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    • 4. 发明授权
    • Electronic device with connector and method of manufacturing the same
    • 具有连接器的电子设备及其制造方法
    • US06375477B2
    • 2002-04-23
    • US09766679
    • 2001-01-23
    • Hisashi NishikawaIchiro TateishiMasahide OnishiYoshiyuki Nakade
    • Hisashi NishikawaIchiro TateishiMasahide OnishiYoshiyuki Nakade
    • H01R1200
    • H05K5/0069
    • The invention comprises a case having an opening, electronic parts and a wiring board installed in the case, a connector plug body fixed to the case, and a lid disposed in the opening of the case. The connector plug body has terminals and base. The terminals have an upper terminal projecting in upper direction from the base, and a lower terminal projecting from lower direction of the base. The lower terminal is electrically connected to the wiring board. The lid has a connector housing. The upper terminal projects into the connector housing. The base is fixed in the case, and hence the connector plug body is fixed to the case. The case has a connector fixing part projecting from the inner bottom of the case. The connector fixing part is positioned in lower direction of the connector housing, and the base is fixed in the connector fixing part. The connector housing is integrally formed with the lid. In this configuration, the connector area is reduced. The entire electronic device with connector is reduced in size. When manipulating the electronic device with connector, the stress applied to the wiring board is prevented. Deterioration of performance during manipulation is prevented, and an electronic device with connector having an excellent reliability is obtained.
    • 本发明包括具有开口的壳体,安装在壳体中的电子部件和布线板,固定到壳体上的连接器插头主体和设置在壳体的开口中的盖子。 连接器插头主体具有端子和底座。 端子具有从基座向上方突出的上端子,从底座的下方突出的下端子。 下端子与布线板电连接。 盖具有连接器壳体。 上端子插入连接器外壳。 底座固定在外壳中,因此连接器插头主体固定在外壳上。 壳体具有从壳体的内底部突出的连接器固定部。 连接器固定部分位于连接器壳体的下方,并且基座固定在连接器固定部分中。 连接器壳体与盖一体地形成。 在该配置中,连接器面积减小。 具有连接器的整个电子设备的尺寸减小。 当使用连接器操作电子设备时,防止施加到布线板的应力。 防止了操作过程中的性能恶化,并且获得具有优异可靠性的具有连接器的电子设备。
    • 9. 发明申请
    • Active noise controller
    • 主动噪声控制器
    • US20070172004A1
    • 2007-07-26
    • US10587566
    • 2005-11-08
    • Toshiyuki FunayamaYoshio NakamuraMasahide Onishi
    • Toshiyuki FunayamaYoshio NakamuraMasahide Onishi
    • H03D1/04
    • G10K11/178G10K2210/1282G10K2210/504
    • An active noise controller can determine the signal transmission characteristics from the power amplifier and the speaker to the microphone without using any special external measuring instrument and calculate a cosine correction value and a sine correction value without using an external computer. The active noise controller uses the cosine correction value and the sine correction value to actively reduce vibrational noise. The measurement mode is selected on touch panel (3), and correction value calculator (22) calculates cosine correction value C0 and sine correction value C1 by using filter coefficients W0 and W1 which allow error signal e′(n) to approach zero. Memory (23) stores these values C0 and C1.
    • 有源噪声控制器可以确定从功率放大器和扬声器到麦克风的信号传输特性,而不使用任何特殊的外部测量仪器,并且不使用外部计算机来计算余弦校正值和正弦校正值。 有源噪声控制器使用余弦校正值和正弦校正值来主动减少振动噪声。 在触摸面板(3)上选择测量模式,并且校正值计算器(22)通过使用允许误差信号e'(n)的滤波器系数W 0和W 1来计算余弦校正值C 0和正弦校正值C 1 接近零。 存储器(23)存储这些值C 0和C 1。
    • 10. 发明申请
    • Active noise cancellation system
    • 主动噪声消除系统
    • US20050053244A1
    • 2005-03-10
    • US10936600
    • 2004-09-09
    • Masahide OnishiYoshio NakamuraToshio InoueAkira Takahashi
    • Masahide OnishiYoshio NakamuraToshio InoueAkira Takahashi
    • G01H3/00A61F11/06B60R11/02G10K11/16G10K11/178H03B29/00H03H17/02H03H21/00
    • G10K11/17883G10K2210/128G10K2210/3046
    • In an active noise cancellation system having an adaptive filter that outputs a control signal, first and second speakers that emit a canceling signal generated based on the control signal, a microphone that detects an error signal, a correction filter that corrects the base signal by a correction value to generate a reference signal and a filter coefficient updater that successively updates the adaptive filter coefficient based on the error signal and reference signal such that the error signal is minimized, the correction value of the correction filter is set to a sum obtained by adding the transfer characteristic from the first speaker to the microphone, and a product obtained by multiplying the transfer characteristic from the second speaker to the microphone by the prescribed value, thereby enabling to reduce the number of microphones and avoid the increase in parts, the amount of work to provide complicated wiring to the microphones, and the computational load involved in updating the adaptive filter coefficient, while enabling to maintain an area in which noise can be reduced to the same level as that obtained before reducing the number of microphones.
    • 在具有输出控制信号的自适应滤波器的有源噪声消除系统中,发射基于控制信号生成的消除信号的第一和第二扬声器,检测误差信号的麦克风,校正基本信号的校正滤波器, 用于产生参考信号的校正值和基于误差信号和参考信号连续更新自适应滤波器系数的滤波器系数更新器,使得误差信号最小化,校正滤波器的校正值被设置为通过加法获得的和 从第一扬声器到麦克风的传送特性,以及通过将来自第二扬声器的传送特性与麦克风相乘规定值获得的乘积,由此能够减少麦克风的数量并避免部件的增加, 努力为麦克风提供复杂的布线,以及更新中涉及的计算负荷 g的自适应滤波器系数,同时使得能够将噪声降低到与减少麦克风数量之前获得的相同水平的区域。