• Laser & Optoelectronics Progress
  • Vol. 56, Issue 10, 101202 (2019)
Xiaoxian Wang1, Jian Guo1, Huifeng Wang2, Xiaoyan Wang2, Kenan Mu2, Xuhui Gou2、*, and Jingxue Ni2
Author Affiliations
  • 1 Highway Project Construction Department of Weinan, Weinan, Shaanxi 714000, China
  • 2 School of Electronic & Control Engineering, Chang'an University, Xi'an, Shaanxi 710064, China;
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    DOI: 10.3788/LOP56.101202 Cite this Article Set citation alerts
    Xiaoxian Wang, Jian Guo, Huifeng Wang, Xiaoyan Wang, Kenan Mu, Xuhui Gou, Jingxue Ni. Railway Track Smoothness Detector Based on Laser Reference[J]. Laser & Optoelectronics Progress, 2019, 56(10): 101202 Copy Citation Text show less
    Irregularity parameters
    Fig. 1. Irregularity parameters
    Principle diagram of height irregularity detection (side view)
    Fig. 2. Principle diagram of height irregularity detection (side view)
    Principle diagram of alignment irregularity detection (top view)
    Fig. 3. Principle diagram of alignment irregularity detection (top view)
    Curvature and curvature radius
    Fig. 4. Curvature and curvature radius
    Principle diagram of curvature detection (top view)
    Fig. 5. Principle diagram of curvature detection (top view)
    Principle of subsampling
    Fig. 6. Principle of subsampling
    Structural diagram of hardware system
    Fig. 7. Structural diagram of hardware system
    Structural diagram of software system of track detector
    Fig. 8. Structural diagram of software system of track detector
    Flow chart of software
    Fig. 9. Flow chart of software
    Chord length /mStandard heightirregularity /mmMeasured heightirregularity /mmStandard alignmentirregularity /mmMeasured alignmentirregularity /mm
    190.01.11.30.20.5
    190.52.42.31.31.6
    191.00.30.62.41.9
    191.52.22.23.13.0
    192.02.31.90.30.4
    192.50.90.81.51.9
    193.01.51.62.42.6
    193.51.21.21.11.5
    194.02.02.32.11.6
    194.52.42.81.91.9
    195.01.61.80.91.4
    195.51.71.51.31.4
    196.02.62.70.60.3
    196.52.31.92.83.0
    197.02.11.91.61.6
    197.50.31.11.92.5
    198.03.12.50.30.3
    198.51.11.82.72.4
    199.02.41.72.42.7
    199.50.81.91.32.2
    Table 1. Data measured in range from 190 m to 200 m
    Chord length /mStandard heightirregularity /mmMeasured heightirregularity /mmStandard alignmentirregularity /mmMeasured alignmentirregularity /mm
    220.02.33.31.20.5
    220.51.32.50.30.2
    221.02.30.42.12.3
    221.50.91.21.33.2
    222.02.41.92.70.3
    222.50.60.81.51.9
    223.02.31.60.40.6
    223.50.81.20.01.5
    224.01.34.30.91.6
    224.50.53.61.94.6
    225.00.81.81.91.6
    225.52.71.52.90.5
    226.01.02.73.15.9
    226.51.02.52.40.9
    227.01.31.90.71.6
    227.51.31.90.70.9
    228.02.22.51.80.3
    228.52.62.91.33.5
    229.02.01.70.40.0
    229.50.83.41.65.4
    Table 2. Data measured in range from 220 m to 230 m
    Xiaoxian Wang, Jian Guo, Huifeng Wang, Xiaoyan Wang, Kenan Mu, Xuhui Gou, Jingxue Ni. Railway Track Smoothness Detector Based on Laser Reference[J]. Laser & Optoelectronics Progress, 2019, 56(10): 101202
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