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    • 7. 发明申请
    • BOILER AND METHOD FOR CONTROLLING AIR AND FUEL RATIO USING AIR PRESSURE SENSOR
    • 锅炉和使用空气压力传感器控制空气和燃料比的方法
    • US20090308293A1
    • 2009-12-17
    • US11919202
    • 2005-09-14
    • Si Hwan Kim
    • Si Hwan Kim
    • F23N5/18F23N5/26F24H9/20
    • F23N3/082F23N2025/06F23N2033/08
    • Disclosed is an air-fuel ratio control boiler using a air pressure sensor and method for controlling the air-fuel ratio thereof. The boiler is comprised of a fan, the air pressure sensor, a air pressure sensor voltage measurement unit, a air pressure sensor voltage compensation unit, and a controller, and previously compensates for noise factors caused by deviation (error) of a component property, a constituent, of the air pressure sensor so as to be matched to initial reference voltage prior to operating the fan, thereby maximizing the effectiveness of the air-fuel ratio. Further, the boiler makes it possible not only to exert an optimal fuel efficiency effect due to the maximization of combustion efficiency, but also to minimize discharge of harmful gases, thereby preventing environmental pollution in advance, and thus improving the reliability of products.
    • 公开了一种使用空气压力传感器的空燃比控制锅炉及其空燃比的控制方法。 锅炉由风扇,空气压力传感器,空气压力传感器电压测量单元,气压传感器电压补偿单元和控制器组成,并且预先补偿由组件属性的偏差(误差)引起的噪声因素, 作为空气压力传感器的构成要素,以便在操作风扇之前与初始参考电压相匹配,从而最大化空燃比的有效性。 此外,由于燃烧效率最大化,锅炉不仅可以发挥最佳的燃料效率效果,而且能够最大程度地减少有害气体的排放,从而防止环境污染,提高产品的可靠性。
    • 9. 发明授权
    • Boiler and method for controlling air and fuel ratio using air pressure sensor
    • 锅炉及使用气压传感器控制空燃比的方法
    • US07963236B2
    • 2011-06-21
    • US11919202
    • 2005-09-14
    • Si Hwan Kim
    • Si Hwan Kim
    • F23N5/00F23L9/00H02P1/04
    • F23N3/082F23N2025/06F23N2033/08
    • Disclosed is an air-fuel ratio control boiler using a air pressure sensor and method for controlling the air-fuel ratio thereof. The boiler is comprised of a fan, the air pressure sensor, a air pressure sensor voltage measurement unit, a air pressure sensor voltage compensation unit, and a controller, and previously compensates for noise factors caused by deviation (error) of a component property, a constituent, of the air pressure sensor so as to be matched to initial reference voltage prior to operating the fan, thereby maximizing the effectiveness of the air-fuel ratio. Further, the boiler makes it possible not only to exert an optimal fuel efficiency effect due to the maximization of combustion efficiency, but also to minimize discharge of harmful gases, thereby preventing environmental pollution in advance, and thus improving the reliability of products.
    • 公开了一种使用空气压力传感器的空燃比控制锅炉及其空燃比的控制方法。 锅炉由风扇,空气压力传感器,空气压力传感器电压测量单元,气压传感器电压补偿单元和控制器组成,并且预先补偿由组件属性的偏差(误差)引起的噪声因素, 作为空气压力传感器的构成要素,以便在操作风扇之前与初始参考电压相匹配,从而最大化空燃比的有效性。 此外,由于燃烧效率最大化,锅炉不仅可以发挥最佳的燃料效率效果,而且能够最大程度地减少有害气体的排放,从而防止环境污染,提高产品的可靠性。