Development and application of functional intelligent system for greenhouse automation

Today's greenhouses, plants, vegetables cultivates according to the classical situation, a more efficient, properly, has become more product per unit area can be obtained. This yield increasing effect on the plants is unknown. Likewise the effect on the health of the people that consume these plants is not fully known by science. Within the internal environment of the greenhouse temperature, moisture, soil Chemistry, lighting, irrigation, irrigation water chemistry, heating, ventilation are required to examine the effects of factors on the plant. In particular, the need for a greenhouse automation prototype, which can be used to control changes in the environment that is constantly working and systematically determined to determine the effects of the above conditions and environmental conditions on the plant. Various sensors in order to meet this need is located where ventilation, irrigation, lighting, and heating capable of by scheduling Time Clock RTC with their technical data comparator circuit that help you to create metrics and automated decision-forming mechanism of a machine The design of the prototype are reviewed. The analysis on such a machine and any errors that may occur on this machine or wants to be perceived as technical. So in the prototype greenhouse automation system software and electronic card design, touch screen design on a 3D printer and some plastic parts for the manufacture of mechanical parts for greenhouse production the production stage of the machine created and manufactured.