The Walt Disney Company

Kerry M Perkins

Marshall M Monroe

William G Redmann

John D Gory

Mark J Xitco, Jr

A method and system are provided which allow sounds emanated by objects in a viewer-interactive, computer-generated graphic virtual world, and other virtual world sounds (e.g., a music score), to be reproduced using flexibly and automatically scheduled resources of a virtual world sound system. Sound system resources are allocated in accordance with priority values associated with sounds, sound-emanating objects or requests for sound channel allocation.

Method and apparatus for providing a virtual world sound system

An innovative communication device and learning tool that enables marine mammals, such as dolphins, to communicate with humans and with each other. The communication device includes a keyboard having a plurality of hollow keys. Each key includes a switch which can be activated by the dolphin, and a two- or three-dimensional object which can be distinguished by dolphins from other objects in other keys both visually and through echolocation. A microprocessor based controller can be used to associate audible feedback, such as unique words or phrases, with each key and to generate that word or phrase when the proper key is selected. Thus, a dolphin can select a word or phrase by locating the associated key and by activating the switch for that key to communicate with humans or with another dolphin. Likewise, a human can activate the switch to generate a spoken word or phrase to communicate with a dolphin. A photosensor switch can be advantageously used as a non-contact switch to enable the dolphin to use its rostrum or other body parts to select a key by breaking an optical beam generated across the opening of the key. Thus the dolphin simply swims towards the object in the key to activate the switch by breaking the beam. In addition to controlling the audible feedback when a key is selected, the controller can be used to record a log of events of the session, including the keys selected and the time at which such selections occurred, as well as observer comments.

Marine mammal communication device

An apparatus and method for underwater coupling of a fiber-optic cable to a light source without exposing the light source to the surrounding water. The apparatus employs an optically clear coupling element having one or more blind holes on one surface sized to snugly hold a fiber optic cable. The coupling element closes a watertight enclosure containing a light source such that the blind holes are on the exterior of the enclosure. Light emitted by the light source can pass through the optically clear coupling element to be received by fiber-optic cables fitted into the exterior blind holes. The fiber optic cables can be removed and replaced without opening the enclosure and exposing the light source to contact by the surrounding water.

Growing community of inventors

Simi Valley, CA, United States of America

Kerry M Perkins