Intelligent unpacking evidence obtaining device and method for electronic commerce product quality casual inspection

Abstract

The invention discloses an intelligent unpacking evidence obtaining device and method for electronic commerce product quality casual inspection. The device comprises a rack, the rack is provided witha centering longitudinal cutting assembly, a transverse cutting assembly, a discharge port and a packaging box extruding assembly, and an inclined conveying plate is arranged below the discharge port;a package driving assembly is arranged on the rack, and a pushing plate and a photographing and evidence obtaining assembly are arranged below the package driving assembly. A longitudinal clamping assembly is further arranged. The package driving assembly drives an express box, so that package s sequentially pass through the centering longitudinal cutting assembly, the transverse cutting assembly, the discharging port and the packaging box extruding assembly, the bottom of the express box is cut, products in the express box are transferred, the express box is extruded and packaged, and the whole process is recorded through the photographing and evidence obtaining assembly and the directional camera. The unpacking evidence obtaining device has the characteristics that the unpacking efficiency can be effectively improved, the labor intensity is reduced, and the whole unpacking process can be recorded in real time without dead angles.

Description

technical field [0001] The invention relates to an express package unpacking device, in particular to an intelligent unpacking evidence collection device and method for e-commerce product quality sampling inspection. Background technique [0002] With the rapid development of online shopping, in order to ensure the quality of online shopping products, the supervision of online shopping products is also gradually strengthened. At present, the supervision of the quality of e-commerce products mainly adopts the method of random inspection, but due to the geographical restrictions of online sales, the traditional on-site random inspection method is not applicable. Randomly purchase the products sold on various domestic online platforms from time to time, and disassemble and inspect the purchased products; since online shopping products need to go through the circulation of logistics and transportation, in order to facilitate transportation and ensure the quality of online shoppi...

AI Technical Summary

Problems solved by technology

At present, the supervision of the quality of e-commerce products mainly adopts the method of random inspection, but due to the geographical restrictions of online sales, the traditional on-site random inspection method is not applicable. Randomly purchase the products sold on various domestic online platforms from time to time, and disassemble and inspect the purchased products; since online shopping products need to go through the circulation of logistics and transportation, in order to facilitate transportation and ensure the quality of online shopping products, there are usually outsiders. The packaging box is used as a protection, and it is wrapped with tape for packaging, so that after receiving the package, the sampling inspector needs to remove the outer packaging first before taking out the product inside.

For paper square packaging boxes, sampling inspectors generally use knives to unpack the packages, which not only has certain risks, but also requires more time for the staff to unpack the outer packaging due to the large number of products that are sampled every day. In terms of one thing, it will affect the overall sampling efficiency and increase the labor intensity of the staff. At the same time, the existing video forensics equipment cannot record the entire unpacking process in real time without dead ends, which affects the integrity of the evidence chain.

Moreover, the unpacked outer packaging is generally a square three-dimensional structure with a large volume, requiring staff to dismantle it into a flat cardboard shape for regular packaging, which will also affect the overall efficiency of dismantling and inspection and increase the staff's workload. Labor intensity

Therefore, the existing technology has the problems of low unpacking efficiency, high labor intensity, and the inability to record the whole process of unpacking in real time without dead ends

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