Mechanical Design 101
  • BLOG
  • VIDEOS
  • SHOP
    • Specialty items
    • Books
    • Mobile Apps
    • Software
  • RESOURCES
    • MACHINE DESIGN
    • LINKAGE DESIGNS
    • ENERGY AND ENVIRONMENT
    • DESIGN INNOVATION
    • ROBOTICS
    • Smitty and the Professor
    • Lecture Notes
    • CREATIVE
    • Need Help?
    • Uncategorized
  • ABOUT
    • Need Help?
  • Click to open the search input field Click to open the search input field Search
  • Menu Menu
  • Shopping Cart Shopping Cart
    0Shopping Cart
Leg MechanismJMM

Construction of a Leg Mechanism

May 23, 2019/by Prof. McCarthy

This is a series of four videos that show how to:

  1. Specify three positions for the foot of a leg consisting of a hip and knee joint;
  2. Use three position synthesis to design a four-bar function generator to guide the hip joint;
  3. Then use three position synthesis to design a second four-bar function generator to guide the knee joint;
  4. And finally assemble the linkage to determine the trajectory of the foot. Adjusting the lengths of the leg segments, the position of the hip, the specified positions of the input cranks, and the position of the coupler attachments to the input cranks vary the resulting foot trajectory. An example leg mechanism is shown at the end of this video.

Part 1:4 Setting up the design

Part 2:4 Synthesis of the hip function generator.

Part 3:4 Synthesis of the knee function generator.

Part 4:4 Assembly of the leg mechanism, exploration of design variations, and an example final leg design.

Share this entry
  • Share on Facebook
  • Share on X
  • Share on Pinterest
  • Share on LinkedIn
  • Share on Tumblr
  • Share on Vk
  • Share on Reddit
  • Share by Mail
https://mechanicaldesign101.com/wp-content/uploads/2019/05/Screen-Shot-2019-05-23-at-4.16.12-PM.png 1186 1822 Prof. McCarthy https://mechanicaldesign101.com/wp-content/uploads/2016/07/mechanical-design-101LOGOf.png Prof. McCarthy2019-05-23 16:27:142019-05-25 12:37:37Construction of a Leg Mechanism

Search

Search Search

Recent Blog Posts

  • Innovative Car Door Linkage
  • Spherical Linkage Opening a Jewelry Box
  • Red Lines, Part 6
  • Red Lines, Part 5
  • Red Lines, Part 4
  • Exponential Threat, Part 4
  • Exponential Threat, Part 3
  • Red Lines, Part 3
  • ZotSun: UCI Entry in the Formula Sun Grand Prix
  • UCI Anteater Baja Racing: Five Months to the Competition

Post Categories

  • Automotive Information
  • Bored Robot
  • Chop wood carry water
  • Commentary
  • Creative
  • Design Innovation
  • Energy and Environment
  • Engineering Data
  • Fabrication
  • Give Me Space
  • Kinematic Synthesis
  • Kinematics
  • Lecture Notes
  • Linkage Animations
  • Racecar Engineering
  • Red Lines
  • Robotics Information
  • Smitty and the Professor
  • Student Projects
  • Superluminal
  • UCI Energy Invitational
  • Uncategorized

Events Calendar

May 2019
S M T W T F S
 1234
567891011
12131415161718
19202122232425
262728293031  
« Apr   Jun »

Project-based Learning (links)

  • Energy Invitational
  • Performance Engineering
  • Smitty and the Professor
  • The California Challenge
  • Theoretical Kinematics
© Copyright - Mechanical Design 101
Web Design by Lucky 19
  • Link to Facebook
Link to: Walking Machine Class Projects: Ohio State ME 5751 Link to: Walking Machine Class Projects: Ohio State ME 5751 Walking Machine Class Projects: Ohio State ME 5751Walking Robot Student Project Link to: Mechanical Walker Project Animations: Spring 2019 Link to: Mechanical Walker Project Animations: Spring 2019 Walker Group 6Mechanical Walker Project Animations: Spring 2019
Scroll to top Scroll to top Scroll to top