Toggle menu
Toggle personal menu
Not logged in
Your IP address will be publicly visible if you make any edits.

Robot Study/OpenManipulatr: Difference between revisions

From ZeroWiki
No edit summary
(Repair batch-0003 pages from live compare)
 
(35 intermediate revisions by 3 users not shown)
Line 2: Line 2:


== Information ==
== Information ==
* I planned this project for my graduation paper.
I planned this project for my graduation paper.
* If you want to join this project, please write your name on the "Comment" part.
~~If you want to join this project, please write your name on the "Comment" part.~~
Actually, this project was combined with "Capstone Design (2)"
 
Caution
* I will spend a lot of money for the project.
* I will spend a lot of money for the project.
* This project requires a lot of effort and time, and this page will be not regularly uploaded.


Reference
Reference
* https://robots.ros.org
* https://robots.ros.org
 
* Introduction To Robotics: Analysis, Control, Appl Ications [https://www.amazon.com/Introduction-Robotics-Analysis-Control-Applications/dp/0470604468/ref=sr_1_1?keywords=introduction+to+robotics%3A+analysis%2C+control%2C+applications&qid=1552450700&s=gateway&sr=8-1 amazon]
== Plan ==
== Plan ==
* Learn how to use modeling program (CAD, Solidworks)
* Learn how to use modeling program (CAD, Solidworks)
* Learn how to use 3D printer
* Learn how to use 3D printer
* Learn using Open-Source board
* Learn using Open-Source board
== Progress ==
=== Definition ===
In robotics a manipulator is a device used to manipulate materials without direct contact.
Easily, it is called as robot arm.
refer
* [https://en.wikipedia.org/wiki/Manipulator_(device) Manipulator_(device)]
* https://en.wikipedia.org/wiki/Robotic_arm
=== Resource ===
3D printer
~~- I contacted with [http://fma.cau.ac.kr FMA] lab.~~
~~- I got a agreement to fix it, so I will handle it.~~
* Filament: ABS (Acrylonitrile, Butadiene, Styrene), PLA (Polyactic Acid)
For postprocessing, I poured lots of time.
Please use ABS, if your model is not final one or your printer is cheap.
=== Material ===
Actuator: XM430-W350-T
Cicuit: OpenCR 1.0
Frame: FR12-S101-K, FR12-S102-K, FR12-H101-K, FR12-H104-K
Miscellaneous: WB-M2x3,4/ WB-M2.5x4, 6, 8, 12 / WB-M3x10
=== Printing ===
Hard to print model, require lot of efforts
== Capstone Design Project ==
=== Controller ===
Design trajectory


== Comments ==
== Comments ==
 
I finished building robot-arm during the capstone design project (2).
It had required a lot of effort. I had spent almost 6 weeks to finish made a robot.
Thank you. Jun. 10. 2019
== Back page ==
== Back page ==
* [[Robot_Study]]
* [[우준혁]]
* [[우준혁]]

Latest revision as of 00:29, 27 March 2026

Information

I planned this project for my graduation paper. ~~If you want to join this project, please write your name on the "Comment" part.~~ Actually, this project was combined with "Capstone Design (2)"

Caution

  • I will spend a lot of money for the project.
  • This project requires a lot of effort and time, and this page will be not regularly uploaded.

Reference

Plan

  • Learn how to use modeling program (CAD, Solidworks)
  • Learn how to use 3D printer
  • Learn using Open-Source board

Progress

Definition

In robotics a manipulator is a device used to manipulate materials without direct contact. Easily, it is called as robot arm.

refer

Resource

3D printer ~~- I contacted with FMA lab.~~ ~~- I got a agreement to fix it, so I will handle it.~~

  • Filament: ABS (Acrylonitrile, Butadiene, Styrene), PLA (Polyactic Acid)

For postprocessing, I poured lots of time. Please use ABS, if your model is not final one or your printer is cheap.

Material

Actuator: XM430-W350-T Cicuit: OpenCR 1.0 Frame: FR12-S101-K, FR12-S102-K, FR12-H101-K, FR12-H104-K Miscellaneous: WB-M2x3,4/ WB-M2.5x4, 6, 8, 12 / WB-M3x10

Printing

Hard to print model, require lot of efforts

Capstone Design Project

Controller

Design trajectory

Comments

I finished building robot-arm during the capstone design project (2). It had required a lot of effort. I had spent almost 6 weeks to finish made a robot. Thank you. Jun. 10. 2019

Back page