The intelligent ship
welding mechanical device comprises a
barge bottom section, the
barge bottom section is of a double-layer structure, a plurality of partition plates are arranged in the
barge bottom section, the partition plates and transverse rib plates are mutually inserted to form a three-dimensional space, and lightweight through holes are formed in the middles of the partition plates; the
system is characterized by comprising a track supporting column, a precision track, a
welding robot, a panoramic camera monitoring module and a
welding energy consumption module; a
robot is adopted to enter a small lattice bin in the extending direction of a precise guide rail, a panoramic camera monitoring module is adopted to monitor the welded lattice bin, the welding state of welding on welding seams around the small lattice bin is mastered, the instant welding seam shape and position are calculated, and the welding seams are tracked; an operator observes the welding state and the welding result at the position of the display screen, the welding
robot capable of being adjusted in a universal mode cannot collide due to the fact that an extending arm is too long, and meanwhile starting and returning of a welding gun head are guaranteed.