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    • 11. 发明申请
    • Heating apparatus having insulation-contacted fuel burners
    • 具有绝缘接触燃料燃烧器的加热装置
    • US20050217663A1
    • 2005-10-06
    • US10812583
    • 2004-03-30
    • Robert GlassGordon Stretch
    • Robert GlassGordon Stretch
    • F23C5/00F23D14/04F23M5/00F24D19/00F24H1/00F24H9/06
    • F23C5/00F23D14/045F23D2900/00017F23M5/00F23M2900/05004
    • A fuel-fired heating appliance has multiple premix type fuel burners horizontally disposed in a row in its combustion chamber and operable in a staged manner. The burners are upwardly spaced apart from a rigid fiberboard insulation panel structure extending along the bottom interior side of the combustion chamber. Sandwiched between and contacting the bottom sides of the burners and the top side of the fiberboard panel is a blanket of resilient ceramic fiber insulation material which functions to (1) prevent uncombusted fuel from firing burners from being circulated under non-firing burners, (2) increase the operating temperatures of bottom sides of the burners during firing thereof to lessen thermal stresses in the firing burners, (3) resiliently permit differential thermal expansion of the burners, and (4) reduce harmonic resonance of the burners, and associated operational noise of the appliance, during firing of the burners.
    • 燃料加热装置具有多个预混合燃料燃烧器,它们在其燃烧室中水平设置成一排并且可以分阶段的方式操作。 燃烧器与沿着燃烧室的底部内侧延伸的刚性纤维板绝缘板结构向上间隔开。 在燃烧器的底面与纤维板面的顶面接触之处是一层弹性陶瓷纤维绝缘材料,其功能是(1)防止未燃燃料燃烧燃烧器在非燃烧燃烧器下循环,(2 )在烧制过程中增加燃烧器底面的工作温度,以减轻烧制燃烧器中的热应力,(3)弹性地允许燃烧器的热膨胀不均匀,(4)减少燃烧器的谐波共振和相关的运行噪声 在燃烧器的燃烧期间。
    • 16. 发明授权
    • Expert electrical power simulator
    • 专家电力模拟器
    • US5262960A
    • 1993-11-16
    • US680694
    • 1991-04-04
    • Waleed SaidRobert Glass
    • Waleed SaidRobert Glass
    • G05B17/02G09B9/00H02J13/00G06F15/56
    • H02J13/001G05B17/02G09B9/00Y02E60/74Y04S10/30Y04S10/40
    • A simulator (100) of an electrical power generating system in accordance with the invention includes a programmed electrical power system simulator (104) specifying at least one simulated electrical power generating element (200) for generating electrical power and at least one simulated contactor (202, 206, 210, 212 and 216) for connecting the at least one simulated electrical power generating element to at least one simulated load bus (208), a state of the simulated elements of the simulated electrical power generating system during simulated generation of electrical power and a simulated state of elements of the electrical power generating system in response to a simulated fault condition; an input (102) for inputting data to the programmed simulator relating to the simulated operation of the electrical power generating system; and an output (106) for outputting data from the programmed simulator including a display for displaying data outputted from the programmed simulator relating to simulated operation of the electrical power generating system.
    • 根据本发明的发电系统的模拟器(100)包括编程电力系统模拟器(104),其指定用于产生电力的至少一个模拟发电元件(200)和至少一个模拟接触器(202 ,206,210,212和216),用于将所述至少一个模拟发电元件连接到至少一个模拟负载总线(208),在模拟电力产生期间所述模拟发电系统的模拟元件的状态 以及响应于模拟故障条件的发电系统的元件的模拟状态; 用于向与所述发电系统的模拟操作相关的所述编程模拟器输入数据的输入端(102) 以及用于从编程的模拟器输出数据的输出(106),其包括用于显示从与所述发电系统的模拟操作相关的所述编程模拟器输出的数据的显示器。