A Greenhouse Planting Irrigation Management System Based on Internet Control

Abstract

An Internet-based greenhouse planting irrigation management system, including a base plate placed on the ground, a lifting base column is fixedly arranged on the upper end surface of the base plate, and a first aqueduct with an upward opening is arranged inside the lifting base column , the first aqueduct is slidably provided with a sleeve column, the sleeve column can only slide in the first aqueduct, and the left end surface of the sleeve column close to the upper end surface is fixedly provided with a first As for the limit block, a second aqueduct is arranged up and down inside the column, and an inner column is slidably provided in the second aqueduct, and the inner column can only slide in the second aqueduct, The inner column is provided with a third aqueduct with an opening downward, and the upper end of the inner column is fixedly provided with a sprinkler connected to the third aqueduct. This example aims to design a device that can stratify plants A greenhouse planting management system for irrigation, pest control and fertilization.

Description

technical field [0001] The invention relates to the field of greenhouse planting irrigation, in particular to an Internet-based greenhouse planting irrigation management system. Background technique [0002] Greenhouse planting can meet the needs of urban consumers. Many vegetables grown in greenhouses can be enjoyed by more people, especially some off-season, pollution-free vegetables, melons and fruits. When planting in greenhouses, irrigation and fertilization are required As well as deworming and other work, but because the space in the greenhouse is relatively closed, manual spraying of pesticides is likely to cause personal injury to the staff; [0003] In the existing greenhouse planting process, some farmers use the same pipeline to irrigate, deworm and fertilize in order to reduce the harm to the staff by spraying pesticides, but this operation can only irrigate the same part of the plant, deworm and fertilize. However, since the main object of irrigation is the pl...

AI Technical Summary

Problems solved by technology

[0002] Greenhouse planting can meet the needs of urban consumers. Many vegetables grown in greenhouses can be enjoyed by more people, especially some off-season, pollution-free vegetables, melons and fruits. When planting in greenhouses, irrigation and fertilization are required As well as deworming and other work, but because the space in the greenhouse is relatively closed, manual spraying of pesticides is likely to cause personal injury to the staff;

[0003] In the existing greenhouse planting process, some farmers use the same pipeline to irrigate, deworm and fertilize in order to reduce the harm to the staff by spraying pesticides, but this operation can only irrigate the same part of the plant, deworm and fertilize. However, since the main object of irrigation is the plant root (irrigating the plant root can save water), and the insect removal is the whole plant, so the traditional irrigation with the same pipeline, the operation effect of insect removal and fertilization is poor, so this The example aims to design a greenhouse planting management system that can irrigate plants in layers, remove insects and fertilize

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