Riser Coupling System Automation for Offshore Drilling Safety

The patent replaces manual mechanical operations with an automated robotic system that uses sensors, actuators, and control mechanisms to perform riser section connecting tasks. The robotic arm with gripper mechanism automates the handling, alignment, and locking of tubular members, eliminating direct operator exposure to heavy components and repetitive motion hazards while maintaining operational precision through electronic control systems.

The system enables self-alignment and self-locking capabilities through mechanical features such as tapered surfaces that guide automatic alignment, and locking mechanisms that engage automatically when the upper riser section is lowered onto the lower section. This reduces the need for continuous operator intervention while ensuring proper connection.

The automated robotic system performs alignment and connection operations much faster than manual processes. The robotic arm can rapidly position and lower the upper riser section onto the lower section, and the automated locking mechanism engages immediately upon contact, eliminating the time-consuming manual operations of aligning, lowering, and locking while ensuring consistent precision through mechanical guidance features.

The system incorporates preliminary alignment features such as tapered surfaces and guide mechanisms that automatically orient the tubular members correctly before the actual connection occurs. This preliminary positioning is built into the mechanical design, ensuring that alignment is achieved automatically as part of the connection process rather than requiring separate manual adjustment steps.