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    • 5. 发明申请
    • METHOD FOR TRANSFERRING VISUAL INFORMATION
    • 传输视觉信息的方法
    • WO1993016409A1
    • 1993-08-19
    • PCT/FI1993000033
    • 1993-02-10
    • VALTION TEKNILLINEN TUTKIMUSKESKUSVIITANEN, JoukoLEKKALA, Jukka
    • VALTION TEKNILLINEN TUTKIMUSKESKUS
    • G02F01/133
    • G02F1/195G02F1/13G02F2203/10
    • The method according to the invention is intended for transmitting visual information. Visual information is optically transmitted from an information source (1) by emitting beams of light from an illuminator (10) onto a data transmitting first surface (2) and onto a data visualizing second surface (3) which forms a display surface, such as a viewing screen, display screen, scanning surface or the like. An optically anisotropic medium (4), such as a liquid crystal or the like, is arranged between the first surface (2) and the second surface (3). For the application of the method, a preferably closed structure (2, 3, 4, 65) is formed, wherein the said first (2) and second surface (3) are preferably essentially parallel and wherein organs (5) are arranged to direct the transmission of information between the said surfaces (2, 3), the function of the organs being at least partially based on changing the refractive index of the said medium (4). According to the invention, the organs (5) for controlling the transmission of the information are arranged to be operated by an arrangement at least partially transmitting optic energy into vibration of electron plasm, such as one based on the surface plasmon resonance phenomenon or the like. The structure is thus equipped with one or several electrical transformers (7) with electron plasm, such as a metal film, layer or the like.
    • 根据本发明的方法旨在传送视觉信息。 从信息源(1)通过将来自照明器(10)的光束发射到数据传输第一表面(2)上的数据可视化的第二表面(3)上形成视觉信息,诸如 观看屏幕,显示屏幕,扫描表面等。 在第一表面(2)和第二表面(3)之间布置有诸如液晶等的光学各向异性介质(4)。 为了应用该方法,形成优选封闭结构(2,3,4,55),其中所述第一表面(2)和第二表面(3)优选基本上平行,并且其中器官(5)被布置成引导 在所述表面(2,3)之间传输信息,所述器官的功能至少部分地基于改变所述介质(4)的折射率。 根据本发明,用于控制信息传输的器官(5)被布置成通过至少部分地将光能传递到诸如基于表面等离子体共振现象等的电子等离子体的振动中的装置来进行操作 。 因此,该结构配备有一个或多个具有电子等离子体的电变压器(7),例如金属膜,层等。
    • 9. 发明申请
    • DEVICE FOR CARRYING OUT AN ANALYSIS
    • 执行分析的设备
    • WO1995022754A1
    • 1995-08-24
    • PCT/FI1995000077
    • 1995-02-16
    • VALTION TEKNILLINEN TUTKIMUSKESKUSLEKKALA, JukkaSADOWSKI, JanuszJOKI, Harri
    • VALTION TEKNILLINEN TUTKIMUSKESKUS
    • G01N21/03
    • G01N21/253G01N21/0303G01N21/553
    • In a device for carrying out an analysis, an analysis well (1) for receiving the substance to be analyzed, a light source (5) directed towards the analysis well and a detector (6) for receiving a light beam obtained as a result of the light beam directed towards the analysis well (1) from the light source (5). The bottom of the reaction space (2) of the analysis well is coated with a layer (4) of a material capable of generating the SPR phenomenon, possibly provided with an additional coating, the bottom part of the analysis well bordering on the layer (4) is transparent to the light which together with said material generates the SPR phenomenon and is shaped into a prism (3) comprising a boundary surface (3a) for the incoming light, a boundary surface (3b) for the emerging light and a boundary surface effecting a total reflection. The light source (5) is directed through the prism (3) towards the reaction space (2) and the detector (6) is placed so as to receive the light from the prism (3). The analysis wells (1) form a multiwell structure like a strip or microtiter plate.
    • 在用于进行分析的装置中,用于接收待分析物质的分析井(1),朝向分析井的光源(5)和用于接收作为分析井得到的光束的检测器(6) 光束从光源(5)引向分析孔(1)。 分析孔的反应空间(2)的底部涂覆有能够产生SPR现象的材料的层(4),可能设置有附加的涂层,与层相邻的分析井的底部( 4)对于光是透明的,其与所述材料一起产生SPR现象并且被成形为包括用于入射光的边界面(3a)的棱镜(3),用于出射光的边界面(3b)和边界 表面影响全面反射。 光源(5)被引导通过棱镜(3)朝向反应空间(2)并且检测器(6)被放置成接收来自棱镜(3)的光。 分析孔(1)形成多孔结构,如条状或微量滴定板。