Garden greening artificial intelligence watering equipment

Abstract

The invention relates to garden greening artificial intelligence watering equipment which includes a traveling module, a navigation module, a soil moisture detection module, a watering module and an analysis control module. The traveling module is used for moving and walking of a watering equipment body, the navigation module is used for building a greening area map and planning a travel path of the watering equipment body, the soil moisture detection module is used for detecting the moisture of soil for planting plants, and the analysis control module is used for determining whether the moisture detection is carried out on the soil or not based on the real-time location of the watering equipment body, calculating the amount of watering based on a detected soil moisture value and a set plant optimal moisture value, controlling the watering module to perform quantitative watering, and controlling the watering equipment body to travel according to the planned travel path. The garden greening artificial intelligence watering equipment can automatically walk in a greening area, and plants are automatically watered accurately and quantitatively according to the moisture of the plantingsoil, so that the plants are always in the best water growth environment, the whole process does not need manual participation, and the automation and intelligence of greening watering are realized.

Description

technical field [0001] The invention relates to a watering device, in particular to an artificial intelligence watering device for landscaping. Background technique [0002] Most of the existing landscaping watering equipment is fixed at a certain place in the garden, and can only water the plants in a small area near the fixed place. Even if the watering equipment is placed on a mobile vehicle to increase the mobile function, it still requires manual labor. Operating and controlling or driving the mobile vehicle cannot realize automatic watering of the watering equipment. In addition, the existing watering equipment cannot accurately determine the amount of water that plants need to water, and can only artificially control the amount of watering based on experience, resulting in the humidity or water saturation of the plant planting soil not being able to match the optimum humidity or optimum for plant growth. Matching the water saturation affects the normal growth of plan...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing landscaping watering equipment is fixed at a certain place in the garden, and can only water the plants in a small area near the fixed place. Even if the watering equipment is placed on a mobile vehicle to increase the mobile function, it still requires manual labor. Operation control or driving of the mobile vehicle cannot realize the automatic watering of the watering equipment

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