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    • 1. 发明授权
    • Flex circuit assembly with thermal energy dissipation
    • Flex电路组件具有热能耗散
    • US07952834B2
    • 2011-05-31
    • US12035707
    • 2008-02-22
    • Rick Pfahl FreemanAndrew R. Motzko
    • Rick Pfahl FreemanAndrew R. Motzko
    • G11B5/48G11B21/16
    • G11B25/043G11B5/4846G11B33/1406
    • In accordance with various embodiments, a printed structure of a flex circuit assembly includes a plurality of adjacent land portions formed on a heat conductive stiffener member and which support electrically conductive paths for connection to an integrated circuit. A corresponding plurality of separation channels are formed between the adjacent electrically conductive paths, and thermal energy generated by operation of the integrated circuit is transferred through the separation channels to the stiffener member. In some embodiments, the separation channels retain a fluid, such as air or a low density inert gas, which flows through the separation channels in response to rotation of a rotatable member adjacent the flex circuit assembly. In other embodiments, a dielectric, thermally conductive material fills the separation channels.
    • 根据各种实施例,柔性电路组件的印刷结构包括形成在导热加强件上并且支撑用于连接到集成电路的导电路径的多个相邻的凸台部分。 在相邻的导电路径之间形成相应的多个分离通道,并且通过集成电路的操作产生的热能通过分离通道传递到加强件。 在一些实施例中,分离通道保留流体,例如空气或低密度惰性气体,其响应于邻近柔性电路组件的可旋转构件的旋转而流过分离通道。 在其它实施例中,介电导热材料填充分离通道。
    • 4. 发明授权
    • Method of making an electrical connection
    • 电连接方法
    • US07137196B2
    • 2006-11-21
    • US10884053
    • 2004-07-02
    • Neal F. GundersonFrank W. BernettAndrew R. Motzko
    • Neal F. GundersonFrank W. BernettAndrew R. Motzko
    • H01R43/00
    • G11B33/122G11B25/043H01R12/716H01R12/79Y10T29/49169Y10T29/49204Y10T29/49208Y10T29/49222
    • An interface to make interconnections between the interior and exterior of a sealed enclosure may include a flat connector (FC). The FC may comprise at least one layer of a substantially planar substrate. Each substrate layer may include metallization for conducting signals between contacts on an interior-facing surface and contacts on an exterior-facing surface. In an enclosure with an aperture for passing electrical conductors, the FC may be configured to seal the aperture to inhibit the escape of a low density gas, such as helium, for a long period of time. In one embodiment, the FC may include metallization configured to minimize helium leakage. As such, the FC may conduct electrical signals into and out of the sealed enclosure. Such signals may include, for example, power, control, and data signals for operating devices housed within the enclosure.
    • 用于在密封外壳的内部和外部之间形成互连的接口可以包括扁平连接器(FC)。 FC可以包括至少一层基本平坦的基底。 每个衬底层可以包括金属化,用于在面向内部的表面上的触点之间传导信号,并且在面向外部的表面上接触。 在具有用于通过电导体的孔的外壳中,FC可以被配置为密封孔以便长时间地抑制诸如氦的低密度气体逸出。 在一个实施例中,FC可以包括被配置为使氦泄漏最小化的金属化。 因此,FC可以将电信号传导到密封外壳中并进出密封外壳。 这样的信号可以包括例如用于操作装在外壳内的装置的电源,控制和数据信号。
    • 5. 发明授权
    • Flex cable assembly with improved flex cable dynamic loop characteristics
    • Flex电缆组件具有改进的柔性电缆动态回路特性
    • US06856490B2
    • 2005-02-15
    • US10180427
    • 2002-06-25
    • Wolfgang RosnerAndrew R. Motzko
    • Wolfgang RosnerAndrew R. Motzko
    • G11B5/48G11B5/55G11B33/12H05K7/02
    • G11B5/486
    • A flex cable assembly for use in a disc drive data storage device includes a laminated flex cable and a flex cable support. The flex cable provides electrical communication paths between a moveable head stack assembly and a disc drive printed circuit board. The flex cable support comprises a base and adjacent first and second flex support portions with respective first and second flex support surfaces. The flex cable is routed along the flex support surfaces and exerts a spring force thereagainst as the flex cable attempts to return to a nominally planar orientation. The direction of the second flex support surface establishes the orientation of a dynamic loop between the flex cable support and the head stack assembly. Preferably, a portion of the flex cable pulls away from the second flex support surface to lengthen the dynamic loop in response to movement of the head stack assembly.
    • 用于盘驱动器数据存储装置的柔性电缆组件包括层压柔性电缆和柔性电缆支架。 柔性电缆提供可动头组件组件和盘驱动器印刷电路板之间的电连通路径。 柔性电缆支撑件包括具有相应的第一和第二柔性支撑表面的基部和相邻的第一和第二柔性支撑部分。 柔性电缆沿着柔性支撑表面布置,并且当柔性电缆试图返回到标称平面取向时,弹性力施加在弹簧力上。 第二柔性支撑表面的方向确定柔性电缆支撑件和磁头组合组件之间的动态回路的取向。 优选地,柔性电缆的一部分拉离第二柔性支撑表面,以响应于磁头叠层组件的移动而延长动态回路。
    • 7. 发明授权
    • Adjustable constant pressure caulk gun
    • 可调恒压填缝枪
    • US5556009A
    • 1996-09-17
    • US275378
    • 1994-07-18
    • Andrew R. Motzko
    • Andrew R. Motzko
    • E04F21/165B05B12/08B05C5/00B05C17/01B65D88/54
    • B05C17/0103B05B12/085Y10T74/18664
    • An adjustable, battery-powered, constant pressure gun for dispensing viscous materials such as caulk and adhesive. The gun includes a housing having a handle, an operator-actuated trigger, and a battery compartment with power supply terminals. A motor mounted within the housing drives a dispensing mechanism. The flow of current through the motor is controlled by an electronic switch. A current-to-voltage converter including a low-pass filter is coupled to the motor and provides a feedback pressure signal representative of the actual dispensing pressure as a function of the current drawn by the motor. A set-point voltage signal representative of a desired dispensing pressure is provided by an operator-adjustable pressure control. A hysteresis comparator connected to the electronic switch compares the feedback pressure signal to the set-point signal, and controls the switch as a function of the comparison to maintain the actual dispensing pressure within a predetermined operating band of the desired dispensing pressure when the trigger is actuated.
    • 一种可调节的电池供电的恒压枪,用于分配粘性材料,如填缝料和粘合剂。 枪包括具有把手的壳体,操作者致动的触发器和具有电源端子的电池室。 安装在壳体内的马达驱动分配机构。 电动机的电流由电子开关控制。 包括低通滤波器的电流 - 电压转换器被耦合到电动机,并且提供代表实际分配​​压力的反馈压力信号作为由电动机吸取的电流的函数。 代表所需分配压力的设定点电压信号由操作者可调节的压力控制来提供。 连接到电子开关的迟滞比较器将反馈压力信号与设定点信号进行比较,并且作为比较的函数来控制开关,以将实际分配压力保持在期望分配压力的预定工作频带内,当触发器为 启动。
    • 10. 发明申请
    • FLEX CIRCUIT ASSEMBLY WITH THERMAL ENERGY DISSIPATION
    • 具有热能消耗的柔性电路组件
    • US20090213542A1
    • 2009-08-27
    • US12035707
    • 2008-02-22
    • Rick Pfahl FreemanAndrew R. Motzko
    • Rick Pfahl FreemanAndrew R. Motzko
    • H05K7/20
    • G11B25/043G11B5/4846G11B33/1406
    • In accordance with various embodiments, a printed structure of a flex circuit assembly includes a plurality of adjacent land portions formed on a heat conductive stiffener member and which support electrically conductive paths for connection to an integrated circuit. A corresponding plurality of separation channels are formed between the adjacent electrically conductive paths, and thermal energy generated by operation of the integrated circuit is transferred through the separation channels to the stiffener member. In some embodiments, the separation channels retain a fluid, such as air or a low density inert gas, which flows through the separation channels in response to rotation of a rotatable member adjacent the flex circuit assembly. In other embodiments, a dielectric, thermally conductive material fills the separation channels.
    • 根据各种实施例,柔性电路组件的印刷结构包括形成在导热加强件上并且支撑用于连接到集成电路的导电路径的多个相邻的凸台部分。 在相邻的导电路径之间形成相应的多个分离通道,并且通过集成电路的操作产生的热能通过分离通道传递到加强件。 在一些实施例中,分离通道保留流体,例如空气或低密度惰性气体,其响应于邻近柔性电路组件的可旋转构件的旋转而流过分离通道。 在其它实施例中,介电导热材料填充分离通道。