Division du glissement en deux pièces. Correction de la largeur prévue pour la courroie

glissement-more-easy-to-print.scad

@@ -1,125 +0,0 @@
-include <./MCAD/bearing.scad>;
-
-/*
-Roulements à billes 623 ZZ (0.80€)
-Diamètre intérieur : 3mm
-Diamètre extérieur : 10 mm
-Largeur : 4 mm
-*/
-
-$fn=200;
-
-/*
-color ("seagreen") translate([0,0,-50])
-linear_extrude (height=2000)  
-	import (file="all.dxf", layer="profil T", $fn=100);
-*/
-
-difference(){
-	union(){	
-		translate([0,0,-18])
-		linear_extrude (height=28)
-			import (file="all.dxf", layer="profil-pour-3d", $fn=200);
-		translate([0,0,-9])
-			linear_extrude (height=28)
-				import (file="all.dxf", layer="profil-pour-3d-2", $fn=100);
-		//boursuflures pour caler les roulements
-		cones();
-		translate([4,25.5,18.99]) cube([12,3,9]);
-		translate([4,25.5,-17.99]) cube([12,3,9]);
-
-	}
-	union(){
-		screws();
-		translate([7,25.498,18.98]) cube([6,3.2,6]);
-		translate([7,25.498,-14.97]) cube([6,3.2,6]);
-	}
-}
-
-
-
-
-
-module screws(){
-	translate([4.1225,7.1862,5])
-		rotate([90,0,0]) 
-			cylinder (r=1.5, h=14);
-	translate([15.8775,7.1862,5])
-		rotate([90,0,0])
-			cylinder (r=1.5, h=14);
-	translate([-5.1,13.3725,5])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=12);
-	translate([13.2775,13.3725,5])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=12);
-	translate([-5.1,25,15])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=14);
-	translate([12,25,15])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=14);
-	translate([-5.1,25,-5])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=14);
-	translate([12,25,-5])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=14);
-	translate([26,13.3725,5])
-		rotate([90,0,90])
-			cylinder (r=4, h=20);
-	translate([-26,13.3725,5])
-		rotate([90,0,90])
-			cylinder (r=4, h=20);
-	translate([-26,25,-5])
-		rotate([90,0,90])
-			cylinder (r=4, h=26);
-	translate([20,25,-5])
-		rotate([90,0,90])
-			cylinder (r=4, h=28);
-	translate([4.1225,-6,5])
-		rotate([90,0,0])
-			cylinder (r=4, h=10);
-	translate([15.8775,-6,5])
-		rotate([90,0,0])
-			cylinder (r=4, h=10);
-	translate([-25.7,38.05,5])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=21);
-	translate([24.5,38.05,5])
-		rotate([90,0,90])
-			cylinder (r=1.5, h=21.5);
-
-}
-module cones(){
-	translate([4.01,13.3725,5]) rotate([90,0,90]) unCone();
-	translate([20.01,13.3725,5]) rotate([90,0,90]) unCone();
-	translate([12.01,25,15]) rotate([90,0,90]) unCone();
-	#translate([12.01,25,-5]) rotate([90,0,90]) unCone();
-	translate([8,25,15]) rotate([270,0,90]) unCone();
-	translate([8,25,-5]) rotate([270,0,90]) unCone();
-	translate([-0.01,13.3725,5]) rotate([270,0,90]) unCone();
-	translate([15.99,13.3725,5]) rotate([270,0,90]) unCone();
-	translate([4.1225,-0.01,5]) rotate([90,0,0]) unCone();
-	translate([15.8775,-0.01,5]) rotate([90,0,0]) unCone();
-	translate([4.1225,4.01,5]) rotate([270,0,0]) unCone();
-	translate([15.8775,4.01,5]) rotate([270,0,0]) unCone();
-}
-
-module unCone(){
-	cylinder (r1=2, r2=3, h=1, $fn=100);
- 	translate([0,0,0.999]) cylinder (r=3, h=1, $fn=100);
-}
-
-//positionnement des roulements à bille
-/*
-bearing(pos=[8, 25,-5], angle=[90,00,90], model=623);
-bearing(pos=[8, 25,15], angle=[90,00,90], model=623);
-bearing(pos=[0, 13.3725,5], angle=[90,00,90], model=623);
-bearing(pos=[16, 13.3725,5], angle=[90,00,90], model=623);
-bearing(pos=[4, 4.1862,5], angle=[90,0,0], model=623);
-bearing(pos=[16.5, 4.1862,5], angle=[90,0,0], model=623);
-*/
-
-
-