The present invention discloses a system which spins the control moment gyroscope(CMG) up at a faster rate without requiring a dedicated mechanism of the size required to build up the initial threshold revolutions per minute. (FIG. 1)

A system and a method to control two control moment gyroscopes is disclosed. The system comprises a motor 104 which acts like an actuator in order to control the functions of the first control moment gyroscope 102a and the second control moment gyroscope l 02b. Both the control moment gyroscope 102a, 102b are spinni...

A self-balancing system (100) and a method (300) for balancing a two-wheeler vehicle is disclosed. The system (100) comprises a single CMG (102), inertial sensors (104) to obtain state of the vehicle, a flywheel position sensor (106), a precession motor (108) to change the orientation of the flywheel (103), a steeri...

The present subject matter is designed to bring the balancing solution suitable for compact application in two wheelers with the help of magnetic bearing and CMG. Fig.1

ABSTRACT Detecting Conditions For: Starting a Self-Balancing Feature; and Deactivating a Self Balancing Feature of a Vehicle with Self-Balancing Capabilities, and Implementation Based on the Results thereof A system and method for detecting conditions for: starting a self-balancing feature, and deactivating a sel...

ADAPTABLE RIDER ASSISTING REAR VIEW MIRROR FOR TWO WHEELERS The present invention relates the rider assistance for two wheelers and is designed to undo the effect of steering rotation during turn in two wheelers and provide more visibility of traffic coming from behind with the help of adaptive rear view mirrors....

HUMAN GUIDANCE FOR A SELF-BALANCING VEHICLE The present invention relates to a system and method for human guidance for a self-balancing vehicle. In the present disclosure, the system comprises a sensor module for detecting variables indicative of the vehicle’s state, a state identification module for classifyin...