Abstract: Toys for infants in the form of soothers, mobiles, swings, and gyms are provided with a housing, at least one character carried by the housing for movement relative to the housing, the at least one character having a body and at least one appendage that is carried by the body for movement relative to the body, a drive assembly carried by the housing to simultaneously drive the body of the at least one character to move relative to the housing and drive the at least one appendage to move relative to the body.

Abstract: A rolling mechanism for a radio-controlled toy car causes a rolling motion of the radio-controlled toy car around a longitudinal direction along which the radio-controlled toy car travels. The rolling mechanism includes a rotation arm, which extends to have a component orthogonal to the longitudinal direction. The rotation arm has a free end and a pivotally fixed end, around which the rotation arm rotates, so that the free end defines a circle in a plane perpendicular to the longitudinal direction, where the circle completely encompasses the radio-controlled toy car in view of the perpendicular plane. A rotation mechanism is provided to be mechanically connected to the pivotally fixed end for forcibly rotating the rotation arm around the pivotally fixed end so as to roll the radio-controlled toy car around the longitudinal direction.

Abstract: The invention provides A toy vehicle comprising a body being divided into two parts on front and rear sides, a chassis being divided into two parts on front and rear sides on which the front and rear side body parts are mounted respectively, the front and rear side chassis parts being so coupled with each other as to bend those at its coupling portion in upward and downward directions, driving mechanisms for coupling front and rear tires on left side with front and rear tires on right side respectively which are provided to the chassis, driving motors being engaged with the left and right side driving mechanisms respectively and a controller for controlling the driving motors to allow the left side front and rear tires and the right side front and rear tires to rotate mutually in the same direction or in opposite directions.

Abstract: An automatic ball projection machine comprising a housing section that encloses a receiving section, a chute section, an ejection section, and a power section, while supporting a catching section, wherein a plurality of balls are loaded into the housing section through an inlet aperture, delayed in the receiving section, engaged and propelled by the ejection section, and adjustably directed out the chute section through an outlet aperture at a force sufficient for hitting or catching. Balls are thrown back at the apparatus into the catching section, which entraps and guides the balls into the inlet aperture for recycling.