The present invention provides a model train operating, sound and control system that provides a user with increased operating realism. Disclosed is a novel remote control communication capability between the user and the model trains. This feature is accomplished by using a handheld remote control on which various commands may be entered, and a Track Interface Unit that retrieves and processes the commands. The Track Interface Unit converts the commands to modulated signals (preferably spread spectrum signals) which are sent down the track rails. The model train picks up the modulated signals, retrieves the entered command, and executes it through use of a processor and associated control and driver circuitry. Another novel feature disclosed is a speed control circuit located inside the model train that is capable of continuously monitoring the operating speed of the train and making adjustments to a motor drive circuit. The present invention also discloses circuitry for connecting the Track Interface Unit to an external source, such as a computer, CD player, or other sound source, and have real-time sounds stream down the model train tracks for playing through the speakers located in the model train. Novel coupler designs and circuits, as well as a novel smoke unit, are also disclosed.

Control, sound, and operating system for model trains

A simulation system capable of providing driving simulation experience with virtuality. An output information sampling apparatus (3) includes a vehicle prototype (20) which operates on the basis of operation information accepted from outside. The vehicle prototype (20) includes a television camera (30) for shooting surrounding scenery and an acceleration sensor (40) for detecting acceleration. A simulator main body (4) includes a cockpit apparatus (50), a driving portion (70) for causing displacement of the cockpit apparatus and an output portion (220) for displaying the images shot by the television camera (30). The cockpit apparatus (50) includes an input portion (60) for operation which accepts the input of the operation information for operating the vehicle prototype (20). The driving portion (70) causes displacement of the cockpit apparatus (50) on the basis of the acceleration information reported from the acceleration sensor (40).

Driving simulation system

A method, apparatus, and system are disclosed for simulating visual depth in a concatenated image of a remote field of action. A vision system provides multiple video camera fields of view covering a visual space of a field of action. Video image fields of view are divided into clockwise and counterclockwise sub fields of view. The clockwise sub fields of view and the counterclockwise sub fields of view cover the visual space of a field of action. Sub fields of view are concatenated into clockwise and counterclockwise images of the field of action capable of simulating visual depth.

Method, apparatus, and system for simulating visual depth in a concatenated image of a remote field of action

A new interactive simulator ride for providing an entertaining interactive visual, audio, and motion simulation. The inventive device includes a guidance track comprised of a plurality of laterally spaced guidance rails, a simulator vehicle housing having an interior and having lateral side walls having a plurality of support wheels mounted thereon for supporting the simulator vehicle housing on the spaced guidance rails. A seat for seating by a person is provided within the interior of the simulator vehicle housing. A viewing screen is provided within the simulator vehicle housing interior for providing a computer generated visual image for viewing by a person located in the simulator housing. The invention also includes a projection means for projecting a computer generated visual image on the viewing screen, a means for providing computer generated visual images to the projection means, and a user input device. The input device provides input data from a person within the simulator vehicle housing to the computer generated visual images providing means. The input data represents a reaction to the visual images which the computer generated visual images providing means uses to modify the displayed visual images accordingly. Preferably, the projection means, the computer generated visual images providing means are provided within a multimedia computer included within the simulator vehicle housing.

Interactive simulator ride

A system and a method for controlling a vehicle remotely over a network are disclosed. A vehicle is provided with a vehicle control module configured to transmit and receive network communications containing vehicle control data. In one embodiment, the vehicle control module is configured to transmit and receive network switched packets wirelessly. Additionally, the vehicle may comprise one or more cameras configured to transmit a two dimensional, three dimensional, or 360° panoramic view from the vehicle. The network comprises a user station, a server, and at least one vehicle to be controlled. The user station may comprise an operator booth that resembles the driving compartment of a vehicle. Alternatively, the user station may comprise a portable control device.

Apparatus system and method for remotely controlling a vehicle over a network

The invention comprises a toy vehicle such as a train, for moving about a track and which includes an optical sensing apparatus. The vehicle includes a charge coupled device to sense radiant energy external of the vehicle. The vehicle includes sensing circuitry to convert the image into a video signal. The video signal is FM modulated and supplied to the track by a transmitter on the vehicle for transmission to a receiver. The receiver receives the FM signal and demodulates same to produce a video signal adapted to be received by a monitor for viewing by the user of the toy vehicle as the vehicle moves along the track.

Toy vehicle assembly with video display capability

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Toy vehicle assembly with video display capability