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    • 1. 发明授权
    • Adjustable caliber rod
    • 可调口径棒
    • US4459757A
    • 1984-07-17
    • US504176
    • 1983-06-04
    • Werner LippunerUlrich Muller
    • Werner LippunerUlrich Muller
    • F41G1/54G01C21/00
    • F41G1/54
    • Adjustable-caliber rod apparatus for testing and adjusting weapon barrels. The rod is used for representing the barrel bore axis in conjunction with, e.g., a sight-line testing device for adjusting sights. The rod has two three-point supports, two support points of which are pressed against the inner wall of the barrel by a third, spring-loaded mounting point. This leads to a forced orientation of the caliber rod, so that the axis thereof is aligned parallel to the barrel bore axis. Each support assembly has a fixed flange and an adjustable flange which is adjustably guided on the fixed flange. Locking devices are provided for locking the adjustable flange relative to the fixed flange, and detents between the adjustable and fixed flanges facilitates reproducible setting to specific barrel calibers.
    • 用于测试和调整武器桶的可调口径杆装置。 该杆用于与例如用于调节瞄准镜的视线测试装置结合使用来表示筒孔轴。 杆具有两个三点支撑,其两个支撑点通过第三弹簧加载的安装点压靠在筒的内壁上。 这导致口径杆的强制取向,使得其轴线平行于筒孔轴线对准。 每个支撑组件具有固定的凸缘和可调节的凸缘,该凸缘可调节地在固定的凸缘上引导。 提供锁定装置用于相对于固定法兰锁定可调节凸缘,并且可调节和固定的凸缘之间的棘爪有助于可重复地设定特定的机筒口径。
    • 2. 发明申请
    • Temperature Modulated Refractive Index Measurement
    • 温度调制折射率测量
    • US20130155395A1
    • 2013-06-20
    • US13818102
    • 2011-08-02
    • Ulrich MullerJan Kristian Kruger
    • Ulrich MullerJan Kristian Kruger
    • G01N21/41
    • G01N21/41G01N21/43G01N2021/1731G01N2201/0691
    • The present invention is directed to temperature modulated refractive index measurement. In accordance with the invention a method for determination of the complex temperature coefficient of the refractive index of a sample is provided, wherein the determination of the complex temperature coefficient of the refractive index of the sample is based on a refractive index measurement. Furthermore, the refractive index of the sample is measured over a period of time, wherein the temperature of the sample is modulated over said period of time and the complex temperature coefficient of the refractive index is calculated on the basis of the refractive index measurement over the period of time and the temperature modulation over the period of time. Additionally, a measurement system, in particular comprising a temperature control system and a processing system to carry out the above method, is disclosed.
    • 本发明涉及温度调制折射率测量。 根据本发明,提供了用于确定样品的折射率的复合温度系数的方法,其中样品的折射率的复合温度系数的确定基于折射率测量。 此外,在一段时间内测量样品的折射率,其中在所述时间段内调制样品的温度,并且基于折射率的折射率测量来计算折射率的复合温度系数 一段时间和一段时间的温度调制。 此外,公开了一种特别包括温度控制系统和执行上述方法的处理系统的测量系统。