Intelligent irrigation control management system of irrigation sprinkler and management method thereof

Abstract

The invention belongs to the technical field of environment monitoring, and discloses an intelligent irrigation control management system of an irrigation sprinkler and a management method thereof. The intelligent irrigation control management system comprises a shell and an internal movement circuit board. The four corners of the backboard of the shell are provided with fixed circular holes. Theside surface of the shell is connected with a power plug through a lead. A control unit, a wifi module, an alarm system, a switch manager and a receiver are inlaid in the movement circuit board. A temperature and humidity sensor is inserted in an irrigation area. A camera used for photographing the growth state of the plant is inlaid in a vertical rod inserted in the irrigation area. Information is transmitted to a remote server through the effect of a relay and a switch connected by wireless signals, and then the server transmits the signals to a monitoring center. Multiple detection of the located environment can be performed and the detection result can be transmitted to the monitoring center in real time so that the irrigation data of the monitoring position can be stored and analyzedand the early warning effect can also be realized.

Description

technical field [0001] The invention belongs to an environment monitor, and in particular relates to an intelligent irrigation control management system and a management method of a sprinkler irrigation machine. Background technique [0002] With the gradual destruction of the environment by human beings and global warming, fresh water resources are becoming less and less, and a large amount of fresh water resources are needed in agricultural gardens, but the existing irrigation technology cannot meet our ideal requirements, which not only consumes manpower Material resources, but also consume electricity, water resources, resulting in a certain waste of resources. Moreover, the existing sprinkler irrigation technology is not effective in automatically completing sprinkler irrigation. There is no perfect control and management system, and there is no good advantage in large-scale sprinkler irrigation, thereby causing unnecessary losses in some agriculture. [0003] With the...

AI Technical Summary

Problems solved by technology

In order to adjust the output voltage (current), the traditional frequency-modulated soft-switching power supply usually needs to change the operating frequency of the power supply, so that the power supply cannot always work at the maximum efficiency frequency point

[0007] The traditional soft switching power supply controls the output of the power supply by adjusting the switching frequency, which will lead to a decrease in power supply efficiency

[0008] To sum up, the problems existing in the existing technology are: the existing irrigation technology does not meet the ideal requirements, not only consumes manpower and material resources, but also consumes electricity and water resources, resulting in a certain waste of resources. In the aspect of automatic sprinkler irrigation The effect is not good, there is no perfect control and management system, and there is no good advantage in large-area sprinkler irrigation, resulting in some unnecessary losses in agriculture, and the intelligent control is poor;

[0009] The existing technology is mainly based on manual monitoring, with many devices and no versatility, which is time-consuming and labor-intensive; and the wireless sensor network has low speed and high cost, and it is difficult to realize multi-platform interconnection

Images