Abstract: A motor driven doll that rises from a face-down prone position to an erect standing position. Cam followers drive first one leg from an extended position behind the torso of the doll to a more forward position and then similarly drive the other leg to bring the doll to a splayed leg crouching position. Thereafter, simultaneous movement of the cam followers rotate the torso relative to both of the legs at the same time to raise the doll to an erect standing position. As the second leg is being moved from the rearward extended position, a third cam drive pivots the head rearwardly to shift the center of gravity and assist in raising the doll. As the doll reaches a fully erect position the head is driven to a forward position and, at the same time, a fourth drive effects a swiveling of the head so that the doll displays a pert glance of accomplishment.

Abstract: The doll illustrating the toy figure includes an ingestion system having an inlet opening and an outlet opening. A resilient or flexible tube connects the inlet opening to the outlet opening. The resilient tube includes a straight longitudinal section within the doll's body. A carriage unit is constrained for rectilinear movement relative to the straight section, a roller movable with said carriage unit performing a persistalic pumping action as it is progressively moved downwardly along the straight section of the tube. A manually actuated lever connected to the carriage unit permits a child to move the carriage unit downwardly, the lever projecting through a slot in the back of the doll's body. Provision is made for only partially collapsing the tube as the carriage unit is returned to its initial position by means of a roll spring.