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    • 4. 发明授权
    • Flue sensor for gas fired appliance
    • 燃气灶具烟道传感器
    • US07900588B2
    • 2011-03-08
    • US11351498
    • 2006-02-10
    • Bernd D. ZimmermannDavid ReynoldsPrasad S. Khadkikar
    • Bernd D. ZimmermannDavid ReynoldsPrasad S. Khadkikar
    • F24H9/20
    • F23N5/003F23N5/26
    • A fuel fired appliance exhaust gas parameter sensor for continually detecting gas parameter emissions, such as CO, NOx and O2, may be located above the appliance near the appliance exhaust outlet. The sensor may be located near or under a draft hood located near the exhaust outlet. The sensor remains relatively cool by draft air moving from outside the draft hood and into a chimney, the draft being hastened by the heated, rising chimney gases. A sensor bracket may be attached to the appliance and the sensor to appropriately position the sensor under the draft hood. Alternatively, the sensor may be located on a tube that continually samples combustion exhaust. The tube may be located outside of the draft hood perimeter to maintain a low sensor temperature, while multiple tube coils around the exhaust outlet may be used to further cool the sampled gas.
    • 用于连续检测气体参数排放的燃料燃烧器具废气参数传感器,例如CO,NOx和O2可以位于器具排气口附近的器具上方。 传感器可以位于排气口附近的引风机附近或下方。 通过从引风机外部移动并进入烟囱的通风空气,传感器保持相对冷却,通气被加热的上升的烟囱气体加速。 传感器支架可以连接到器具和传感器,以将传感器适当地定位在通风罩下。 或者,传感器可以位于连续地对燃烧排气进行采样的管上。 管可以位于引风机周边的外侧以保持低的传感器温度,而可以使用排气出口附近的多个管线圈来进一步冷却采样的气体。
    • 6. 发明授权
    • High sensitivity diode temperature sensor with adjustable current source
    • 高灵敏度二极管温度传感器,可调电流源
    • US06342997B1
    • 2002-01-29
    • US09558918
    • 2000-04-26
    • Prasad S. KhadkikarJames A. TennantBernd D. ZimmermanDavid W. ReynoldsThomas C. Anderson
    • Prasad S. KhadkikarJames A. TennantBernd D. ZimmermanDavid W. ReynoldsThomas C. Anderson
    • H02H504
    • G01K7/01G01K3/005
    • A temperature control circuit provides for optical isolation, dry start protection, dedicated load control, manual reset, and relay control in hot water heaters and related applications. The control circuit removes power from a load at a first temperature, and includes a first optical isolation device, a first diode temperature sensor, and a first switching mechanism. The first optical isolation device controls operation of a power source, where the power source is provided to the load, such as a hot water heater heating element. The first diode temperature sensor is biased to provide a switching signal at the first temperature. The first switching mechanism is disposed between the first diode temperature sensor and the first optical isolation device, where the first switching mechanism disengages operation of the first optical isolation device in response to the switching signal. The control circuit can further include a high limit cycling circuit for disengaging operation of the power source at the second temperature. A latching circuit can be used to maintain the temperature control circuit in a switched state until a manual reset occurs.
    • 温度控制电路提供热水加热器和相关应用中的光隔离,干启动保护,专用负载控制,手动复位和继电器控制。 控制电路在第一温度从负载中去除电力,并且包括第一光隔离装置,第一二极管温度传感器和第一开关机构。 第一光隔离装置控制电源的操作,其中电源被提供给诸如热水器加热元件的负载。 第一二极管温度传感器被偏置以在第一温度提供开关信号。 第一切换机构设置在第一二极管温度传感器和第一光隔离装置之间,其中第一切换机构响应于切换信号使第一光隔离装置的操作脱离。 控制电路还可以包括用于在第二温度下分离电源的操作的上限循环电路。 可以使用锁存电路来将温度控制电路维持在切换状态,直到手动复位发生。