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    • 3. 发明授权
    • Wrist-carried radiotelephone
    • 手腕式无线电话
    • US06192253B1
    • 2001-02-20
    • US09413600
    • 1999-10-06
    • Michael L. CharlierNeil MehtaAaron L. DietrichPaul R. Steuer
    • Michael L. CharlierNeil MehtaAaron L. DietrichPaul R. Steuer
    • H04B138
    • H04B1/385
    • An improved wrist-carried radiotelephone includes a first housing including a microphone, a display and a radio transceiver. A second housing includes a latch, a user interface, a speaker, and a removable battery. A flexible wristband has a first portion including an antenna extending downwardly and a latch clip at one end thereof operable to be received in the latch of the second housing. A second portion of the wristband includes electrical connections to connect the circuits of the first and second housing. The wristband includes support members to maintain the wrist-carrier radiotelephone in a predetermined configuration when the first portion of the wristband is unlatched from the second housing such that the speaker and microphone of the radiotelephone are at an optimum orientation in relation to a user's ear and mouth.
    • 一种改进的手腕式无线电话机包括:第一壳体,包括麦克风,显示器和无线电收发器。 第二壳体包括闩锁,用户接口,扬声器和可拆卸电池。 柔性腕带具有第一部分,其包括向下延伸的天线,并且其一端处的闩锁夹可操作地容纳在第二壳体的闩锁中。 腕带的第二部分包括用于连接第一和第二壳体的电路的电连接。 当腕带的第一部分从第二壳体解锁时,腕带包括支撑构件,以将手腕架无线电话机保持在预定的配置中,使得无线电话机的扬声器和麦克风相对于用户的耳朵处于最佳取向, 口。
    • 4. 发明申请
    • SEALED CONTAINER WITH INTEGRAL BUTTON AND ORIFICE SEAL
    • 密封容器与整体按钮和口令密封
    • US20120037651A1
    • 2012-02-16
    • US12856393
    • 2010-08-13
    • Paul R. Steuer
    • Paul R. Steuer
    • A47G19/22
    • A47G19/2272B65D47/249
    • A cover assembly is capable of attaching to a container and has a dispensing orifice and a substantially perpendicular button opening on a side with a button. A single piece valve beam formed of a deflectable material has the actuator button located on one end and a fulcrum located on another end opposite the actuator button. An inner region of the cover has a retention surface opposite the button accommodating the fulcrum. The single piece valve beam is held inside the inner region of the cover between the button opening and the retention surface by deflection of the beam and rotation about the fulcrum such that the sealing surface moves away from the dispensing orifice when the actuator button is pressed. The deflectable material of the single piece valve beam acts as a spring that exerts force on the sealing surface and exerts force on the actuator against the button opening. The single piece valve beam can be configured to move away from the dispensing orifice when the button is pressed. An integral arm can be alternately cantilevered off of the single piece valve beam so the arm rotates in a same direction as the single piece valve beam rotates at the fulcrum. The arm can be alternatively cantilevered from a stem location so the arm rotates in a direction opposite a direction to which the single piece valve beam rotates at the fulcrum.
    • 盖组件能够附接到容器并且具有分配孔和在具有按钮的一侧上的基本上垂直的按钮开口。 由可偏转材料形成的单件阀梁具有位于一端的致动器按钮,并且位于与致动器按钮相对的另一端上的支点。 盖的内部区域具有与容纳支点的按钮相对的保持表面。 单片阀杆通过梁的偏转和围绕支点的旋转而保持在盖子的内部区域之间,在按钮开口和保持表面之间,使得当按压致动器按钮时,密封表面远离分配孔移动。 单片阀梁的可偏转材料用作弹簧,该弹簧对密封表面施加力并对致动器施加压力以抵抗按钮开口。 当单个按钮被按压时,单件式阀梁可被配置为远离分配口移动。 一体式臂可以从单片阀梁交替悬臂悬垂,使得臂沿与单片阀杆在支点处旋转的相同方向旋转。 臂可以从杆位置可选地悬臂,使得臂沿与单片阀梁在支点处旋转的方向相反的方向旋转。
    • 5. 发明授权
    • Compact input device for entering data
    • 用于输入数据的紧凑型输入设备
    • US07393149B2
    • 2008-07-01
    • US11205922
    • 2005-08-17
    • Mikhail T. GaleevThomas E. GitzingerPaul R. Steuer
    • Mikhail T. GaleevThomas E. GitzingerPaul R. Steuer
    • G06F3/023B41J5/10
    • G06F3/0219G06F3/0221G06F3/0231H01H13/84H01H2009/0257H01H2217/002H01H2223/04H01H2225/022
    • A compact input device (104), suitable for entering data in an electronic device (102), includes a cylindrical surface (202) that has a keyboard switch matrix (210) deployed on the outer body of the cylindrical surface (202) formed by a first extendable interlocking part (402) and a second extendable interlocking part (404). The first extendable interlocking part (402) includes a left half of a QWERTY keyboard (e.g., Q, W, E, R, T) while the second extendable interlocking part (404) includes a right half of a QWERTY keyboard (e.g., Y, U, I, O, P). When the compact input device (104) is in an extended and aligned configuration, the keys of the first extendable interlocking part (402) and the keys of the second extendable interlocking part (404) form a common QWERTY keyboard configuration.
    • 适合于在电子设备(102)中输入数据的小型输入设备(104)包括圆柱形表面(202),该圆柱形表面(202)具有展开在圆柱形表面(202)的外主体上的键盘开关矩阵(210) 第一可延伸互锁部分(402)和第二可延伸互锁部分(404)。 第一可延伸互锁部分(402)包括QWERTY键盘(例如,Q,W,E,R,T)的左半部分,而第二可延伸互锁部分(404)包括QWERTY键盘的右半部分(例如,Y ,U,I,O,P)。 当紧凑型输入装置(104)处于延伸和对准配置时,第一可延伸互锁部分(402)的键和第二可延伸互锁部分(404)的键形成共同的QWERTY键盘配置。
    • 8. 发明申请
    • WEARABLE DEVICE WITH ACOUSTIC USER INPUT AND METHOD FOR SAME
    • 具有声音用户输入的可擦除装置及其方法
    • US20140064037A1
    • 2014-03-06
    • US13597643
    • 2012-08-29
    • Rachid M. AlamehPaul R. SteuerRobert A. Zurek
    • Rachid M. AlamehPaul R. SteuerRobert A. Zurek
    • G10K11/00
    • G04G21/08G01H13/00
    • An electronic device (100) includes a component portion (101) and a strap (102). The strap defines an air chamber (402) therein having a corresponding volume. A driver (403) is disposed in the component portion at a first port (404) between the component portion and the strap. A frequency detector (405) is disposed in the component portion at a second port (406) between the component portion and the strap. A control circuit (407) is operable with the driver and the frequency detector and is configured to determine a peak of a resonant frequency over a frequency range in the air chamber with the frequency detector that are a function of the corresponding volume and are responsive to signals produced by the driver, correlate the frequency of pressure variations determined with a user input, and perform an operation based upon the user input.
    • 电子设备(100)包括组件部分(101)和带(102)。 所述带限定了其中具有相应体积的空气室(402)。 驱动器(403)在部件部分和带之间的第一端口(404)处设置在部件部分中。 频率检测器(405)在组件部分和带之间的第二端口(406)处设置在组件部分中。 控制电路(407)可与驱动器和频率检测器一起操作,并且被配置为通过频率检测器确定在空气室中的频率范围内的谐振频率的峰值,该频率范围是相应体积的函数,并且响应于 由驾驶员产生的信号使用用户输入确定的压力变化的频率相关联,并且基于用户输入执行操作。