The invention discloses an intelligent teaching
robot. The
robot structurally comprises a head, supporting legs, a
machine body, and a control panel, wherein the two supporting legs are connected to the two ends of the
machine body correspondingly, the head is arranged on the
machine body between the two supporting legs, the control panel is arranged beside one of the supporting legs, a motor mechanism is arranged in the machine body, the motor mechanism is mainly composed of a movable cover, a blocking piece, a sleeve shell, a buffer structure, a motor, a fixed clamping block, the movable cover is movably arranged on the top end surface of the sleeve shell, the fixed clamping block is horizontally arranged on the left side of the sleeve shell, and the fixed clamping block is horizontallywelded to the sleeve shell. According to the
robot, the motor is automatically popped up through elastic pieces, when the motor is automatically popped up, the rotating speed of an output shaft of themotor is reduced by automatically powering off and increasing the rotating resistance of the output shaft of the motor, so that when the motor is taken out, the output shaft of the motor is preventedfrom rotating, and the situation that the
skin injury is caused to students who are operating due to the
inertia rotation of the output shaft of the motor is avoided.