A control method and control system for bladeless fans

Abstract

This invention relates to the field of household appliance technology, specifically to a control method and control system for bladeless fans. This control system aims to solve the problems of low airflow accuracy, insufficient coordination of functional modules, and lack of mobile power supply support in existing bladeless fans. The method includes: collecting environmental parameters and parsing multimodal control commands; performing dynamic airflow field regulation based on the Coanda effect; simultaneously activating lighting, humidification, and a composite mosquito repellent function incorporating spectral and frequency characteristics; and monitoring power status to achieve power switching and closed-loop optimization. The system includes: a central processing control module, an airflow drive module integrating a nonlinear compensation algorithm, a multimodal interaction module supporting multiple communication protocols, a composite mosquito repellent execution module, an intelligent humidification module, an integrated lighting module, and a flexible power management module with power outage recovery functionality. This invention achieves high-precision airflow adjustment and multi-functional scene-based linkage, significantly improving the interactive experience and operational reliability of the device.

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