• Chinese Journal of Lasers
  • Vol. 46, Issue 3, 0304006 (2019)
Li Liu1、*, Guoqing Ma1、*, Yi Gao1, and Qiang Wang2
Author Affiliations
  • 1 College of Mechanical Engineering, Changchun University of Science and Technology,Changchun, Jilin 130022, China
  • 2 College of Optoelectronic Engineering, Changchun University of Science and Technology,Changchun, Jilin 130022, China
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    DOI: 10.3788/CJL201946.0304006 Cite this Article Set citation alerts
    Li Liu, Guoqing Ma, Yi Gao, Qiang Wang. Flexible Measurement Technology of Complex Curved Surface Three- Dimensional Shape Robot Based on iGPS[J]. Chinese Journal of Lasers, 2019, 46(3): 0304006 Copy Citation Text show less
    System composition block diagram
    Fig. 1. System composition block diagram
    Overall layout
    Fig. 2. Overall layout
    Optical topography sensor
    Fig. 3. Optical topography sensor
    Morphology sensor measurement principle
    Fig. 4. Morphology sensor measurement principle
    Compositional devices of iGPS system
    Fig. 5. Compositional devices of iGPS system
    iGPS measurement principle schematic
    Fig. 6. iGPS measurement principle schematic
    System coordinate system. (a) Coordinate system related to robot system; (b) iGPS coordinate system
    Fig. 7. System coordinate system. (a) Coordinate system related to robot system; (b) iGPS coordinate system
    Robot measurement system
    Fig. 8. Robot measurement system
    Measurement experiment of double arched workpiece
    Fig. 9. Measurement experiment of double arched workpiece
    Measured workpiece deviation comparison result
    Fig. 10. Measured workpiece deviation comparison result
    Serial numberTheoretical value /mmMeasured value /mmAbsolute error /mmError percentage /%
    d1160.997161.0940.0970.06025
    d21258.2161258.070-0.116-0.00922
    d3356.222356.068-0.154-0.04323
    d41445.7261445.8070.0810.005603
    d5556.791556.9660.1250.02245
    d6680.309680.4630.1540.022637
    d71771.1741770.885-0.189-0.01067
    d8883.220883.042-0.178-0.02015
    d91013.9561013.861-0.095-0.00937
    d101143.7991143.9370.1380.012065
    d111289.8201289.9920.1720.013335
    d12956.423956.261-0.162-0.01694
    d131245.5621245.7090.1470.011802
    d141821.4521821.260-0.192-0.01054
    d152015.4332015.301-0.132-0.00655
    Table 1. Verification experiment data of length measurement accuracy
    Serial numberx /mmy /mmz /mm
    P11354.525-580.849-887.229
    P21354.548-580.857-887.287
    P31354.537-580.881-887.264
    P41354.550-580.832-887.243
    P51354.537-580.813-887.259
    P61354.529-580.849-887.301
    P71354.540-580.875-887.287
    P81354.518-580.842-887.244
    P91354.561-580.831-887.274
    P101354.534-580.900-887.307
    P111354.581-580.874-887.256
    P121354.523-580.856-887.288
    P131354.544-580.829-887.231
    P141354.558-580.893-887.216
    P151354.576-580.837-887.296
    3σ0.0580.0860.078
    Table 2. Data of repeated measurement accuracy verification experiment
    Li Liu, Guoqing Ma, Yi Gao, Qiang Wang. Flexible Measurement Technology of Complex Curved Surface Three- Dimensional Shape Robot Based on iGPS[J]. Chinese Journal of Lasers, 2019, 46(3): 0304006
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