Design and Construction of Full Raw Material in Rack Display with Infrared Sensor Controlled by Microcontroller

Last modified: December 20, 2018
Estimated reading time: 1 min

Project Title   :  Design and construction of full raw material in rack display with infrared sensor controlled by microcontroller
By                   :  Santisuk Sawangkla and Vyapote Supabowornsathian
Email              :  santisuk@siam.edu
Department          :  Engineering – Electrical Engineering, Siam University
Academic year    :  2018
Published            :  Kasetsart University. Kamphaeng Saen


The 15th National Kasetsart University Kamphaeng Saen ConferenceAbstract

This article presents the design and construction of full raw material in rack display with infrared sensor controlled by microcontroller. The display used red LED and green LED size 22 mm. and the sensor of full raw material in rack used infrared sensor. All system is controlled by only one microcontroller. The display one set consists of 10 red LEDs, 10 green LEDs and 10 infrared sensors used for display of full raw material in rack amount 10 stairs. This proposed display is constructed and used in one factory and its performance is demonstrated to be satisfactory.

 

Keyword: Microcontroller, Full Raw Material in Rack Display, Infrared Sensor.


Conference Proceedings

Santisuk Sawangkla., & Vyapote Supabowornsathian. (2018). Design and construction of full raw material in rack display with infrared sensor controlled by microcontroller. The 15th National Kasetsart University Kamphaeng Saen Conference (pp. 172-179). Nakhon Pathom: Kasetsart University Kamphaeng Saen.

 

Design and Construction of Full Raw Material in Rack Display with Infrared Sensor Controlled by Microcontroller

Faculty of Engineering – Electrical Engineering, Siam University, Thailand

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