A novel method for the measurement of geometric errors in the linear motion of CNC machine Tools

X Wei, Z Su, X Yang, Z Lv, Z Yang, H Zhang, X Li… - Applied Sciences, 2019 - mdpi.com
In order to improve the accuracy of the linear motion of computer numerical control (CNC)
machine tools, a novel method based on a new type of 1-D (1-dimensional) artifact is …

Increasing the sensitivity of laser triangulation systems using structured optical surfaces

P Kienle, MH Köhler, K Wang… - ODS 2020: Industrial …, 2020 - spiedigitallibrary.org
Laser triangulation is an optical method for measuring distances to an object. A laser beam
is directed towards a measurement surface, and the diffusely reflected light is collected by …

Hochauflösende optische Abstandsmessung mittels kompensierter Lasertriangulation

P Kienle - 2022 - mediatum.ub.tum.de
Die Lasertriangulation ist eine häufig verwendete Messmethode in der Industrie. Die hohe
Anfälligkeit gegenüber Störungen, wie zum Beispiel der Verschiebung von Komponenten …

Displacement Measurement Method Based on the Rotating Paraboloid Array

Z Lv, Z Su, D Zhang, Z Yang, X Yang, X Wei, J Li… - Applied Sciences, 2019 - mdpi.com
Featured Application In this study, a displacement measurement method based on the
rotating paraboloid array with large range has been developed. The purposed system has …

A Noncontact Method for Calibrating the Angle and Position of the Composite Module Array

X Li, J Li, X Wei, X Yang, Z Su, J Liang, Z Yang… - Applied Sciences, 2020 - mdpi.com
Freeform surface is one of the research focuses in the measurement field. A composite
module is composed of a plane and rotating paraboloid. The composite module array can …

The Self-Calibration Method for the Vertex Distance of the Elliptical Paraboloid Array

Z Lv, Z Su, D Zhang, L Gao, Z Yang, F Fang, H Zhang… - Applied Sciences, 2019 - mdpi.com
The elliptical paraboloid array plays an important role in precision measurement,
astronomical telescopes, and communication systems. The calibration of the vertex distance …