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    • 1. 发明授权
    • Digital line scan camera
    • 数字线扫描相机
    • US08085299B2
    • 2011-12-27
    • US12211949
    • 2008-09-17
    • Anko BörnerAndreas EckardtFrank Lehmann
    • Anko BörnerAndreas EckardtFrank Lehmann
    • H04N7/18H04N5/228
    • G01C11/02H04N5/23254H04N5/3692H04N2101/00H04N2201/3253
    • Disclosed is a digital line scan camera, having at least at least one focal plane, on which at least one linear photosensitive sensor is arranged, an objective lens, and a location measurement system. The location measurement system is used to determine six external location parameters, where the location system measurement comprises a satellite-supported position determination device and an inertial navigation measurement unit. The line scan camera includes at least on two-dimensional photosensitive sensor, which is synchronously driven with the linear sensor. At least one displacement vector ({right arrow over (x)}) is calculated from the data of the minimum of one two-dimensional photosensitive sensor, and where the displacement vector ({right arrow over (x)}) is used to correct the date of the inertial measurement unit.
    • 公开了一种数字线扫描照相机,其具有至少一个焦平面,至少一个线性光敏传感器布置在该平面上,物镜和位置测量系统。 位置测量系统用于确定六个外部位置参数,其中定位系统测量包括卫星支持位置确定装置和惯性导航测量单元。 行扫描照相机至少包括与线性传感器同步驱动的二维光敏传感器。 根据一个二维感光传感器的最小值的数据计算至少一个位移矢量({(x)}上的右箭头}),并且使用位移矢量({右箭头(x)})来校正 惯性测量单位的日期。
    • 2. 发明授权
    • Calibration system for calibrating orientation parameters of digital optoelectronic sensors in a mobile carrier used for remote reconnaisance
    • 用于校准用于远程侦察的移动运营商中的数字光电传感器的定向参数的校准系统
    • US06864969B1
    • 2005-03-08
    • US09588894
    • 2000-06-07
    • Anko Börner
    • Anko Börner
    • G01C11/02G01C3/08G01B11/26
    • G01C11/02
    • A calibration system for ccalibrating orientation parameters of a digital optoelectronic sensor system includes an attitude and position determining system arranged in a mobile carrier, such as an airplane or a satellite, for determining the orientation parameters in flight. An optoelectronic component emits light in a defined direction with respect to the mobile carrier. A planar optical detector is arranged relative to the optoelectronic device for detecting the reflection of radiation emitted from the optoelectronic device and reflected off of a reference module arranged on the ground. The orientation parameters of the reference module are known, wherein the offsets of the orientation parameters of the attitude and position determining system may be determined by evaluating the radiation emitted by the light-emitting component, reflected from the reference module and received by the planar detector.
    • 用于校准数字光电传感器系统的取向参数的校准系统包括布置在诸如飞机或卫星的移动载体中的姿态和位置确定系统,用于确定飞行中的取向参数。 光电子部件相对于移动式载体在规定的方向上发光。 平面光学检测器相对于光电子器件布置,用于检测从光电子器件发射的辐射的反射并被布置在地面上的参考模块反射。 参考模块的取向参数是已知的,其中姿态和位置确定系统的取向参数的偏移可以通过评估由参考模块反射并由平面检测器接收的由发光部件发射的辐射来确定 。