Physical object Open Access
Troels Aske Klausen;
Ulrich Farhadi;
Evgenios Vlachos;
Jonas Jørgensen
Supplementary materials (set 1 of 2) in support of "Signalling Emotions with a Breathing Soft Robot" authored by Troels Aske Klausen, Ulrich Farhadi, Evgenios Vlachos, and Jonas Jørgensen.
Contents of set 1:
- Design files and files to 3D print molds to manufacture the robot. Arduino code to generate movements.
Files:
- "STL files.zip": STL files for 3D printing molds to cast the robot.
- "Arduino code.zip": Arduino code used to generate the robots movements.
- "Sketch1-4.png": Design sketches for the robot design (Sketch 4 displays the selected design).
- "CAD rendering of robot": Figure showing a CAD rendering of the robot.
- "Physical robot.jpg": Photo of the physical robot.
- "Technical drawing.png": Figure showing an overview of the mold parts and the robot's design.
- "Step1-13.JPG": CAD renderings showing fabrication steps
The manufacturing procedure and components and materials used are described in the paper.
The data set from the human-robot interaction experiment conducted with the robot is available on Zenodo: 10.5281/zenodo.5565177
The manufacturing procedure and components and materials used are described in the paper.
The data set from the human-robot interaction experiment conducted with the robot is available on Zenodo: 10.5281/zenodo.5565177
Name | Size | |
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Arduino code.zip
md5:e56955ebd6ccad7c13c0a61d8dae96de |
6.4 kB | Download |
CAD rendering of robot.png
md5:35e8ca34e66e08bc1a45acd9dae542ed |
352.4 kB | Download |
Physical robot.jpg
md5:cd539710d4d9d6deacf22ec3dc11f7ce |
54.6 kB | Download |
README.txt
md5:f7e7b6b5ba4dc0f1394efe5f05ea5c0d |
1.1 kB | Download |
Sketch1.png
md5:98246132d0d68d10d88ef514ddad44e3 |
70.9 kB | Download |
Sketch2.png
md5:063fd13debde00acc07375c50b65bcab |
36.0 kB | Download |
Sketch3.png
md5:238ed70564ab7a09db70fc0934cd65b7 |
63.9 kB | Download |
Sketch4.png
md5:1390658bd31c8dc3d55bb377639b371d |
70.7 kB | Download |
Step1.JPG
md5:4e50ceaee34265de1a04aaae7811ebcd |
71.0 kB | Download |
Step10.JPG
md5:73d370e55a33ea692fcb9d5ab1a7e189 |
74.1 kB | Download |
Step11.png
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349.7 kB | Download |
Step12.JPG
md5:21320542dd84a1bebf9fecfbdc7bb98c |
66.5 kB | Download |
Step13.JPG
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57.1 kB | Download |
Step2.JPG
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80.0 kB | Download |
Step3.JPG
md5:43f0392db9255b5b3a71e09035ca2c0b |
83.6 kB | Download |
Step4.JPG
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88.6 kB | Download |
Step5.JPG
md5:71f98ebed0de2f0a233c2b47ea5f189e |
78.5 kB | Download |
Step6.JPG
md5:46c20dbf630f185b9b1a5932b9559e5b |
103.4 kB | Download |
Step7.JPG
md5:56872b0c8f8157bbe287e67b6c6e713c |
90.1 kB | Download |
Step8.JPG
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83.8 kB | Download |
Step9.JPG
md5:badfbb1e074139917fd7994075a4e687 |
88.2 kB | Download |
STL files.zip
md5:7f3a22b21c89b780cc6afca97a3b6ca1 |
1.9 MB | Download |
Technical drawing.png
md5:ed261a34114d349a20a363e980f2d8ef |
760.9 kB | Download |
All versions | This version | |
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Views | 77 | 77 |
Downloads | 26 | 26 |
Data volume | 5.2 MB | 5.2 MB |
Unique views | 68 | 68 |
Unique downloads | 12 | 12 |