Development A Dented Defect Detection On Cylindrical Type Battery Via Vision

Veryson, Kohiya (2016) Development A Dented Defect Detection On Cylindrical Type Battery Via Vision. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Development A Dented Defect Detection On Cylindrical Type Battery Via Vision.pdf - Submitted Version Download (581kB)

Abstract

The main goal of this final year’s project is to develop a dented defect detection based on vision system for a cylindrical battery types. This project focus is to design a system that can detect the defect that occur on the surface of the battery and study the shadow effect that produce in the images while capturing images with a suitable lighting. The project use Halcon Camera and ring light to take the sample image from good and bad product sample. The ring light attached to the camera to help the camera see the product being capture. Using human eyes, we can determine either the battery are defected or not, in this project we need to teach the system to see and determine the condition of the product either it’s Pass or Reject while inspection. To complete this task we need to develop the codes and mathematical algorithm to teach the vision system, to do this we used MATLAB as our software to produce the codes and Graphical User Interface (GUI) to monitor the system.

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