Overbridge greening real-time monitoring and remote irrigation control system and working method thereof

A real-time monitoring and control system technology, applied in the field of environmental greening management system, can solve problems such as poor irrigation effect, affecting greening effect, inconsistent water volume, etc., to overcome root water shortage, save manpower, and prevent nutrient drenching Effect

Pending Publication Date: 2019-07-09
广州市林业和园林科学研究院
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] At present, there are corresponding irrigation measures applied to green irrigation both at home and abroad, such as some ball valve boiling water irrigation equipment, timer watering equipment, and even manual spraying by sprinklers; however, there will be the following problems: many times Patrols are used to keep an eye on the growth status of leaves, and even require staff to work at night; timer irrigation will still work in rainy days to increase water consumption; although some green irrigation equipment also has the function of irr...

Method used

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  • Overbridge greening real-time monitoring and remote irrigation control system and working method thereof
  • Overbridge greening real-time monitoring and remote irrigation control system and working method thereof
  • Overbridge greening real-time monitoring and remote irrigation control system and working method thereof

Examples

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Embodiment 1

[0046] A real-time monitoring and remote irrigation control system for overpass greening, the control system mainly includes irrigation equipment 9, a remote monitoring system and a planting device 8,

[0047] The planting device 8 mainly includes a planting box 81, a planting support frame, a soil moisture sensor 82 and a soil pH value analyzer 83, wherein the planting support frame is formed as a three-dimensional frame structure internally supporting the planting box 81, along the side of the bridge or the escalator of the bridge. Extended installation, the planting box 81 can be formed into an integrated planting box or a segmented independent planting box, inlaid and installed in the planting support frame; the inside of the planting box 81 also includes a water storage layer 84, a hydrophobic layer 85, a filter Layer 86 and soil layer 87; soil moisture sensor 82, soil pH value analyzer 83 are combined to form soil detection end 6, which are respectively arranged on the su...

Embodiment 2

[0059]A flyover greening real-time monitoring and remote irrigation control system, the control system mainly includes irrigation equipment 9, a remote monitoring system and a planting device 8, wherein the irrigation equipment 9 mainly includes a drip irrigation device 93, a water supply device 91, a feeding device 92, an intelligent Adjusting device 94 and sewage water storage tank 95, the water supply device 91 mainly includes a water supply tank 911, a water delivery pipe 912, a first water delivery branch pipe 913, a buffer tank 915 and a filter water storage 916, and the beginning of the water delivery pipe 912 is connected to the water supply tank At 911, a water pump is installed near the beginning of the water delivery pipe 912 to deliver the water source. The end of the water delivery pipe 912 is connected to the first water delivery branch pipe 913. The No. 1 manual valve and filter water storage device 916 are sequentially installed on the section of the water delive...

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Abstract

The invention relates to an environmental greening management system, in particular to an overbridge greening real-time monitoring and remote irrigation control system and a working method thereof. The control system mainly comprises irrigation equipment, a remote monitoring system and a planting device; the planting device comprises a planting box, a planting support frame, a soil moisture sensorand a soil pH value analyzer; the irrigation equipment comprises a drip irrigation device, a water supply device, a feeding device, an intelligent adjusting device and a sewage storage tank; the remote monitoring system mainly comprises a line-powered device and a control terminal which are in wireless communication connection. Accordingly, by means of feedback of soil data monitoring, irrigationcan be conducted for designated time at a threshold value, when operation is conducted in conventional weather, manpower is saved, when operation is conducted in rainy weather, water is saved, and bydirectly monitoring soil at roots of plants, the irrigation misjudgment problem is solved; in addition, by means of network cloud platform configuration, the irrigation strategy is set according to the specific soil restriction threshold value of overbridge greening plants, and irrigation is conducted flexibly.

Description

technical field [0001] The invention relates to an environmental greening management system, in particular to a real-time monitoring and remote irrigation control system for flyover greening and a working method thereof. Background technique [0002] With the construction of urban roads, the construction of flyovers has also developed rapidly. In order to beautify the overall urban environment and purify the air, the green belts of flyovers have also increased correspondingly. From this, we also need to invest energy in maintaining and managing the greening of flyovers; the development status of urban greening, mainly The planting management needs to rely on professionals to inspect, deploy, water, etc., and also needs to respond to the growth of green plants in a timely, rapid and professional manner. [0003] At present, there are corresponding irrigation measures applied to green irrigation both at home and abroad, such as some ball valve boiling water irrigation equipmen...

Claims

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Application Information

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IPC IPC(8): A01G9/02A01G27/00A01C23/04A01C23/00G05B19/042
CPCA01C23/007A01C23/04A01G9/02A01G27/00A01G27/003G05B19/0423
Inventor 刘悦明阮琳刘兴跃余铭杰邱毅敏吴俭峰郭沛楷乐龙胜叶云姜晟
Owner 广州市林业和园林科学研究院
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