Goods stacking system for logistics transfer center

Abstract

The invention provides a goods stacking system for a logistics transfer center. The goods stacking system comprises a stacking mechanism, a conveying mechanism and a bottom plate. The goods stacking system solves the problems of low stacking efficiency and high labor intensity due to the fact that the current stacking mode of package boxes is mainly manual stacking treatment, the problem that the package boxes are easily damaged, so that goods in box bodies are damaged, and the problems that some large warehouse logistics transfer centers carry out stacking treatment on the package boxes through robot arms, the package boxes need to be conveyed into the clamping ranges of the robot arms when transferring and stacking are carried out through the robot arms, and the movement tracks of the package boxes cannot be guaranteed in the conveying process, so that the to-be-clamped positions of the package boxes are deviated, the clamping stability and position correctness of the robot arms are affected, the package boxes are prone to falling, the goods in the box bodies can be damaged, the guided conveying requirements of the package boxes of different models and sizes cannot be met, and the transfer efficiency and reliability of the package boxes are affected.

Description

technical field [0001] The invention relates to the technical field of warehousing and logistics, in particular to a commodity palletizing and stacking system in a logistics transfer center. Background technique [0002] With the development of logistics technology and the emergence of express freight network, especially the development of e-commerce activities using the Internet as the operating platform, the warehousing logistics transfer center has become an important link in commodity circulation, and it is a transfer station connecting sorting, storage and transportation. , which plays an important auxiliary role in promoting the transportation of logistics packages; [0003] Nowadays, in the process of sorting and transferring logistics parcels, parcel boxes need to be stacked and stacked for transportation or distribution. Nowadays, the palletizing method of parcel boxes is mainly to manually stack the boxes according to a certain size layer by layer. This method not...

AI Technical Summary

Problems solved by technology

[0003] Nowadays, in the process of sorting and transferring logistics parcels, parcel boxes need to be stacked and stacked for transportation or distribution. Nowadays, the palletizing method of parcel boxes is mainly to manually stack the boxes according to a certain size layer by layer. This method not only has the problems of low palletizing efficiency and high labor intensity, but also easily damages the parcel box and damages the items in the box; for this reason, some large-scale warehousing and logistics transfer centers for parcels The palletizing of the boxes is done by the robot arm. When the transfer palletizing is carried out by the robot arm, the package box needs to be transferred to the clamping range of the robot arm, and the movement of the package box during the transmission process cannot be guaranteed. track, resulting in a deviation in the position of the parcel box to be clamped, affecting the stability and correctness of the position when the robot is gripping, making the parcel box easy to fall, which will damage the items in the box, and cannot meet the guiding transmission requirements of parcel boxes of different sizes , thereby affecting the efficiency and reliability of parcel box transshipment; therefore, the present invention provides a commodity palletizing and stacking system in a logistics transfer center

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