Parcel intelligent weighing and processing equipment for automatic logistics

Abstract

The invention discloses parcel intelligent weighing and processing equipment for automatic logistics. The equipment comprises a weighing mechanism support, wherein a weighing mechanism body is fixedlyconnected to the upper end of the weighing mechanism support, a weighing conveying belt is connected to the upper end of the weighing mechanism body, a data collection and processing cabinet is arranged at one side of the weighing mechanism support, and a display screen, a scanning camera, an image collection camera and an RFID tag recognition region are fixedly connected to the side wall, closeto the weighing mechanism support, of the data collection and processing cabinet. According to the parcel intelligent weighing and processing equipment for automatic logistics, a code-scanning and RFID dual-recognition mode can be adopted to read relevant information in a logistics parcel tag record, meanwhile the actual weight of a logistics parcel is obtained, the actual weight of the parcel canbe compared with weight information in the logistics parcel tag record, and statistical analysis can be performed automatically; and when the weight information in the record is not consistent with actual weight information, the problem can be automatically reported to a manager, and it is convenient for the manager to perform analysis and management.

Description

Technical field [0001] The invention relates to the technical field of automated logistics weighing, in particular to a package intelligent weighing processing equipment for automated logistics. Background technique [0002] Logistics automation is a systematic project integrating light, machine and electronics. It is a system that integrates logistics and information flow with computers and modern information technology. Logistics automation refers to the use of high-performance related equipment such as transportation tools, industrial robots, storage facilities, and communication links in a certain time and space. The computer network control system restricts each other and constitutes an organic whole system with specific functions. The system consists of unmanned guided vehicles, high-speed stackers, industrial robots, conveying machinery systems, and computer simulation and joint debugging center monitoring systems. [0003] Many logistics billing rules are calculated based...

AI Technical Summary

Problems solved by technology

[0003] Many logistics billing rules are calculated based on the weight of the package, and some large items are calculated based on the volume. However, for conventional logistics packages, QR codes or RFID tags will be pasted on specific positions. During the waiting process, the logistics package will not be weighed again, which is not convenient for the manager to make statistics on the real weight and price of a single package, and it is not convenient for the manager to supervise whether the recipient's receipt meets the regulations. Improvement of automated logistics management level

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