窗框式无叶风扇设计原理
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摘要
随着生活的不断智能化,生活中的小物件也被赋予了更为便捷的功能,比如风扇。同作为"夏日神器",相对空调而言,风扇具有廉价、低功耗、易安装等优势。智能化的一种可以选择模式并且实时监控环境和生命体征,并根据生命体征数据反过来控制风速模式的风扇,在解决风速风向贴近自然和睡眠时忘记关闭风扇造成的安全事故问题上,变形后应用在用户家中的活动窗窗框上,对于室内流动风的控制取得了很好的成效。
With the constant intelligence of life,the small objects in life are given more convenient features,such as fans. Comparing with the "summer artifact"-air conditioning,the fan has the advantages of cheap,low power,easy to install and so on. As a intelligent one,it can chooses the model and makes real-time monitoring for the environment and vital signs,and in accordance with vital signs data,it in turn can control wind speed mode fan. In solving the questions that the wind speed closes to the natural and the safety problem caused by forgetting to close the fan when sleep,the fan is applied to the user's home window frame after deformation,which achieves very good results for the control of indoor flow wind.
With the constant intelligence of life,the small objects in life are given more convenient features,such as fans. Comparing with the "summer artifact"-air conditioning,the fan has the advantages of cheap,low power,easy to install and so on. As a intelligent one,it can chooses the model and makes real-time monitoring for the environment and vital signs,and in accordance with vital signs data,it in turn can control wind speed mode fan. In solving the questions that the wind speed closes to the natural and the safety problem caused by forgetting to close the fan when sleep,the fan is applied to the user's home window frame after deformation,which achieves very good results for the control of indoor flow wind.
引文