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    • 28. 发明授权
    • Panel positioning device
    • 面板定位装置
    • US5964569A
    • 1999-10-12
    • US940982
    • 1997-09-30
    • Seok-Won Lee
    • Seok-Won Lee
    • G09F9/00G02F1/133G02F1/1333B25J15/00
    • G02F1/1333G02F2001/133354Y10S248/913Y10S269/903
    • An improved panel positioning device which can be easily and accurately regulated by linearly regulating a heightwise displacement of the panel. A panel is mounted to an upper portion of a holder, and the holder is pivotally mounted to a holder support plate, a first regulating plate provided with first and second side plates on both sides is located below the holder support plate. First through fifth regulating knobs regulates a pivot angle, a lengthwise position, a widthwise position, a pivot angle about a lengthwise axis, and a heightwise position of the holder respectively. A third regulating plate for regulating the heightwise position of the holder is mounted to a side frame so as to be lengthwisely moved and is engaged with the fifth regulating knob at one side thereof. A first pin is fixed to the second regulating plate, and a linear inclined slit which extends from an upper portion of one lengthwise side thereof to a lower end of the other lengthwise side thereof and into which the first pin is inserted and penetrated is formed at one width side thereof. When the fifth regulating knob is rotated, the first pin of the second regulating plate is guided by the inclined slit. The second regulating plate is heightwisely moved with respect to the side frame and linearly proportional to the rotational displacement of the fifth regulating knob, and thus regulating the heightwise displacement of the panel easily and accurately.
    • 一种改进的面板定位装置,其可以通过线性调节面板的高度位移来容易且精确地调节。 面板安装在支架的上部,支架枢转地安装在支架支撑板上,设置在两侧的第一和第二侧板的第一调节板位于支架支撑板的下方。 第一至第五调节旋钮分别调节摆动角度,纵向位置,宽度方向位置,绕纵向轴线的转动角度和支架的高度位置。 用于调节保持器的高度位置的第三调节板安装在侧框架上以便纵向移动并且在其一侧与第五调节旋钮接合。 第一销被固定到第二调节板上,并且从其一个纵向侧的上部延伸到另一个纵向侧的下端,并且第一销被插入并穿过该线性倾斜狭缝形成在 其宽度一侧。 当第五调节旋钮旋转时,第二调节板的第一销由倾斜狭缝引导。 第二调节板相对于侧框架高度移动并与第五调节旋钮的旋转位移成线性比例,从而容易且准确地调节面板的高度位移。
    • 29. 发明授权
    • Thin film actuated mirror array
    • 薄膜致动反射镜阵列
    • US5936757A
    • 1999-08-10
    • US877645
    • 1997-06-17
    • Dong-Kuk KimJeong-Beom JiSeok-Won Lee
    • Dong-Kuk KimJeong-Beom JiSeok-Won Lee
    • G02B26/08G02B26/00
    • G02B26/0858
    • There is provided an array of M.times.N thin film actuated mirrors for use in an optical projection system comprising an active matrix, an array of M.times.N thin film actuating structures, each of the thin film actuating structures including at least a thin film layer of a motion-inducing material, a pair of electrodes, each of the electrodes being provided on top and bottom of the thin film motion-inducing layer, an array of M.times.N supporting members, each of the supporting members being used for holding each of the actuating structures in place by cantilevering each of the actuating structures and also for electrically connecting each of the actuating structures and the active matrix, and an array of M.times.N mirrors for reflecting light beams, each of the mirrors being placed on top of each of the actuating structures. An electrical signal is applied across the thin film layer of the motion-inducing material located between the pair of electrodes in each of the actuating structures, causing a deformation thereof, which will in turn deform the mirror placed on top thereof.
    • 提供了一种用于光学投影系统的MxN薄膜致动反射镜阵列,该光学投影系统包括有源矩阵,MxN薄膜致动结构的阵列,每个薄膜致动结构至少包括一个运动 - 诱导材料,一对电极,每个电极设置在薄膜运动感应层的顶部和底部,MxN支撑构件的阵列,每个支撑构件用于将每个致动结构保持在适当位置 通过悬吊每个致动结构以及用于电连接致动结构和有源矩阵中的每一个以及用于反射光束的MxN反射镜阵列,每个反射镜被放置在每个致动结构的顶部。 在每个致动结构中的每一个致动结构中的电极之间施加电信号穿过位于一对电极之间的运动感应材料的薄膜层,从而导致其变形,这反过来又将放置在其顶部上的反射镜变形。
    • 30. 发明授权
    • Thin film actuated mirror array and method for the manufacture thereof
    • 薄膜致动反射镜阵列及其制造方法
    • US5900998A
    • 1999-05-04
    • US877084
    • 1997-06-17
    • Dong-Kuk KimJeong-Beom JiSeok-Won Lee
    • Dong-Kuk KimJeong-Beom JiSeok-Won Lee
    • H04N9/31B81B3/00B81C1/00G02B26/08G02F1/29G09F19/16G09F19/18H01L41/09H04N5/74G02B7/182G02B5/08
    • G02B26/0858Y10S359/904
    • There is provided an array of M.times.N thin film actuated mirrors for use in an optical projection system comprising an active matrix, an array of M.times.N thin film actuating structures, each of the thin film actuating structures including at least a thin film layer of a motion-inducing material, a pair of electrodes, each of the electrodes being provided on top and bottom of the thin film motion-inducing layer, an array of M.times.N supporting members, each of the supporting members being used for holding each of the actuating structures in place by cantilevering each of the actuating structures and also for electrically connecting each of the actuating structures and the active matrix, and an array of M.times.N mirrors for reflecting light beams, each of the mirrors being placed on top of each of the actuating structures. An electrical signal is applied across the thin film layer of the motion-inducing material located between the pair of electrodes in each of the actuating structures, causing a deformation thereof, which will in turn deform the mirror placed on top thereof.
    • 提供了一种用于光学投影系统的MxN薄膜致动反射镜阵列,该光学投影系统包括有源矩阵,MxN薄膜致动结构的阵列,每个薄膜致动结构至少包括一个运动 - 诱导材料,一对电极,每个电极设置在薄膜运动感应层的顶部和底部,MxN支撑构件的阵列,每个支撑构件用于将每个致动结构保持在适当位置 通过悬吊每个致动结构以及用于电连接致动结构和有源矩阵中的每一个以及用于反射光束的MxN反射镜阵列,每个反射镜被放置在每个致动结构的顶部。 在每个致动结构中的每一个致动结构中的电极之间施加电信号穿过位于一对电极之间的运动感应材料的薄膜层,从而导致其变形,这反过来又将放置在其顶部上的反射镜变形。