• Optics and Precision Engineering
  • Vol. 31, Issue 5, 697 (2023)
Kang WANG1, Yingchun QI2, Changchun LIANG1, Yan SHEN2, and Meng ZOU2,*
Author Affiliations
  • 1Institute of Spacecraft System Engineering,China Academy of Space Technology, Beijing00094,China
  • 2Key Lab for Bionics Engineering of Education Ministry,Jilin University, Changchun1300,China
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    DOI: 10.37188/OPE.20233105.0697 Cite this Article
    Kang WANG, Yingchun QI, Changchun LIANG, Yan SHEN, Meng ZOU. Design and analysis of the manned lunar vehicle for emergency with deployable structure[J]. Optics and Precision Engineering, 2023, 31(5): 697 Copy Citation Text show less
    Application scenario of emergency return vehicle
    Fig. 1. Application scenario of emergency return vehicle
    Concept design of emergency return vehicle
    Fig. 2. Concept design of emergency return vehicle
    Rendering effect of emergency return vehicle
    Fig. 3. Rendering effect of emergency return vehicle
    Emergency return vehicle structure
    Fig. 4. Emergency return vehicle structure
    Folded state structure
    Fig. 5. Folded state structure
    Expanded process of emergency return vehicle
    Fig. 6. Expanded process of emergency return vehicle
    Rear beam extension electric structure
    Fig. 7. Rear beam extension electric structure
    Rear wheel extension result
    Fig. 8. Rear wheel extension result
    Main beam extension motorized mechanism
    Fig. 9. Main beam extension motorized mechanism
    Worm wheel worm steering gear mounting position on the front and rear wheel support arms
    Fig. 10. Worm wheel worm steering gear mounting position on the front and rear wheel support arms
    Rear wheel deployment structure
    Fig. 11. Rear wheel deployment structure
    Front wheel deployment and beam extension
    Fig. 12. Front wheel deployment and beam extension
    Structure schematic of body width extension
    Fig. 13. Structure schematic of body width extension
    Schematic of motor installation
    Fig. 14. Schematic of motor installation
    Scheme of front wheel steering
    Fig. 15. Scheme of front wheel steering
    Front wheel shock absorbing steering mechanism
    Fig. 16. Front wheel shock absorbing steering mechanism
    Rear wheel shock absorbing structure
    Fig. 17. Rear wheel shock absorbing structure
    Emergency return vehicle folding and extension
    Fig. 18. Emergency return vehicle folding and extension
    Front wheel right steering
    Fig. 19. Front wheel right steering
    Front wheel left steering
    Fig. 20. Front wheel left steering
    Barrier crossing test
    Fig. 21. Barrier crossing test
    Climbing test on soft ground
    Fig. 22. Climbing test on soft ground
    Climbing test on hard ground
    Fig. 23. Climbing test on hard ground
    Loading test
    Fig. 24. Loading test
    Kang WANG, Yingchun QI, Changchun LIANG, Yan SHEN, Meng ZOU. Design and analysis of the manned lunar vehicle for emergency with deployable structure[J]. Optics and Precision Engineering, 2023, 31(5): 697
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