Truck loading device of bagged materials

Abstract

The invention discloses a truck loading device of bagged materials. The truck loading device comprises a forklift and a truck fork connected with a lifting frame of the forklift, and further comprises a bracket and a compression mechanism; the bracket includes multiple hollow steel pipes arranged in parallel; the top ends of the multiple hollow steel pipes are all connected with a transverse steel pipe, wherein projections are arranged at the top ends of the two hollow steel pipes at the head and tail parts; the multiple hollow steel pipes can be used for inserting in fork teeth of the truck fork; first grooves matched with the projections are respectively formed in the root parts of the two fork teeth at the head and tail parts of the truck fork; the compression mechanism includes a baseplate, a bracket positioning plate, push plates and an extension driving device; the bracket positioning plate is arranged on the baseplate; the push plates are respectively arranged on two sides of the bracket positioning plate, and are connected with the extension driving device; and multiple second grooves are formed in the bracket positioning plate, and are matched with the multiple hollow steel pipes of the bracket. The truck loading device can realize mechanical truck loading, compact truck loading, no space waste, reduction of the labor intensity and reduction of the truck loading cost.

Description

technical field [0001] The invention belongs to the technical field of vehicle loading devices, in particular to a vehicle loading device for bagged materials. Background technique [0002] At present, the loading of bagged powder materials and small particle materials is basically to send the materials to the truck by the conveyor belt and then manually stack them, or send the whole bundle to the truck and then manually stack them. Because manual unstacking is required under the vehicle and manual stacking is required on the vehicle, the cost of loading is high and the efficiency is low. [0003] The existing loading device cannot be compressed because the packaging bag bracket does not have a positioning device, and the bracket is deformed after compression and cannot be used again. Furthermore, it is inevitable that there will be errors in the size of the materials during the packaging process. Therefore, the packages cannot be stacked in the compartment at one time acc...

AI Technical Summary

Problems solved by technology

Because manual unstacking is required under the vehicle and manual stacking is required on the vehicle, the cost of loading is high and the efficiency is low

[0003] The existing loading device cannot be compressed because the packaging bag bracket has no positioning device, and the bracket is deformed after compression and cannot be used again

In addition, the size of the material will inevitably have errors in the packaging process

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