SHOE WITH PIEZOELECTRIC ELEMENT BASED ENERGY HARVESTER AND PEDESTRIAN MONITORING SYSTEM USING THE SAME

摘要

The gait monitoring system according to the disclosed embodiment is mounted on a wearer's shoe, is connected to a sensing module that acquires wearer's location information, a sensing module, and is connected to a communication network, a communication network that receives location information from the sensing module, and from a communication network A main server for receiving location information and determining whether the wearer is walking abnormally from the location information, and a guardian terminal receiving a notification signal from the main server when the wearer has abnormal walking, and the detection module includes a GPS satellite A battery that is connected to a GPS receiver, a GPS receiver, and a communication network that receives a signal from and outputs location information, and a battery that is electrically connected to a wireless transmitter, GPS receiver, and wireless transmitter that transmits location information received from the GPS receiver to the communication network. And a piezoelectric element-based energy harvester that generates electric energy based on the pressure applied to the piezoelectric element from the wearer's gait and provides electric energy as a power source for charging the battery or operating the sensing module.