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Simulating The Air-Condition Controlling In Operating Room And Improvement

机译:模拟手术室的空调控制及改进

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摘要

In this study we have tried necessary condition and suitable for air balance and temperature in the operating room, using a fuzzy expert controller system and thermal cameras are designed. Condition for implementation and simulation of this system has been studied to see if it can be true or not performed in hospitals. This is a completely new method, all the operating room by a fuzzy controller with thermal picture environment has been properly balanced to ventilation system work properly. Therefore, the operating room is simulated using MATLAB software so fuzzy control system is supposed to be shown the benefits of this control system. Input parameters of the system are important factors in determining the balance temperature and ambient temperature. The publication of these parameters is considered as an output parameter. By the expert system, an account statement with the membership functions for input parameters were defined. After classification of ventilation systems and related information, using a concept designed interface that with MATLAB software has been simulated, transferred to the computer and also whole system operation in the operating room during hundred minutes is shown. The results revealed by this controller showed that in terms of economic and reliability and other has more advantages than the previous single-phase system.
机译:在这项研究中,我们使用模糊专家控制器系统和热像仪,尝试了必要条件并适合手术室中的空气平衡和温度。已经研究了该系统的实施和仿真条件,以查看它在医院中是否可以实现。这是一种全新的方法,所有手术室都由带有热图像环境的模糊控制器进行了适当的平衡,以使通风系统正常工作。因此,使用MATLAB软件对手术室进行了仿真,因此模糊控制系统应被证明具有该控制系统的优势。系统的输入参数是确定平衡温度和环境温度的重要因素。这些参数的发布被视为输出参数。通过专家系统,定义了具有用于输入参数的隶属函数的帐户对帐单。在对通风系统和相关信息进行分类之后,使用概念设计的界面进行了仿真,该界面已使用MATLAB软件进行了仿真,并已传输至计算机,并显示了整个系统在一百分钟内在手术室内的运行情况。该控制器显示的结果表明,在经济性和可靠性等方面都比以前的单相系统更具优势。

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