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Hand-held Blue Light 3D Measurement Technology and its Application in Hot Stamping

机译:手持式蓝光3D测量技术及其在热冲压中的应用

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Over the last few years hot stamping for its high strength, lightweight characteristics has developed at an alarming rate, At the same time the measurement process a higher demand. Compared with the traditional three-dimensional coordinate measurement, Hand-held Blue structured Light 3D measurement technology for its fast, high precision, good flexibility, etc., has become the best choice of high-strength steel stamping in non-contact 3D measurement and accuracy detection. This paper developed a set of holding blue light 3D measurement system. The system project blue structured pattern to the surface of the object, and captured by two high-speed cameras synchronized. Then using the grabbed pictures reconstruct 3D topography of the object. Blue light projection technology can eliminate the use of influence of different surface reflectance measurement accuracy, So that a single measurement accuracy of 0.02mm, overall measurement accuracy of 0.05mm / m, Single measurement time is less than 0.12 seconds. This measuring system can be widely used in the rapid detection of various types of three-dimensional measurement and precision casting.
机译:在过去的几年里,热冲压为其高强度,轻量级特性以惊人的速度开发,同时测量过程的需求较高。与传统的三维坐标测量相比,手持式蓝色结构光3D测量技术的快速,精度高,灵活性等,已成为非接触式3D测量中的高强度钢冲压的最佳选择准确性检测。本文开发了一套保持蓝光3D测量系统。系统将蓝色结构图案投影到物体的表面,并被两个高速相机同步捕获。然后使用抓取图片重建对象的3D地形。蓝光投影技术可以消除使用不同表面反射测量精度的影响,使单一测量精度为0.02mm,总测量精度为0.05mm / m,单一测量时间小于0.12秒。该测量系统可广泛用于各种三维测量和精密铸造的快速检测。

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