Sensing Unit Power Management via Dynamic Activation

The patent applies dynamics by transitioning sensing units between ON and OFF states based on operational conditions. The processing module dynamically activates high-power sensing units only when needed, rather than keeping them statically ON, thus adapting power consumption to actual functional requirements.

The system implements periodic activation of high-power sensing units through a control module that determines when to switch from low-power mode to high-power mode based on detected conditions, creating a periodic on-demand activation pattern rather than continuous operation.

The patent applies preliminary action by using low-power sensing units to perform preliminary detection before activating high-power sensing units. This preliminary screening allows the system to maintain detection capability while avoiding continuous high-power consumption.

The system implements partial action by activating only the necessary subset of sensing units (N1 out of N total high-power units) based on current operational needs, rather than activating all high-power units continuously, thus achieving sufficient detection precision with reduced power consumption.

The patent segments sensing units into distinct groups: M low-power sensing units and N high-power sensing units. This segmentation allows independent control of each group, enabling the system to activate only the necessary high-power units while maintaining continuous operation of low-power units, thus providing comprehensive sensing coverage with optimized power consumption.

The system applies local quality by assigning different power consumption characteristics to different sensing units based on their functional requirements. Low-power units handle continuous monitoring while high-power units provide enhanced sensing capability only when and where needed, creating localized high-performance sensing zones rather than uniform high-power operation.