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DropVision®-AG is designed for the user who applies liquid products that produce larger droplets associated with agriculture, forestry and larvaciding applications. The droplet range would be defined by The American Society of Agricultural and Biological Engineers as ASABE Very Fine through ASABE Coarse to Very Coarse. DropVision®-AG provides many advantages unavailable from other technologies. Specifically, DropVision®-AG performs swath characterizations, deposition volumes, droplet densities and detailed droplet spectrum analysis. A very recent addition to DropVision®-AG is the ability to monitor off-site drift using a geographical information system (GIS) and TracerVision.
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DropVision®-AG, through advance software engineered processes, scans water or kromekote cards from a field portable scanner, powered by the USB port of a mobile computer. DropVision®-AG also provides the feature of analyzing previously scanned images, as those files can be loaded directly into the software. Once the images are loaded, each card can be analyzed individually or automatically processed. This feature is only offered by DropVision®-AG and typically processes forty cards in twenty seconds. The image above demonstrates the advanced software features of qualifying a droplet, by circling the droplet signature with a green polygon. The system operator can click on any individual droplet and exclude it from the results. Another feature is the ability to “crop” an image from each side, top or bottom of the image.
The main software control page displayed to the right shows each card has been processed as indicated by the green icon in the left column and is accompanied with detailed information that includes Sample Number, Distance from center card, Number of Droplets counted, Total Volume, VMD or DV0.5′, Droplet Density/cm2 and Volume/Acre. The user can select between metric or US standard.
Completing the analysis of each card, the user can choose to Analyze Set, resulting in the creation of the DV0.1′ DV0.5′ DV0.9 and the NMD graphs, the Density graphs of Drops/cm2 and Application Rate Graph. Additionally the COV (coefficient of variation) graph is produced accompanied with a dynamic or live analysis of the effective swath, allowing the user the feature of changing the lane separation and adding up to ten passes. This provides the user the ability to see the deposition results when applying multiple passes in an operational setting.
DropVision®-AG, through engineered processes, incorporates proprietary software that eliminates all background particles, only recognizing those droplets that contain a unique fluorescence tracer signature usingTracerVisionTM. DropVision®-AG electronically captures images contained on the slide, analyzing each droplet while eliminating any background objects or non-qualified droplets. This is accomplished by utilizing advanced proprietary image analysis algorithms only found in DropVision® technologies.
DropVision®-AG consists of a specialized mobile scanner with a built-in dynamic link libraries; DropVision®-AG Advanced Droplet Image Analysis software; and the DropVision®-AG Graphing & Reporting software.
Yes. DropVision®-AG provides the user with the new and current label language requirement standards. DropVision®-AG specifically incorporates DV.1, DV.5, DV.9, droplet densities per millimeter squared and relative span.
Yes. DropVision®-AG can analyze one card image or an unlimited number of images from multiple locations or sources. This makes DropVision®-AG very unique and capable of analyzing images for a single aircraft calibration or a complex network of droplet collection stations in a wide area ground or aerial application.
Statistical analysis of DropVision®-AG compared to alternative methods, demonstrated comparable results. It should be noted that DropVision®-AG through the proprietary image analysis algorithms measures droplet sizes as small as one pixel (.5 micron). This advanced and unmatched measuring technique produces a more precise and accurate measurement of droplet sizes as compared to conventional methods.
ASABE is a trademark of The American Society of Agricultural and Biological Engineers.
DropVision® is a registered trademark of Leading Edge Associates.