On-vehicle information system of hybrid motorcycle for the disabled

The utility model relates to an on-vehicle information system of a hybrid motorcycle for the disabled, which comprises an MCU (microprocessor control unit), a speed detection sensor, a motor speed detection sensor, a temperature detection sensor and a battery voltage and current detection sensor. The MCU is electrically connected with a GPS (global positioning system) receiver, a map database, an external storage device, a sound and light alarm module, a CAN (controller area network) communication module, a 485ommunication module, a RS232 serial port and a CAN communication module; the RS232 serial port is connected with a touch screen; a USB (universal serial bus) reading and storage module is connected with the touch screen for display of in-vehicle data and reception of input control signals; and the GPS receiver transmits vehicle location information to the MCU, the MCU together with the map database and the speed detection sensor transmits the vehicle location information to the touch screen via the RS232 serial port, and the touch screen displays the vehicle location information. Since the display module can display real-time working conditions of the on-vehicle information system, the driver can promptly master vehicle conditions, and the vehicle can be conveniently and accurately maintained due to the real-time fault diagnosis and alarm module of the on-vehicle information system.