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Research on Screw Thread Form Based on Non-Contact Measurement

机译:基于非接触式测量的螺纹形式研究

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There is a problem with non-contact measurement and detection, which reduces its measurement accuracy. Methods developed for measuring and inspecting screw thread characteristic parameters usually using a camera, which is controlled to scan the projection of thread in the parallel optical field to obtain thread images. However, with the block of screw line on the projection of the real thread form, it is impossible to acquire the real thread form from images. The traditional way is adjusting the optical axis to a suitable angle with the thread axis to acquire the real thread form projection, which has some problems, such as time consuming, high skill of operator, high-precision equipment for adjustment, inaccuracy, and so on. Hence, a new method through digital image calibration is presented. The results of relevant simulation indicated the feasibility of this new method, which improves thread measurement and detection accuracy.
机译:非接触式测量和检测存在问题,降低了其测量精度。用于测量和检查螺纹特性参数的方法,该方法通常使用相机,该参数被控制为扫描并联光场中的螺纹投影以获得线程图像。然而,在真实螺纹形式投影上的螺纹线块,不可能从图像中获取真正的线程形式。传统的方式是用螺纹轴调节光轴以获得合适的角度,以获取真正的螺纹形式投影,这具有一些问题,例如耗时,操作员高技能,调整,不准确的高精度设备在。因此,提出了一种通过数字图像校准的新方法。相关模拟结果表明了这种新方法的可行性,这提高了线程测量和检测精度。

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