会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Miniature probe positioning actuator
    • 微型探头定位执行器
    • US5635849A
    • 1997-06-03
    • US643523
    • 1996-05-06
    • Jiann-Chang LoMichael ServedioJames M. HammondJames E. Boyette, Jr.Hans-George H. Kolan
    • Jiann-Chang LoMichael ServedioJames M. HammondJames E. Boyette, Jr.Hans-George H. Kolan
    • G01R31/26G01R1/067G01R1/073G01R31/28H01L21/66H02K41/03G01R31/22
    • G01R1/06705
    • Disclosed is a Probe Positioning Actuator which is low in cost and mass, capable of high accelerations, relatively long stroke and compact packaging, as well as high in efficiency. The actuator assembly comprises a frame, and at least one pair of spaced apart, laterally extending, conductor carrying, flexible beams attached to the frame. A non-magnetic armature, substantially U-shaped in cross section, is attached adjacent or approximate the extended terminal ends of the beams, and a probe is attached to the base of the "U" of the armature for contacting selected points in the electrical circuit associated with the device being tested. The heart of the actuator includes a coil mounted on the upstanding legs of the U-shaped armature and arranged so that the axis of the coil is perpendicular to the base of the armature but substantially parallel to the probe tip. This arrangement places the `motor` portion of the actuator adjacent the probe and permits accurate and repeatable, fast control of not only probe tip position but probe tip movement. To complete the motor portion of the actuator, means, carried by the frame create a magnetic field across the coil, whereby upon energization of the coil, deflection of the armature (and thus the beams) occurs, effecting movement of the probe tip into contact with selected portions of the device being tested.
    • 公开了一种探头定位致动器,其成本和质量低,能够具有高加速度,相对长的行程和紧凑的包装以及高的效率。 致动器组件包括框架,以及连接到框架的至少一对间隔开的横向延伸的导体承载的柔性梁。 基本上U形的横截面的非磁性衔铁被安装在梁的延伸的末端附近或近似的位置,并且探头附接到电枢的“U”的底部,用于接触电气中的选定点 与被测设备相关的电路。 致动器的心脏包括安装在U形衔铁的直立腿上的线圈,并被布置成使得线圈的轴线垂直于电枢的基部,但基本上平行于探针尖端。 这种布置使致动器的“电动机”部分邻近探头,并且允许精确和可重复地,快速地控制探针尖端位置,但是探针尖端运动。 为了完成致动器的电动机部分,由框架承载的装置在线圈上产生磁场,由此在线圈通电时,发生电枢(以及因此的梁)的偏转,使探针尖端移动到接触 该设备的选定部分被测试。
    • 3. 发明授权
    • Miniature probe positioning actuator
    • 微型探头定位执行器
    • US5532611A
    • 1996-07-02
    • US451635
    • 1995-05-26
    • Jiann-Chang LoMichael ServedioJames M. HammondJames E. Boyette, Jr.Hans-George H. Kolan
    • Jiann-Chang LoMichael ServedioJames M. HammondJames E. Boyette, Jr.Hans-George H. Kolan
    • G01R31/26G01R1/067G01R1/073G01R31/28H01L21/66H02K41/03G01R31/22
    • G01R1/06705
    • Disclosed is a Probe Positioning Actuator which is low in cost and mass, capable of high accelerations, relatively long stroke and compact packaging, as well as high in efficiency. The actuator assembly comprises a frame, and at least one pair of spaced apart, laterally extending, conductor carrying, flexible beams attached to the frame. A non-magnetic armature, substantially U-shaped in cross section, is attached adjacent or approximate the extended terminal ends of the beams, and a probe is attached to the base of the "U" of the armature for contacting selected points in the electrical circuit associated with the device being tested. The heart of the actuator includes a coil mounted on the upstanding legs of the U-shaped armature and arranged so that the axis of the coil is perpendicular to the base of the armature but substantially parallel to the probe tip. This arrangement places the `motor` portion of the actuator adjacent the probe and permits accurate and repeatable, fast control of not only probe tip position but probe tip movement. To complete the motor portion of the actuator, means, carried by the frame create a magnetic field across the coil, whereby upon energization of the coil, deflection of the armature (and thus the beams) occurs, effecting movement of the prob into contact with selected portions of the device being tested.
    • 公开了一种探头定位致动器,其成本和质量低,能够具有高加速度,相对长的行程和紧凑的包装以及高的效率。 致动器组件包括框架,以及连接到框架的至少一对间隔开的横向延伸的导体承载的柔性梁。 基本上U形的横截面的非磁性衔铁被安装在梁的延伸的末端附近或近似的位置,并且探头附接到电枢的“U”的底部,用于接触电气中的选定点 与被测设备相关的电路。 致动器的心脏包括安装在U形衔铁的直立腿上的线圈,并被布置成使得线圈的轴线垂直于电枢的基部,但基本上平行于探针尖端。 这种布置使致动器的“电动机”部分邻近探头,并且允许精确和可重复地,快速地控制探针尖端位置,但是探针尖端运动。 为了完成致动器的电动机部分,由框架承载的装置在线圈上产生磁场,由此在线圈通电时,发生电枢(以及因此的梁)的偏转,从而实现与该 正在测试的设备的所选部分。