Mattel, Inc.

Carterbench Product Development, Ltd.

Virtual Video UK Ltd.

Robert Kay

Gary Collins

Stephen Lau

Andrew Needham

Jeffrey Osnato

Alan O'Bryan

A toy play set contains a set of playing cards used to play at least one predetermined card game. The toy play set includes a generally elongated body having a closed configuration in which ends and a side wall generally surround a hollow interior and an open configuration in which the hollow interior is at least partially accessible. The cards are identically shaped and sized and sufficiently small to be completely stored within the body in its closed configuration. The body includes an internal spindle, and each of the cards has an opening allowing it to be mounted on the spindle.

Toy play set

A toy play set for use in a vehicle having a beverage cup holder includes a generally elongated body. At least a first longitudinal end is sized and shaped to fit at least partially into the cup holder sufficiently for the cup holder to support the body in a generally upright orientation when the body has in a closed configuration. The body has an open configuration in which a hollow interior is at least partially accessible through at least one opening in a side wall. A plurality of movable components is stored in storage positions within the hollow interior in the closed configuration of the body. At least two of the plurality of movable components are removable from the storage position and are repositionable in the open configuration of the body into at least one play position different from the storage position of the at least two movable components.

A method for creating realistic synchronization of a sound sample including speech to the motion of a lenticular image is disclosed, together with a device for achieving such synchronization. The device includes a lenticular image consisting of a number of different individual images spliced together and printed on a substrate which can be moved relative to a lenticular screen to give the appearance of animation that the lenticular image. The sound sample is ideally stored in the memory of a sound chip and the synchronization is achieved using a processor. In accordance with the invention, the synchronization is achieved in a realistic and intrinsically simple manner by using a lenticular image which consists only of a few individual images taken from a sequence of a character or person opening and closing its mouth thus resulting in a very short animation sequence and using electronics to repetitively animate the sequence for substantially each and every syllable pronounced in the speech within the sound sample.

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Wilmslow, United Kingdom

Robert Kay