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Study on Human-Machine Interface Design of Nuclear Power Plant Control Room

机译:核电厂控制室人机界面设计研究

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The first generation of nuclear power plant control room is mainly based on analog technology. The second-generation control room is a "hybrid" control room combing analog technology and digital technology. The third-generation control room is based on digital technology. Although its digital human-machine interface can achieve the functions that cannot be achieved by the first and second generations of human-machine interfaces, its number of alarms is higher than those of the two previous generations of nuclear power plants. At the same time, the digital alarm display mode is not as intuitive as the conventional light card display mode. If the alarm list is too long, it will cause certain interference to the operator to handle important alarms. In order to solve the above problems, it is necessary to appropriately "suppress" the alarms that the operator does not have to pay attention to, so that they do not appear in the alarm list, so as to reduce the burden on the operator, in addition, it can provide technical reference for the design of human-machine interface in the subsequent nuclear power plant control room.
机译:第一代核电站控制室主要基于模拟技术。第二代控制室是一个“混合”控制室梳理模拟技术和数字技术。第三代控制室基于数字技术。尽管其数字人机界面可以通过第一代和第二代的人机界面实现不能实现的功能,但其报警的数量高于前两代核电厂的函数。同时,数字报警显示模式与传统的光卡显示模式不如直观。如果报警列表太长,则会对操作员产生某些干扰以处理重要的警报。为了解决上述问题,必须适当地“抑制”操作员不必注意的警报,以便它们不会出现在报警列表中,以减少操作员的负担,此外,它还可以为随后的核电站控制室中的人机界面设计提供技术参考。

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