An automatic fertilization system and equipment and method for solving the problem of crops under excessive temperature difference
A technology for excessive temperature difference and crops, applied in the direction of fertilization method, pressurized spreading method of liquid fertilizer, fertilization device, etc.
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Embodiment 1
[0060] Chinese cabbage at the seedling stage is used as an experimental crop, and the system provided by the invention is used to solve the problem of automatic fertilization of Chinese cabbage when the temperature difference is too large. The system includes a temperature detection module, a central analysis control module and an automatic fertilization module;
[0061] The temperature detection module includes temperature detection equipment to measure the temperature data of the environment where the crops are located;
[0062] The central analysis control module includes a temperature analysis module, an operation module, and an input module, and the input module is connected to the temperature analysis module and the operation module;
[0063] The temperature analysis module receives temperature data for analysis and temperature difference classification, and outputs the temperature difference level to the calculation module;
[0064] The operation module is provided with...
Embodiment 2
[0079] Taking cucumbers at the seedling stage as experimental crops, the system provided by the invention is used to solve the problem of automatic fertilization of cucumbers under excessive temperature differences. The system includes a temperature detection module, a central analysis control module and an automatic fertilization module;
[0080] The suitable average daytime temperature for cucumber at the seedling stage is 30°C, and the suitable nighttime average temperature is 15°C;
[0081] The temperature sensor in the temperature detector detects that the current maximum temperature during the day is 18°C, and the minimum temperature at night is 11°C; by daily maximum temperature - daily minimum temperature - crop suitable temperature difference = 3K ~ 3 (K + 1), that is, 18-11- (30-15)=3K~3(K+1), confirm K=-2,
[0082] Input soil moisture H=75% in the input module, input crop related information P=cucumber, seedling stage, crop area 5 mus and temperature difference leve...
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