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김도훈(Do Hun Kim),곽민성(Min Sung Kwak),김동희(Dong Hui Kim),이상원(Sang Won Lee),이준우(Jun Woo Lee),정한별(Han Byeol Jeong),박세진(Sejin Park) 대한전자공학회 2023 대한전자공학회 학술대회 Vol.2023 No.6
Recently, the number of people raising ornamental fish has been increasing, but in general families, it is difficult to create an environment due to a lack of expertise in ornamental fish and continuous management is impossible. Therefore, this paper proposed a micro-process-based automatic water tank management system that can manage water tanks more efficiently and minimizes user intervention. The proposed system measures the pH, temperature, and quantity of the tank environment through sensors, and when the generated data is transmitted to the server to detect abnormalities, the control device operates to properly maintain the environment in the fishbowl. This enables more efficient management than the existing fishing port management system, which has the advantages of manual operation and arbitrary coordination. The management system of this study can be seen as having a similar performance to other temperature control devices, and hot water can be evenly distributed inside the tank through recovery, compensating for the hot water retention phenomenon, which is a disadvantage of the warmer heating water at a designated point.