Difference between revisions of "Line follower"
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== | [[Image:Line_follower_view.jpg|500px|right]] | ||
* 1 | A line follower built for as part of an electronics course, ELE103 at UiA. Design and construction is done from scratch and uses only analog sensors to direct itself around course made of black tape. | ||
* 5 | |||
* | Uses elements from analog sensing, digital logic, and driver circuits. | ||
* [http://www.youtube.com/watch?v=VlxQkYb_h7w Video of line follower in action] - Youtube video | |||
* | == Outline == | ||
The project had the following outline: | |||
* An autonomous unit following a dark line on a bright background | |||
* Logic 1 (5V) when detector is over line, otherwise logic 0 (0V), CMOS technology | |||
* Motors controlled by driver circuit | |||
* Turn off when no line under detectors | |||
* Steering right/left accomplished in 3 phases; straight ahead, 5 degree, and 10 degree | |||
* Powered by a battery power-source | |||
== Report == | |||
Below is the corresponding report and further details. It's in norwegian but it should be possible to translate it using some online service. | |||
* [http://beta.ivancover.com/electronics/ele103_logisk_krets_for_linjefoelger.pdf Line Follower report May 2010] - In norwegian, PDF | |||
== Video == | |||
The video below shows how the line follower works. | |||
<html><object width="640" height="385"><param name="movie" value="https://www.youtube-nocookie.com/v/VlxQkYb_h7w?fs=1&hl=en_US&rel=0"></param><param name="allowFullScreen" value="true"></param><param name="allowscriptaccess" value="always"></param><embed src="https://www.youtube-nocookie.com/v/VlxQkYb_h7w?fs=1&hl=en_US&rel=0" type="application/x-shockwave-flash" allowscriptaccess="always" allowfullscreen="true" width="640" height="385"></embed></object></html> | |||
== Photo gallery == | |||
<gallery> | |||
Image:line_follower_01.jpg | |||
Image:line_follower_02.jpg | |||
Image:line_follower_03.jpg | |||
Image:line_follower_04.jpg | |||
Image:line_follower_05.jpg | |||
Image:line_follower_06.jpg | |||
Image:line_follower_07.jpg | |||
Image:line_follower_08.jpg | |||
Image:line_follower_09.jpg | |||
Image:line_follower_10.jpg | |||
Image:line_follower_11.jpg | |||
Image:line_follower_12.jpg | |||
Image:line_follower_13.jpg | |||
Image:line_follower_14.jpg | |||
Image:line_follower_15.jpg | |||
Image:line_follower_16.jpg | |||
Image:line_follower_17.jpg | |||
Image:line_follower_18.jpg | |||
Image:line_follower_19.jpg | |||
Image:line_follower_21.jpg | |||
</gallery> | |||
Latest revision as of 09:21, 31 August 2019
A line follower built for as part of an electronics course, ELE103 at UiA. Design and construction is done from scratch and uses only analog sensors to direct itself around course made of black tape.
Uses elements from analog sensing, digital logic, and driver circuits.
- Video of line follower in action - Youtube video
Outline
The project had the following outline:
- An autonomous unit following a dark line on a bright background
- Logic 1 (5V) when detector is over line, otherwise logic 0 (0V), CMOS technology
- Motors controlled by driver circuit
- Turn off when no line under detectors
- Steering right/left accomplished in 3 phases; straight ahead, 5 degree, and 10 degree
- Powered by a battery power-source
Report
Below is the corresponding report and further details. It's in norwegian but it should be possible to translate it using some online service.
- Line Follower report May 2010 - In norwegian, PDF
Video
The video below shows how the line follower works.
