Humidifier system and methods for using same

The patent applies local quality by using multiple sensors positioned at different locations (front, rear, left, right sides) to detect humidity levels in specific zones. The control unit processes these localized measurements and directs vapor output only to areas where humidity is needed, rather than uniformly distributing vapor throughout the entire room. This resolves the contradiction by maintaining effective humidity control in target areas while reducing unnecessary water consumption in already-humid zones.

The patent implements feedback control by continuously monitoring humidity levels at multiple sensor positions and using this information to dynamically adjust the vapor output. The control unit receives real-time data from sensors and modulates the ultrasonic transducer operation accordingly, increasing vapor output when humidity is low and decreasing it when humidity is sufficient. This feedback mechanism ensures reliable humidity maintenance while minimizing water waste through precise, demand-based vapor generation.

The patent extracts the harmful element of standing water pools by replacing them with an ultrasonic transducer-based vapor generation system. Instead of maintaining stagnant water reservoirs that promote mold growth, the system uses the transducer to directly convert water into vapor through ultrasonic vibration. Water is delivered to the transducer surface and immediately vaporized, eliminating the standing water environment that causes mold while keeping the vapor generation process simple and effective.

The patent replaces the traditional mechanical heating element (which requires standing water pools and high temperatures) with an ultrasonic transducer that uses mechanical vibration at high frequency. This substitution allows vapor generation without maintaining large water reservoirs or high-temperature heating elements, thereby eliminating mold growth conditions while preserving efficient vapor production. The ultrasonic mechanism vibrates water molecules directly into vapor form.

The patent applies segmentation by dividing the monitoring function into multiple independent sensors positioned at different locations (front, rear, left, right sides of the device). Each sensor independently measures humidity in its local zone, providing segmented spatial coverage. The control unit integrates these multiple measurements to make comprehensive humidity control decisions, achieving precise multi-zone regulation without requiring overly complex individual sensor systems. This segmented approach improves measurement precision while keeping each sensor unit relatively simple.

The patent merges multiple sensor measurements and control functions into a unified control system. The control unit combines data from all sensor positions and coordinates the ultrasonic transducer operation to address humidity needs across the entire monitored space. This merging of multiple simple sensing points into a coordinated control strategy achieves comprehensive humidity regulation precision without the complexity of a single sophisticated sensor system, effectively combining simplicity with accuracy.