Multifunctional interface and control method of nuclear power station safety level DCS

Abstract

The invention discloses a control method of a nuclear power station safety level DCS. The control method includes the steps that two or more driving signals sent by equipment are received; the driving signals are subjected to priority ranking according to preset priority management logic; a first driving instruction is generated according to the ranked first driving signal so that an equipment driving device can execute operation according to the first driving instruction. According to the control method of the nuclear power station safety level DCS, in the control process of a nuclear power station safety level digital instrument control system, a multifunctional and intelligent control technology can be achieved. Besides, the invention discloses a multifunctional interface of the nuclear power station safety level DCS.

Description

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AI Technical Summary

Benefits of technology

This patented technology improves upon previous methods for controlling safety levels within an Nuclear Power Plant (NPC). By assigning different drive signals based on their importance or status, they can coordinate actions between various components without causing any problems during operation. Additionally, this approach simplifies its process while maintaining ease over long periods of use. Overall, these improvements improve overall efficiency and reliability of the NPC's safe level control systems.

Problems solved by technology

This patented technical solution describes how modern nuclear reactors can handle critical events during emergency situations without causing damage or even killing people involved. These devices include advanced electronic components called Digital Instrumented Systems (DIS). They require specifications set up beforehand due to their own unique feature: they must operate properly despite being subjected to various hazards while still providing accurate measurements when needed. To address these issues, DISSC® Technology Corporation proposes introducing a programmable hardware component called Programming Logics Platform Module(PLM)) into the DRSC family of nuclear reacters.

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