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OpenSCAD small projects: Unterschied zwischen den Versionen

(Die Seite wurde neu angelegt: „A collection of smaller projects using OpenSCAD: <gallery> Datei:Logo to STL 001.png|HackFFM Logo 2.0 Datei:Fan-Protector_OpenSCAD.PNG|Lüftergitter Datei:Fo…“)
 
(→‎Fan Compressor)
 
(17 dazwischenliegende Versionen desselben Benutzers werden nicht angezeigt)
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A collection of smaller projects using OpenSCAD:
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A collection of smaller projects using [http://www.openscad.org/ OpenSCAD]:
 +
* [[#Fan protective grille]]
  
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<gallery>
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<gallery perrow=6>
 
Datei:Logo to STL 001.png|[[HackFFM Logo 2.0]]
 
Datei:Logo to STL 001.png|[[HackFFM Logo 2.0]]
−
Datei:Fan-Protector_OpenSCAD.PNG|Lüftergitter
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Datei:Fan-Protector_OpenSCAD.PNG|[[OpenSCAD small projects#Fan protective grille]]
−
Datei:Foto1782.jpg|Lüftergitter
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Datei:MFK Logo 3D Diadem.png|[[MfK Logo 3D]]
 +
Datei:M6 thumbscrew 002.png|[[OpenSCAD small projects#M6 Thumbscrew]]
 +
Datei:Ruler for debugging.png|[[OpenSCAD small projects#Ruler for debugging]]
 +
Datei:Fan-Compressor 002.png|[[OpenSCAD small projects#Fan Compressor]]
 
</gallery>
 
</gallery>
 +
 +
== Fan protective grille ==
 +
* The Hackerspace main network switch was quiet noisy.
 +
* Original 40 mm internal fan (5 Volt) was replaced by an external 70 mm & 12 Volt model.
 +
* Running at 5 Volts keeps it at a lower noise level.
 +
* To avoid (further) hurts, the fan needed a grille.
 +
* OpenSCAD Script [[Datei:Fan-Protector 005.scad|Fan-Protector 005.scad]]
 +
** &rarr; render mesh and export in STL format
 +
*** &rarr; 3D print on yag-freak's Prusa Mendel - thank you!
 +
<br/>
 +
 +
<gallery perrow=5>
 +
Datei:Fan-Protector_OpenSCAD.PNG|OpenSCAD construction
 +
Datei:Foto1779.jpg|Printing and ...
 +
Datei:Foto1780.jpg|... cleaning by yag-freak
 +
Datei:Foto1782.jpg|Test
 +
Datei:Foto1793.jpg|Safety first!
 +
</gallery>
 +
 +
== M6 Thumbscrews ==
 +
[[Datei:M6 thumbscrew 002.png|240px|none|thumb|Screenshot]]
 +
* version 007: convert a regular M6 nut into a M6 thumbscrew
 +
* version 008: convert a regular M6 screw (DIN 963, ISO 2009, "Senkkopf") and a nut into a M6 thumbscrew
 +
* useful in [[Zen Toolworks CNC Fräse]] project for simple tool changes
 +
<br>
 +
* Thanx to Byteborg for printing and creation of new screw variations ;-)
 +
<br><br>
 +
 +
<gallery caption="Thumbscrews">
 +
Datei:M6 thumbscrew 008 (1).png|Version 008 in OpenSCAD
 +
Datei:M6 thumbscrew 008 (2).jpg|Version 008
 +
Datei:M6 thumbscrew 008 (3).jpg|Version 008
 +
Datei:M6 thumbscrew 008 (4).jpg|Version 008
 +
 +
Datei:M6 thumbscrew 002.png|Prototype of Version 007
 +
Datei:M6_thumbscrew_007_(2).jpg|Version 007
 +
Datei:M6_thumbscrew_007_(3).jpg|Version 007
 +
Datei:M6_thumbscrew_007_(1).jpg|Version 007
 +
 +
Datei:5mm thumbscrew cn 007 B.PNG|Variations of Version 007 / M5+lock screw
 +
Datei:5mm thumbscrew cn 007 A.PNG|Variations of Version 007 / M5+lock screw
 +
Datei:5mm thumbscrew cn 007-2.jpg|M5+lock screw on 3D Printer's Z axis
 +
Datei:5mm thumbscrew cn 007-1.jpg|M5+lock screw on 3D Printer's Z axis
 +
 +
Datei:M3 thumbscrew 007 A.PNG|Variations of Version 007 / M3 big wheel
 +
Datei:M3 thumbscrew 007 B.jpg|M3 big wheel moves 3D print-bed
 +
</gallery>
 +
 +
<nowiki>//
 +
// M6 thumbscrew
 +
//
 +
// 29.12.2011 - 002 - initial
 +
// 30.12.2011 - 004 - better thumbscrew pattern
 +
// 30.12.2011 - 005 - + test mode
 +
// 01.01.2012 - 007 - adjust M6 hole, adjust nut diameter
 +
//
 +
 +
test = 0;
 +
 +
pi = 3.1415926;
 +
 +
R = 10; // main radius (mm)
 +
 +
// "diff" cylinders around main radius
 +
rs = 1.25; // radius cylinders
 +
N = round((R * 2 * pi) / (2.8 * rs)); // number
 +
R2 = R + rs / 4;
 +
 +
// hole M6
 +
rh = 3.25; // radius "hole for M6"
 +
 +
// heights
 +
tt = (test == 0) ? 8.0 : 3.2; // thickness total
 +
tt2 = tt + 1;
 +
 +
// nut
 +
Dn = 10.1; // diameter of the nut (!)
 +
Rn = tan(30) * Dn; // radius of outer circle (from diameter)
 +
tn = (test == 0) ? 4.6 : 2.0; // thickness
 +
 +
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// some debug infos
 +
echo ("main Radius R = ", R);
 +
echo ("diff cylinders N = ", N);
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 +
 +
difference () {
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cylinder(r = R, h = tt, center=true, $fn=N * 12);
 +
 +
cylinder(r = rh, h = tt2, center=true, $fn=50);
 +
 +
translate ([0, 0, 0.01 + ((tt - tn) / 2) ])
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cylinder(r = Rn, h = tn, center=true, $fa=60);
 +
 +
 +
for ( i = [1 : 1 : N] )
 +
{
 +
assign (a = 360 / N * i)
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translate([R2 * cos(a), R2 * sin(a), 0]) rotate ([0, 0, a]) {
 +
cylinder(r = rs, h = tt2, center=true, $fn=16);
 +
}
 +
 +
}
 +
}</nowiki>
 +
 +
== Ruler for debugging ==
 +
[[Datei:Ruler for debugging.png|240px|none|thumb|Screenshot]]
 +
* add a simple ruler to OpenSCAD source code
 +
* optical control - prevent getting lost of orientation and size of the result
 +
* ruler will '''not''' be part of STL output etc. (using the [http://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Modifier_Characters % background modifier])
 +
* Source: [[Datei:Ruler for debugging.scad]]
 +
<nowiki>//
 +
// rulers - demo
 +
//
 +
 +
# translate ([60, 30, 50]) cylinder (h = 30, r=20, center = true, $fn=30); // sample, only - add your objects here
 +
 +
 +
ruler_grid = 10;  // mm
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ruler_digits = 10;
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ruler_thick = 0.5;
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ruler_length = ruler_grid / 4;
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for ( i = [0 : ruler_grid : ruler_grid * ruler_digits] )
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{
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% translate ([i, 0, 0]) cube([ruler_thick, ruler_thick, ruler_length], center=true);
 +
% translate ([0, i, 0]) cube([ruler_thick, ruler_thick, ruler_length], center=true);
 +
% translate ([0, 0, i]) cube([ruler_length, ruler_thick, ruler_thick], center=true);
 +
}</nowiki>
 +
 +
 +
== Fan Compressor ==
 +
* http://www.thingiverse.com/thing:24487
 +
<br/>
 +
<gallery caption="Fan Compressor" perrow="4">
 +
Datei:Fan-Compressor 002.png|Compressor tube
 +
Datei:Fan-Protector 006-1.png|Protective grille
 +
Datei:Fan-Compressor 100 4747.JPG|Fan 70 mm
 +
Datei:Fan-Compressor 100 4746.JPG|Protective grille
 +
Datei:Foto2848.jpg|Printed compressor part
 +
Datei:Fan-Compressor 100 4749.JPG|Protective grille
 +
Datei:Fan-Compressor 100 4750.JPG|Compressor tube
 +
</gallery>
 +
 +
== OpenSCAD Tipps, Tutorials etc. ==
 +
* [http://en.wikibooks.org/wiki/OpenSCAD_User_Manual The OpenSCAD User Manual]
 +
* [http://www.iheartrobotics.com/search/label/OpenSCAD Scan into SCAD]
 +
* [http://repraprip.blogspot.com/2011/05/inkscape-to-openscad-dxf-tutorial.html Inkscape to OpenSCAD dxf tutorial]
 +
 
[[Kategorie:Projekte]]
 
[[Kategorie:Projekte]]

Aktuelle Version vom 9. Juni 2012, 16:04 Uhr

A collection of smaller projects using OpenSCAD:

Fan protective grille

  • The Hackerspace main network switch was quiet noisy.
  • Original 40 mm internal fan (5 Volt) was replaced by an external 70 mm & 12 Volt model.
  • Running at 5 Volts keeps it at a lower noise level.
  • To avoid (further) hurts, the fan needed a grille.
  • OpenSCAD Script Datei:Fan-Protector 005.scad
    • → render mesh and export in STL format
      • → 3D print on yag-freak's Prusa Mendel - thank you!


  • OpenSCAD construction

  • Printing and ...

  • ... cleaning by yag-freak

  • Test

  • Safety first!

M6 Thumbscrews

Screenshot
  • version 007: convert a regular M6 nut into a M6 thumbscrew
  • version 008: convert a regular M6 screw (DIN 963, ISO 2009, "Senkkopf") and a nut into a M6 thumbscrew
  • useful in Zen Toolworks CNC Fräse project for simple tool changes


  • Thanx to Byteborg for printing and creation of new screw variations ;-)



  • Thumbscrews

  • Version 008 in OpenSCAD

  • Version 008

  • Version 008

  • Version 008

  • Prototype of Version 007

  • Version 007

  • Version 007

  • Version 007

  • Variations of Version 007 / M5+lock screw

  • Variations of Version 007 / M5+lock screw

  • M5+lock screw on 3D Printer's Z axis

  • M5+lock screw on 3D Printer's Z axis

  • Variations of Version 007 / M3 big wheel

  • M3 big wheel moves 3D print-bed 

//
// M6 thumbscrew
//
// 29.12.2011 - 002 - initial
// 30.12.2011 - 004 - better thumbscrew pattern
// 30.12.2011 - 005 - + test mode
// 01.01.2012 - 007 - adjust M6 hole, adjust nut diameter
//

test = 0;

pi = 3.1415926;

R = 10;			// main radius (mm)

// "diff" cylinders around main radius
rs = 1.25;			// radius cylinders
N = round((R * 2 * pi) / (2.8 * rs)); 	// number
R2 = R + rs / 4;

// hole M6
rh = 3.25;			// radius "hole for M6"

// heights
tt = (test == 0) ? 8.0 : 3.2;		// thickness total
tt2 = tt + 1;

// nut
Dn = 10.1;			// diameter of the nut (!)
Rn = tan(30) * Dn;	// radius of outer circle (from diameter)
tn = (test == 0) ? 4.6 : 2.0;			// thickness


// some debug infos
echo ("main Radius R = ", R); 
echo ("diff cylinders N = ", N); 


difference () {
	cylinder(r = R, h = tt, center=true, $fn=N * 12);

	cylinder(r = rh, h = tt2, center=true, $fn=50);

	translate ([0, 0, 0.01 + ((tt - tn) / 2) ])
		cylinder(r = Rn, h = tn, center=true, $fa=60);


	for ( i = [1 : 1 : N] ) 
	{
		assign (a = 360 / N * i)
			translate([R2 * cos(a), R2 * sin(a), 0]) rotate ([0, 0, a]) {
				cylinder(r = rs, h = tt2, center=true, $fn=16);
			}
		
	}
}

Ruler for debugging

Screenshot
//
// rulers - demo
//

# translate ([60, 30, 50]) cylinder (h = 30, r=20, center = true, $fn=30); // sample, only - add your objects here


ruler_grid = 10;  // mm
ruler_digits = 10;
ruler_thick = 0.5;
ruler_length = ruler_grid / 4;

for ( i = [0 : ruler_grid : ruler_grid * ruler_digits] ) 
{
	% translate ([i, 0, 0]) cube([ruler_thick, ruler_thick, ruler_length], center=true);
	% translate ([0, i, 0]) cube([ruler_thick, ruler_thick, ruler_length], center=true);
	% translate ([0, 0, i]) cube([ruler_length, ruler_thick, ruler_thick], center=true);
}


Fan Compressor


  • Fan Compressor

  • Compressor tube

  • Protective grille

  • Fan 70 mm

  • Protective grille

  • Printed compressor part

  • Protective grille

  • Compressor tube

OpenSCAD Tipps, Tutorials etc.