Motor Vehicle Lift Control System

An automatic motor vehicle lift control system, comprising

• a sensor;
• a central processing unit (cpu);
• a control actuator;
• a user interface;
• said automatic motor vehicle lift control system responding to a motor vehicle wheelie event when a motor vehicle front lifts off from an operating surface;
• said automatic motor vehicle lift control system reducing power output from an engine of a vehicle in wheelie to prevent an accident;
• said sensor gathering information of a physical state of a motor vehicle;
• said information comprising a distance of said motor vehicle front from the ground, and an angle of said motor vehicle relative to a gravity;
• said information being transferred from said sensor to said cpu;
• said sensor being attached externally to a motor vehicle, or said sensor being attached internally to a motor vehicle;
• when said sensor being attached externally to said motor vehicle, said sensor being at a location, and said location comprising said motor vehicle front;
• said user interface being selected from the group consisting of switch, pot, LED touch panel, LCD touch panel and computing device;
• said computing device comprising laptop computer and tablet computer;
• said user interface being coupled to said cpu via a communication mean;
• and
• said communication mean comprising universal serial bus (USB), Wi-Fi, RS-232 and IrDA.

An automatic motor vehicle lift control system, comprising

• a sensor;
• a central processing unit (cpu);
• a control actuator;
• a user interface;
• said automatic motor vehicle lift control system responding to a motor vehicle wheelie event when a motor vehicle front lifts off from an operating surface;
• said automatic motor vehicle lift control system reducing power output from an engine of a vehicle in wheelie to prevent an accident;
• said sensor gathering information of a physical state of a motor vehicle;
• said information comprising a distance of said motor vehicle front from the ground, and an angle of said motor vehicle relative to a gravity;
• said information being transferred from said sensor to said cpu;
• said sensor being attached externally to a motor vehicle, or said sensor being attached internally to a motor vehicle;
• when said sensor being attached externally to said motor vehicle, said sensor being at a location, and said location comprising said motor vehicle front;
• said user interface being selected from the group consisting of switch, pot, LED touch panel, LCD touch panel and computing device;
• said computing device comprising laptop computer and tablet computer;
• said user interface being coupled to said cpu via a communication mean;
• said communication mean comprising universal serial bus (USB), Wi-Fi, RS-232 and IrDA;
• said sensor being selected from the group consisting of accelerometer, gyroscope, sonic range finder, resistive sensor, limit switch, strain gauge, range finding sensor and microelectromechanical system (MEMS) inclinometer;
• said range finding sensor being located at said motor vehicle front;
• said range finding sensor measuring a distance from said motor vehicle front to the ground;
• said MEMS inclinometer being based upon acceleration vectors;
• and
• said MEMS inclinometer measuring a rotation angle of a motor vehicle in relative to horizontal.