LED Fluorescent Lamp Monitoring System Based On Bluetooth Mesh

With the promotion and application of the concept of intelligent lighting,the control circuit for ordinary LED fluorescent lamps must be wired.If centralized control is required,the wiring will be more complicated.Ordinary fluorescent lamps do not have remote functions,and fluorescent lamps with remote functions are expensive and cannot perform flexible group control.In order to solve the above problems,I designed a Bluetooth fluorescent light monitoring system based on Bluetooth Mesh in this paper.This system uses APP to implement flexible group control,and uses Mesh technology to implement wireless networking and cloud server for remote monitoring.LED fluorescent lamp monitoring system mainly includes Bluetooth fluorescent lamp,Android client and cloud server.The main chip of the Bluetooth fluorescent lamp is composed of CSR1010 and PN8386.The CSR1010 chip is a chip with wireless networking function developed by Qualcomm.It is a Bluetooth fluorescent lamp by embedding a Bluetooth chip into a fluorescent lamp.The core driver chip of the Bluetooth fluorescent lamp uses the PN8386 chip,and the corresponding auxiliary circuit is designed to drive the LED.The Android device uses the support of the CSR Mesh control application and communicates with the cloud server using the Okhttp protocol.In order to improve the performance requirements of the server,Dubbo technology and SOA framework are used to build a distributed system,and Redis technology is used to improve the system read and write speed.Finally.Nginx technology is used to handle page load balancing to achieve a stable system.In this paper,I debugged the function of the design.The communication distance between nodes in the Mesh network can reach 12m and the performance between nodes is stable.The Android client has the function of individual control and group control,and the injection failure rate of the Android client is only about 0.3%.The performance of the cloud server is about 8 times that of a single server and has reached the requirements of an Internet medium-sized website.I summarizes the research and design work in this paper,and evaluates and forecasts the LED Mesh LED daylighting monitoring system.