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    • 13. 发明授权
    • Wide angle infinity image visual display
    • 宽角度无限图像视觉显示
    • US3659920A
    • 1972-05-02
    • US3659920D
    • 1970-08-27
    • SINGER CO
    • MCGLASSON FRANK WILLIAM
    • G09B9/32G09B9/34G02B17/06G02B27/14
    • G09B9/34G09B9/32
    • A method of arranging a plurality of infinity image displays to form a wide angle display. Displays are shaped in the form of spherical wedges and butted together to form tiers having the desired horizontal field of view and the tiers arranged vertically to form a continuous vertical field of view. To avoid mechanical interference tiers may be segments of spheres of different sizes and may still, if arranged so that the centers of all spheres of which tiers are segments are centered at the observer''s eyepoint, provide a continuous display as seen by the observer.
    • 一种布置多个无限远图像显示器以形成广角显示的方法。 显示器以球形楔形的形状并且对接在一起以形成具有期望的水平视野的层,并且垂直排列形成连续的垂直视场。 为了避免机械干扰层可以是不同尺寸的球体的段,并且如果被布置成使得各层的所有球的中心在观察者的眼点处居中,则可以提供观察者所看到的连续显示。
    • 14. 发明授权
    • Hang gliding simulation system with a stereoscopic display
    • 具有立体显示的悬挂滑翔模拟系统
    • US5908300A
    • 1999-06-01
    • US763717
    • 1996-12-13
    • Joe L. WalkerPaul C. LyonRichard B. LintonRulon NyeRalph W. FisherJeffrey B. EdwardsClifford N. Cox
    • Joe L. WalkerPaul C. LyonRichard B. LintonRulon NyeRalph W. FisherJeffrey B. EdwardsClifford N. Cox
    • G09B9/08G09B9/34H04N13/00G09B9/24
    • G02B27/0172G02B27/017G09B9/085G09B9/34H04N13/0014H04N13/0278H04N13/044H04N13/0497G02B2027/0134H04N13/0051H04N13/0289H04N13/0296
    • The present invention is directed to a simulation system for simulating virtual reality experiences such as for the sport of hang gliding or the like. The simulation system has a stereoscopic and collimated virtual image display, for providing pupil forming simulated images to a rider at a fixed point of reference relative to the stereoscopic display. In the disclosed embodiment, the simulation system comprises a mechanical support structure for suspending the rider in a harness so as to allow freedom of movement. The rider is suspended to face a visual display over a movable control bar coupled to the mechanical support structure. By maneuvering the control bar, riders may view the results of their actions as by a simulated display. The visual display is coupled to the control bar to receive electrical signals indicative of the movements initiated by the riders as they maneuver through a programmed environment. The visual display provides stereoscopic "pupil forming" images of positional states of the hang glider to the riders at a fixed point of reference relative to the visual display. The fixed point of reference is provided by limiting movement of the rider's head relative to the visual display, as for example with a head rest disposed directly above the viewing area of the visual display.
    • 本发明涉及一种用于模拟虚拟现实体验的仿真系统,例如用于滑翔运动等。 仿真系统具有立体和准直的虚拟图像显示器,用于在相对于立体显示器的固定参考点处为驾驶者提供形成模拟图像的瞳孔。 在所公开的实施例中,模拟系统包括用于将骑手悬挂在吊带中以允许移动自由的机械支撑结构。 骑乘者被悬挂以面对耦合到机械支撑结构的可移动控制杆的视觉显示器。 通过操纵控制杆,骑手可以通过模拟显示来查看其动作的结果。 视觉显示器耦合到控制杆以接收指示由骑手在通过编程环境操纵时发起的运动的电信号。 视觉显示器以相对于视觉显示器的固定参考点为骑手提供了悬挂滑翔机的位置状态的立体“瞳孔形成”图像。 通过限制骑手的头部相对于视觉显示器的运动来提供固定的参考点,例如用位于视觉显示器的观看区域正上方的头枕。