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    • 3. 发明申请
    • Method and system for measurement of current flows in fastener arrays
    • 用于测量紧固件阵列中电流的方法和系统
    • US20080036448A1
    • 2008-02-14
    • US11498634
    • 2006-08-03
    • Daniel J. KovachAndrew M. Robb
    • Daniel J. KovachAndrew M. Robb
    • G01R15/20
    • G01R15/181G01R31/008
    • A method and apparatus for simultaneously measuring current flows through individual structures in a multi-structure composite joint is provided. The method comprising inserting a printed circuit board, etched with Rogowski coil sensory circuits, inside the joint between at least two structures with the at least two structures extending through the Rogowski coil sensory circuits in the printed circuit board; detecting induced current in the at least two fasteners; transmitting the induced current to a passive integrator array for capturing transient pulses from the printed circuit board and integrating the pulses into an array output; transmitting the array output to a processing unit.
    • 提供了一种用于同时测量多结构复合接头中各个结构的电流的方法和装置。 所述方法包括在至少两个结构之间的接头内插入用罗氏线圈感觉电路蚀刻的印刷电路板,所述至少两个结构延伸穿过印刷电路板中的罗氏线圈感觉电路; 检测所述至少两个紧固件中的感应电流; 将感应电流传输到无源积分器阵列,以从印刷电路板捕获瞬态脉冲并将脉冲积分成阵列输出; 将阵列输出发送到处理单元。
    • 4. 发明授权
    • Copper grid repair technique for lightning strike protection
    • 铜电网维修技术
    • US08784589B2
    • 2014-07-22
    • US13449083
    • 2012-04-17
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • B29C73/00B32B43/00B32B37/00B29C65/00B64D45/02B64C1/10B64D7/00H02H1/00H02H1/04H02H3/22H02H9/06H05F3/00
    • B32B38/10B32B43/00
    • A method for reworking an electrically conductive layer of a composite skin is disclosed in which a patch replaces the altered section of the electrically conductive layer. The method is performed by removing a portion of the electrically conductive layer to reveal the underlying composite skin. A patch is formed, having an electrically conductive section coupled to an adhesive having a low dielectric breakdown strength, and is then introduced over the underlying composite skin such that the adhesive layer covers the underlying composite skin and overlaps an unremoved portion of the electrically conductive layer. The patch is applied such that the electrically conductive section within the patch covers the adhesive layer and overlaps the unremoved section of the electrically conductive layer. The adhesive layer preferably has a low dielectric breakdown strength, so that electricity from lightning which strikes the composite skin may be conducted through the adhesive.
    • 公开了一种用于对复合表皮的导电层进行再加工的方法,其中贴片代替导电层的改变部分。 该方法通过去除导电层的一部分以露出下面的复合表皮来进行。 形成贴片,其具有耦合到具有低介电击穿强度的粘合剂的导电部分,然后被引入到下面的复合皮肤上,使得粘合剂层覆盖下面的复合表皮并与导电层的未被移除的部分重叠 。 贴片被贴合使得贴片内的导电部分覆盖粘合剂层并与导电层的未移除部分重叠。 粘合剂层优选具有低的介电击穿强度,从而可以通过粘合剂进行撞击复合材料表面的闪电的电力。
    • 5. 发明申请
    • COPPER GRID REPAIR TECHNIQUE FOR LIGHTNING STRIKE PROTECTION
    • 铜网修理技术,用于防雷保护
    • US20110186206A1
    • 2011-08-04
    • US12877169
    • 2010-09-08
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • B32B43/00B32B38/10
    • B32B38/10B32B43/00
    • A method for reworking an electrically conductive layer of a composite skin is disclosed in which a patch replaces the altered section of the electrically conductive layer. The method is performed by removing a portion of the electrically conductive layer to reveal the underlying composite skin. A patch is formed, having an electrically conductive section coupled to an adhesive having a low dielectric breakdown strength, and is then introduced over the underlying composite skin such that the adhesive layer covers the underlying composite skin and overlaps an unremoved portion of the electrically conductive layer. The patch is applied such that the electrically conductive section within the patch covers the adhesive layer and overlaps the unremoved section of the electrically conductive layer. The adhesive layer preferably has a low dielectric breakdown strength, so that electricity from lightning which strikes the composite skin may be conducted through the adhesive.
    • 公开了一种用于对复合表皮的导电层进行再加工的方法,其中贴片代替导电层的改变部分。 该方法通过去除导电层的一部分以露出下面的复合表皮来进行。 形成贴片,其具有耦合到具有低介电击穿强度的粘合剂的导电部分,然后被引入到下面的复合皮肤上,使得粘合剂层覆盖下面的复合表皮并与导电层的未被移除的部分重叠 。 贴片被贴合使得贴片内的导电部分覆盖粘合剂层并与导电层的未移除部分重叠。 粘合剂层优选具有低的介电击穿强度,从而可以通过粘合剂进行撞击复合材料表面的闪电的电力。
    • 8. 发明申请
    • COPPER GRID REPAIR TECHNIQUE FOR LIGHTNING STRIKE PROTECTION
    • 铜网修理技术,用于防雷保护
    • US20120205031A1
    • 2012-08-16
    • US13449083
    • 2012-04-17
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • B32B38/10
    • B32B38/10B32B43/00
    • A method for reworking an electrically conductive layer of a composite skin is disclosed in which a patch replaces the altered section of the electrically conductive layer. The method is performed by removing a portion of the electrically conductive layer to reveal the underlying composite skin. A patch is formed, having an electrically conductive section coupled to an adhesive having a low dielectric breakdown strength, and is then introduced over the underlying composite skin such that the adhesive layer covers the underlying composite skin and overlaps an unremoved portion of the electrically conductive layer. The patch is applied such that the electrically conductive section within the patch covers the adhesive layer and overlaps the unremoved section of the electrically conductive layer. The adhesive layer preferably has a low dielectric breakdown strength, so that electricity from lightning which strikes the composite skin may be conducted through the adhesive.
    • 公开了一种用于对复合表皮的导电层进行再加工的方法,其中贴片代替导电层的改变部分。 该方法通过去除导电层的一部分以露出下面的复合表皮来进行。 形成贴片,其具有耦合到具有低介电击穿强度的粘合剂的导电部分,然后被引入到下面的复合皮肤上,使得粘合剂层覆盖下面的复合表皮并与导电层的未被移除的部分重叠 。 贴片被贴合使得贴片内的导电部分覆盖粘合剂层并与导电层的未移除部分重叠。 粘合剂层优选具有低的介电击穿强度,从而可以通过粘合剂进行撞击复合材料表面的闪电的电力。
    • 10. 发明申请
    • COPPER GRID REPAIR TECHNIQUE FOR LIGHTNING STRIKE PROTECTION
    • 铜网修理技术,用于防雷保护
    • US20100132875A1
    • 2010-06-03
    • US12696403
    • 2010-01-29
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • Patrice K. AckermanSteven D. BlanchardDaniel J. Kovach
    • B32B43/00
    • B29C73/10B29L2031/3085B64D45/02B64F5/40Y10T156/109Y10T428/20
    • A method for reworking an electrically conductive layer of a composite skin is disclosed in which a patch replaces the altered section of the electrically conductive layer. The method is performed by removing a portion of the electrically conductive layer to reveal the underlying composite skin. A patch is formed, having an electrically conductive section coupled to an adhesive having a low dielectric breakdown strength, and is then introduced over the underlying composite skin such that the adhesive layer covers the underlying composite skin and overlaps an unremoved portion of the electrically conductive layer. The patch is applied such that the electrically conductive section within the patch covers the adhesive layer and overlaps the unremoved section of the electrically conductive layer. The adhesive layer preferably has a low dielectric breakdown strength, so that electricity from lightning which strikes the composite skin may be conducted through the adhesive.
    • 公开了一种用于对复合表皮的导电层进行再加工的方法,其中贴片代替导电层的改变部分。 该方法通过去除导电层的一部分以露出下面的复合表皮来进行。 形成贴片,其具有耦合到具有低介电击穿强度的粘合剂的导电部分,然后被引入到下面的复合皮肤上,使得粘合剂层覆盖下面的复合表皮并与导电层的未被移除的部分重叠 。 贴片被贴合使得贴片内的导电部分覆盖粘合剂层并与导电层的未移除部分重叠。 粘合剂层优选具有低的介电击穿强度,从而可以通过粘合剂进行撞击复合材料表面的闪电的电力。