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    • 2. 发明授权
    • Gas sensor
    • 气体传感器
    • US08815161B2
    • 2014-08-26
    • US12014829
    • 2008-01-16
    • Hidetoshi OishiTsuyoshi EguchiTakashi SasakiAkihiro SuzukiShunji Tsukabayashi
    • Hidetoshi OishiTsuyoshi EguchiTakashi SasakiAkihiro SuzukiShunji Tsukabayashi
    • G01N27/16G01N7/00G01N27/12G01N33/00H01M8/06H05K1/14
    • G01N27/125G01N33/005H01M8/0662H05K1/144
    • A gas-sensing element configured to measure a concentration of a specific component of a gas is mounted to a first circuit board which includes a driving circuit configured to drive the gas-sensing element. A moisture-proof material is disposed over at least one side of the first circuit board disposed in a tubular gas-sensing element case fixed to a sensor case. A gas-sensing chamber is defined by the first circuit board and an inner tubular surface of the gas-sensing element case, and opens at an open end of the gas-sensing element case to receive the gas to be monitored. A second circuit board which includes a control circuit configured to control the gas-sensing element via the driving circuit is fixed to a sensor case, and disposed in a position separate from the gas-sensing chamber such that the second circuit board is kept out of contact with the gas to be monitored.
    • 配置成测量气体的特定成分浓度的气体检测元件安装在第一电路板上,该第一电路板包括配置成驱动气体感测元件的驱动电路。 防潮材料设置在设置在固定到传感器壳体的管状气体感测元件壳体中的第一电路板的至少一侧上。 气体感测室由第一电路板和气体感测元件壳体的内部管状表面限定,并且在气体感测元件壳体的开口端处开口以接收待监测的气体。 包括经由驱动电路配置成控制气体感测元件的控制电路的第二电路板被固定到传感器壳体,并且设置在与气体感测室分离的位置,使得第二电路板保持在 与待监测的气体接触。
    • 5. 发明授权
    • Gas detection apparatus and method for controlling gas sensor
    • 气体检测装置及气体传感器控制方法
    • US07342505B2
    • 2008-03-11
    • US11281772
    • 2005-11-17
    • Takashi SasakiHidetoshi OishiTakashi SaitoAkihiro Suzuki
    • Takashi SasakiHidetoshi OishiTakashi SaitoAkihiro Suzuki
    • G08B17/10
    • G01N33/007G01N33/0031
    • A first gas sensing element is provided in a first position to measure a concentration of a gas continuously, and a second sensing element is provided in a second position to measure the concentration of the gas intermittently. The second position is in close proximity to the first position. A deterioration determination unit is connected with the first and second sensing elements to make a determination as to whether the first sensing element becomes deteriorated, by comparing output values from the first and second sensing elements. A power controller is configured to supply the second sensing element with electric power throughout waiting periods during which the second sensing element stops measuring the concentration of the gas, and an amount of the electric power supplied throughout waiting periods is smaller than that supplied throughout operating periods during which the second sensing element continuously measures the concentration of the gas.
    • 第一气体感测元件设置在第一位置以连续地测量气体的浓度,并且第二感测元件设置在第二位置以间歇地测量气体的浓度。 第二个位置靠近第一个位置。 劣化判定单元通过比较来自第一和第二感测元件的输出值,与第一和第二感测元件连接以确定第一感测元件是否变差。 功率控制器被配置为在第二感测元件停止测量气体浓度的整个等待时段期间向第二感测元件提供电力,并且在整个等待时段期间提供的电力的量小于在整个操作周期中提供的电力量 在此期间第二感测元件连续地测量气体的浓度。
    • 6. 发明申请
    • Gas detection apparatus and method for controlling gas sensor
    • 气体检测装置及气体传感器控制方法
    • US20060113198A1
    • 2006-06-01
    • US11281772
    • 2005-11-17
    • Takashi SasakiHidetoshi OishiTakashi SaitoAkihiro Suzuki
    • Takashi SasakiHidetoshi OishiTakashi SaitoAkihiro Suzuki
    • G01N27/26G01F1/64
    • G01N33/007G01N33/0031
    • A first gas sensing element is provided in a first position to measure a concentration of a gas continuously, and a second sensing element is provided in a second position to measure the concentration of the gas intermittently. The second position is in close proximity to the first position. A deterioration determination unit is connected with the first and second sensing elements to make a determination as to whether the first sensing element becomes deteriorated, by comparing output values from the first and second sensing elements. A power controller is configured to supply the second sensing element with electric power throughout waiting periods during which the second sensing element stops measuring the concentration of the gas, and an amount of the electric power supplied throughout waiting periods is smaller than that supplied throughout operating periods during which the second sensing element continuously measures the concentration of the gas.
    • 第一气体感测元件设置在第一位置以连续地测量气体的浓度,并且第二感测元件设置在第二位置以间歇地测量气体的浓度。 第二个位置靠近第一个位置。 劣化判定单元通过比较来自第一和第二感测元件的输出值,与第一和第二感测元件连接以确定第一感测元件是否变差。 功率控制器被配置为在第二感测元件停止测量气体浓度的整个等待时段期间向第二感测元件提供电力,并且在整个等待时段期间提供的电力的量小于在整个操作周期中提供的电力量 在此期间第二感测元件连续地测量气体的浓度。