Fire & Security Based Mobile Interactive Command System With Bluetooth Technology

In recent years, the development of wireless location technology and fire systems in thebuilding construction weakness has been popular, but in engineering, emergency, rescue andother aspects of the intelligence level is still at the level of the last century, need an easy layand universal command platform. Specific to the operational level, the fire scene investigation,engineering and operations personnel and building security, fire patrol officers and fire controland command level, the lack of a disposal operation and intuitive interaction. With respect tothe terms of wired and wireless more flexible manner, without wiring, this paper is intendedto propose a compatible Bluetooth-based positioning can both interact in real-timeinformation sharing platform both weak firefighting systems and networks established. Thispaper presents an interactive network based on Bluetooth wireless technology, combined withCAN bus technology, the expansion of network scale and wireless handheld terminals to thecentral fire control real-time monitoring, which formed into a complete mobile interactive firesafety and security command system platform. The system has a positioning, remote sensing,interactive information sharing, and can adapt to the needs of the network scale to meet therequirements of modern security monitoring intelligent building. The purpose of this paper isto explore the practicality of establishing a Bluetooth-based fire safety and security commandplatform, the feasibility of real-time data from the control center hosts to interact with thesmartphone end transmission. In the future based on the security and fire systems technologyPromising.From this point of view, is proposed based on the design and development of Bluetoothtechnology, fire safety and security of mobile interactive command platform. System byexpanding the existing weak fire systems equipped with Bluetooth module. In front of themobile terminal equipped with a Bluetooth receiver and location algorithm, set up to receiveand distribute cross-platform server, developed by the Bluetooth module receives controlcommands corresponding application, compile and compatible GIS firefighting addressinformation consistent positioning terminal signal, and command response procedures Fireequipment to call the end of the linkage and the extension of the plug-in control andmonitoring. By enabling remote communication and close positioning of mobilecommunication terminals and firefighting equipment to disaster relief operations and buildingsecurity, fire patrol officers and fire control and command level, provides an intuitive way tointeract with the disposal operations, improve the efficiency and safety factor.