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Projection of structured light in object planes of varying depths for absolute 3-D profiling in a triangulation setup

机译:在三角测量设置中绝对3-D分布的不同深度的结构光投影

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We are currently introducing a new scanning triangulation method for absolute 3-D profiling of a macroscopic scene based on fringe projection technique. A scanning focal plane allows the phase to be determined for any desired depth range of the measurement volume. Furthermore, the limitations of the depth of focus occurring by projected light techniques will be overcome, allowing a large aperture and therefore better use of light. Two different systems based on this technique will be shown: System I uses both vertical and lateral translation of a Ronchi grating. System II uses an LCD element for generation of different fringes which has to be translated vertically, only. The basic principle of the new method is explained. First measurement results of both systems demonstrate the efficiency of the newly developed algorithms and the innovative measurement arrangements.
机译:我们目前正在引入一种基于边缘投影技术的宏观场景的绝对3-D分析的新扫描三角测量方法。扫描焦平面允许确定用于测量体积的任何所需深度范围的相位。此外,将克服由投影光技术发生的焦点深度的局限性,允许大的孔径,从而更好地利用光。基于该技术的两个不同的系统将显示:系统我使用ronchi光栅的垂直和横向翻译。系统II使用LCD元件用于产生必须垂直翻译的不同条纹。解释了新方法的基本原理。两个系统的第一个测量结果展示了新开发的算法的效率和创新的测量安排。

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