Full-automatic parcel importing and loading control method

Abstract

The invention discloses a full-automatic parcel importing and loading control method. Before a dumper enters a sorting machine, a full-automatic importing and loading device is built, a manual parcel-by-parcel loading mode is canceled, and automatic screening and directional flow regulation are realized by utilizing a single-parcel separating and stacking detection device, so that sufficient preparation is provided for subsequent entering of parcels into a cross belt for sorting and automatic bar code scanning, the operation pressure of loading the parcels one by one after unloading is solved, the speed and accuracy of scanning identification and loading of the parcels one by one are improved, and high-speed operation and sorting efficiency of subsequent parcel sorting are fundamentally guaranteed. The full-automatic parcel importing and loading device comprises a loading conveying device, a slope separation device, a scattering separation device, a single-parcel separation device, a visual identification device, an identification conveying belt conveyor, a balance wheel sorting machine, a distributory belt conveyor, a sliding groove, a backflow conveyor and an importing device which are connected in sequence.

Description

technical field [0001] The invention relates to a fully automatic control method for introducing and loading parcels for high-speed parcel sorting, which belongs to the field of logistics sorting. Background technique [0002] The current logistics sorting operation site in the e-commerce and express delivery industry usually adopts the front-end manual loading operation mode, and manually separates a large number of packages entering the conveyor line in piles to facilitate subsequent scanning and information entry. At present, this kind of front-end manual feeding method requires multiple on-site personnel, and the sorting equipment usually runs at a high speed and cannot be shut down. Correspondingly, the manual loading personnel have high requirements for skills and quality, and the on-site labor intensity is also relatively high. . [0003] Once the problem of slowing down of uploading processing occurs, a large number of packages will be concentrated in the subsequent...

AI Technical Summary

Problems solved by technology

[0005] As mentioned above, the prior application has the following obvious shortcomings and deficiencies: 1. How to effectively adjust the flow of the detected and separated packages before they enter the different strip conveyor belts formed by adjacent interval grooves? How to meet the adjustment of the workload between different conveyor belts at the same time? The previous application did not provide sufficient technical solutions. If manual intervention and manual scanning are still adopted, the scanning efficiency will still be relatively low, and the sorting efficiency will be difficult to improve

2. It has not effectively solved the position relationship of common packages such as special-shaped pieces and stacked pieces in the package queue, which brings unnecessary workload to the subsequent automatic sorting and automatic scanning operations, so such packages can only be handled manually Perform manual sorting and scanning

3. The above-mentioned prior art uses the sensor signal triggering method to separate and dispose, the processing speed is low, and it is difficult to meet the existing on-site sorting requirements of high-speed and large-volume parcels

4. The separated parcels are still in a messy discrete state without forming a single queue, which is still not conducive to the subsequent single scanning operation, and the proportion of omissions is still large, so it cannot be guaranteed that subsequent parcels can be correctly transported to the cross belt

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