The invention discloses an ultrasonic atomization control method, an ultrasonic atomization system, an ultrasonic atomization device and a medium, the ultrasonic atomization control method is applied to the ultrasonic atomization system, the ultrasonic atomization system comprises a relay and an atomizer, the method comprises the steps that target instructions are obtained, and the target instructions comprise an atomization switch instruction and a mist amount control instruction; controlling the on-off state of a relay according to the atomization on-off instruction; generating a square wave signal according to the fog amount control instruction; the operation mode of the atomizer is controlled according to the on-off state of the relay and the square wave signal, the ultrasonic atomization system is controlled based on different instructions, ultrasonic atomization is carried out after secondary confirmation, misoperation can be effectively avoided, the atomizer is accurately controlled to carry out atomization through the square wave signal, and the atomization efficiency is improved. Compared with the prior art that a mechanical button is manually operated to control ultrasonic atomization quantitative spraying, the reliability of ultrasonic atomization can be effectively improved.
本申请公开了一种超声波雾化控制方法、超声波雾化系统、装置及介质,其中,超声波雾化控制方法应用于超声波雾化系统,超声波雾化系统包括继电器和雾化器,该方法包括:获取目标指令,目标指令包括雾化开关指令和雾量控制指令;根据雾化开关指令控制继电器的开关状态;根据雾量控制指令生成方波信号;根据继电器的开关状态和方波信号控制雾化器的运行模式,基于不同指令控制超声波雾化系统,二次确认后进行超声波雾化,能够有效避免误操作,利用方波信号精准控制雾化器进行雾化,相较于相关技术中利用人工操作机械按钮控制超声波雾化定量喷洒,能够有效提高超声波雾化的可靠性。
Ultrasonic atomization control method, ultrasonic atomization system, device and medium
超声波雾化控制方法、超声波雾化系统、装置及介质
2024-10-29
Patent
Electronic Resource
Chinese
Ship waste collecting device based on ultrasonic atomization method
European Patent Office | 2021
|Controllable fuel cell humidification by ultrasonic atomization
Online Contents | 2013
|Fueling an Engine by Ultrasonic Atomization, and Its Control
SAE Technical Papers | 2018
|Experimental Investigation on Atomization Characteristics of Ultrasonic Atomizer
British Library Conference Proceedings | 1990
|