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    • 3. 发明申请
    • Hand-held haptic stylus
    • 手持触觉笔
    • US20050248549A1
    • 2005-11-10
    • US10840748
    • 2004-05-06
    • Paul DietzDarren LeighWilliam YerazunisJohnny Lee
    • Paul DietzDarren LeighWilliam YerazunisJohnny Lee
    • G06F3/01G06F3/033G06F3/048G09G5/00
    • G06F3/016G06F3/03545G06F3/0488
    • Touch screen interfaces suffer from a visual-motor conflict when the user attempt to interact with a virtual object but experiences no physical sensations resulting from that interaction. This can result in uncertainly and decrease performance as well as overall satisfaction with the interface. We introduce a method and device that resolves these issues in stylus-based interfaces for both single and multi-user environments by providing individualized haptic and acoustic feedback. This is achieved by adding a mechanical actuator and acoustic generator to each stylus. These are controlled to respond appropriately to virtual objects and are capable of simulating a variety of physical sensations. Because the feedback is generated by the stylus rather than the screen or touch surface, the current invention can operate at the individual level even in the presence of multiple simultaneous users.
    • 触摸屏界面在用户尝试与虚拟对象进行交互但不会遇到由该交互产生的物理感觉时遭受视觉 - 电机冲突。 这可能导致不确定性和降低性能以及对界面的整体满意度。 我们介绍一种方法和设备,通过提供个性化的触觉和声学反馈来解决单用户和多用户环境的基于触控笔的界面中的这些问题。 这通过在每个触笔上添加机械致动器和声学发生器来实现。 这些被控制以适当地对虚拟物体进行响应并且能够模拟各种物理感觉。 由于反馈是由触笔而不是屏幕或触摸表面产生的,所以即使在多个同时使用的用户的存在下,本发明也可以在单个级别上操作。
    • 7. 发明申请
    • Apparatus and method for sensing objects proximate to fluid flows
    • 用于感测靠近流体流动的物体的装置和方法
    • US20070188178A1
    • 2007-08-16
    • US11352022
    • 2006-02-10
    • Paul DietzJonathan WesthuesDarren Leigh
    • Paul DietzJonathan WesthuesDarren Leigh
    • G01R27/26
    • G01V3/088G01V8/10
    • An apparatus senses an object proximate to a laminar fluid flow by using the fluid as part of the sensing system. For more distant objects, an electrical system detects the capacitance between the proximate object and the flowing fluid via an impedance measurement. For objects touching the flow, an optical system detects the loss of total internal reflection. Together, the two systems allow the proximity to be determined over a wide range. A fluid flow is produced through a nozzle. An electrode is placed in the fluid. A complex impedance is measured between the electrode and an object due to capacitive coupling between the object and the fluid flow. The complex impedance is inversely proportional to a distance between the object and the fluid flow and proportional to an area of proximity of the object.
    • 设备通过使用流体作为感测系统的一部分来感测靠近层流体流动的物体。 对于更远的物体,电气系统通过阻抗测量来检测邻近物体与流动流体之间的电容。 对于接触流动的物体,光学系统检测到内部反射的损失。 两个系统一起允许在很宽的范围内确定接近度。 通过喷嘴产生流体流。 电极放置在流体中。 由于物体和流体之间的电容耦合,在电极和物体之间测量复阻抗。 复阻抗与物体和流体流之间的距离成反比,并与物体的接近面成正比。