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    • 5. 发明申请
    • MOBILE TERMINAL WITH ERGONOMIC HOUSING
    • 移动终端与ERGONOMIC住房
    • US20070108291A1
    • 2007-05-17
    • US11619837
    • 2007-01-04
    • Sudhir BhatiaAlistair HamiltonJaeho ChoiCurt CroleyThomas Wulff
    • Sudhir BhatiaAlistair HamiltonJaeho ChoiCurt CroleyThomas Wulff
    • G06K7/10
    • G06K7/10881G06K7/1098
    • The subject invention relates to systems and methods for employing a housing as part of a hand held scanner as to increase utility and add ruggedness. The housing comprises an upper top housing and lower bottom housing, with the top housing comprising a set of accessory rails adapted to accept accessories associated with the hand held scanner, and the lower housing including an adjustable mass element for balancing a weight of the scanner. Also, top housing can be adapted to accept various key pad configurations via a transitional mounting frame, and the bottom housing can hold a stylus. A bar code scanner system employing such housing can incorporate displays located on various sides of the housing and/or key pads to facilitate a reading from the scanner at slanted angles.
    • 本发明涉及将壳体用作手持扫描器的一部分以提高效用并增加坚固性的系统和方法。 壳体包括上顶部壳体和下部底部壳体,顶部壳体包括适于接收与手持式扫描仪相关联的附件的一组附件轨道,并且下部壳体包括用于平衡扫描仪的重量的可调节质量元件。 此外,顶部壳体可以适于通过过渡安装框架接受各种键盘配置,并且底部壳体可以保持触针。 采用这种壳体的条形码扫描仪系统可以包括位于壳体和/或键盘的各个侧面上的显示器,以便于以倾斜的角度从扫描器读取。
    • 6. 发明申请
    • Keypad ergonomics
    • 键盘人体工程学
    • US20060062626A1
    • 2006-03-23
    • US10946884
    • 2004-09-22
    • Alistair HamiltonSudhir BhatiaVanessa RimandoRichard Hanks
    • Alistair HamiltonSudhir BhatiaVanessa RimandoRichard Hanks
    • B41J5/12
    • G06F1/1684G06F1/1626G06F1/1656G06F1/1664G06F3/0202
    • Systems and methodologies are provided for improving dynamics of striking a key on a keypad during operation thereof, by shifting contours (e.g., slope of a key's surface plane) on surface of a key, based on location of that key on the keypad, and a manner (e.g., the finger used) the key is being stroked. Accordingly, the subject invention can employ varying surface contours to optimize contact between a user's finger and the key at any point depending on predetermined geometric locus for the movement of a user's hand and/or fingers when employing the keypad. A wave key and a pillowed key arrangement are disclosed according to exemplary aspects of the invention. Moreover, a raised protrusion (“ski jump feature”) can be provided around edges of keypad to enhance grip capabilities for the key pad and/or the host device.
    • 提供了系统和方法,用于通过基于键盘上的该键的位置来移动键的表面上的轮廓(例如,键的表面的斜率),从而改善在操作期间敲击小键盘上的键的动力学。 方式(例如,使用手指),钥匙正在抚摸。 因此,本发明可以采用不同的表面轮廓,以在取决于用于使用键盘的用户的手和/或手指的移动的预定几何轨迹的任何点处优化用户的手指和键之间的接触。 根据本发明的示例性方面公开了一种波键和一个枕头键配置。 此外,可以围绕键盘的边缘提供凸起的突起(“滑雪跳跃特征”),以增强键盘和/或主机设备的抓握能力。