Mobile Refueling Hazard Detection for Fuel Valve Interlocks

The system performs preliminary hazard detection by monitoring geospatial position, distance to objects, gas concentration, and wind speed before initiating refueling operations. The controller evaluates multiple conditions in advance and only permits fuel dispensing when safety criteria are met, preventing fire hazards before they can occur.

The system continuously monitors environmental parameters and operational conditions during refueling, with the controller receiving real-time feedback from sensors. When hazardous conditions are detected (such as high gas concentration or proximity to flammable objects), the system automatically adjusts or terminates fuel dispensing to prevent fire incidents.

The controller serves multiple functions: it manages fuel valve operations, monitors geospatial position, evaluates distance to objects, analyzes gas concentration levels, and assesses wind speed conditions. By consolidating these diverse monitoring and control functions into a single multi-functional controller, the system achieves comprehensive safety monitoring without proportionally increasing overall system complexity.

The system combines multiple sensor inputs (position sensors, distance sensors, gas concentration sensors, wind speed sensors) and integrates their data processing into a unified control system. This merging of sensing and control functions into an integrated platform reduces the complexity that would arise from separate independent systems for each monitoring function.