Lenkachse und Gabelung modelliert

1 files changed, 53 insertions, 13 deletions

diff --git a/suspension_fork.scad b/suspension_fork.scad
index 4c12d2f..20466fc 100644
--- a/suspension_fork.scad
+++ b/suspension_fork.scad
@@ -1,21 +1,61 @@
-// all used measuress are pure phantasy
-module suspension_fork(depth=0) {
-    // from top to bottom ...
+    thread_height=38;
+    thread_diameter=25.4;
+    
+    shaft_height1=110;
+    shaft_diameter1=thread_diameter;
+    
+    shaft_height2=6;
+    shaft_diameter2=27;    
 
-    translate([0, 0, -50]) cylinder(h=50, r=15);
-    translate([0, 0, -60]) cylinder(h=10, r1=25, r2=15);
-    translate([0, 0, -70]) cylinder(h=10, r=25);
 
-    hull() {
-	for (side = [-1,1])
-	translate([0, side * 50, -90])
-	    cylinder(r=27, h=20);
-    }
 
-    translate([0, -50/2, -110])
-    cube([5, 50, 20]);
+axe_shift=18.2;
+shaft_distance=53;
+module fork_shaft(){
+    thread_height=38;
+    thread_diameter=25.4;
     
+    shaft_height1=110;
+    shaft_diameter1=thread_diameter;
+    
+    shaft_height2=6;
+    shaft_diameter2=27;    
+    
+    translate([0,0,-thread_height])
+        cylinder(h=thread_height,d=thread_diameter);
+        
+    translate([0,0,-(thread_height+shaft_height1)])
+        cylinder(h=shaft_height1,d=shaft_diameter1);
+    
+    translate([0,0,-(thread_height+shaft_height1+shaft_height2)])
+        cylinder(h=shaft_height2,d=shaft_diameter2);
+
+}
+
+module forking(){
     for (side = [-1,1])
+	hull() {
+        translate([0,0,-34]) cylinder(d=39,h=34);
+        translate([axe_shift, side * shaft_distance, -56]) cylinder(d=31.3, h=29);
+    }    
+    translate([0,0,-43]) cylinder(d=39,h=9);
+}
+
+module side_shaft(){
+}
+
+module suspension_fork(depth=0) {
+    // from top to bottom ...
+    
+    %fork_shaft();
+    %translate([0,0,-(thread_height+shaft_height1+shaft_height2)]) forking();
+    // all following measuress are pure phantasy
+    
+
+    *translate([0, -50/2, -110])
+    cube([5, 50, 20]);
+    
+    *for (side = [-1,1])
     translate([0, side * 50, -210]) {
 	cylinder(r=25, h=120);