Marvin Glass & Associates

Horst-Dieter Herbstler

Rouben T Terzian

Ralph J Kulesza

Lewis Ray Dyson

Joseph M Burck

A doll with articulated legs and an articulated neck is releasably connected to a motor driven, steerable, remote controlled shopping cart. Movement of the cart causes a cam driven set of handles, to which the doll is attached, to pivot from side-to-side causing the doll to rock from side-to-side alternately lifting one leg and then the other. The accessory has two motors driving separate wheel axles that are each connected through a spring clutch to independently drive the cam. Remote control of the separate motors effects turning of the accessory. As each side of the doll is lifted from the ground, the respective leg is lifted and an eccentric weight within the lifted leg causes the leg to step forwardly.

Doll with remote controlled supporting accessory

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.

Stand up doll

A skating doll includes a torso upon which are pivotally mounted a head and a pair of legs. The axis of rotation of one leg is angled with respect to the axis of rotation of the other leg so that each leg swings, with respect to the torso, from a rearward, outward position to a forward inward position. The legs include outwardly turned feet supported atop rollers oriented to move in a forward direction in response to the inwardly and forwardly directed force applied to the other leg. Each leg moves out of synchronism with the other and the head is powered for side to side movement so that the weight is on the forwardly moving leg. As a result the doll moves forward in a rolling, sliding, side to side, swaying motion which realistically simulates the movement of a roller or ice skater.

Skating doll with legs having angled pivot axes

A novel amusement apparatus or target game includes a target for receiving projectiles aimed and fired from a mobile firing device. The target includes a plurality of separate, projectile retaining compartments which are open at the front and each compartment has a selected scoring value for projectiles that are accurately fired and retained therein. The mobile firing device is manually aimed and fired to forcefully propel the projectiles towards selected compartments of the target. The firing device includes a body, preferably in the form of an animal which is supported in upstanding position on a suitable playing surface and a firing head is pivotally mounted on the body and is biased for moving an outer end portion or nose to strike and fire a projectile toward the target. A trigger is provided for releasing the biasing means to fire the projectile, and preferably, the firing head is in the shape of an animal head, such as a bull, with a pair of horns and the bull's nose is formed with a recess adapted to accommodate and fire the projectiles which are positioned on a support system aimed generally towards the target.

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Bolingbrook, IL, United States of America

Horst-Dieter Herbstler