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    • 1. 发明授权
    • Wavelength modulation derivative spectrometer
    • 波长调制衍生光谱仪
    • US4752129A
    • 1988-06-21
    • US840943
    • 1986-03-18
    • Takusuke IzumiAkihiko NagaiSeiji KanaiTsuneo Suzuki
    • Takusuke IzumiAkihiko NagaiSeiji KanaiTsuneo Suzuki
    • G01J3/433G01J3/18
    • G01J3/433
    • Light to be measured is input to a diffraction grating after is has been oscillated by a wavelength modulation device with a constant frequency F. The light is incident to the diffraction grating at an angle of incidence, .theta., and is oscillated with a frequency F with a center angle of incidence, .theta..sub.0, as a center. An output spectrum of said diffraction grating is received by a photoelectric converter. An electric signal from the photoelectric converter is oscillated with a frequency F over a wavelength range of .lambda..sub.0 .+-..DELTA..lambda. where .lambda..sub.0 is a center wavelength measured at the center angle of incidence .theta..sub.0. The oscillated spectrum signal is synchronously detected, by a synchronous detector, with a frequency 2F through a high-pass filter, obtaining a variation spectrum at the measured center wavelength .lambda..sub.0. The output electric signal of the photoelectric converter passes through a DC amplifier to a sampling circuit where it is sampled with the frequency F or 2F. In this way it is possible to obtain a full intensity of a spectrum at the center wavelength .lambda..sub.0. The driving of a wavelength scanning mechanism causes a variation in the incident angle .theta..sub.0 of the light to the diffraction grating and thus a variation in the center wavelength .lambda..sub.0 measured.
    • 被测量的光在被恒定频率F的波长调制装置振荡之后被输入到衍射光栅。光以入射角θ入射到衍射光栅,并以频率F与 中心入射角θ0为中心。 所述衍射光栅的输出光谱由光电转换器接收。 来自光电转换器的电信号在λ0 +/-DELTAλ的波长范围上以频率F振荡,其中λ0是在中心入射角θ0处测量的中心波长。振荡的频谱信号被同步检测, 通过同步检波器,通过高通滤波器具有频率2F,在测量的中心波长λ0处获得变化谱。光电转换器的输出电信号通过DC放大器通过采样电路,其中采样电路用 频率F或2F。 以这种方式,可以在中心波长λ0处获得光谱的全部强度。波长扫描机构的驱动导致光到衍射光栅的入射角θ0的变化,因此在 中心波长λ0测量。
    • 2. 发明授权
    • Information image use system using information image
    • 信息图像使用系统使用信息图像
    • US08291008B2
    • 2012-10-16
    • US10089400
    • 2001-07-25
    • Kunio KawaguchiYohsuke IgarashiMasako AizawaFumio TsuyamaRyota MakiyamaMariko NodaSeiji KanaiTomoaki Watanabe
    • Kunio KawaguchiYohsuke IgarashiMasako AizawaFumio TsuyamaRyota MakiyamaMariko NodaSeiji KanaiTomoaki Watanabe
    • G06F15/16
    • G06F17/30884
    • This invention relates to information operation carried out between information processing apparatuses such as computer, etc. mutually connected through network such as internet, etc. More particularly, this invention relates to an information picture utilization system where there is used “information picture” in which picture information and related information for causing an operator to carry out a predetermined operation on the basis of the picture information are caused to be one handling unit, and a system for allowing notification to server carried out when processing operation based on related information included in information picture is carried out to have lifetime to thereby realize lowering of communications traffic taking place when information pictures are distributed and duplications are increased with time. In more practical sense, this invention relates to a system in which lifetime information is included in information picture itself, a system in which lifetime control is carried out on the basis of history at client, and a system in which lifetime control is carried out at the server side.
    • 本发明涉及在互联网等网络相互连接的诸如计算机等的信息处理装置之间进行的信息操作。更具体地,本发明涉及一种信息图像利用系统,其中使用信息图像,其中图像信息 并且将用于使操作者基于图像信息执行预定操作的相关信息被制成一个处理单元,并且当基于包括在信息图像中的相关信息的处理操作时允许在服务器上进行通知的系统是 实现了一生,从而实现当分发信息图像并且随着时间增加重复时发生的通信流量的降低。 在更实际的意义上,本发明涉及一种系统,其中寿命信息被包括在信息图像本身中,其中基于客户端的历史进行寿命控制的系统以及在其中执行寿命控制的系统 服务器端。