Е-Публикации
Технически университет - София

Abstract: The objective of this work is to constructively design an automated sowing, watering and chemical treatment system whereby labour costs, processing time, water, materials and consumables are reduced. It will allow to integrate and automate the processes of sowing, watering and chemical treatment in greenhouse farms. It will find application in agriculture and farming, serving to automate some of the activities carried out in greenhouse farms when growing different crops. In order to achieve this goal, modules will be designed in a digital environment that will automatically perform their assigned functions. To solve the task, four modules will be designed in the automated system - "work area" module, "tools" module, "store" module and "power and control" module. A conceptual design will be made for the specific task at hand, using an existing methodology. The optimal option for the automated system will be selected. A 3D model will be developed for each of the modules, including all s

References

Issue