The fire emergency response force is an important force for emergency rescue. It is on duty day and night in the face of emergencies. It is unremitting. It is dispatched quickly when the alarm is received. It actively rescues the trapped and in distress, protects evacuation materials, quickly controls the development of the disaster, and eliminates the danger as soon as possible. Reduce disaster losses and safeguard the socialist economic construction and the safety of people’s lives and property. In order to ensure the safety of firefighters and provide timely feedback on the situation of the fire scene, a convenient and effective wireless networking communication system is required to be transmitted to the on-site command center and fire fighting center.
By wearing the remote transmission wifi module MESH and carrying individual equipment on their backs, firefighters can communicate with each other in pairs, which truly realizes collaborative operations in complex indoor environments. Due to the complex situation on the scene, the point-to-point communication method cannot be directly transmitted to the command vehicle. At this time, multiple backpack-mounted devices are required to communicate with each other or place self-organizing network relay devices in some key areas, and use fire emergency communication wireless networking to self-organize. The form of network jumping platform transmits the real-time information of the fire scene to the headquarters. At the same time, the command can use the MESH network to transfer relevant data information to the smart terminals of the front personnel.