Tipper Vehicle Control System with Sensor-Based Safety Interlocks

The patent implements multiple sensors that continuously monitor the operating state of the tipper body (position, tipping angle, load weight) and provide real-time feedback to the control system. This feedback mechanism enables the operator to see the current state of the system through the graphical interface, resolving the information loss problem while maintaining manageable complexity through automated sensing.

The patent introduces a graphical interface as an intermediary between the complex sensor network/control system and the operator. This interface translates raw sensor data into intuitive visual representations, allowing the operator to monitor system state without being overwhelmed by technical complexity. The intermediary layer bridges the gap between sophisticated monitoring capabilities and simple operator interaction.

The control system performs preliminary checks before allowing tipping operations to proceed. It verifies pin engagement status, body position, and other safety conditions through sensors, and only permits operation when conditions are safe. This preliminary verification prevents hazardous operations while maintaining ease of use through automated safety checks.

The system continuously monitors critical parameters such as pin engagement status and body position, providing real-time feedback to prevent unsafe operations. If a hazard is detected (e.g., incomplete pin engagement), the system automatically prevents tipping or alerts the operator, ensuring safety without requiring complex manual procedures.

The patent employs a multi-functional control system where a single integrated controller handles multiple tasks: monitoring pin engagement, tracking body position, measuring load weight, controlling the graphical interface, and managing safety interlocks. This universal approach consolidates multiple monitoring functions into one system, improving reliability through comprehensive coverage while controlling complexity through integration.

The patent combines multiple sensing functions (position sensors, weight sensors, pin engagement detectors) and control functions into a unified control system. By merging these separate functions into an integrated architecture, the system achieves comprehensive monitoring capability while avoiding the complexity of multiple independent control systems. The graphical interface also merges multiple information displays into a single coherent view.