Intelligent cleaning control system for culture waterline

Abstract

The invention discloses a culture waterline intelligent cleaning control system. The system comprises a control center unit, a signal processing module, a cleaning function execution module, a communication module and a touch screen, wherein the cleaning function execution module comprises a cleaning module, a water detection device is arranged on a culture waterline, and the culture waterline isconnected with a connecting cylinder through a pipeline; the cleaning module is connected with the connecting cylinder, the water detection device sends detected data signals to the signal processingmodule, the control center unit sends operation instructions to control all execution elements of the cleaning module to work, cleaning of the aquaculture water line is achieved, and cleaning work isobserved and controlled in real time through the touch screen; and the cleaning work is remotely monitored and controlled through the communication module. The system is advantaged in that real-time cleaning of the culture waterline and intelligent control over cleaning of the culture waterline are achieved, detection precision is high, cleaning labor intensity is small, cleaning is timely and thorough, cleaning control is intelligent, poultry can be flushed, and normal use of the culture waterline is guaranteed.

Description

Technical field[0001]The present invention relates to a cleaning control system, and more particularly to a cultured water wire intelligent cleaning control system.Background technique[0002]The current farm is more cultured in a circle, using a culture water line to feed water, which improves the efficiency of farming work, while reducing the labor intensity of farming work. However, the water of the aquaculture water will produce a large number of bacterial microorganisms, and the water in the aquaculture water will produce dirt or green moss, and the bacterial microorganisms and floating dirt or green moss will cultivate with water. Drugs such as poultry, cause disease to poultry, etc., and the inner wall of the cultured water will also attach dirt or green moss, and the dirt or green moss will also parasitic bacteria, and pollution on the water in the water line. At present, the cleaning of the water line is used to add sterilization or antibiotics in water. It is used to kill th...

AI Technical Summary

Problems solved by technology

However, after the breeding water line has been used for a period of time, the water in it will produce a large number of bacterial microorganisms, and the water in the breeding water line will produce dirt or green moss, etc. Bacterial microorganisms and floating dirt or green moss will be cultivated with the flow of water Drinking by poultry and livestock will cause diseases to poultry and livestock. At the same time, there will be dirt or green moss attached to the inner wall of the breeding waterline, and bacteria will also be parasitic on the dirt or green moss, which will pollute the water in the waterline

At present, for the cleaning of the waterline, some use sterilizing or antibiotic drugs in the water to kill bacteria and microorganisms in the water and prevent the generation of green moss, etc., and to improve the resistance of poultry and livestock to bacteria and microorganisms, but Inevitably, some of these drugs will be left and accumulated in the poultry body, causing the drugs left over and accumulated in the poultry body to be transferred to the human body when people eat the poultry and livestock, causing harm. Physical cleaning is used to clean the water in the breeding water line to avoid the above hazards

[0003] At present, the cleaning of the breeding waterline is mostly done manually by passing glass fiber filaments into the breeding waterline for cleaning. The whole cleaning process is relatively complicated, and cleaning equipment is also used for cleaning. However, most of the above cleaning methods are not thorough, and bacteria are likely to remain , and when cleaning, it is necessary to disassemble the water pipes originally connected to each breeding water line, and then manually use glass fiber filaments or connect cleaning equipment for cleaning. After cleaning, disassemble the cleaning equipment and then connect the water pipes to continue to use, which is very inconvenient. Especially in the environment where many breeding water lines are used, it is necessary to dismantle the water pipes one by one, perform manual cleaning or connect the cleaning equipment to clean, dismantle the cleaning equipment and connect the water pipes, etc., which is time-consuming, labor-intensive and labor-intensive. poultry rinse

At the same time, the above two cleaning methods are intermittent, that is, the above two cleaning methods can only be carried out when the dirt or green moss has accumulated to a certain extent, so that the dirt or green moss in the breeding waterline is extremely low after cleaning, and bacteria The microbial content is extremely low. With the use of the aquaculture waterline, the dirt or green moss in the aquaculture waterline will gradually increase, and the bacterial and microbial content will also gradually increase, and the pollution of the water in the aquaculture waterline will also gradually increase. When the pollution reaches a certain Clean up the aquaculture waterline after a certain degree, so that the content of dirt or green moss and bacteria and microorganisms in the aquaculture waterline will fluctuate, and the content of dirt or green moss and bacteria and microorganisms in the aquaculture waterline will reach a wave-like fluctuation with high amplitude At this time, the pollution of the water in the aquaculture water line has begun to affect the normal production, but it is limited by the reasons and effects of the above-mentioned cleaning methods, such as untimely detection, difficult control, high labor intensity, and economic costs. , the cleaning frequency of the above-mentioned aquaculture waterline cleaning method is generally not too high, and the cleaning time interval is generally longer, so the fluctuations in the content of dirt or green moss and bacterial microorganisms in the aquaculture waterline will be relatively large, which will seriously affect The normal use of the breeding water line

Moreover, at present, manual detection is mostly used for water samples in the breeding waterline, which is not only time-consuming and laborious, but also troublesome to operate and has poor detection accuracy. At the same time, because the water samples in the breeding waterline cannot be detected in real time, it is easy to cause untimely cleaning and cause the breeding waterline to be damaged. pollution of internal water

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