Intelligent logistics system

Abstract

The invention discloses an intelligent logistics system. The system comprises an appointment registration platform, a self-service card receiving and issuing system, a queuing and calling system, a bagging confirmation system, a truck scale unattended intelligent weighing system, a handset confirmation system and a remote centralized metering system. A driver makes a self-service appointment through the appointment registration platform. A card is taken from the self-service card issuing system. The queuing and calling system queues, a card is swiped to enter a factory through the entrance guard; the vehicle is weighed to save information; the bagging confirmation system swipes a card to perform information matching; code spraying is performed through a code spraying machine; loading is conducted through the grid type discharging controller. After the charging is finished, the vehicle is subjected to secondary weighing; a driver carries out test result confirmation, goods receiving confirmation and weight deduction confirmation through the handset confirmation system, information real-time uploading, data submission completion and business settlement are carried out through a network. The system comprises a whole plant metering and logistics management system, data submission can be carried out in real time, logistics and vehicle management modes are changed, and enterprise management is more intelligent.

Description

technical field [0001] The invention relates to the field of logistics systems, in particular to an intelligent logistics system. Background technique [0002] Modern enterprises often customize various systems according to their own conditions to facilitate statistics and accurate calculations, which can simplify the workload, such as ERP systems, weighing systems, and feeding and discharging systems. The use of various systems greatly reduces the operating costs of enterprises , Improve the management efficiency of the enterprise. [0003] In the cement, petrochemical, grain and other bulk commodity industries, trucks are required to deliver goods in large quantities, and vehicles need to go through various complicated procedures when entering the factory area to pick up goods, such as registration and release at the gate guard, and taking the loading list at the dispatching office 1. Sign after picking up materials from the warehouse, release after signing, and release a...

AI Technical Summary

Problems solved by technology

[0003] In the cement, petrochemical, grain and other bulk commodity industries, trucks are required to deliver goods in large quantities, and vehicles need to go through various complicated procedures when entering the factory area to pick up goods, such as registration and release at the gate guard, and taking the loading list at the dispatching office 1. Sign after picking up materials from the warehouse, release after signing, and release after inspection by the guards. The connection between each link is not coherent. The driver needs to connect multiple departments, which is time-consuming and labor-intensive. The logistics link and the picking link cannot be integrated, and the work efficiency is low. The shipping efficiency is low, and errors are prone to occur in the retrieving process, which cannot be discovered in time, resulting in losses for the enterprise

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