Automated plant stimulator apparatus

Abstract

The problems encountered in cultivating plants outdoors and maximizing the production of plants per unit of space-time, post a challenge to develop indoor apparatus capable of growing plants under optimized conditions. The present utility model provides an automated plant stimulator apparatus involving a system that regulates light, chemical nutrients, vibration, water, and ionic charges for optimal plant growth. The apparatus is a soundproof enclosed box made of aluminum composite comprising a hydroponics system for growing plants; a minicomputer for processing data and activating sensors for automatic monitoring of pH and nutrients in the hydroponics system; a frequency generator, magnetic diaphragm and signal amplifier for producing sound frequencies (e.g, 500 Hz and 20 kHz) that were observed to enhance plant growth; an ion generator for producing ions that contribute to plant growth; and a camera monitored by the minicomputer for tracking the plant’s growth.