Abstract: In one aspect, the present invention is directed to a system for rendering audio animation, the system comprising: two or more non-biotic figures; an audio player, having two or more audio sources correspondingly to the two or more non-biotic figures, for simultaneously playing the audio signals associated with the two or more non-biotic figures; and two or more speaker units corresponding to the two or more audio sources. The system may further comprise means for wireless transmission of the audio signal of at least one of the audio sources to a remote speaker unit thereof. The means for wireless transmission may comprise a wireless transmission unit deployed at the audio player, and a wireless receiving unit deployed at the speaker unit. The non-biotic figure may be a two-dimensional, three-dimensional figure, and so on.

Abstract: A propellable articulating animal toy having a flexible, pliable stuffed body which simulates an animal, preferably a puppy, having freely moveable body components. The body fits over a housing which includes at least one ground-engaging support wheel connected within the housing. The housing also includes a forwardly extending lever pivotally mounted in the housing and structured to be pivotally articulated up and down through an acute angle by eccentric driving engagement with the wheel as the toy is manually propelled over a flat surface. The animal body also covering the lever is thus made to bob up and down appearing to be running or jumping as the toy is propelled over the flat surface. Although only the forwardly portion of the animal body is articulated by the pivoting movement of the lever, the entire body and all body components take on a realistic running motion due to the pliable nature of the animal body and its plush covering, which may also be made removable for holding and cuddling.

Abstract: A noisemaker for bicycles and the like includes a housing having a shoulder and a resonator plate seated in the housing on the shoulder. The resonator plate is biased against the shoulder by a compressed spring. A resonator chamber extends from the shoulder, away from the housing. Use of a camming mechanism raises the resonator plate above the shoulder and releases same as it passes so that the resonator plate is urged back against the shoulder by the spring and a surface-engaging noise and air compression noise are directed into the resonator chamber to simulate the sound commonly associated with a vehicle engine.