Handling Table Manipulator with Optical Detection for Error Correction

The patent applies preliminary action by introducing an optical detection device that monitors piece goods positioning errors as they occur during the manipulation process, rather than detecting them later. This early detection enables the control unit to immediately initiate corrective actions by moving the manipulator to a different working region, preventing erroneous positioning from propagating through the layer formation process.

The patent implements feedback by creating a closed-loop control system where the optical detection device continuously monitors the position of piece goods, compares actual positions with target positions, and feeds this information back to the control unit. The control unit then adjusts the manipulator's actions in real-time based on this feedback, correcting positioning errors automatically without manual intervention.

The patent applies universality by designing the manipulator system to perform multiple functions: not only does it manipulate piece goods for grouping and layer formation, but it also serves as a mobile correction station that can be positioned to different working regions to rectify positioning errors. The optical detection device similarly serves dual purposes by both monitoring positioning and providing data for corrective actions.

The patent implements self-service by enabling the system to automatically detect and correct its own positioning errors without external human intervention. The control unit autonomously processes detection data, determines appropriate corrective actions, and repositions the manipulator to correct errors, making the system self-correcting and reducing the need for manual operation.

The patent applies preliminary action by having the optical detection device continuously monitor piece goods positioning during the manipulation process, so that errors are detected immediately when they occur rather than later in the process. This enables the manipulator to be repositioned to correct errors at the earliest possible moment, minimizing the time lost to corrections and preventing errors from affecting subsequent operations.

The patent implements dynamics by making the manipulator repositionable to different working regions along the manipulation zone, allowing the system to dynamically adapt its working position based on where errors occur. The manipulator can move longitudinally to access different areas of the handling table, enabling flexible error correction while maintaining continuous operation flow.