A management system of life safety based on IoT

摘要

The present invention relates to an IoT-based life safety management system, the configuration of which is fixedly installed in schools and public buildings to detect fine dust, wavelengths according to vibrations, noise conditions, and air conditions in a space by driving each sensor unit. a sensor device that collects fine dust concentration, detects earthquakes of a predetermined magnitude or more, detects and collects noise conditions, and air quality conditions by driving each sensor unit programmed to It collects and stores the state information of the collected fine dust transmitted through the sensor device, the state information according to the earthquake detection, the noise state information, or the air quality state information according to the atmospheric environment. , In case of an emergency due to exceeding the standard value set based on earthquake detection information, noise state information, or air quality information, the information is classified by grade and transmitted to an authorized user terminal to operate an air purifier in the area as an emergency response, gas an operation server that transmits blocking information to be enforced; For remote control of the sensor device, the driving application (APP) is transmitted and executed through the operation server, and the state information of fine dust provided from the operation server, state information according to earthquake detection, noise state information, or air quality according to the atmospheric environment A user terminal that remotely operates the air purifier in the installation space through IoT, or transmits a corresponding driving signal to lock or block the gas valve according to the state information stored in the manual: and in the operation server Each sensor unit and each sensor unit based on the database stored in the operation server based on the emergency information such as the provided fine dust status information, earthquake detection status information, noise status information, or air quality status information based on the atmospheric environment. It is characterized in that it is configured to include; to be performed by an administrator to cope with an emergency in the interlocked device, or to monitor general operations necessary for driving the operation server. Accordingly, the present invention detects and collects earthquake, fine dust, noise, or atmospheric air condition information through the operation of a sensor device including an earthquake, fine dust, noise, or air quality sensor, thereby improving living safety through data management and informatization. It provides the effect of real-time response remotely through MTC.