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    • 61. 发明公开
    • Detector path insertion verification system and method
    • 系统和Verfahren zumBahneinführungsnachweiseines Detektors。
    • EP0451961A1
    • 1991-10-16
    • EP91302128.3
    • 1991-03-13
    • WESTINGHOUSE ELECTRIC CORPORATION
    • Lunz, Kenneth GeorgeLitzinger, Kevin Patrick
    • G21C17/108
    • G21C17/108
    • A detector path insertion verification system for use with flux mapping of a pressurized water nuclear reactor uses a transfer insertion switch (54) at the input of each multiple-path selector (30) to detect insertion of a detector into the multiple-path selector (30). No insertion switches are used at the output of the multiple-path selectors; instead software is used to verify the position of the multiple-path selectors. The sensed actual position of each multiple-path selector is monitored as the multiple-path selector is rotated to verify that the sensed actual position passes through the expected sequence of positions in an expected amount of time. The multiple-path selectors are rotated until a sensed actual position is equal to a desired position and rotation is stopped. After the passage of a short period of time, the actual and desired positions are again compared and if equal, insertion is begun. When the transfer insertion switch (30) detects insertion of the detector into the multiple-path selector, the actual and desired positions are again checked and insertion of the detector is continued only if the actual and desired positions are still equal.
    • 与加压水核反应堆的通量映射一起使用的检测器路径插入验证系统使用在每个多路径选择器(30)的输入处的传送插入开关(54)来检测检测器插入到多路径选择器( 30)。 在多路选择器的输出端不使用插入开关; 而是使用软件来验证多路径选择器的位置。 当多路径选择器旋转以检测感测到的实际位置在预期的时间量内通过预期的位置序列时,监测每个多路径选择器的感测到的实际位置。 旋转多路径选择器直到感测到的实际位置等于期望的位置并且停止旋转。 经过短暂的时间后,再次比较实际和期望的位置,如果相等,则开始插入。 当传送插入开关(30)检测到多路径选择器插入时,再次检查实际和期望的位置,并且只有在实际和期望的位置相等时才继续插入检测器。
    • 70. 发明公开
    • OUT-OF-CORE NUCLEAR INSTRUMENTATION DEVICE
    • 非核心的仪器设备
    • EP3267443A1
    • 2018-01-10
    • EP15883964.7
    • 2015-03-05
    • Mitsubishi Electric Corporation
    • AIBA, ToshihideNAKAI, Toshimitsu
    • G21C17/108
    • G21C17/108G21C7/36G21D1/02G21D3/10Y02E30/39
    • A detector signal-processing circuit (8) comprises the following: a current/voltage conversion part (21) that converts the current value of a neutron detector (3) to a voltage value; a variable gain amplification part (22) that performs amplification by a first-step variable gain using a D/A converter (53); a current level response-use resistance circuit (41) that selects the measurement range in accordance with the voltage value; temperature measurement units (82, 83, and 84) for measuring the temperature of the resistance circuit (41) for current level response; a temperature compensation part (81) for commanding gain compensation by the D/A converter (53) on the basis of the measured temperature; and a selective adjustment control part (26) for selective control of the measurement range and adjustment of the variable gain of the variable gain amplification part (22). Due to this configuration, neutron flux can be measured with high precision while maintaining a constant output precision, before and after switching of the measurement range.
    • 检测器信号处理电路(8)包括:电流/电压转换部分(21),将中子检测器(3)的电流值转换为电压值; 可变增益放大部(22),其使用D / A转换器(53)以第一级可变增益进行放大。 根据电压值选择测量范围的电流电平响应用电阻电路(41) 温度测量单元(82,83和84),用于测量电流电平响应的电阻电路(41)的温度; 温度补偿部分(81),用于基于所测量的温度命令由D / A转换器(53)进行增益补偿; 以及选择性调整控制部分(26),用于选择性地控制可变增益放大部分(22)的测量范围和可变增益的调整。 由于这种配置,在切换测量范围之前和之后,可以高精度测量中子通量,同时保持恒定的输出精度。