process. Taking container transportation as an example, a large amount of square wood, straw mats, and iron wires are required to load and reinforce the steel coils. This method is extremely inefficient, labor intensive and costly for reinforcement materials. Many vehicles are temporarily hired when...

AI Technical Summary

Problems solved by technology

During the process of loading, unloading, transportation and warehousing, steel coils may be loaded and unloaded multiple times through various transportation channels such as trains / cars / ships and containers. In the prior art, when changing the means of transportation, the steel coils must be re-fixed. It is easy to cause the steel coils to collide during the process. Taking container transportation as an example, a large amount of square wood, straw mats, and iron wires are required to load and reinforce the steel coils. This method is extremely inefficient, labor and high cost of reinforcement materials

Many vehicles are temporarily hired when transported by car. The driver has no experience in loading reinforced cylindrical steel coils, and there is no effective reinforcement material and method, resulting in frequent accidents and no guarantee for the safety of goods, vehicles and personnel.

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