Farmland irrigation system for modern agriculture

Abstract

The invention discloses a farmland irrigation system for modern agriculture. The farmland irrigation system comprises an irrigation box and a supporting seat fixedly mounted in a farmland, a storage space is formed in the irrigation box, a hinging rod is hinged into the storage space, a first sucking pump is fixedly mounted in a suction box body, irrigation water led in from a second water outletpipe enters the farmland through an irrigation pipe and a flow guide plate, so that a large area of irrigation of the farmland is implemented, the first sucking pump is started and can pump river water into a valve element cavity, an adjusting motor is started and then can drive the suction box body to rotate a certain angle to adjust a water pumping angle, water in a river can be conveniently ledinto the farmland to irrigate the farmland, and two irrigation modes such as massive irrigation and water spraying are implemented. The farmland irrigation system can store some irrigation water, sothat water can be sprayed in the places short of water sources, and pesticides can be more conveniently sprayed by the system.

Description

technical field [0001] The invention relates to the field of agricultural irrigation, in particular to a farmland irrigation system for modern agriculture. Background technique [0002] In the process of crop growth, irrigation, spraying and other work are required. Farmers directly use water pumps to introduce river water into the farmland during irrigation. When the water pumps are working, they need to be connected to the power supply or driven by a diesel engine. This irrigation method is very inconvenient. When irrigation is carried out, a large amount of water is poured in from one place of the farmland, so that the irrigation is not uniform enough, and water resources are wasted seriously. When irrigation is carried out, the leaves of the crops cannot be sprayed. [0003] At present, for the devices for watering crops, the internal pipes are generally directly connected with the water pumps buried under the ground, which can only spray irrigation water, and cannot rep...

AI Technical Summary

Problems solved by technology

[0002] In the process of crop growth, irrigation, spraying and other work are required. Farmers directly use water pumps to introduce river water into the farmland during irrigation. When the water pumps are working, they need to be connected to the power supply or driven by a diesel engine. This irrigation method is very inconvenient. , when irrigating, a large amount of water is poured from one place of the farmland, which makes the irrigation not uniform enough, and at the same time causes a serious waste of water resources. When irrigating, it is impossible to spray on the leaves of the crops

[0003] At present, for the devices for watering crops, the internal pipes are generally directly connected with the water pumps buried under the ground, which can only spray irrigation water, and cannot replace the liquid that can spray the crops, so that the original watering device does not function well. It can be fully utilized, and the water level of the farmland needs to be monitored all the time. After the liquid level drops, if it is not detected in time, the farmland will dry up

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