Disney Enterprises, Inc.

Susan M Bryan

David Crawford

Joseph O Garlington

James Stephen Frankenberger

Raul S Fernandez

Kenneth D Salter

Gregory A Wilzbach

William G Redmann

Steven A Elliott

Thomas K Morris

Joseph P DiNunzio

Kevin R Rice

Systems and methods are provided that may be adapted for use with a plurality of user interface devices having haptic feedback interface mechanisms. A group controller may be adapted to determine a group decision input based, at least in part, on sensed outputs the user interface devices. At least a portion of the group decision input may be used to provide haptic feedback to a user via the user interface device.

Group decision haptic feedback systems and methods

An apparatus for providing tactile feedback to an operator. The apparatus includes first and second magnetic assemblies having first and second magnets, respectively. The apparatus further includes a user input device, such as a trigger, a knob, a release cord, or a joystick, that is connected to at least one of the two assemblies and positions the first magnet proximate to the second magnet such that interaction occurs between the magnetic fields to generate a force that is exerted on the input device. The force may be an opposing, resisting, or attractive force that creates movement of the user input such as resisting a triggering or releasing action in an interactive video game when the poles are of like polarity. The first magnetic assembly may be stationary, and the second magnetic assembly may be connected to the user input device to be positioned relative to the first magnet assembly.

Tactile feedback mechanism using magnets to provide trigger or release sensations

A ride vehicle for use in amusement park rides with interactive game or show equipment. A vehicle body is included with a passenger seat and an interactive device operable by a passenger to interact with the interactive game. A mounting assembly is provided in or on vehicle body and is configured for pivotally mounting the interactive device on the vehicle body. The mounting assembly may be adapted such as with a cam or guide plate to rotate or otherwise position the interactive device through a range of positions at varying distances from the seat. Further, A passenger restraint assembly is provided and is used to determine a size of the passenger in the seat. The passenger restraint is linked to the mounting assembly to drive the mounting assembly so as to place the interactive device at a passenger-use position that is selected based on the defined size of the passenger.

Interactive interface mounting assembly for amusement and theme park rides

A realistic roller coaster simulator is disclosed having one or more passenger seats equipped with a safety harness and mounted for 360 degree rotational movement along at least two axes for simulating the motion of a roller coaster. A controller is provided for controlling and coordinating the motion of the simulator with a simulation controller which generates to the passenger synchronized audio and visual effects which would be experienced by a passenger on a roller coaster of a predetermined design. Linked to the simulator is a design station where a passenger can design his or her own roller coaster. Upon entering the simulator station, the passenger's design can be accessed from memory and selected for simulation on the simulator vehicle. Upon initiation of the simulation, the passenger can experience in real time the visual, motive, audible and other effects (such as wind, heat, cold, water, etc.) of the simulated roller coaster ride which the passenger has designed.

Roller coaster simulator

Growing community of inventors

Los Angeles, CA, United States of America

Susan M Bryan