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    • 2. 发明授权
    • Leak-testing technique for differential pressure sensor array
    • 差压传感器阵列泄漏检测技术
    • US07174773B2
    • 2007-02-13
    • US11109315
    • 2005-04-19
    • Hamid R. BorzabadiDennis M. Koglin
    • Hamid R. BorzabadiDennis M. Koglin
    • G01M3/26G01L19/14
    • G01M3/186
    • A leak-testing technique and apparatus for differential pressure sensor arrays is provided. A reference pressure sensor array is provided, wherein a seal is disposed between the reference pressure sensor array and a target differential pressure sensor array. A probe socket is utilized to communicate with each individual sensor in the reference pressure sensor array. The target pressure sensor array and the reference pressure sensor array are sealed via a pressure plate and plunger assembly. The target pressure sensor array, seal, and reference pressure sensor array are exposed to a first pressure. The target differential pressure sensor array, seal, and reference pressure sensor array are then exposed to a second pressure. The probe socket verifies that all reference pressure sensors continue to output the first pressure. If the probe socket identifies a reference pressure sensor that reads the second pressure, then the corresponding target pressure sensor is identified as being defective because of leakage.
    • 提供了用于差压传感器阵列的泄漏测试技术和设备。 提供了一种参考压力传感器阵列,其中密封件设置在参考压力传感器阵列和目标差压传感器阵列之间。 探头插座用于与参考压力传感器阵列中的每个单独的传感器通信。 目标压力传感器阵列和参考压力传感器阵列通过压力板和柱塞组件密封。 目标压力传感器阵列,密封件和参考压力传感器阵列暴露于第一压力。 然后将目标差压传感器阵列,密封件和参考压力传感器阵列暴露于第二压力。 探头插座验证所有参考压力传感器是否继续输出第一压力。 如果探头插座识别出读取第二压力的参考压力传感器,则相应的目标压力传感器由于泄漏而被识别为有缺陷的。
    • 4. 发明授权
    • Electronic control module and enclosed power module
    • 电子控制模块和封闭式电源模块
    • US07983046B1
    • 2011-07-19
    • US12709659
    • 2010-02-22
    • Hamid R. BorzabadiRonald D. Wilcox
    • Hamid R. BorzabadiRonald D. Wilcox
    • H05K7/20
    • H05K7/2039H01L25/165H01L2224/48227H05K7/209
    • Power electronic devices of an electronic control module are mounted in a power module disposed between the control module circuit board and an interior face of the control module case, with a prescribed separation distance between the circuit board and a housing of the power module. The power electronic devices are mounted on an inboard face of a power module substrate, and a heatsink thermally coupled to the opposite face of the substrate is fastened to an interior surface of the control module case. The substrate and heatsink are mounted in the power module housing, and the power electronic devices are electrically coupled to the circuit board by a set of compliant terminals that protrude from the inboard face of the power module housing. The terminals extend into plated holes in the circuit board, and have shoulders that limit their depth of insertion to establish the prescribed separation distance between the circuit board and the power module housing.
    • 电子控制模块的电力电子装置安装在控制模块电路板和控制模块壳体的内表面之间的电源模块中,电路板和电源模块的壳体之间具有规定的间隔距离。 功率电子器件安装在功率模块基板的内侧面上,并且热耦合到基板的相对面的散热片紧固到控制模块壳体的内表面。 基板和散热器安装在功率模块壳体中,并且电力电子设备通过从电源模块壳体的内表面突出的一组柔性端子电耦合到电路板。 端子延伸到电路板的电镀孔中,并且具有限制其插入深度的肩部,以在电路板和电源模块外壳之间建立规定的间隔距离。
    • 7. 发明授权
    • Sealed engine control module with integral ambient air pressure sensor
    • 密封发动机控制模块,带有环境空气压力传感器
    • US08375778B2
    • 2013-02-19
    • US12709644
    • 2010-02-22
    • Hamid R. BorzabadiRonald D. WilcoxPhilip D. KuzniaTimothy A. VasLewis H. LittleDavid G. Miller
    • Hamid R. BorzabadiRonald D. WilcoxPhilip D. KuzniaTimothy A. VasLewis H. LittleDavid G. Miller
    • G01M15/04
    • G01L19/0654G01L19/147
    • An engine control module having an environmentally-sealed housing includes a housing-mounted air pressure sensor for providing a reliable measure of atmospheric air pressure to a control circuit mounted within the housing. The sensor is mounted on an inboard face of the housing, and includes a sensor element, a body portion and a riser portion. The sensor element is mounted in the body portion, and the riser portion protrudes through an opening in the housing to couple the sensor element to atmospheric pressure outside the housing. The body portion is sealingly secured to the inboard face of the housing, and a set of conductor pins molded into the body portion extend inward to engage a circuit board enclosed by the housing, and thereby directly couple the sensor element to the ECM's control circuit. The top of the riser portion is capped by a splash-proof lid to prevent water intrusion.
    • 具有环境密封的壳体的发动机控制模块包括壳体安装的空气压力传感器,用于向安装在壳体内的控制电路提供可靠的大气压力测量值。 传感器安装在壳体的内表面上,并且包括传感器元件,主体部分和立管部分。 传感器元件安装在主体部分中,并且提升部分突出穿过壳体中的开口,以将传感器元件耦合到壳体外部的大气压力。 主体部分密封地固定到壳体的内侧面,并且模制到主体部分中的一组导体销向内延伸以接合由壳体包围的电路板,从而将传感器元件直接耦合到ECM的控制电路。 提升管部分的顶部由防溅盖盖住,以防止水侵入。
    • 10. 发明授权
    • Electrical feedthrough for varied environmental conditions
    • 不同环境条件下的电气馈通
    • US07244895B1
    • 2007-07-17
    • US11416268
    • 2006-05-02
    • Hamid R. Borzabadi
    • Hamid R. Borzabadi
    • H02G3/18
    • B60R16/0222Y10S439/93
    • A cost efficient electrical feedthrough is provided for forming a hermetic seal with a container and allowing a desired number of inputs to be connected between varied environmental conditions. The electrical feedthrough can be employed for environmental conditions including high pressures, high temperatures, low temperatures and the presence of corrosive gases. A first wire situated in a first environmental condition and a second wire situated in a second environmental condition are connected via a conducting material. The first environmental condition and the second environmental condition are separated by a divider having an opening for passing therethrough either the first wire or the second wire. A first seal extends from the divider to a material in contact with the conducting material. In an aspect, a second seal forms an enclosed area with the conducting material for surrounding a wire engaging hole and any wire extended therethrough and sealing the first environmental condition from the second environmental condition.
    • 提供了一种成本有效的电馈通,用于与容器形成气密密封,并允许在各种环境条件之间连接所需数量的输入。 电馈通可用于包括高压,高温,低温和腐蚀性气体的环境条件。 位于第一环境条件下的第一线和位于第二环境条件下的第二线经由导电材料连接。 第一环境条件和第二环境条件由具有用于穿过第一线或第二线的开口的分隔器分开。 第一密封件从分隔件延伸到与导电材料接触的材料。 在一个方面,第二密封件与导电材料形成封闭区域,用于围绕电线接合孔和延伸穿过其中的任何电线,并将第一环境条件与第二环境条件密封。