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    • 77. 发明申请
    • Keyboard System with Automatic Correction
    • US20080100579A1
    • 2008-05-01
    • US11853320
    • 2007-09-11
    • B. RobinsonMichael LongeDavid KayGordon Waddell
    • B. RobinsonMichael LongeDavid KayGordon Waddell
    • G09G5/00
    • G06F3/0219G06F3/0233G06F3/0237G06F3/0238G06F3/04886G06F3/0489G06F3/14G06F17/273G09G2354/00
    • There is disclosed an enhanced text entry system which uses word-level analysis to automatically correct inaccuracies in user keystroke entries on reduced keyboards such as those implemented on a touch-sensitive panel or display screen, or on mechanical keyboard systems. A method and system are defined which determine one or more alternate textual interpretations of each sequence of inputs detected within a designated auto-correcting keyboard region. The actual contact locations for the keystrokes may occur outside the boundaries of the specific keyboard key regions associated with the actual characters of the word interpretations proposed or offered for selection, where the distance from each contact location to each corresponding intended character may in general increase with the expected frequency of the intended word in the language or in a particular context. Likewise, in a mechanical keyboard system, the keys actuated may differ from the keys actually associated with the letters of the word interpretations. Each such sequence corresponds to a complete word, and the user can easily select the intended word from among the generated interpretations. Additionally, when the system cannot identify a sufficient number of likely word interpretation candidates of the same length as the input sequence, candidates are identified whose initial letters correspond to a likely interpretation of the input sequence. The approach utilizes the information contained in the entire sequence of keystrokes corresponding to a word in order to determine the user's likely intention for each character of the sequence. The system also accommodates punctuation characters such as hyphens or apostrophes that are commonly embedded in words such as hyphenated compounds and contractions in English, and characters with special diacritics such as are commonly found in various European languages, e.g., diacritic accent. Special functions may be applied depending on where the user touches the intended string in a displayed word selection list. Once the user selects the desired string, it is automatically “accepted” for output and the next input detected starts a new input sequence corresponding to the entry of a next word.
    • 78. 发明申请
    • LASER RANGE SENSOR SYSTEM OPTICS ADAPTER AND METHOD
    • 激光范围传感器系统光学适配器和方法
    • US20070258709A1
    • 2007-11-08
    • US11741129
    • 2007-04-27
    • Eric GesnerDavid KayMehdi Araghi
    • Eric GesnerDavid KayMehdi Araghi
    • G01C3/08
    • G01C11/00G01S17/08
    • An adapter and method for through the lens (TTL) laser range sensor probes enables use of a TTL probe of a given exit pupil size to be used with a shared objective lens requiring a entrance pupil size, as entered from the laser range sensor, that is different from the TTL probe exit pupil size. Embodiments of the adapter include optics, such as a first lens and a resolving second lens that expand or contract the TTL laser radiation depending on whether the first lens is a diverging, a negative focal length lens, or a converging, positive focal length lens, and the second lens is converging or diverging, respectively, in a Galilean arrangement. Embodiments also provide a Keplerian arrangement, can function with non-collimated radiation, and can include mirrors to yield a more compact adapter. Additional embodiments include at least one adjustable lens element between the first and second lenses, the at least one adjustable lens element being connected to an actuator for movement along the optical path. The adapter can be arranged in a folded configuration in which mirrors are used to form a more compact adapter.
    • 用于通过透镜(TTL)激光范围传感器探针的适配器和方法使得能够使用给定出射光瞳尺寸的TTL探头与需要从激光范围传感器输入的入射光瞳尺寸的共享物镜一起使用, 与TTL探头出口光瞳尺寸不同。 适配器的实施例包括根据第一透镜是发散的,负焦距透镜或会聚正焦距透镜来扩展或收缩TTL激光辐射的诸如第一透镜和分辨率第二透镜的光学器件, 并且第二透镜分别在伽利略布置中会聚或发散。 实施例还提供开普勒装置,可以与非准直辐射一起工作,并且可以包括镜子以产生更紧凑的适配器。 另外的实施例包括在第一和第二透镜之间的至少一个可调透镜元件,所述至少一个可调透镜元件连接到致动器以沿着光路移动。 适配器可以布置成折叠配置,其中使用反射镜形成更紧凑的适配器。
    • 79. 发明申请
    • Orthopedic screw for use in repairing small bones
    • 用于修复小骨的矫形螺钉
    • US20060200151A1
    • 2006-09-07
    • US11369631
    • 2006-03-07
    • Dustin DucharmeLee StrnadDavid Kay
    • Dustin DucharmeLee StrnadDavid Kay
    • A61B17/58
    • A61B17/8605A61B17/863A61B17/8635A61B2017/00004
    • An orthopedic screw having a torque driving head with a rounded side a spherical wall for multiaxial use, a self starting, self tapping insertion tip and a threaded portion including a cancellous thread. The threaded portion has a major diameter defined by a spiraling thread and a minor diameter. The head is joined to the threaded portion by an area of from about 2 to about 6 turns of the thread along the longitudinal axis in which the minor diameter tapers by an angle of from about 4 to about 12° and the major diameter of the screw remaining substantially the same meaning that the major diameter is constant to about +/−0.05 mm along the length of the threaded portion. The screw includes a multilobe torque driving recess joined to a cylindrical recess. In a further embodiment, the screw has an insertion tip which is forms a portion of a sphere.
    • 一种矫形螺钉,其具有具有圆形侧面的扭矩驱动头,用于多轴使用的球形壁,自启动,自攻丝插入尖端和包括松质线的螺纹部分。 螺纹部分具有由螺旋螺纹和较小直径限定的大直径。 头部沿着纵向轴线连接到螺纹部分约2至约6圈的螺纹区域,其中小直径锥度约4至约12度的角度和螺杆的大直径 保持与螺纹部分的长度大致相同的意思,即长径大约为+/- 0.05mm。 螺杆包括连接到圆柱形凹部的多叶扭矩驱动凹部。 在另一实施例中,螺钉具有形成球体的一部分的插入尖端。