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    • 3. 发明授权
    • Interferometric non-contact optical probe and measurement
    • 干涉非接触光学探头和测量
    • US09581437B2
    • 2017-02-28
    • US14956355
    • 2015-12-01
    • Robert SmytheArtur OlszakPiotr Szwaykowski
    • Robert SmytheArtur OlszakPiotr Szwaykowski
    • G01B9/02G01B11/24G01B11/00
    • G01B11/2441G01B9/02038G01B9/02057G01B9/0209G01B11/007
    • A non-contact optical probe utilizes an optical reference surface that projects a curved test wavefront toward the test surface and detects it by creating curved interferometric fringes localized in space in front of the reference surface. When a point to be measured on the test surface intersects the location of the fringes, the condition is detected by the probe. Because the fringes are localized at a known position in space with respect to a reference system, the precise coordinate of the surface point can be established. Such localized fringes are preferably produced by a spectrally controllable light source. The curvature of the fringes ensures a sufficiently large angle of acceptance for the probe to capture light reflected from points of high surface slope. The probe is particularly suitable for coordinate measurement machines.
    • 非接触光学探针利用光学参考表面,其将弯曲的测试波前投影到测试表面,并通过产生局部在参考表面前方的空间中的弯曲干涉条纹来检测它。 当在测试表面上要测量的点与条纹的位置相交时,探测器检测该条件。 因为边缘相对于参考系统位于空间中的已知位置,所以可以建立表面点的精确坐标。 这样的局部条纹优选地由光谱可控的光源产生。 条纹的曲率确保了探头足够大的接受角度来捕获从高斜率的点反射的光。 探头特别适用于坐标测量机。
    • 4. 发明申请
    • INTERFEROMETRIC NON-CONTACT OPTICAL PROBE AND MEASUREMENT
    • 介质非接触式光学探头和测量
    • US20160091299A1
    • 2016-03-31
    • US14956355
    • 2015-12-01
    • ROBERT SMYTHEARTUR OLSZAKPIOTR SZWAYKOWSKI
    • ROBERT SMYTHEARTUR OLSZAKPIOTR SZWAYKOWSKI
    • G01B11/00G01B11/24
    • G01B11/2441G01B9/02038G01B9/02057G01B9/0209G01B11/007
    • A non-contact optical probe utilizes an optical reference surface that projects a curved test wavefront toward the test surface and detects it by creating curved interferometric fringes localized in space in front of the reference surface. When a point to be measured on the test surface intersects the location of the fringes, the condition is detected by the probe. Because the fringes are localized at a known position in space with respect to a reference system, the precise coordinate of the surface point can be established. Such localized fringes are preferably produced by a spectrally controllable light source. The curvature of the fringes ensures a sufficiently large angle of acceptance for the probe to capture light reflected from points of high surface slope. The probe is particularly suitable for coordinate measurement machines.
    • 非接触光学探针利用光学参考表面,其将弯曲的测试波前投影到测试表面,并通过产生局部在参考表面前方的空间中的弯曲干涉条纹来检测它。 当在测试表面上要测量的点与条纹的位置相交时,探测器检测该条件。 因为边缘相对于参考系统位于空间中的已知位置,所以可以建立表面点的精确坐标。 这样的局部条纹优选地由光谱可控的光源产生。 条纹的曲率确保了探头足够大的接受角度来捕获从高斜率的点反射的光。 探头特别适用于坐标测量机。
    • 6. 发明授权
    • White light scanning interferometer with simultaneous phase-shifting module
    • 白光扫描干涉仪同时移相模块
    • US08269980B1
    • 2012-09-18
    • US12778009
    • 2010-05-11
    • Piotr Szwaykowski
    • Piotr Szwaykowski
    • G01B11/02
    • G01B9/02081G01B9/02076G01B9/0209G01B11/2441G01B2290/45G01B2290/70
    • A simultaneous phase-shifting white light scanning interferometer comprises a white light scanning interferometer, a simultaneous phase-shifting module, and a scanner. Light from a short coherence length light source may be polarized and then split, by a polarization type beam-splitter, into orthogonally polarized reference and test beams. The simultaneous phase-shifting module comprises a plurality of detectors, allows for controlled phase shifts between the reference and test beams, and creates at least three independent interferograms, each with different phase shifts between the reference and test beams. The scanner translates the simultaneous phase-shifting module with respect to an object under measurement.
    • 同时移相白光扫描干涉仪包括白光扫描干涉仪,同时移相模块和扫描仪。 来自短相干长度光源的光可以偏振,然后通过偏振型分束器分裂成正交偏振的参考和测试光束。 同步移相模块包括多个检测器,允许参考和测试波束之间受控的相移,并且产生至少三个独立的干涉图,每个独立的干涉图在参考和测试光束之间具有不同的相移。 扫描仪将同时移相模块相对于被测物体进行翻译。