Solar sprinkler water taking and pressurizing control system and method

Abstract

The invention belongs to the field of garden irrigation, and discloses a solar sprinkler water taking and pressurizing control system and method. The solar sprinkler water taking and pressurizing control system is characterized in that the upper part of a water supply pipe is provided with two holes so as to facilitate installation of water spraying pipe orifices; the middle of a rotating roller and the middle of a circular base are provided with a hole with the diameter being the same as the diameter of the water supply pipe, and the rotating roller is arranged at the middle part of the watersupply pipe in a sleeved manner; the circular base is arranged at the lower half part, which is exposed out of the ground, of the water supply pipe in a sleeved manner, and the rotating roller is welded on the circular base; the middle part of the circular base is provided with a circular slotted hole, a pressurizing pump is installed at the middle part of the circular base, the pressurizing pumpis connected with the water supply pipe, and the upper half part of the circular base is provided with a solar panel. The solar sprinkler water taking and pressurizing control system is maintained bythe pressurizing pump, thereby being capable of avoiding water pressure reduction caused by accidental water loss of a water supply system or pipeline leakage to affect irrigation. Meanwhile, the solar sprinkler water taking and pressurizing control system can stably complete irrigation when irrigation is performed. The solar sprinkler water taking and pressurizing control system is provided withthe solar panel, thereby utilizing new energy, saving electric power and being economic and practical.

Description

technical field [0001] The invention belongs to the field of garden irrigation, and in particular relates to a water intake pressurization control system and a control method for a solar sprinkler irrigation machine. Background technique [0002] At present, garden irrigation has a long history. With the improvement of living standards, people's quality requirements for garden irrigation have been greatly improved. Garden irrigation technology has a certain development space now and in the future. The current situation and the future of the product market have a trend of rapid development both domestically and internationally. There are relatively complete garden drip irrigation systems in the world. The way of garden irrigation is also developing in a diversified direction. [0003] In actual computer control applications, sometimes CMOS configuration changes cause the computer to fail to start normally, and it is necessary to clear the CMOS. For manually clearing the C...

AI Technical Summary

Problems solved by technology

[0005] To sum up, the problems existing in the existing technology are: the control of the water pressure by the existing garden irrigation technology cannot achieve the ideal effect, and it cannot deal with the water pressure reduction caused by the accidental loss of water in the water supply system or the leakage of the pipeline, thereby affecting irrigation. , and the existing control system has a low degree of intelligence; the existing solar maximum power control self-adaptive ability is not strong

Images