A dynamic intelligent control system for bulk grain vehicle unloading and warehouse entry and exit operations

Abstract

The invention discloses a dynamic intelligent control system for truck dumper discharging and warehousing operations. The system comprises an acquisition layer, a recognition layer, a transmission layer, a data layer, a business layer and a user layer from bottom to top. The dynamic intelligent control system comprehensively uses an RFID (radio frequency identification) technology, a radar technology, a video recognition artificial intelligence technology, a comprehensive wiring technology, an automatic control technology and a database technology to provide intelligent management means for dynamically monitoring the port truck dumper discharging and warehousing operations, manual prevention and control of the truck dumper discharging and warehousing operations is transformed into automatic prevention and control by a computer, an unattended wagon balance system is seamlessly connected with an unmanned gate system, an idle wagon balance can be sufficiently used, cargo safety is ensured, the planning process of a production operation system is simplified, the working intensity of system workers is reduced, human errors in the operation process are decreased, and dumping operation efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of intelligent management, in particular to a dynamic intelligent management and control system for bulk grain vehicle unloading and warehouse entry and exit operations. Background technique [0002] With the development of global integration and the deepening of informatization and industrial automation, many modern information technologies are developing in the direction of intelligence, networking, and automation, and some modern information technology integrated systems that meet the needs of actual production and life have emerged. Application, under the trend of information innovation, the development of Internet of Things technology and artificial intelligence has received more attention, and the subsequent technological innovation has provided efficient services for the development of many industries. The Internet of Things is an Internet-based global product service exchange platform architecture. ...

AI Technical Summary

Problems solved by technology

[0005] However, there are many deficiencies in the existing system. The existing system can only achieve automatic weighing after the specified weighbridge, and cannot prevent repeated weighing; it does not monitor the loading process of the hopper, and does not automatically monitor the entry and exit of the warehouse; the system has obvious loopholes and poor fault tolerance. It fails to meet the needs of enterprises for cargo control and error reduction; there are too many manual intervention links, and the efficiency cannot be improved; in the current bulk cargo business at the port, the loading and unloading operations, transfer, weighing, and storage of bulk cargo or general cargo There is a large amount of information that needs to be frequently and repeatedly manually input in the processing process, and the efficiency and accuracy of "manual" data collection is low, which often results in inaccurate cargo storage information, further affecting the accuracy of statistical data of the entire terminal, which is not conducive to scattered The refined management of the general cargo terminal also restricts the throughput capacity and efficiency of the bulk cargo terminal, which increases the logistics cost of bulk cargo to a certain extent

For example, an intelligent warehouse management system disclosed in Chinese patent application 201210371689.X can only achieve automatic weighing after designated weighbridges, and cannot prevent repeated weighing; while Chinese patent application 201410174626.4 discloses a logistics management information for port bulk cargo loading and unloading The system and its logistics management methods cannot complete the automatic identification of the correctness of vehicles entering and exiting the warehouse and the automatic identification of the status of empty and heavy vehicles. It is the goal that this field has been pursuing to provide a refined dynamic intelligent management and control system.

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