A digitally controlled system facilitates fluid movement and pressure regulation, often employed in medical or industrial settings. These systems typically involve a software interface accessible via a mobile device or computer, a pressure-controlled surface or device, and a mechanical unit that delivers or removes fluids to adjust the pressure. For example, it might be used to manage pressure distribution on a patient’s body to prevent pressure ulcers, or to control the flow of coolant in a manufacturing process.
This technology offers enhanced precision, customizability, and remote monitoring capabilities compared to traditional methods. Benefits include improved efficiency, reduced manual intervention, and the ability to track and analyze performance data. Historically, pressure regulation relied on manual adjustments and analog controls. The integration of digital interfaces and automated fluid management represents a significant advancement, enabling more sophisticated and responsive control strategies.
