Terminal device provides gradient information via human-machine interface for trailer auxiliary drive operation.
Rotatable rubber rollers and symmetric ballasts protect the robot frame from fall damage without hindering forward movement on rough surfaces.
Reflective indicators paired with optical sensors detect vehicle body hook positions, eliminating complex hydraulic mechanisms and manual inspections.
Segmented frame members collapse to reduce storage volume while maintaining structural strength for motorcycle cargo transport.
Multiple small motors merge via a common gearbox to deliver high power while minimizing weight and volume in trailer applications.
A control system calculates a vehicle navigation path that ensures sensors can scan the target volume boundary.
Ground-based mobile supports eliminate overhead structures, reducing static load while enabling flexible door installation.
A retractable vehicle trailer uses a positioning assembly to fold vertically against the hitch.
A vehicle assembly skid uses a protective guide housing to transport flexible cables and closing parts through body openings.
A mobile platform with hybrid leg-wheels and independent rotational and translational degrees of freedom enables dynamic terrain adaptation.