fabricademy2017:students:nuria.robles:week_8 [Textile Academy]

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--- fabricademy2017:students:nuria.robles:week_8 [2018/02/15 08:48]
nuriafablab_gmail.com
+++ fabricademy2017:students:nuria.robles:week_8 [2018/02/15 08:53]
nuriafablab_gmail.com
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 ===== Embroidering CNC machine =====
+For this assignment we want to use the magic needle. You just need to punch down and up and will have a nice embroidering.
 {{:fabricademy2017:students:nuria.robles:week_8:aguja_1.jpg?nolink&400x300|aguja_1.jpg}}{{:fabricademy2017:students:nuria.robles:week_8:aguja_2.jpg?nolink&400x300|aguja_2.jpg}}
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 {{  :fabricademy2017:students:nuria.robles:week_8:bordado2.jpg?nolink&400x400  |bordado2.jpg}}
+And, for the automatization, we will use a CNC machine made of parts of old PC CD device from garbage. Using 3 easy drivers for controlling each stepper motor and connected as shown in the image:
 {{:fabricademy2017:students:nuria.robles:week_8:easy_driver.jpg?nolink&926x316|easy_driver.jpg}}
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 As this is a Group assignment, I put here a copy of my colleagues work:
-=====   Ana Martin-Embroidering CNC machine   =====
+===== Ana Martin-Embroidering CNC machine =====
 This week the class focuses on the evolution of techniques, tools and machines to create traditional fabrics.
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 **Design in Rhinoceros with the curves tool**
   -
 **Convert curves to surfaces, for this select “surfaces” and flat curves.**
   -
 **Separate surface curves**
   -
 **Convert surface to solid, for it select “solid” and extrusion of straight surface.**
   -
 **Separate surface to solid.**
   -
 **To make the holes for the screw we create a circle with the size of the screw and follow the previous steps.**
   -
-**We put the cylinder in the piece and make a Boolean difference.**
+**We put the cylinder in the piece and make a Boolean difference.**  **{{http://wiki.textile-academy.org/_media/fabricademy2017/students/anamaria.martinlopez/week_8/dibujo-9.png?nolink&790x500}}**
-**{{http://wiki.textile-academy.org/_media/fabricademy2017/students/anamaria.martinlopez/week_8/dibujo-9.png?nolink&790x500}}**
 **Finally we fit it in the needle.**
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 **[[https://drive.google.com/file/d/1MeBpej7FQi257AefjE6Fkl1Dn6ek1Z1x/view?usp=sharing|https://drive.google.com/file/d/1MeBpej7FQi257AefjE6Fkl1Dn6ek1Z1x/view?usp=sharing]]**
-=====  ** Edgar:**Upload the program into Arduino ONE **  =====
+===== ** Edgar:**Upload the program into Arduino ONE ** =====
 Programs:
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 Vectorize the image:
-      -
+  -
 Go to path TAB > trace bitmap
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 - Path tab > object to path
-      -
+  -
 Path Tab > dynamic offset
-      -
+  -
 Go to save as > Name and save it as G CODE
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 Install Grbl on Arduino
-      -
+  -
 Extract zip files into download directory
-      -
+  -
 start Arduino IDE
-      -
+  -
 Sketch > include library > add zip Library > select the file (grbl master folder>grbl folder)
-      -
+  -
 File > Open > grbl-master>grbl>examples>grbl upload file>grblupload
-      -
+  -
 Tools > Check port
-      -
+  -
 download program on Arduino
-      -
+  -
 Grbl is on Arduino