High-speed line high-speed line lodgings are used to raise animals (feeding, water quality, and water flow inspections are manual), so the lodgings and breeding rooms are in a three-crowded state.It is not possible to respond to the ban on movement across prefectural borders.When natural disasters such as typhoons overlap, they wait in close proximity in the breeding room and pump house.Remote monitoring and automatic feeding of the situation in the aquarium from the laboratory in Shinagawa.Automatic control is possible even in the event of a power outage or abnormal water temperature, and it is possible to minimize damage caused by overlapping infectious diseases and natural disasters.Hydrosphere Reproductive Technology Research Institute (Shinagawa) Water temperature dissolved oxygen remote monitoring and operation, data collection Water temperature power outage alarm Water flow alarm Data confirmation, quick on-site response Water temperature alarm The labor involved in rearing experimental fish was much greater than the experimental procedures themselves, such as hormone administration in reproductive control research and cell transplantation in germ stem cell research.By automating most of the breeding management using this equipment, it is possible to greatly save labor and avoid the risk of loss due to accidents of experimental fish by detecting abnormalities in real time.Automatic feeder Continuous water quality monitoring system Stand-alone generator Power outage response system Automatic water temperature adjustment Circulation tank temperature control systemDevelopment of research equipment and facilities that connect to the open facility system (XNUMX) Development of advanced research equipment: Automatic breeding of aquatic organisms, data acquisition equipment, automatic control of water quality monitoring, water temperature adjustment, feeding, etc., and remote breeding from Shinagawa Aquatic organism breeding and data acquisition facility” was constructed.?Promote year-round breeding experiments in a stable manner and promote creative research aimed at developing new technologies for marine aquaculture, which accounts for the majority of aquaculture production in Japan.?The person in charge of the experiment can obtain detailed data such as water quality, water temperature control, and feeding amount obtained from individual breeding facilities anywhere on campus.?Faculty staff and students in Shinagawa and Tateyama can obtain and share breeding data in real time, enabling more efficient and highly accurate breeding experiments.
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