Hydraulic Function Grouping With Dynamic Multi-Pump Allocation

The patent implements dynamic pump-function grouping where the computing system continuously monitors hydraulic parameter data and automatically reconfigures which pump supplies which function based on current operational requirements. This allows the system to adapt to changing conditions (improving adaptability) while using automated control algorithms that manage the complexity (mitigating the worsening of device complexity).

The patent makes the switching valves universal components that can route hydraulic fluid from either pump to any function, creating a multi-functional switching network. This universal switching capability enables any pump to serve any function as needed, achieving optimal efficiency for various operational scenarios without requiring dedicated fixed connections for each pump-function pair.

The computing system continuously receives hydraulic parameter data from sensors monitoring pressure, flow rate, and other parameters from each pump and function. Based on this feedback, the system automatically determines the optimal pump-function assignments and adjusts switching valve positions accordingly. This closed-loop feedback control enables the system to manage multiple pumps efficiently, maintaining high productivity while automatically handling the allocation complexity.

The system implements self-service through automated pump allocation where the computing system independently monitors hydraulic parameters, calculates optimal configurations, and reconfigures the pump-function assignments without operator intervention. This self-managing capability allows the system to handle the complexity of multiple pump allocations while maintaining high productivity and adapting to changing requirements automatically.