The Simulation Research And Application Of Fuzzy Optimization Control In A Medical Temperature-Humidity Control System

In recent years, with the development of medical standards, the increasing demand formedical temperature and humidity equipment. Medical constant temperature and humiditydevices in medical research, a wide range of applications. Carbon dioxide incubator is atypical one. Carbon dioxide incubator is a way for the normal growth of cells in the artificialenvironment of scientific experimental device. It is widely used in medicine, immunology,genetics, microbiology, agricultural science, pharmaceutical research and production, hasbecome the conventional instrument one of the above-mentioned areas most commonly usedlaboratory, especially medical units most commonly used. Past, carbon dioxide incubator ismainly used in the medical unit of a part of the better conditions of hospitals and medicalresearch institutions, with the rapid increase in China’s economic level, as well as the actualincrease in the demand for carbon dioxide incubator more widely application. With thedevelopment of medical standards, more demanding of constant temperature and humidityincubator their requirements to achieve the functionality.The cancer experimental development research, has been key areas of medical research,medical, built on the basis of the experiments above.According to the actual needs of the subject, as well as the constant temperature andhumidity control requirements, combined with the current development at home and abroad,and designed an all carbon dioxide, temperature and humidity training device designoptimization control method of the fuzzy control, simulation experiments, seeking goodtemperature and humidity control effect.First, the need for total carbon dioxide culture, combined with carbon dioxide gas,abdominal machines, design of carbon dioxide, temperature and humidity incubator.Secondly,according to the requirements of the temperature and humidity control, on the specifichardware and software implementation of the design.Fuzzy control method, select theappropriate control methods, a simulation study on the temperature and humidity controlsystem.Finally, the analysis of the results of the experiment and the simulation results.