Vegetation bed for using root management of strawberry for nutriculture

摘要

The present invention includes: a bed main body which is installed on the ground, is formed to open the inside upwards, and has a first discharge hole formed on the bottom surface; a cover which is installed on the bed main body and intensively discharges drainage through a second discharge hole by collecting the drainage flowing into the upper surface; a vegetation container which is installed on the cover, provides a space for the cultivation of strawberry, and discharges drainage of the inside to the upper surface of the cover; a drainage measurement unit which is installed inside the bed main body, measures the amount of the drainage discharged through the second discharge hole, outputs the measured amount to an external device as a sensing signal, and then discharges the measurement-completed drainage through the first discharge hole; a water collection duct which is fixated on the bottom surface of the bed main body and collects drainage discharged through the first discharge hole; an EC sensor which is fixated on the water collection duct, measures electrical conductivity (EC) of the drainage collected in the water collection duct, and outputs the measured EC to an external device as a sensing signal; and a pH sensor which is fixated on the water collection duct, measures pH of the drainage collected in the water collection duct, and outputs the measured pH to an external device as a sensing signal. According to the present invention, the nutrient solution cultivation of strawberry is able to: contribute to the increase of a yield as well as the efficient nutrient solution cultivation of strawberry by accurately monitoring rhizosphere environment such as a drainage amount, EC, and pH; and reduce manpower and efforts required for strawberry cultivation by enabling a smart cultivation environment management.