Intelligent agricultural management and control method and system
An agricultural and intelligent technology, applied in the field of networking, can solve problems such as collapse of greenhouses and achieve the effect of avoiding economic losses
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Embodiment 1
[0011] Such as figure 1 As shown, an intelligent agricultural management and control method is provided, and the specific steps are as follows:
[0012] S101 Acquiring the pressure value at the top of the greenhouse; obtaining the pressure value at the top of the greenhouse by installing a pressure sensor on the top of the greenhouse.
[0013] S102 Acquire the pressure area where the pressure value is located in the predetermined pressure interval comparison table;
[0014] S103 Acquire alarm information corresponding to the pressure area;
[0015] S104 Send the alarm information to the receiving end.
[0016] According to the maximum pressure value that the greenhouse can withstand, the pressure area is divided into four parts. The details are shown in Table 1 below. M in the table represents the maximum pressure that the top of the greenhouse can withstand. When the pressure value at the top of the greenhouse acquired by the sensor is between 3 / 4M-M, the corresponding p...
Embodiment 2
[0036] Such as figure 2 As shown, the present invention provides an intelligent agricultural management and control system, such as figure 2 Shown include:
[0037] The pressure detection module 21 is used to obtain the pressure information on the top of the greenhouse;
[0038] A pressure area acquisition module 22, configured to acquire the pressure area where the pressure value is located in the predetermined pressure interval comparison table;
[0039] According to the maximum pressure value that the greenhouse can withstand, the pressure area is divided into four parts. The details are shown in Table 1 below. M in Table 1 represents the maximum pressure that the top of the greenhouse can withstand. When the pressure value at the top of the greenhouse acquired by the sensor is between 3 / 4M-M, the corresponding pressure area at this time is the first area; when the pressure value at the top of the greenhouse acquired by the sensor is between 1 / 2M-3 / 4M When between, t...
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