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    • 2. 发明授权
    • Method and apparatus for the quantitative measurement of adhesion of
thin films
    • 用于定量测量薄膜粘附的方法和装置
    • US4899581A
    • 1990-02-13
    • US351330
    • 1989-05-04
    • Mark G. AllenStephen D. Senturia
    • Mark G. AllenStephen D. Senturia
    • G01N3/00G01N3/02G01N19/04
    • G01N19/04G01N2203/0091G01N2203/0298
    • A device for quantitatively measuring adherence of thin films provides a first substrate having an upper surface and a second substrate having a surface coplanar therewith. The second substrate is spaced on all sides from the first substrate by a cavity. The thin film is suspended over the cavity and adhered to the surfaces of the two substrates. A characteristic length of the area of the surface of the second substrate to which the film is adhered is made small relative to the characteristic length of the cavity. A pressure differential is applied across the thickness of the film such that the film debonds from the surface of the second substrate. Mechanical characteristics of the debonding of the film are observed and measured. The characteristics are thereafter related to provide a quantitative measurement of adherence of the thin film to the second substrate. A measurement of relative adherence between different films is obtained by testing a multilayered film structure. Other layers of various materials may be used to define a smaller area of adherence to which the film may be adhered.
    • 用于定量测量薄膜粘附性的装置提供具有上表面的第一基底和具有与其共面的表面的第二基底。 第二基板通过空腔与第一基板的所有侧面间隔开。 薄膜悬挂在空腔上并粘附到两个基板的表面上。 相对于空腔的特征长度,薄膜附着的第二基板的表面的面积的特征长度变小。 在膜的厚度上施加压差,使得膜从第二基板的表面剥离。 观察并测量薄膜脱粘的机械特性。 此后的特征涉及提供薄膜对第二基底的粘附的定量测量。 通过测试多层膜结构获得不同膜之间的相对粘附度的测量。 可以使用各种材料的其它层来限定薄膜附着的更小的粘附面积。
    • 8. 发明授权
    • Precision electrostatic actuation and positioning
    • 精密静电致动和定位
    • US06329738B1
    • 2001-12-11
    • US09537936
    • 2000-03-29
    • Elmer S. HungErik R. DeutschStephen D. Senturia
    • Elmer S. HungErik R. DeutschStephen D. Senturia
    • H02N100
    • B81B3/0037B81B2201/038B81B2203/053H02N1/006
    • There is provided an electrostatically-controllable actuator having a stationary electrode, with an actuating element separated from the stationary electrode by an actuation gap. The actuating element includes a mechanically constrained support region, a deflection region free to be deflected through the actuation gap, and a conducting actuation region extending from about the support region to the deflection region. A commonality in area between the actuation region and the stationary electrode is selected to produce controlled and stable displacement of the deflection region over a displacement range, e.g., extending to a specified point in the actuation gap, when an actuation voltage is applied between the actuation region and the stationary electrode. This range of stable displacement, which can be stable bending, can extend to a point greater than about ⅓ of the actuation gap, or even through the full actuation gap. As a result, the invention overcomes the limitation of ⅓ gap actuation of conventional electrostatic actuation configurations.
    • 提供了具有固定电极的静电可控致动器,其中致动元件通过致动间隙与固定电极分离。 致动元件包括机械约束的支撑区域,可自由偏转通过致动间隙的偏转区域以及从支撑区域延伸到偏转区域的导电致动区域。 选择致动区域和固定电极之间的区域中的共同点,以便在致动电压施加在致动区域之间时在偏移范围(例如延伸到致动间隙中的特定点)处产生受控且稳定的偏转区域位移 区域和固定电极。 可稳定弯曲的这种稳定位移范围可以延伸到大于致动间隙的大约1/3的点,或者甚至延伸到完全致动间隙。 结果,本发明克服了传统的静电致动构造的1/3间隙致动的限制。