To　avoid　cracks　or　collapse　to　precast　concrete　segments　in　water　transmission　lines　due　to　external　environment　or　construction　quality　defects,　large-diameter　lined　steel　tiles　are　required　for　reinforcement.　A　lined　steel　tile　transport　and　adjustment　integrated　machine　is　designed　and　manufactured　to　address　technical　construction　problems　such　as　tight　space　between　lined　steel　tile　and　inner　tunnel　wall,　eccentric　structure　of　steel　tile　in　long-distance　transportation,　and　high　assembly　accuracy　requirement.　Next,　structural　design　and　systematic　analyses　are　conducted　on　the　clamping　structure,　transportation　correction　system,　and　assembly　and　docking　of　the　steel　tiles,　and　optimal　schemes　are　proposed.　Finally,　the　strength　of　the　transport　and　adjustment　integrated　machine　is　examined　by　finite　element　analysis.　The　results　of　the　analysis　reveal　the　following:　(1)　The　structural　design　is　reasonable,　the　strength　is　stable,　and　the　functions　of　the　machine　meet　relevant　requirements　of　site　construction,　which　can　provide　a　technical　scheme　for　the　long-distance　transportation,　assembling,　and　docking　construction　of　large-diameter　lined　steel　tiles　in　tunnels.　(2)　The　machine　improves　the　transportation　efficiency,　assembly　and　docking　accuracy　of　lined　steel　tiles,　and　reduces　the　cost　and　construction　difficulty.　©　2022　Authors.　All　rights　reserved.