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Based on the height, width, spacing, and density of each plant or tree, the Intelligent Spray System recognizes the distinctive crop architecture and determines the best course of management. It may be added to practically any pre-existing airblast sprayer and is available as a kit.
A target detecting system and the actual spraying mechanism are the two main parts of a smart sprayer. The precision spraying system is built on a targeting sensor.
The effectiveness of the intelligent spraying system depends on its capacity to correctly identify appropriate targets and to automatically decide when and where to spray.
Ultrasonic sensors, digital cameras, and laser scanning sensors are three sensor types that are frequently employed in intelligent sprayer prototypes. Each has advantages and disadvantages.
In general, hydraulic and low-volume sprayers are used to apply pesticides in greenhouses. These come in numerous varieties that are tailored to specific crops or growing techniques.
The equal dispersion of the chemicals throughout the crop leaves is the main objective when applying agricultural pesticides. Underdosing could result in a lack of required coverage and control. Pesticide is wasted when someone overdoses, which raises the risk of groundwater contamination.
This sprayer’s tank has a capacity of four gallons. As the user moves along, a hand-operated pump pressurises the spray substance, and a wand and nozzle directs the spray in the desired direction. It can only be used in tiny spaces that are accessible from a pathway.
One of the most crucial steps in agricultural production is the chemical application of nutrients and pesticides, but it is also one of the riskiest. to decrease labour risks, increase chemical efficacy, lower labour and material costs, and lessen negative environmental effects. Intelligent control systems can greatly reduce pesticide use and unintended environmental pollution through variable-rate spray sprays.
The technology for real-time variable-rate spraying allows for the efficient and effective use of pesticides. The variable-rate spray enables farmers to apply pesticides only where they are needed, using the right amount dependent on plant growth stage, season, and canopy size.
Target detection systems have been developed in recent years employing cutting-edge techniques including laser and vision scanning systems, or, more simply, ultrasound, infrared, and spectrum systems.
The Global Intelligent Sprayer System market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The commercial debut of Greeneye Technology’s distinctive AI-enabled precision-spraying technology was announced last fall. According to the business, the in-field visioning technology boosts agricultural output and farmer profitability while drastically reducing the use of chemicals.
Farmers may broadcast residual herbicide applications with Greeneye’s dual-spraying solution while precisely targeting weeds with nonresidual herbicide applications thanks to its two lines of nozzles.
The device determines the necessary amount of herbicide and sprays it specifically onto the weeds, sparing neighbouring crops from being harmed, using Green Eyes own datasets and algorithms.
The Smart-Apply Intelligent Spray Control System creates a density map of the spray target by using LIDAR to scan each plant or tree as it passes. Algorithms then determine the precise amount of chemical that is required.
Each spray nozzle transforms into its own variable rate sprayer when the sprayer moves by, dispensing the ideal amount of chemical per nozzle.
With the use of cutting-edge new sprayer technology that makes use of a laser, sensors, variable-rate nozzles, and a complex algorithm, a plant can be seen, its size, shape, and density can be determined, and the precise amount of pesticide that is required can then be applied in real-time.
Nursery operators will soon have access to equipment known as intelligent spray technology that can significantly lower their pesticide expenditures.
