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    • 1. 发明授权
    • Light modulation device with matrix addressing
    • 具有矩阵寻址的轻型调制装置
    • US5078479A
    • 1992-01-07
    • US687129
    • 1991-04-18
    • Raymond Vuilleumier
    • Raymond Vuilleumier
    • G02B26/02G02B27/00G09F9/37
    • G02B26/0816G02B26/02G09F9/372
    • A light modulation device with matrix addressing including a matrix of cells. Each cell has two flaps fixed to a substrate by flexible attachments, a control electrode, a row electrode and a maintenance electrode. The flaps can adopt two stable positions through the application of suitable voltages to the row and maintenance electrodes. The flaps are activated by the application of a control voltage to the electrode at the same time as the voltage on the row electrode is returned to zero. The arrangement of the electrodes together with the existence of a maintenance electrode, which is common to all the flaps on the matrix, allows matrix addressing to be achieved.
    • 具有包括单元矩阵的矩阵寻址的光调制装置。 每个单元具有通过柔性附件,控制电极,行电极和维护电极固定到基板的两个翼片。 襟翼可以通过对行和维护电极施加合适的电压而采用两个稳定的位置。 通过在行电极上的电压返回到零的同时向电极施加控制电压来激活襟翼。 电极的布置以及维持电极的存在,这是矩阵上所有襟翼所共有的,可以实现矩阵寻址。
    • 3. 发明授权
    • Miniature display device
    • 微型显示装置
    • US4383255A
    • 1983-05-10
    • US242298
    • 1981-03-10
    • Pierre-Andre GrandjeanMartyn-Andrew CadmanRaymond VuilleumierRaymond Guye
    • Pierre-Andre GrandjeanMartyn-Andrew CadmanRaymond VuilleumierRaymond Guye
    • G02B26/02G09F9/37G09F11/00G08B5/36
    • G02B26/04G09F9/372
    • Each segment of a display device, e.g., a seven-segment display comprises at least one shutter normally obturating a cavity in a carrier on a base plate. Each shutter is suspended by two resilient attachments and can turn about a torsion axis established by these attachments under the influence of an electric field applied between a common electrode on a transparent cover plate and an electrode, individual to the shutter at the bottom of its cavity. An optical contrast is provided by light reflection or absorbance caused by a shutter remaining in a rest obturating position or rotating to an open position to allow light absorption in an absorbing layer backing the base plate which is transparent. A selective light transmission (light valve) construction is equally possible. The shutters themselves may be used as one electrode of each pair, with the torsion axis along a shutter edge. The shutters may be immersed in a liquid dielectric so that a smaller opening angle is required and the attachments can be shaped to provide the required degree of resilience.
    • 显示装置的每个部分,例如七段显示器,包括至少一个通常在基板上的载体中封闭空腔的快门。 每个快门由两个弹性附件悬挂,并且可以在施加在透明盖板上的公共电极和电极之间的电场的影响下绕这些附件建立的扭转轴转动,独立于其腔体底部的闸板 。 光学对比度由光反射或由保持在休眠位置中的快门所引起的吸光度或旋转到打开位置而提供,以允许在透明的基板背衬的吸收层中的光吸收。 选择性透光(光阀)结构同样是可能的。 快门本身可以用作每对的一个电极,其扭转轴线沿着快门边缘。 百叶窗可以浸在液体电介质中,使得需要更小的开启角度,并且可以将附件成形以提供所需的弹性程度。
    • 4. 发明授权
    • Miniature network of light obturators
    • 微型闭孔网络
    • US5579149A
    • 1996-11-26
    • US304689
    • 1994-09-12
    • Jean-Marc MoretPhilippe RenaudFelix RudolfRaymond Vuilleumier
    • Jean-Marc MoretPhilippe RenaudFelix RudolfRaymond Vuilleumier
    • B81B3/00G02B26/08G09F9/37H04Q3/52
    • G02B26/0833G09F9/372
    • The obturators can be actuated in order to modulate an incident beam (L). Microshutters (5) are attached to a substrate by means of fastenings opposing resistance to their rotation away from a rest position. The microshutters (5) are placed on optical paths (X--X) so as to be able to interrupt them or establish them. They are fitted out with reflecting surfaces (7) so as to deflect the light when they are in the blocking position. On each optical path (X--X) a supplementary reflecting surface (8), a diaphragm (6) and a focusing means (4) are placed. Thus, in line with its position, each microshutter can focus the light on the diaphragm (6) so as to allow it to pass or to deflect it in order to block it. The application thereof is in the transformation of a beam (L) into a modulated beam (Lm).
    • 可以致动闭塞器以便调制入射光束(L)。 微型显示器(5)通过紧固件与固定位置相对的方式附接到基板上。 微型插座(5)放置在光路(X-X)上,以便能够中断或建立它们。 它们配有反射表面(7),以便当它们处于阻挡位置时使光线偏转。 在每个光路(X-X)上放置辅助反射表面(8),隔膜(6)和聚焦装置(4)。 因此,根据其位置,每个微型切割器可以将光聚焦在隔膜(6)上,以便使其通过或偏转以阻挡它。 其应用是将光束(L)变换成调制光束(Lm)。
    • 5. 发明授权
    • Electronic display device for timepiece and the like
    • 时钟用电子显示装置等
    • US4006583A
    • 1977-02-08
    • US587983
    • 1975-06-18
    • Raymond Vuilleumier
    • Raymond Vuilleumier
    • G04C10/02G04G9/00H03K21/08G04B19/32G04C3/00
    • H03K21/08G04C10/02G04G9/0017Y10S136/291
    • Disclosed is a light emitting diode display system powered by ambient light. This solid state electronic display device comprises an ambient irradiated photovoltaic battery energizing through an electronic adapter circuit light emitting diodes selectively chosen to display the desired information. The adapter circuit transforms the electrical power continuously supplied by the photovoltaic battery into energy pulses which are periodically applied to the display. In addition, the adapter circuit automatically adjusts the display brightness in accordance with the ambient illumination level. At low and zero light levels, the electronic display device maintains a visible display by deriving power from a secondary energy source.
    • 公开了一种由环境光供电的发光二极管显示系统。 该固态电子显示装置包括通过电子适配器电路激励环境照射的光伏电池,发光二极管被选择性地显示所需信息。 适配器电路将由光伏电池连续供应的电力变换为周期性地施加到显示器上的能量脉冲。 此外,适配器电路根据环境照明级别自动调整显示亮度。 在低和零光照水平下,电子显示装置通过从二次能源获得电力来维持可视显示。
    • 6. 发明授权
    • Miniature device for executing a predetermined function, in particular
microrelay
    • 用于执行预定功能的微型装置,特别是微型继电器
    • US5889452A
    • 1999-03-30
    • US770221
    • 1996-12-19
    • Raymond Vuilleumier
    • Raymond Vuilleumier
    • H05K13/04H01H1/20H01H49/00H01H50/00H01H51/22H01L21/302H01L49/00
    • H01H50/005H01H1/20H01H2050/007
    • This miniature relay is obtained by micromachining on a substrate using etroforming, photolithography and/or similar techniques, all its components being obtained on the substrate by integration operations similar to those used for fabricating integrated circuits. A mobile contact (26) is borne by an elastic lever (19) attached, overhanging, to the substrate (1). A lever (19) forms a rocker and is attached to the substrate (1) by means of a deformable connection. At each of its free ends is provided an armature (20, 21) of a magnetic circuit which defines a seat against which the armature can be applied with a magnetic force opposite that generated by the elastic deformation of the lever (19). Each magnetic circuit is additionally provided with at least one coil (10a, 10b, 11a, 11b) which can be selectively excited and can generate a second magnetic force, opposite that of the magnetic circuit, in order, when the armature is applied onto its seat, to release the armature associated with this coil and apply the other armature onto its seat by tilting the lever (19).
    • 该微型继电器通过使用电铸,光刻和/或类似技术在基板上微加工而获得,其所有组件通过与用于制造集成电路的那些类似的集成操作在基板上获得。 移动触点(26)由连接到基板(1)上的弹性杆(19)承载。 杠杆(19)形成摇杆,并通过可变形连接件附接到基板(1)。 在其每个自由端设置有限定座椅的磁路的电枢(20,21),所述电枢可以施加与所述杠杆(19)的弹性变形产生的相反的磁力。 每个磁路还设置有至少一个线圈(10a,10b,11a,11b),可以选择性地激励它们,并且可以产生与磁路相反的第二磁力,当电枢被施加到其上时 以释放与该线圈相关联的电枢,并且通过倾斜杠杆(19)将另一个电枢施加到其座椅上。
    • 7. 发明授权
    • Adjustable optical component
    • 可调光学元件
    • US5513031A
    • 1996-04-30
    • US245243
    • 1994-05-17
    • Raymond VuilleumierKarsten KraiczekAxel Wiese
    • Raymond VuilleumierKarsten KraiczekAxel Wiese
    • G01J3/04G02B26/02
    • G01J3/04
    • An adjustable optical component, for example an optical slit having adjustable slit width, comprises a movable member for providing an optical function, for example a slit and/or a shutter, and resilient suspension elements for connecting the movable member to a frame. The essential parts of the movable member, of the resilient suspension elements and of the frame consist of microstructures which are made of a common base material. Preferably, these parts are manufactured from a silicon chip by a micromechanical technique comprising, for example, anisotropic etching. In the case of an optical slit, the movable member comprises a plurality of openings of different widths which constitute a step slit. In order to adjust different slit widths, the member is moved along a line parallel to the center line of the step slit, with the force for moving the member being applied at an opening. When the member is moved by an external force, the resilient silicon beams are bending and the bars are moving. The movable member has an integrated shutter position. A high reproducibility of the adjustment of the center positions of the openings constituting the step slit during repeated movement of the member is ensured.
    • 可调节光学部件,例如具有可调狭缝宽度的光学狭缝,包括用于提供光学功能的可移动部件,例如狭缝和/或快门,以及用于将可移动部件连接到框架的弹性悬挂元件。 弹性悬挂元件和框架的可动构件的主要部件由由共同的基底材料制成的微结构构成。 优选地,这些部件通过包括例如各向异性蚀刻的微机械技术由硅芯片制造。 在光学狭缝的情况下,可移动部件包括构成台阶狭缝的不同宽度的多个开口。 为了调整不同的狭缝宽度,构件沿着平行于台阶狭缝的中心线的线移动,其中用于使构件移动的力被施加在开口处。 当构件通过外力移动时,弹性硅梁弯曲并且杆移动。 可动构件具有一体的快门位置。 确保了在构件的重复移动期间构成台阶狭缝的开口的中心位置的调整的高再现性。