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首页> 外文会议>2013 2nd International Symposium on Instrumentation and Measurement, Sensor Network and Automation >Simulator design and lab scale test of a gas filling station for Geiger Muller detectors
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Simulator design and lab scale test of a gas filling station for Geiger Muller detectors

机译：盖革穆勒探测器加气站的模拟器设计和实验室规模测试

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The paper presents the creation of a simulator for the Geiger Muller (GM) gas filling station. It simulates the entire gas filling process, from preparing for gas filling by vacuuming out the system to adding in different gases and sealing the detector. The simulator not only demonstrates the overall gas filling process, but also identifies certain steps that can be automated to speed up the process and reduce human error. An easy-to-use human-machine interface is created so that the operator is informed of the current state of the system and the operations that need to be performed manually. A lab scale bench top test is set up to demonstrate the implementation of the automated process. It shows that a Compact RIO system running on real-time environment can be used to communicate with the computer and control a motor. Finally, in order to integrate the simulator with the current gas filling station, the improvements that need to be made on the current station are identified.
机译：本文介绍了用于Geiger Muller（GM）加气站的模拟器的创建。它模拟了整个气体填充过程，从通过抽真空系统为气体填充做准备到添加不同的气体并密封检测器。该模拟器不仅演示了整个气体填充过程，还确定了可以自动执行以加快过程并减少人为错误的某些步骤。创建了易于使用的人机界面，使操作员可以了解系统的当前状态以及需要手动执行的操作。建立了实验室规模的台式测试，以演示自动化过程的实施。它表明可以在实时环境下运行的Compact RIO系统与计算机进行通信并控制电动机。最后，为了将模拟器与当前的加气站集成在一起，确定了需要在当前的加气站进行的改进。

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