基于Modbus的多功能通信系统的设计与实现

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【摘  要】文章主要依托自主研发的自主电流检测设备的实现，设计出一个电流数据库并开发出基于Modbus的多功能通信系统。首先使用Django框架搭建多功能通信系统的基础框架结构，其次通过使用Modbus TCP通信协议，使得自主电流检测设备与系统之间能够进行WiFi和蓝牙的多功能通信以进行数据传输，进而实现可视化展示，最后为了帮助用户能够清晰地管理不同类型的汽车数据，使用MySQL搭建一个电流数据库来存放不同类型的数据，并进行多功能通信测试，最终结果理想，达到智能化监测的预期

【关键词】自主电流检测设备；Django框架；Modbus通信协议；智能化监测

中图分类号：U463.6    文献标识码：A    文章编号：1003-8639（ 2023 ）11-0056-03

Design and Implementation of a Multifunctional Communication System Based on Modbus

ZHANG Hailong，ZHU Hailong，JIANG Mingyuan，SUN Yongjian，FENG Hao

（China First Automobile Group Co.，Ltd.，Changchun 130000，China）

【Abstract】This article relies on the implementation of self-developed independent current detection equipment to design a current database and develop a multi-functional communication system based on Modbus. Firstly，use the Django framework to build the basic framework structure of a multifunctional communication system. Secondly，by using the Modbus TCP communication protocol，the autonomous current detection device can communicate with the system through multiple functions such as WiFi and Bluetooth for data transmission，thereby achieving visual display. Then，in order to help users clearly manage different types of car data，a current database was built using MySQL to store different types of data. Finally，multifunctional communication testing was conducted to achieve ideal results and achieve the expected level of intelligent monitoring.

【Key words】autonomous current detection equipment；Django framework；Modbus communication protocol；intelligent monitoring

1  研究背景

21世纪以来，全球科技创新进入密集活跃期，加速走向数字化、网络化、智能化。（剩余4786字）