This invention discloses an integrated wheeled and
legged robot with omnidirectional mobility, belonging to the field of
mobile robot technology. It includes several integrated wheel sets, allowing free switching between wheeled and legged locomotion
modes; a control module that integrates sensory information,
environmental data, and
robot status, and makes decisions and plans actions based on this information; a power supply module, composed of batteries, providing the necessary electrical energy for the entire integrated wheeled and
legged robot; an intelligent
sensing system, installed on the side of the vehicle body, enabling efficient
perception and
data acquisition of environmental information to support the
robot's flexible movement,
obstacle crossing, and path planning capabilities under different
terrain and obstacle conditions; and a task execution device, installed on the vehicle body, for performing task operations. This invention can efficiently switch between wheeled and legged
modes, reducing the
robot's mechanical complexity, improving control accuracy, and exhibiting better stability, adaptability, and
obstacle crossing capabilities.