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    • 5. 发明申请
    • Method and apparatus for inducing and detecting ankle torsion
    • 用于诱导和检测踝关节扭转的方法和装置
    • US20050288609A1
    • 2005-12-29
    • US11159696
    • 2005-06-23
    • Michael WarnerJames Mertz
    • Michael WarnerJames Mertz
    • A61B5/103A61B5/11A61B5/117
    • A61B5/1121A61B5/103A61B5/1126A61B5/4519A61B5/4528A61B5/4533A61B5/6829
    • A force applied to the foot of a patient causes the foot to rotate inwardly. After measuring the rotational displacement of the foot inwardly as the function of the applied force, the force is removed and the displacement of the foot is measured again. Next, a force is applied to the foot of the patient that causes the foot to rotate outwardly. After measuring the rotational displacement of the foot outwardly as a function of the applied force, the force is removed and the displacement of the foot is measured again. The displacements versus applied forces are plotted on a Cartesian coordinate system to produce a hysteresis curve. The data obtained and the hysteresis curve produced therefrom provides a quantitative measure of the motion quality and motion quantity of the foot and its corresponding ankle and is subject to detailed analytic and medical analysis.
    • 施加到患者脚部的力使得脚向内旋转。 根据所施加的力量的函数测量脚的旋转位移量后,力就被移除,再次测量脚的位移。 接下来,向患者的脚施加力,使得脚向外旋转。 根据施加的力量测量脚的向外旋转位移后,力就被去除,并再次测量脚的位移。 位移与施加力绘制在笛卡尔坐标系上以产生滞后曲线。 获得的数据和由此产生的滞后曲线提供了足部及其相应脚踝的运动质量和运动量的定量测量,并进行详细的分析和医学分析。
    • 10. 发明授权
    • Microelectronic bond ribbon design
    • 微电子键带设计
    • US6081035A
    • 2000-06-27
    • US736415
    • 1996-10-24
    • Michael WarnerThomas H. DistefanoDavid Gibson
    • Michael WarnerThomas H. DistefanoDavid Gibson
    • H01L23/495H01L23/48H01L23/52H01L29/40
    • H01L24/50H01L23/49541H01L23/49558H01L23/49572H01L23/49586H01L2924/01027H01L2924/01033H01L2924/01078H01L2924/01082H01L2924/12042H01L2924/14
    • An improved bond ribbon design, said bond ribbon having a dual taper that functions to localize the bending along a predetermined distribution of the bond ribbon during the bonding of the bond ribbon to an associated contact of a semiconductor chip. Use of the dual-tapered bond ribbons during bonding provides a bonded bond ribbon having a form that is substantially s-shaped. The radii of curvature making out the curves of the s-shaped configuration can be predetermined and controlled by the length and taper of the individual tapered section. The improved bond ribbon further comprises an anchor pad, said anchor pad characterized by a large surface area that decreases the likelihood of delamination of it from a supporting dielectric structure. A multiplicity of these improved bond ribbons can be fabricated in an external connection component so as to facilitate the alignment and bonding process of multiple bond ribbons to corresponding contacts of the semiconductor chip and can be designed, configured or placed such that the corner contact of the semiconductor chip are accessible for bonding. With respect to the problems associated with accessing the corner contacts of a semiconductor chip when using the connection component, three approaches are offered as solutions.
    • 改进的粘结带设计,所述粘结带具有双锥度,其功能是在粘结带与半导体芯片的相关联的接合处期间沿着粘合带的预定分布定位弯曲。 在接合期间使用双锥形粘结带提供具有基本上S形的形式的粘结粘结带。 形成s形构造曲线的曲率半径可以由单个锥形部分的长度和锥度来预定和控制。 改进的粘结带还包括锚垫,所述锚垫的特征在于大的表面积减小了其从支撑介质结构分层的可能性。 可以在外部连接部件中制造多个这些改进的接合带,以便于将多个接合带对准和接合处理到半导体芯片的对应接点,并且可以被设计,配置或放置,使得 半导体芯片可用于接合。 关于在使用连接部件时访问半导体芯片的角接触相关的问题,提供三种方案作为解决方案。