A finger toy, which may be integrally formed and molded of plastic material, for mounting on a single digit and comprising a body portion having a front nose end with an attached pinwheel or propeller, and a rear end opening which provides access to an interior body cavity, sized for receiving a digit. The shape of the interior body cavity is designed so that it will be finger-gripping for secure but releaseable attachment of the toy to a user's finger.
A riding toy includes a body simulating a physical object and having a recessed area adapted to receive a human rider's torso. A harness is adapted to be worn by a human carrier, such that the rider is supported in front of the carrier and the body is supported in front of the rider. The body may take on various forms including vehicles and animals, and may include one or more interactive features. The body may also be worn directly by the rider, or may be mounted on a rolling chassis.
A simulated finger is mounted for unnatural movement on a finger-ring structure so that the simulated finger appears to a casual observer to be the person's natural finger. In different examples, the movements are rotational or axial, and can expose a simulated bone and can be accompanied by appropriated sounds such as screeching or ratchetting. In another example, the simulated finger incorporated a whistle sounded by holding the tip of the simulated finger to the lips and blowing.
