Research Articles Supplement 2 · 2017 · pp. 245–252 · Issue page

SENSOR SYSTEMS FOR AUTOMATED SEPARATE WASTE COLLECTION

AD
GE
TI
CR
1 Assistant Professor PhD, University POLITEHNICA of Bucharest, Romania
2 Associate Professor PhD, University POLITEHNICA of Bucharest, Romania
3 Professor PhD, University POLITEHNICA of Bucharest, Romania
4 PhD Student, University POLITEHNICA of Bucharest, Romania
Corresponding author: [email protected]
Accepted 28 March 2026
Available Online 15 September 2017
INTELLIGENT WASTE COLLECTION SYSTEMS BECAME A PRIORI TY ISSUE OF DEVELOPED COUNTRIES LEADING TO THE NECESSITY OF PROCESS AUTOMATION. IN THIS PAPER, WE AIM TO EXPLORE THIS TYPE OF SYSTEM S WHICH ARE ABLE TO DETECT, RECOGNIZE AND IDENTIFY THE WASTE. THE FIRST PART OF THIS PAPER INTRODUCE S APPLICABLE TYPES OF SENSORS WHICH COULD BE USED WITHIN AN APPLICATION, WHILE THE SECOND PART CONTAIN S A CASE STUDY PRESENTING SENSORS DISPOSAL METHODS WITH THE ADVANTAGES AND DISADVANTAGES WHICH MIGHT OCCUR. A VISION SYSTEM WILL BE USED FOR THE PROPOSED A PPLICATION, WHICH WILL CONTAIN ONE OR MORE CAMERAS FOR THE CORRECT RECOGNITION OF WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT . FOUR POSSIBLE CONFIGURATIONS OF CAMERA POSITIONING WITHIN THE VISUAL RECOGNITION SYSTEM IN RELATION TO THE IDENTIFIED / RECOGNIZED PART ARE PRESENTED.
WASTE SENSOR VISION SYSTEM
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[1]
Feng Wang et all, A systematic and compatible classification of WEEE, 2013
[2]
Kees Baldé et all, The globale - waste monitor, 2014
[3]
Felicia Boar et all , Gestionarea deşeurilor, strategia viitorului pentru conservarea resurselor naturale, Cluj-Napoca, 2011
[4]
Keshav Parajuly, Henrik Wenzel , Potential for circular economy in household WEEE management ,
[5]
Industrial camera vision, available at: http://www.xenics.com, Accessed: 2017-04-04
[6]
Industrial camera vision, available at: http://rodtechuk.com, Accessed: 2017-04-05
[7]
Industrial light source, available at: www.yagoptics.com, Accessed: 2017-04-05
[8]
Industrial light source, available at: http://www.tpl-vision.fr, Accessed: 2017-04-05
[9]
Graphics acquisition board, available at: http://sine.ni.com/, Accessed: 2017-04-11
[10]
Industrial applications, available at: http://www.sick.com, Accessed: 2017-05-10.