Intelligent cultivation apparatus, method and system

4:

• The intelligent cultivation apparatus according to claim 1, wherein
• the sensor includes one or more of a temperature sensor, a humidity sensor, a light intensity sensor and a soil nutrient sensor;
• the plants cultivation database includes at least one of a plants growth cycle, a suitable temperature, a suitable humidity, a suitable light intensity, a suitable soil parameter, a required nutrient component, a watering parameter and a fertilizing parameter;
• the controller further controls a water reservoir to water plants and/or controls a fertilizer applicator to fertilize plants based on the targeted cultivation suggestion.

5:

• The intelligent cultivation apparatus according to claim 1, further comprising:
• a wireless communication device which includes a first operating mode and a second operating mode:
• in the first operating mode, the wireless communication device is connected, as a wireless access point, to a user terminal so as to be configured through the user terminal;
• in the second operating mode, the wireless communication device is connected to a cloud server, so as to download the plants cultivation database and uploading an updated plants cultivation database.

7:

• The intelligent cultivation apparatus according to claim 1, wherein the sensor includes a first humidity sensor and a second humidity sensor,
• at a first moment in the watering process, first humidity data is measured at a first location by using the first humidity sensor;
• at a second moment in the watering process, second humidity data is measured at a second location by using the second humidity sensor;
• a water absorption rate of the soil is calculated by using the controller based on the first humidity data, the second humidity data, a distance between the first location and the second location as well as a time interval between the first moment and the second moment, as the plants cultivation status information;
• a targeted cultivation suggestion on watering is generated by using the cultivation suggestion generator based on the plants cultivation database and the water absorption rate of the soil.

8:

• The intelligent cultivation apparatus according to claim 7, wherein the sensor further includes a third humidity sensor and a first temperature sensor,
• at a third moment after watering, third humidity data is measured by using the third humidity sensor;
• at a fourth moment after watering, fourth humidity data is measured by using the third humidity sensor;
• temperature data after watering is measured by using the first temperature sensor;
• a drying rate of the soil is calculated by using the controller based on the third humidity data, the fourth humidity data, a time interval between the third moment and the fourth moment as well as the temperature data, as the plants cultivation status information;
• a targeted cultivation suggestion on a watering amount is generated by using the cultivation suggestion generator based on the plants cultivation database, the water absorption rate of the soil and the drying rate of the soil.

9:

• An intelligent cultivation method for the intelligent cultivation apparatus according to claim 1, comprising:
• measuring, by a sensor, plants cultivation environment parameter data;
• generating, by a controller, plants cultivation status information based at least on the measured plants cultivation environment parameter data;
• and
• generating, by a cultivation suggestion generator, a targeted cultivation suggestion based at least on a plants cultivation database and the plants cultivation status information.

13:

• The intelligent cultivation method according to claim 9, wherein
• the plants cultivation database includes at least one of a plants growth cycle, a suitable temperature, a suitable humidity, a suitable light intensity, a suitable soil parameter, a required nutrient component, a watering parameter and a fertilizing parameter;
• the targeted cultivation suggestion includes at least one of a suitable temperature range, a suitable humidity range, a watering period, a watering amount, a watering flow rate, a watering frequency, a nutrient solution applying amount, a fertilizing suggestion, a water absorption of the soil, a suitable soil, an illumination period and a suitable cultivation vessel size for plants cultivation in practice,
• wherein the controller controls a water reservoir to water plants and/or controls a fertilizer applicator to fertilize plants based on the targeted cultivation suggestion.

16:

• The intelligent cultivation method according to claim 12, further comprising:
• receiving, by the wireless communication device, an electronic album transmitted from the user terminal;
• and
• controlling, by the controller, a display screen to display the electronic album transmitted from the user terminal.

18:

• The intelligent cultivation method according to claim 12, further comprising:
• receiving, by the wireless communication device, a command transmitted from the user terminal to water and/or fertilize plants;
• and
• controlling, by the controller, the water reservoir to water plants and/or the fertilizer applicator to fertilize plants, according to the command received by the wireless communication device.