(i) obtain data concerning former problematic situations (ii)Ĭompare images of former problematic situations with current images
![flora fotonica flora fotonica](https://aws.traveler.es/prod/designs/v1/assets/745x497/213165.jpg)
The illuminated plants, and analyze the captured images to identifyĬharacteristics of the illuminated plants, a server configured to: Units, and wherein the sensor unit comprises an image capturingĭevice, the image capturing device configured to capture images of Unit of the at least portion of said plurality of illumination Plan, wherein said control unit is further configured toĬommunicate with said central unit wherein the central unit isĬonfigured to transmit said illumination plan to said communication
![flora fotonica flora fotonica](http://media.growsonyou.com/photos/photo/image/121307/main/telekia.jpg)
Sent to at least a portion of the plurality of illumination units Ī sensor unit configured to obtain data related to plantsĬonditions a control unit configured to receive said obtained dataįrom said sensor unit, and accordingly to adjust said illumination Illumination units and said synchronizing is performed via signals Synchronization prevents violation of said illumination plan forĮach individual plant cluster by preventing absorption of differentĪmounts of light by said each one of the plurality of plantĬlusters receiving overlapping illumination from said plurality of The same time from more than one illumination unit, wherein said Of plants clusters receives light in intermittent pulses emitted at Units, in a synchronized manner such that each one of the plurality Illumination units comprises a plurality of light emitters thatĮmits one or more different wavelength ranges simultaneously, aĬentral unit connected to the plurality of illumination unitsĬonfigured to adjust the operation of the plurality of illumination Plan, for each plant cluster, wherein said illumination plan isĬomprised of illumination at one or more wavelengths in differentįrequencies in said duty cycle, and wherein the plurality of Least a portion of the plurality of illumination units comprises aĬommunication unit configured to receive an individual illumination Plant cluster when predefined effective areas overlap, wherein at Or more plant clusters, creating an overlap of illumination to each The plurality of illumination units, simultaneously illuminates two Into a predefined effective area, wherein each illumination unit of Light in intermittent pulses on a plurality of plants clusters,īased on a duty cycle wherein each illumination unit emits light A system for illuminating plants in a plant growth site,Ĭomprising: a plurality of illumination units configured to emit Invention also discloses adjusting an illumination plan of plantsĪccording to information of various types from a central server andĪdjusting the height of the illumination units accordingly. The illumination units may contain wirelessĬommunication units and are synchronized wirelessly. Plants clusters receive light in intermittent pulses emitted in the Of the plurality of illumination units, such that two or more The plurality of illumination units for synchronizing the operation In an indoor site, comprising a plurality of illumination units forĮmitting light in intermittent pulses a central unit connected to The present invention discloses a system for illuminating plants System and method for providing illumination to plants Invention is credited to Gennadiy Berinsky. The grantee listed for this patent is FLORA FOTONICA LTD.
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This patent grant is currently assigned to FLORA FOTONICA LTD. patent number 10,292,340 was granted by the patent office on for system and method for providing illumination to plants.