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    • 3. 发明授权
    • Electromagnetic camera shutter
    • 电磁相机快门
    • US5608484A
    • 1997-03-04
    • US628070
    • 1996-04-04
    • Edward P. FurlaniWilliam MeyThomas M. StephanyJ. Kelly Lee
    • Edward P. FurlaniWilliam MeyThomas M. StephanyJ. Kelly Lee
    • G03B9/36
    • G03B9/36
    • An electromagnetic camera shutter including an electrically conductive shutter blade and electrically conductive springs for urging the shutter blade into a first or a second position from a compressed position between the first and the second position. A permanent magnet is associated with said shutter blade and a control device applies a current through the springs and the shutter blade in a first direction to generate an electromagnetic field between the shutter blade and the permanent magnet so as to move the shutter blade from the first position to the second position and alternately, applies a current through the springs and the shutter blade in a second direction so as to move the shutter blade from the second position to the first position.
    • 一种电磁相机快门,其包括导电快门叶片和用于将快门叶片从第一和第二位置之间的压缩位置推入第一或第二位置的导电弹簧。 永磁体与所述快门叶片相关联,并且控制装置沿着第一方向施加电流通过弹簧和快门叶片,以在快门叶片和永磁体之间产生电磁场,以便将快门叶片从第一 位置到第二位置,并且交替地,沿着第二方向施加电流通过弹簧和快门叶片,以将快门叶片从第二位置移动到第一位置。
    • 5. 发明授权
    • Light modulator with specific electrode configurations
    • 具有特定电极配置的光调制器
    • US6067183A
    • 2000-05-23
    • US208563
    • 1998-12-09
    • Edward P. FurlaniWilliam J. GrandeThomas M. Stephany
    • Edward P. FurlaniWilliam J. GrandeThomas M. Stephany
    • G02B26/08G02F1/03
    • G02B26/0841G02B26/0833G02F1/0316
    • A light modulator for modulating a beam of light of wavelength .lambda. including a substrate, a fixed electrode formed over the substrate and arranged to reflect light; an insulative transparent layer defining a modulating region formed over the fixed electrode wherein the height of the insulative transparent layer is substantially an odd multiple of .lambda./n4, where n is the refractive index of the insulative transparent layer; the plurality of electrodes having a coiled portion disposed adjacent to the modulating region and effective in a first configuration wherein the coiled portion remains coiled and in a second flat configuration in response to a voltage applied between the plurality of electrodes and the fixed electrode for uncoiling the coiled portion so that it is in the second flat configuration over the modulating region; a top surface of the plurality of electrodes being made of a reflective material; and applying a voltage across the plurality of electrodes and the fixed electrode to uncoil the coiled portion so that it is in the second flat configuration and its top surface is arranged to reflect light illuminating the modulating region so that light reflected from the top surface of the plurality of electrodes interferes with the light reflected from the fixed electrode to modulate the light which illuminates the light modulating region.
    • 一种用于调制包括衬底的波长λ的光束的光调制器,形成在衬底上并被布置成反射光的固定电极; 绝缘透明层,限定形成在固定电极上的调制区域,其中绝缘透明层的高度基本上是λ/ n4的奇数倍,其中n是绝缘透明层的折射率; 所述多个电极具有邻近所述调制区域设置的线圈部分,并且在第一配置中有效,其中所述线圈部分保持卷绕,并且响应于施加在所述多个电极和所述固定电极之间的电压而处于第二平坦配置, 卷绕部分,使得其在调制区域上处于第二平面配置; 所述多个电极的顶表面由反射材料制成; 以及跨越所述多个电极和所述固定电极施加电压以使所述线圈部分开卷,使得其处于所述第二平坦构造,并且其顶表面被布置成反射照射所述调制区域的光,使得从所述第二平坦构造的顶表面反射的光 多个电极干扰从固定电极反射的光,以调制照射光调制区域的光。
    • 6. 发明授权
    • Device for detecting the position of an optical or magnetic head used on
linear motors
    • 用于检测线性电机上使用的光学头或磁头的位置的装置
    • US5606206A
    • 1997-02-25
    • US419341
    • 1995-04-10
    • Thomas M. StephanyEdward P. Furlani
    • Thomas M. StephanyEdward P. Furlani
    • G11B7/085G11B21/08H02K11/00H02K41/035H02K41/02H02K41/00
    • G11B7/08588G11B21/083H02K41/0356H02K11/00
    • In one embodiment, a device for detecting the position of a head attached to a linear motor, the detection device comprises an extension member for guiding and directing flux therein. A moving coil disposed on the extension member which coil, when energized, moves along the extension for positioning the head. A magnet positioned in a spaced apart relationship with the coil for inducing a drive flux which assists in imparting the motion to the coil when the coil is energized. A first wall is positioned adjacent the linear motor. A second wall is positioned in a spaced apart relationship with the first wall. A first and second magnet both include a north and south pole oriented along their cross-sectional dimension for generating a magnetic field substantially between the first and second walls; wherein the south pole of the first magnet is in abutting contact with the first wall and the north pole of the second magnet is in abutting contact with the first wall; wherein the north pole of the first magnet is in abutting contact with the second wall and the south pole of the second magnet is in abutting contact with the second wall. A sensor is attached to and moving in unison with the coil and positioned between the first and second walls for detecting the magnetic flux between the walls for ultimately determining the position of the magnetic head.
    • 在一个实施例中,一种用于检测附接到线性电动机的头部的位置的装置,所述检测装置包括用于引导和引导通量的延伸部件。 设置在所述延伸构件上的动圈,当被激励时,所述线圈沿着所述延伸部移动以定位所述头部。 与线圈间隔开的磁体,用于感应驱动磁通,该磁通有助于当线圈通电时向线圈施加运动。 第一个壁位于线性电机附近。 第二壁与第一壁以间隔开的关系定位。 第一和第二磁体都包括沿其横截面尺寸定向的北极和南极,用于基本上在第一和第二壁之间产生磁场; 其中,所述第一磁体的所述南极与所述第一壁抵接,所述第二磁体的北极与所述第一壁抵接; 其中所述第一磁体的北极与所述第二壁抵接,并且所述第二磁体的所述南极与所述第二壁抵接。 传感器附接到线圈并与线圈一致并且位于第一和第二壁之间,用于检测壁之间的磁通量,以最终确定磁头的位置。
    • 8. 发明授权
    • Electromagnetic mechanism for providing a hard stop for moving blade
aperture systems
    • 提供用于移动叶片孔径系统的硬停止的电磁机构
    • US5619296A
    • 1997-04-08
    • US655366
    • 1996-05-30
    • Edward P. FurlaniPaul L. TaillieThomas M. Stephany
    • Edward P. FurlaniPaul L. TaillieThomas M. Stephany
    • G03B9/10G03B9/14G03B9/24G03B9/02G03B9/08
    • G03B9/24G03B9/14
    • An improved hard stop for use with an aperture mechanism is comprised of at least one blade moveable along a path between a closed position and at least one open position, and at least one hard stop that is moveable between a first position, out of the blade path, and a second position, in the blade path, to position the blade in the open position when an edge of the blade contacts a hard stop piston. The improved hard stop is comprised of a magnetic piston, an electromagnet that is positioned proximate the magnetic piston for causing the magnetic piston to move to the first position when current is applied to the electromagnet in a first direction and for causing the magnetic piston to move to the second position when current is applied to the electromagnet in a second direction. A first ferromagnet is positioned at the first position to maintain the magnetic piston at the first position when current ceases to be applied to the electromagnet in the first direction. A second ferromagnetic is positioned at the second position to maintain the magnetic piston at the second position when current ceases to be applied to the electromagnet in the second direction.
    • 用于孔机构的改进的硬止动器包括至少一个沿着关闭位置和至少一个打开位置之间的路径可移动的刀片,以及至少一个硬止动件,其可在第二位置之外移出刀片 路径和第二位置,在叶片路径中,当叶片的边缘接触硬止动活塞时,将叶片定位在打开位置。 改进的硬停止包括磁性活塞,电磁体,其位于磁性活塞附近,用于当电流沿第一方向施加到电磁体并使磁性活塞移动时使磁性活塞移动到第一位置 当电流在第二方向上施加到电磁体时,到第二位置。 当电流停止在第一方向施加到电磁体时,第一铁磁体定位在第一位置以将磁性活塞保持在第一位置。 当第二铁磁体位于第二位置时,当电流停止在第二方向施加到电磁体时,将磁性活塞保持在第二位置。
    • 9. 发明授权
    • Electromagnetic camera shutter with a conductive strip on the blade and
a permanent magnet aperture
    • 电磁相机快门,带有导电条的刀片和永磁体孔
    • US5606387A
    • 1997-02-25
    • US627061
    • 1996-04-03
    • Edward P. FurlaniThomas M. Stephany
    • Edward P. FurlaniThomas M. Stephany
    • G03B9/36G03B9/08
    • G03B9/36
    • An improved electromagnetic camera shutter incorporating an electrically conductive shutter blade having a hole there through that is connected in series to a pair of electrically conductive springs to urge the shutter blade into a first or a second position from a compressed position between the first and the second positions.A permanent magnet having a hole there through is positioned in proximity to the shutter blade such that the shutter covers the hole in the permanent magnet when the shutter is in the first or the second position.A control means, for applying a current through the springs and the shutter blade in a first direction, generates an electromagnetic field between the shutter blade and the permanent magnet to move the shutter blade from the first position to the second position and for applying a current through the springs and the shutter blade in a second direction so as to move the shutter blade from the second position to the first position such that the hole in the shutter is positioned over the hole in the permanent magnet during transitions of the shutter between positions.
    • 一种改进的电磁照相机快门,其结合有导电快门叶片,其具有通过该孔的孔,其与一对导电弹簧串联连接,以将快门叶片从第一和第二之间的压缩位置推入第一或第二位置 职位 具有穿过其中的孔的永磁体位于快门叶片附近,使得当快门处于第一位置或第二位置时,快门遮盖永久磁铁中的孔。 用于沿第一方向施加电流通过弹簧和快门叶片的控制装置在快门叶片和永磁体之间产生电磁场,以将快门叶片从第一位置移动到第二位置,并且用于施加电流 通过所述弹簧和所述快门叶片沿第二方向移动所述快门叶片,以将所述快门叶片从所述第二位置移动到所述第一位置,使得所述快门的所述孔在所述快门在位置之间转变期间位于所述永久磁体中的所述孔的上方。
    • 10. 发明授权
    • Integrated microchannel print head for electrographic printer
    • 用于电印机的集成微通道打印头
    • US06037957A
    • 2000-03-14
    • US909174
    • 1997-08-11
    • William J. GrandeWilliam MeyThomas M. Stephany
    • William J. GrandeWilliam MeyThomas M. Stephany
    • B41J2/395G03G15/34B41J2/39
    • B41J2/395G03G15/348G03G2217/0016
    • Electrographic printing apparatus for forming a toner image on a recording medium includes: a magnetic brush having a rotatable magnetic core and a stationary outer shell; a developer supply for supplying a magnetic developer powder to the magnetic brush; a print head on the outer shell; and a receiver electrode arranged in spaced relation to the print head to define a recording region through which the receiver can be moved. The print head includes an array of microchannels for forming a plurality of parallel lines of developer in the channels, a corresponding plurality of transfer electrodes located in the microchannels for selectively transferring developer from the lines to a receiver, driver circuitry for generating and applying transfer signals to the transfer electrodes, a power supply connection for applying power to the drive circuitry, a print signal input connection for applying print signals to the print head, the print signal input including a number of electrical conductors fewer than the number of transfer electrodes, and a logic and control circuit for applying the print signals to the drive circuitry.
    • 用于在记录介质上形成调色剂图像的电子照相印刷装置包括:具有可旋转磁芯和固定外壳的磁刷; 用于向磁刷提供磁性显影剂粉末的显影剂供应; 外壳上的打印头; 以及接收器电极,其布置成与打印头间隔开,以限定可以移动接收器的记录区域。 打印头包括用于在通道中形成多个平行显影剂行的微通道阵列,位于微通道中的对应的多个传输电极,用于将显影剂从线路选择性地转移到接收器,用于产生和施加传送信号的驱动器电路 传输电极,用于向驱动电路施加电力的电源连接,用于将打印信号施加到打印头的打印信号输入连接,包括少于传送电极数量的多个电导体的打印信号输入,以及 用于将打印信号施加到驱动电路的逻辑和控制电路。