Cement plant cargo distribution method and system

Abstract

The invention discloses a cement plant cargo distribution method and system, and the method comprises the steps: generating an order random code according to order information, confirming the order information, distributing an identity IC card comprising the order information to a user, and carrying out the cargo distribution queuing of a transport vehicle of the user according to the order information and the distribution time of the identity IC card; conducting card swiping verification on the transport vehicles entering the cement plant, and counting the number of distribution vehicles in the cement plant and queuing information; verifying the identity IC card information, and judging whether the vehicle position is qualified or not; planning a path between the weighbridge and the discharge port, and navigating the transport vehicle to the discharge port in a map form according to a path planning result; acquiring real-time video images of the transport vehicle and the discharge port, enabling a driver of the transport vehicle to accurately connect the transport vehicle with the discharge port according to the video images, and matching whether data loading content in the identity IC card is consistent with storage location content or not. Economic losses of enterprises caused by human factors are reduced, and the goods distribution efficiency and quality of cement plants are improved.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of cargo distribution, and in particular to a method and system for cargo distribution in a cement plant. Background technique [0002] Cement is the basic raw material of the national economy. For a long time to come, cement will still be the main building material of human society. The cement industry is a technology-, capital-, resource- and energy-intensive industry closely related to economic construction. In traditional cement factory goods distribution, according to the needs of production and operation, the production unit receives the goods from the warehouse, and then executes the delivery operation of the goods. According to the material plan of the production unit, the shipping documents are formulated, the shipping schedule is made, and the printed out The batches of shipments, the location labels required on the shipments, and the signatures for shipment inspections. ...

AI Technical Summary

Problems solved by technology

[0003] There are at least the following problems in the delivery and distribution of traditional cement factory goods: logistics and measurement responsibilities are not clear, the degree of control of the measurement process is small, it is difficult to trace afterwards, and the operation efficiency is low; the cost of paper and management of the enterprise is high, and manual checks are prone to cheating ;The transportation drivers enter the factory to pick up the goods in a mess, and they don’t know the queue situation of each pick-up port, which is prone to queue jumping, frequent quarrels among drivers, and degrades the corporate image; Weighing cheating also occurs from time to time; the entire shipping and distribution is inefficient and prone to errors

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