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    • 4. 发明申请
    • COOKTOP POWER CONTROL SYSTEM
    • COOKTOP电源控制系统
    • WO2015084614A2
    • 2015-06-11
    • PCT/US2014/067014
    • 2014-11-24
    • BOSE CORPORATION
    • JACOB, Kenneth D.BRODERS, Adam C.
    • H05B6/06
    • F24C7/087F24C3/126F24C7/083G05D23/1902H05B6/065H05B2213/07
    • A cooktop power control system for a cooktop that has a plurality of burners, where the cooktop power control system controls the power delivered from two or more separate active burners to separate cookware items each of which is associated with an active burner. There is a maximum limit of total power that is available for delivery from all of the burners together. The system has a controller that, when a plurality of burners are in sum calling for more than the maximum limit of total available power, automatically alters the power delivered from at least one of the active burners in comparison to the power called for by such burner, the alteration based on both the measured cookware temperatures of the cookware items that are associated with the active burners and the desired cookware temperatures derived from heating control user interfaces that are associated with the active burners.
    • 一种用于灶台的炉灶电力控制系统,其具有多个燃烧器,其中所述炉灶功率控制系统控制从两个或更多个单独的主动燃烧器输送的功率以分离与活动燃烧器相关联的炊具。 所有燃烧器一起提供的总功率的最大限制。 该系统具有一个控制器,当多个燃烧器总共呼出超过总可用功率的最大限度时,与由该燃烧器所要求的功率相比,自动改变从至少一个主动燃烧器传递的功率 基于与主动燃烧器相关联的炊具物品的测量炊具温度的变化以及由与主动燃烧器相关联的加热控制用户界面导出的期望炊具温度的变化。
    • 10. 发明公开
    • COOKTOP POWER CONTROL SYSTEM
    • 电源控制系统FOR HOB
    • EP3078240A2
    • 2016-10-12
    • EP14812090.0
    • 2014-11-24
    • Bose Corporation
    • JACOB, Kenneth D.BRODERS, Adam C.
    • H05B6/06G05D23/19F24C3/12
    • F24C7/087F24C3/126F24C7/083G05D23/1902H05B6/065H05B2213/07
    • A cooktop power control system for a cooktop that has a plurality of burners, where the cooktop power control system controls the power delivered from two or more separate active burners to separate cookware items each of which is associated with an active burner. There is a maximum limit of total power that is available for delivery from all of the burners together. There is a heating control user interface associated with each of the burners, each heating control user interface constructed and arranged to be set by a user to a particular heating control user interface setting. A desired cookware temperature is derived from the setting of each heating control user interface. The measured temperatures of the cookware items are available to the cooktop power control system. The system has a controller that, when a plurality of burners are in sum calling for more than the maximum limit of total available power, automatically alters the power delivered from at least one of the active burners in comparison to the power called for by such burner, the alteration based on both the measured cookware temperatures of the cookware items that are associated with the active burners and the desired cookware temperatures derived from the heating control user interfaces that are associated with the active burners.