// -*- C -*-
-spoolwidth = 80; // fixme needs to be measured
-trestleheight = 80; // fixme needs to be checked
-trestlebase = 80; // fixme needs to be checked
+spoolinnerdia = 32;
+spoolwidth = 88.0;
+spoolinnerrad = (spoolinnerdia - 0.2) / 2;
+spoolouterrad = spoolinnerrad + 61.5;
include <doveclip.scad>
include <axlepin.scad>
-spoolinnerslop = 2;
+spoolradclear = 10;
+spoolradslop = 2;
-barrad = 7;
+spoolinnerslop = 3;
+axleslop = 0.5;
+
+axlerad = 7;
barwasherrad = 17;
+hubbasethick = 4;
+hubmainthick = 15;
+hubbaseweb = 1.2;
+hubbasestalkwidth = 4;
+hubwalls = 2.5;
+hubpillarw = 4;
+hubbaserad = spoolinnerrad + 10;
+hubmainrad = spoolinnerrad - spoolradslop;
+
legw = 12;
plugl = 20;
plugwmin = 3;
plugslope = 0.5;
plugwmax = plugwmin + plugh * plugslope * 2;
+trestlefoot = 15;
+
trestlelegw = 10;
trestlebaseh = 10;
trestleplugd = 1;
-topblockthick = 4;
+topblockthick = 3;
topblockbasedepth = 5;
-pinbasew = 5.0;
-pinminh = 1.5;
-pinmaxh = 4.5;
-pindh = 0.50;
-pindwidth = 0.75;
+pinbasew = 4.0;
+pinminh = 1.0;
+pinmaxh = 3.5;
+pindh = 1.75;
+pindwidth = 1.75;
-pintaperlen = plugwmax * 0.85;
-pinstraightlen = 10;
+pintaperlen = 20;
+pinstraightlen = 30-pintaperlen;
spoolouterpad = AxlePin_holerad()*2 * 1.5;
spoolbarlen = spoolwidth +
- 2*(Washer_thick() + AxlePin_holerad() + spoolinnerslop + spoolouterpad);
+ 2*(Washer_thick() + hubbasethick + AxlePin_holerad()
+ + spoolinnerslop + spoolouterpad);
+ barz = axlerad * 0.5;
+axlepin_x = spoolwidth/2 + hubbasethick +
+ Washer_thick() + spoolinnerslop + AxlePin_holerad()*0.5;
+
+trestleheight = spoolouterrad + spoolradclear - barz;
+trestlebase = trestleheight * 1.2;
module Plug(d=0){
dw = d;
module Bar(){ ////toplevel
spoolw = spoolbarlen;
- barz = barrad * 0.5;
biggestw = spoolw + 50;
intersection(){
cube([biggestw, 100, 100]);
for (mir=[0,1]) {
mirror([mir,0,0])
- translate([spoolwidth/2 + Washer_thick() + spoolinnerslop +
- AxlePin_holerad()*0.5,
- 0, -50])
+ translate([axlepin_x, 0, -50])
cylinder(r=AxlePin_holerad(), 100, $fn=15);
}
}
translate([0,0,barz]) {
translate([-100,0,0])
- rotate([0,90,0]) cylinder(r=barrad, h=200, $fn=30);
+ rotate([0,90,0]) cylinder(r=axlerad, h=200, $fn=60);
}
}
}
module FtAxlePin(){ ////toplevel
- AxlePin(barrad, (barrad + barwasherrad*2)/3 * 2);
+ AxlePin(axlerad, (axlerad + barwasherrad*2)/3 * 2);
}
module AxleWasher(){ ////toplevel
- Washer(barrad, barwasherrad);
+ Washer(axlerad, barwasherrad);
}
module Trestle(){ ////toplevel
baseweb=true);
translate([-trestlebase/2, -trestleheight, 0])
- cylinder(r=trestlelegw/2*1.2, h=plugl);
+ cylinder(r=trestlelegw/2*1.2, h=trestlefoot);
}
}
translate([-topblockw/2, -topblockbasedepth, 0])
cube([topblockw,
topblockbasedepth + plugh + topblockthick
- + (pinmaxh - pinminh)*0.6 + pindh,
+ + (pinmaxh - pinminh)*0.5,
plugl]);
translate([-trestlebase/2, -trestleheight, 0])
ExtenderPillars(length=trestlebase, width=trestlebaseh*2, height=legw);
}
translate([-300, -trestleheight-50, -1])
- cube([600, 50, plugl+2]);
+ cube([600, 50, 52]);
rotate([-90,-90,0])
Plug(d=trestleplugd);
for (rot=[0,180]) {
translate([0,0,plugl/2]) rotate([0,rot,0]) translate([0,0,-plugl/2]) {
- translate([-(topblockw*0.25+1),
- plugh + pindh - (pinmaxh - pinminh)*0.75,
+ translate([0,
+ plugh - (pinmaxh - pinminh)*1.00,
(plugl - pinholebasew*2)/3]) {
- translate([0,0,pinholebasew/2]) rotate([-90,0,0]) %Pin();
- rotate([0,90,0]) {
- linear_extrude(height = topblockw*1.0+2) {
- polygon([[-1.0 * pinholebasew, -0.01],
- [-0.5 * pinholebasew, pinholeh],
- [ 0 , -0.01]]);
+ translate([-(topblockw*0.25+1), 0, pinholebasew/2])
+ rotate([-90,0,0]) %Pin();
+ translate([-(topblockw+1), 0, 0]) {
+ rotate([0,90,0]) {
+ linear_extrude(height = topblockw*2.0+2) {
+ polygon([[-1.0 * pinholebasew, -0.01],
+ [-0.5 * pinholebasew, pinholeh],
+ [ 0 , -0.01]]);
+ }
}
}
}
}
}
+module HubEnd(){ ////toplevel
+ thick = hubmainthick+hubbasethick;
+ difference(){
+ union(){
+ for (ang=[0 : 60 : 359]) {
+ rotate([0,0,ang]) {
+ translate([hubmainrad - hubwalls/2, -hubbasestalkwidth/2, 0])
+ cube([hubbaserad - (hubmainrad - hubwalls/2),
+ hubbasestalkwidth, hubbasethick]);
+ ExtenderPillar(length = hubmainrad-hubwalls/2,
+ height = hubbasethick + hubmainthick,
+ pillarw = hubpillarw);
+ }
+ }
+ cylinder(r=axlerad+hubwalls, h=thick);
+ cylinder(r=hubmainrad-0.1, h=hubbaseweb);
+ difference(){
+ cylinder(r=hubmainrad, h=thick, $fn=100);
+ translate([0,0,-1])
+ cylinder(r=hubmainrad-hubwalls, h=thick+2);
+ }
+ difference(){
+ cylinder(r=hubbaserad, h=hubbasethick, $fn=50);
+ translate([0,0,-1])
+ cylinder(r=hubbaserad-hubwalls, h=hubbasethick+2);
+ }
+ }
+ translate([0,0,-1])
+ cylinder(r=axlerad+axleslop, h=thick+2, $fn=50);
+ }
+}
+
+
module TestKit(){ ////toplevel
- translate([30,0,0]) Pin();
- translate([30,30,0]) Pin();
+ translate([60,0,0]) mirror([1,0,0]) Pin();
+ translate([60,15,0]) mirror([1,0,0]) Pin();
translate([0,40,0]) intersection(){
Trestle();
translate([-50,-10,-1]) cube([100,100,100]);
}
intersection(){
- translate([-60,0,0]) Bar();
+ translate([-60,10,0]) Bar();
cube(50,center=true);
}
+ %translate([50,40, AxlePin_zoffset()]) FtAxlePin();
+ %translate([0,-20,0]) AxleWasher();
+}
+
+module DemoSpool(){
+ rotate([0,90,0]) translate([0,0,-spoolwidth/2])
+ difference(){
+ cylinder(r=spoolouterrad, h=spoolwidth);
+ translate([0,0,-1]) cylinder(r=spoolinnerrad, h=spoolwidth+2);
+ }
+}
+
+module Demo(){ ////toplevel
+ color("blue") Bar();
+ for (mir=[0,1]) {
+ mirror([mir,0,0]) {
+ color("red") translate([spoolbarlen/2,0,0])
+ rotate([90,0,90]) Trestle();
+ color("orange")
+ translate([spoolwidth/2 + hubbasethick + spoolinnerslop*2/3, 0, barz])
+ rotate([0,90,0]) AxleWasher();
+ color("orange") translate([axlepin_x, 0, barz])
+ rotate([90,0,90]) FtAxlePin();
+ color("cyan")
+ translate([spoolwidth/2 + hubbasethick + spoolinnerslop*1/3, 0, barz])
+ rotate([0,-90,0]) HubEnd();
+ }
+ }
+ %translate([0,0,barz]) DemoSpool();
}
-Bar();
+//Bar();
//FtAxlePin();
//AxleWasher();
//Trestle();
//TestKit();
//Plug(d=1);
//ExtenderPillars(80,12,8, baseweb=true);
+//HubEnd();
+//Demo();
~ianmdlvl / reprap-play.git / blobdiff