Balloon Dilatation System with Real-Time Pressure and Flow Monitoring

The patent replaces the mechanical pressure gauge with an electronic pressure sensor system that converts pressure into electrical signals for digital processing. This substitution enables precise real-time pressure monitoring while allowing for automated control algorithms, resolving the contradiction between device complexity and measurement precision by using electronic systems that provide both accuracy and programmable control capabilities.

The patent implements a closed-loop feedback system where the pressure sensor continuously monitors balloon pressure and feeds this information back to the control unit, which automatically adjusts the pressurization pump and pressure relief valve operations. This feedback mechanism ensures high measurement precision is maintained while the automated control reduces the need for complex manual monitoring procedures.

The patent enables the system to monitor and control itself through automated algorithms that process sensor data and adjust pressurization parameters without continuous manual intervention. The control unit automatically determines when to pressurize, maintain, or relieve pressure based on real-time sensor feedback, making the system self-regulating while providing operators with simple interface controls for overall process management.

The real-time feedback from pressure sensors and flow rate sensors enables the control unit to automatically respond to changing conditions, ensuring reliable operation without requiring constant manual monitoring. This automated feedback loop maintains high reliability while keeping the operator interface simple and easy to use.

The patent integrates multiple sensing functions into a unified control system where the pressure sensor and flow rate sensor data are processed by a single control unit that manages both pressurization and pressure relief operations. This multi-functional integration reduces overall system complexity compared to having separate dedicated systems for each function, while maintaining high reliability through comprehensive monitoring.

The patent combines the pressurization control and pressure relief control into a single integrated system managed by one control unit that receives input from both pressure and flow rate sensors. This merging of functions reduces the number of separate control circuits and interfaces, making the system more manageable despite the added monitoring capabilities.

The automated control system uses real-time feedback from pressure and flow rate sensors to immediately respond to changing conditions, enabling rapid pressurization and pressure relief operations that improve productivity. The control unit processes sensor data and adjusts system parameters automatically, providing fast response times without requiring complex manual coordination.

The system performs self-regulation through automated algorithms that control pressurization and pressure relief operations based on real-time sensor feedback, eliminating the need for complex manual coordination and enabling rapid response to changing conditions, thus improving productivity while keeping the operator interface simple.