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    • 1. 发明申请
    • ATR PROBE
    • ATR探头
    • WO2009071557A3
    • 2009-10-15
    • PCT/EP2008066656
    • 2008-12-02
    • CONDUCTA ENDRESS & HAUSERMIKKELSEN HAKONMUELLER ANDREASHENZI PATRIC
    • MIKKELSEN HAKONMUELLER ANDREASHENZI PATRIC
    • G01N21/55
    • G01N21/552G01N21/8507G01N2021/434G01N2201/08
    • An ATR probe comprises a monolithic ATR body (2) comprising a surface segment (24) that can be impacted by a medium; a fiber optic transmitter arrangement (1) for irradiating non-collimated light into the ATR body (2); a fiber optic receiving arrangement for receiving the irradiated light after passing through the ATR body, wherein the light passing through the ATR body comprises at least two total reflections on a surface (24) contacting the media, characterized in that the surface area of the fiber optic receiving arrangement for receiving the light exiting the ATR body is greater than the surface area of the fiber optic transmitting arrangement for irradiating the light into the ATR body. The ATR body (2) preferably comprises at least one segment having a conical or truncated conical surface (24), and the truncated conical surface can be impacted at least partially by the medium.
    • 一种ATR探针包括一个整体式ATR体(2),该ATR体具有一个表面部分(24)以便被介质加载; 传输光纤装置(1),用于将非准直光照射到ATR主体(2)中; 接收光纤组件(3),用于在穿过ATR主体之后接收照射的光,光通过ATR主体包括在ATR主体的介质接触表面(24)处的至少两次全反射; 其特征在于用于接收从ATR本体出射的光的接收光纤阵列的面积大于用于将光照射到ATR本体中的传输光纤阵列的面积。 ATR本体(2)优选地包括至少一个具有锥形或kei截顶表面(24)的部分,并且截头圆锥形表面可以至少部分地受到介质的作用。
    • 2. 发明专利
    • DE102008015065A1
    • 2009-09-24
    • DE102008015065
    • 2008-03-19
    • CONDUCTA ENDRESS & HAUSER
    • MIKKELSEN HAKONMUELLER ANDREASHENZI PATRIC
    • G01N21/35G01N21/01
    • An ATR-probe including: a housing having a media opening; a radiation guiding body closing the media opening and having two planparallel surfaces, between which light can be guided by means of total reflection. A section of a first planparallel surface bordered by a sealing ring can be contacted through the media opening with a medium to be measured. Transmission light conductors and receiving light conductors in the housing, wherein light is guided from the transmission light conductors, through the radiation guiding body, into the receiving light conductors; and wherein adjoining the first planparallel surface are first and second deflection surfaces, on which, respectively, light coupled into the radiation guiding body and light to be coupled out are deflected by total reflection, so that the light can be guided between the planparallel surfaces by means of total reflection. The light is not collimated, and the effective area of the transmission light conductors is smaller than the effective area of the receiving light conductors.