An intelligent watering method for green belts in a region
A technology in green belts and areas, applied in botanical equipment and methods, watering devices, applications, etc., to achieve the effects of improving work efficiency, saving water resources, and improving survival rates
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Embodiment 1
[0027] Embodiment 1: as figure 1 As shown, an intelligent watering method for green belts in a region, firstly, a plant information database is established for all varieties of plants in the green belts in the region; secondly, an image recognition template library is established; then, on-site image collection is carried out, and the collected The image is sent to the control center, and after the control center comprehensively processes the collected information, it sends relevant instructions to the execution unit according to the result of the comprehensive processing; finally, the execution unit executes the received instructions.
[0028] Specific steps are as follows:
[0029] Step1: Establish a plant information database: collect the information of all varieties of plants in the green belt in the area, and set the watering amount x by consulting the data according to the different plant varieties i , nutrient solution ratio Register and store the above information i...
Embodiment 2
[0045] Example 2: There are four kinds of plants in the green belt in the known area A. By consulting the data, set the watering amount x i , nutrient solution ratio And register and store the above information in the MySQL database software to establish a plant information database; details are shown in Table 1:
[0046] Table 1:
[0047] botanical name
watering amount
Nutrient solution ratio
dwarf purple cherry
32g / dm 2
1:20
Rhododendron
25g / dm 2
1:16
40g / dm 2
1:12
golden leaf privet
35g / dm 2
1:15
[0048]Step2: For the above four plants, collect 5 leaf images respectively; then, based on the Matlab software platform, digital image processing is performed on the collected images in turn, and the results of the digital image processing are marked with "plant variety name_digital label" "Named and stored; register and store the above information, and establish an image recognition...
Embodiment 3
[0061] It is known that there are four kinds of plants in the green belt in area B. By consulting the data, set the watering amount x i , nutrient solution ratio And register and store the above information in the MySQL database software to establish a plant information database; details are shown in Table 1:
[0062] Table 1:
[0063] botanical name
watering amount
Nutrient solution ratio
40g / dm 2
1:24
white clover
30g / dm 2
1:22
Saffron Sorrel
35g / dm 2
1:16
[0064] Step2: For the above four plants, collect four leaf images respectively; then, based on the Matlab software platform, digital image processing is performed on the collected images in turn, and the results of the digital image processing are marked with "plant variety name_digital label" "Named and stored; register and store the above information, and establish an image recognition template library;
[0065] Step3: On-site im...
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