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    • 1. 发明专利
    • CO GAS DETECTING DEVICE
    • JP2001296021A
    • 2001-10-26
    • JP2000110897
    • 2000-04-12
    • YAZAKI CORPTOKYO GAS CO LTD
    • TAKASHIMA HIROMASAMATSUNO MASARUKOSHIMIZU DAISUKEYAHAGI MASAHIRO
    • F23N5/24F23N5/00
    • PROBLEM TO BE SOLVED: To provide a CO gas detecting device to effect correction of a 0-point reference value right after installation of a gas apparatus with high precision by considering the influence of temperature after combustion. SOLUTION: An initial correction means 2a-6 performs initial correction of a 0-point reference value in a way that, not in a combustion state according to a start of operation of the gas apparatus and in a state that a detecting element is heated to a detecting temperature, the detecting output of a CO detector is stored as a fresh 0-point reference value at a 0-point reference value memory means instead of a 0-point reference value before the fresh 0-point reference value to execute initial correction of the 0-point reference value. A first combustion correcting means 2a-7 executes first combustion correction of the 0-point reference value such that the detecting output of the CO detector is stored as a fresh 0-point reference value instead of a 0-point reference value before the fresh 0-point reference value at the 0-point reference value memory means at a point of time when any influence is not exercised on correction of the 0-point reference value by temperature generated by combustion after completion of combustion during completion of the first time combustion of the gas apparatus after initial correction.
    • 2. 发明专利
    • CO GAS DETECTING DEVICE
    • JP2001296022A
    • 2001-10-26
    • JP2000110898
    • 2000-04-12
    • YAZAKI CORPTOKYO GAS CO LTD
    • TAKASHIMA HIROMASAMATSUNO MASARUKOSHIMIZU DAISUKEYAHAGI MASAHIRO
    • F23N5/24F23N5/00
    • PROBLEM TO BE SOLVED: To provide a CO gas detecting device to perform correction operation of a 0-point reference value without modifying an existing gas hot water supply apparatus and inviting remarkable cost increase. SOLUTION: An initial correction means 2a-6 causes a heating control means to control heating to the detecting temperature of a detecting element by a heating means according to input of an operation starting signal to an operation starting signal input means 2a-3 and cause a combustion control signal output means 2a-4 to output a combustion control signal to prohibit combustion of the gas hot water supply apparatus. In a state that the gas hot water supply apparatus is not a combustion state but the detecting element is heated to a detecting temperature, initial correction of the 0-point reference value is executed such that the detecting output of a CO detector is stored as a fresh 0-point reference value at a 0-point reference value memory means instead of a 0-point reference value before the fresh 0-point reference value. Thereafter, the output of a combustion control signal by the combustion control signal means is completed to bring the gas hot water supply apparatus into a combustion state.
    • 4. 发明专利
    • Gas detector
    • 气体检测器
    • JP2010164405A
    • 2010-07-29
    • JP2009006512
    • 2009-01-15
    • Yazaki Corp矢崎総業株式会社
    • MATSUNO MASARU
    • G01N27/16
    • PROBLEM TO BE SOLVED: To provide a gas detector for outputting sensor output vsen having cancelled the effect due to a peripheral temperature without causing the rise in the heat values of both of the platinum coil Rs of a detection element 2 and the platinum coil Rs of a comparison element 3 accompanied by a temperature rise.
      SOLUTION: A constant voltage source cv1 feeds constant voltage to the detection element 2 and the comparison element 3, and a sensor circuit 4 outputs the difference Vs-Vr, which is calculated by subtracting the voltage Vr across both terminals of the comparison element 3 from the voltage Vs across both terminals of the detection element 2 as the sensor output vsen. A fixed resistor Rcs is connected to the detection element 2 and the comparison element 3 in series so that sensor current i flows to the detection element 2 and the comparison element 3. A temperature correcting circuit 5 generates the temperature correcting voltage vc1 corresponding to the voltage Vcs across both terminals of the fixed resistor Rcs to add the generated voltage vc1 to the sensor output vsen to thereby correct the variation component corresponding to a rise and fall in the peripheral temperature of the sensor output vsen.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种气体检测器,用于输出传感器输出温度,其消除了由周围温度引起的影响,而不会导致检测元件2的铂线圈Rs和铂的两个热量的上升 伴随着温度升高的比较元件3的线圈Rs。 解决方案:恒压源cv1向检测元件2和比较元件3馈送恒定电压,传感器电路4输出差值Vs-Vr,其通过减去比较两端的电压Vr而计算 元件3从作为传感器输出端的检测元件2的两端的电压Vs。 固定电阻器Rcs串联连接到检测元件2和比较元件3,使得传感器电流i流向检测元件2和比较元件3.温度校正电路5产生与电压对应的温度校正电压vc1 Vcs穿过固定电阻器Rcs的两端,以将生成的电压vc1添加到传感器输出端,从而校正与传感器输出端的温度上升和下降相对应的变化分量。 版权所有(C)2010,JPO&INPIT
    • 5. 发明专利
    • Drive circuit
    • 驱动电路
    • JP2010124184A
    • 2010-06-03
    • JP2008295326
    • 2008-11-19
    • Yazaki Corp矢崎総業株式会社
    • MATSUNO MASARU
    • H03K17/30H03K17/60H03K17/945
    • PROBLEM TO BE SOLVED: To inexpensively provide a sensor drive circuit for stabilizing a voltage to be supplied to a sensor circuit while reducing power loss.
      SOLUTION: A transistor Q1 to be energized in a direction of supplying a positive voltage to a bridge circuit B is arranged between the bridge circuit B and an AC voltage source which is not shown. A diode bridge 12 is arranged between the bridge circuit B and the AC voltage source which is not shown, and fully rectifies an AC voltage supplied to the bridge circuit B. A comparison circuit 13 controls the transistor Q1 to prevent the value of the AC voltage supplied to the bridge circuit B from exceeding a voltage Vth by comparing the AC voltage supplied to the bridge circuit B with the voltage Vth.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了廉价地提供用于稳定供应给传感器电路的电压同时降低功率损耗的传感器驱动电路。 解决方案:在桥式电路B和未示出的AC电压源之间配置向桥式电路B供给正电压的方向通电的晶体管Q1。 在桥式电路B和未图示的AC电压源之间设置二极管电桥12,并且对提供给桥式电路B的AC电压进行完全整流。比较电路13控制晶体管Q1,以防止AC电压 通过将提供给桥式电路B的AC电压与电压Vth进行比较,提供给桥式电路B超过电压Vth。 版权所有(C)2010,JPO&INPIT
    • 6. 发明专利
    • Led driving circuit and alarm using same
    • LED驱动电路和报警使用相同
    • JP2007187709A
    • 2007-07-26
    • JP2006003318
    • 2006-01-11
    • Yazaki Corp矢崎総業株式会社
    • TAKAHASHI HIDEKIMATSUNO MASARU
    • G09G3/14G08B5/00G09F13/20H01L33/00
    • PROBLEM TO BE SOLVED: To provide an LED driving circuit with which hardware resources can be suppressed to a lower level than heretofore with respect to an apparatus having an LED lighting at a plurality of luminance levels and an alarm equipped with the same. SOLUTION: The LED driving circuit includes a plurality of series connection objects, each of which consists of serially connected LEDs 1a to 1c, and resistors R3 to R5, and the plurality of series connection objects parallel connected to a DC power source Vcc, and a plurality output ports P1 to P3, each of which is connected to each series connection object, and outputs a control signal for putting the LED into an active state, and a microcomputer 2 for controlling the drive of the plurality of the LEDs 1a to 1c, and the LED driving circuit is equipped with voltage regulation means (Tr1, R1, R2) connected between the DC power source Vcc, and the series connection objects, and a switching element Tr2 connected in parallel to the voltage regulation means (Tr1, R1, R2). The microcomputer 2 further has an output port P4 for outputting the control signal for controlling the operation of the switching element Tr2. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种LED驱动电路,其硬件资源可以被抑制到比迄今为止相对于具有多个亮度级别的LED照明的装置和装备有该LED驱动电路的警报的水平更低的水平。 解决方案:LED驱动电路包括多个串联连接对象,每个串联连接对象由串联LED 1a至1c和电阻器R3至R5组成,并且多个串联连接对象并联连接到DC电源Vcc ,以及多个输出端口P1〜P3,各输出端口P1〜P3分别与各串联连接对象连接,输出用于将LED置于激活状态的控制信号;以及微型计算机2,用于控制多个LED 1a的驱动 至1c,并且LED驱动电路配备有连接在直流电源Vcc和串联连接对象之间的电压调节装置(Tr1,R1,R2)和与电压调节装置(Tr1)并联连接的开关元件Tr2 ,R1,R2)。 微型计算机2还具有用于输出用于控制开关元件Tr2的操作的控制信号的输出端口P4。 版权所有(C)2007,JPO&INPIT
    • 10. 发明专利
    • Input interface, amplification circuit, and gas detector
    • 输入接口,放大电路和气体检测器
    • JP2000074867A
    • 2000-03-14
    • JP24822198
    • 1998-09-02
    • Yazaki Corp矢崎総業株式会社
    • MATSUNO MASARU
    • G01N27/12G01N27/16G08B21/00G08B21/16
    • PROBLEM TO BE SOLVED: To enhance off-set regulating resolution as well as to enhance regulation precision at the time of dispersion regulation.
      SOLUTION: This input interface is provided individually with a variable resistance element VR for dispersion regulation as a dispersion regulating element VR for correcting dispersion of input signals with respect to a reference signal, a first reference voltage generating means 12 for generating a first reference voltage V12, and a fixed shift resistance element R2 as a shift element R2 for adding an off-set voltage to the input signal under a condition connected between the first reference voltage V12 and a grounding potential to level-shift the input signal. The off-set voltage generated via the fixed shift resistance element R2 is added to the input signal dispersion-corrected via the variable resistance element VR to be output.
      COPYRIGHT: (C)2000,JPO
    • 要解决的问题:提高离散调节分辨率以及提高色散调节时的调节精度。 解决方案:该输入接口单独提供用于色散调节的可变电阻元件VR作为用于校正输入信号相对于参考信号的色散的色散调制元件VR,用于产生第一参考电压V12的第一参考电压产生装置12 以及作为移位元件R2的固定移动电阻元件R2,用于在连接在第一基准电压V12和接地电位之间的条件下向输入信号增加偏置电压,以对输入信号进行电平移位。 通过固定移动电阻元件R2产生的偏移电压经由经由可变电阻元件VR进行色散校正的输入信号加到输出端。