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    • 91. 发明申请
    • GAS-DISSOLVED WATER SUPPLY SYSTEM
    • 气体溶解水供应系统
    • US20110042281A1
    • 2011-02-24
    • US12735657
    • 2009-03-13
    • Hiroto TokoshimaHiroshi MoritaShigeji Kametani
    • Hiroto TokoshimaHiroshi MoritaShigeji Kametani
    • C02F1/74B01D61/00B01D65/00
    • C02F1/68C02F1/66C02F1/685C02F1/727C02F1/74
    • Provided is a gas-dissolved water supply system that can efficiently produce highly concentrated gas-dissolved water and can circulate and supply the water to a use point. To a storage tank 1, waste water (cleaning waste water) that is water containing dissolved gas (oxygen) used for cleaning an object to be cleaned is reserved through piping 15, and feeding water is supplied through feeding water piping 1a. The water in the storage tank 1 is sent to a purification device 4 via a pressure feeding pump 2 and a heat exchanger 3 for keeping the water temperature constant. The water from which foreign substances are removed by the purification device 4 is sent to a degasser 6 via a flowmeter 5. Then, a gas is dissolved in the water by a gas-dissolving apparatus 7, a chemical is added to the water, and the water is supplied to a use point.
    • 提供了一种能够有效地产生高浓度的溶解水的水,并且可以将水循环并供给到使用点的气体溶解的供水系统。 向贮存罐1中通过配管15预留含有用于清洗被清洗物的溶解气体(氧气)的水的废水(清洗废水),通过给水管道1a供给给水。 储存罐1中的水通过加压泵2和用于保持水温恒定的热交换器3被送至净化装置4。 由净化装置4除去异物的水通过流量计5送到脱气装置6.然后,通过气体溶解装置7将气体溶解在水中,向水中添加化学物质, 水被供应到使用点。
    • 94. 发明申请
    • AIR-FUEL RATIO CONTROL APPARATUS AND AIR-FUEL RATIO CONTROL METHOD
    • 空气燃料比控制装置和空燃比控制方法
    • US20100180874A1
    • 2010-07-22
    • US12664766
    • 2008-06-13
    • Kazuhiro IwahashiHiroshi Morita
    • Kazuhiro IwahashiHiroshi Morita
    • F02D41/00F01N3/10
    • F02D13/023F01L13/0021F02D41/2416F02D41/2445F02D41/2454F02D2041/001Y02T10/18
    • An air-fuel ratio control apparatus includes a learning unit learning amounts of divergence of a correction amount from a reference value thereof respectively as to a plurality of set lift amount regions as divergence amount learning values, a correction unit calculating a divergence amount correction value and correcting a fuel injection amount command value, and a reflection unit reflecting a learning result of the divergence amount learning value of a specific one of the plurality of the set lift amount regions on the divergence amount learning value of another one of the lift amount regions when there is a history indicating that the divergence amount learning value of the specific one of the lift amount regions has been learned and there is no history indicating that the divergence amount learning value of that another one of the lift amount regions has been learned.
    • 空燃比控制装置包括:学习单元,将修正量的发散量的学习量分别从作为发散量学习值的多个设定提升量区域的参考值学习,校正单元计算发散量校正值,以及 校正燃料喷射量指令值,以及反射单元,其将所述多个所述提升量区域中的特定一个的所述提升量区域的所述散度量学习值的学习结果反映在所述提升量区域中的另一个提升量区域的发散量学习值上 存在表示特定的提升量区域的发散量学习值已经被学习的历史,并且没有指示已经学习了另一个提升量区域的分歧量学习值的历史。