Abstract: A tire pressure measure system and method make use of the UWB wireless transmission technique in a local environment of a vehicle to measure the tire pressure of a vehicle. The tire pressure measure system has at least a data fetch terminal and a host control terminal. The data fetch terminals are disposed on at least a tire aircock of a vehicle. A user can operate the host control terminal to get the tire pressure values of a vehicle via the data fetch terminals by means of the UWB wireless transmission technique.

Abstract: A people-locating system and method make use of the UWB wireless data transmission technique in a short distance to build a people-locating system in a stationary environment. The system has at least a UWB emitter, a system controller, and at least a UWB node. Each of the UWB emitters has an ID data. The system controller is used to output a control signal. The UWB nodes are connected to the system controller and distributed in the stationary environment, and are used for receiving the control signal and emitting an inquiry signal to the UWB emitters to obtain in turn the ID data emitted by the UWB emitters.