With the continuous improvement of living standards, the nutrition and safety awareness of foods has also been increasingly strengthened. The demand for aquaculture has been continuously increasing, and its safety has been increasingly concerned by people. However, there are certain deficiencies in the way of aquaculture, which leads to a decline in the efficiency of aquaculture, a decrease in the quality of aquatic products, and pollution of the water itself. In view of the current form of aquaculture, the “Smart Aquaculture Aquaculture Management System†was established from the aspects of monitoring aquatic product diseases, aquaculture water quality and environment monitoring, and traceability of aquatic products to provide farmers with timely and accurate culture information. The application of the water quality online detector has more and more advantages, and it is also a direct research recommendation.
Data transmission, management, and emergency alarm technology are realized through an independently developed water quality online detector: software controls the transmitter to convert the electrical signal of the multi-parameter sensor into a digital signal through a software program, and then uploads the data to a specified position using a GPRS wireless network. The server realizes the storage and archiving of collected data, realizes the data transmission and management of the distributed monitoring network; innovatively increases the telephone alarm function, and can input the mobile phone number of aquaculture personnel in the software alarm setting if the aquaculture water quality appears. The problem (in case of lack of oxygen supply or change in pH needs to be changed, etc.), to the extent that the system cannot automatically adjust, the alarm system will promptly notify the aquaculture personnel by telephone. Aquaculture personnel can take emergency rescue measures at the scene to reduce unnecessary losses and realize intelligent management of aquaculture.
At present, there is no detailed and accurate calibration method for the sensors of domestic water quality online detectors. This project is mainly to test the standard samples on a regular basis (standard samples are all prepared by the company), and pass actual test data and standard samples. The data is compared with the calibration of the sensor, so that the system detects the data more accurately. A multi-point automatic sensing floating island device is used to construct an underwater monitoring network. Since various aquatic products live in different water layers, the automatic lifting function achieves the goal of monitoring various water products, and makes the monitoring data of the water quality online detector more specific. Sex.
Data transmission, management, and emergency alarm technology are realized through an independently developed water quality online detector: software controls the transmitter to convert the electrical signal of the multi-parameter sensor into a digital signal through a software program, and then uploads the data to a specified position using a GPRS wireless network. The server realizes the storage and archiving of collected data, realizes the data transmission and management of the distributed monitoring network; innovatively increases the telephone alarm function, and can input the mobile phone number of aquaculture personnel in the software alarm setting if the aquaculture water quality appears. The problem (in case of lack of oxygen supply or change in pH needs to be changed, etc.), to the extent that the system cannot automatically adjust, the alarm system will promptly notify the aquaculture personnel by telephone. Aquaculture personnel can take emergency rescue measures at the scene to reduce unnecessary losses and realize intelligent management of aquaculture.
At present, there is no detailed and accurate calibration method for the sensors of domestic water quality online detectors. This project is mainly to test the standard samples on a regular basis (standard samples are all prepared by the company), and pass actual test data and standard samples. The data is compared with the calibration of the sensor, so that the system detects the data more accurately. A multi-point automatic sensing floating island device is used to construct an underwater monitoring network. Since various aquatic products live in different water layers, the automatic lifting function achieves the goal of monitoring various water products, and makes the monitoring data of the water quality online detector more specific. Sex.
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