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holm / Christian Müller 2024-03-20 21:27:10 +01:00
parent 5807481248
commit 22a8c0facc
2 changed files with 218 additions and 0 deletions

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SPangenzubehör.json Normal file
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{
"parameterSets": {
"Standardwerte des Designs": {
"deckelstaerke": "2",
"detailgrad": "45",
"rundung": "2",
"vollebreite": "75",
"vollehoehe": "17",
"vollelaenge": "25",
"wandstaerke": "2"
}
},
"fileFormatVersion": "1"
}

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SPangenzubehör.scad Normal file
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// Definitions
// *********************
detailgrad = 45;
wandstaerke = 5;
deckelstaerke = 2;
rundung = 4;
vollebreite = 60;
vollelaenge = 25;
vollehoehe = 20;
// Prozessvariablen
{
wall = wandstaerke;
$fn = detailgrad;
sphere = rundung;
breite = vollebreite-2*sphere;
laenge = vollelaenge-2*sphere;
hoehe = vollehoehe-sphere;
}
difference() {
Box();
Deckel();
}
scale([1,0.999,0.999])
translate([0, vollelaenge+10,-vollehoehe+wall/2]) {
Deckel(griff=true,spiegel=true,kante=true);
}
module Deckel(griff=false,spiegel=false,kante=false) {
translate([0,vollelaenge/2,0])
difference() {
union() {
mirror_copy()
translate([0,-vollelaenge/2,0])
Deckelhaelfte(kante,spiegel);
}
if(griff) {
scale([0.75,1.25,1])
difference() {
translate([8,0,vollehoehe-0.3])
color("red")
cylinder(h=0.5,r=6);
translate([10.5,0,vollehoehe-0.3])
color("blue")
cylinder(h=1,r=5.5);
translate([7.5,0-6.5,vollehoehe-0.3])
color("magenta")
cube([9,13,0.5]);
//cube(4,true);
}
scale([0.75,1.25,1])
difference() {
translate([13,0,vollehoehe-0.3])
color("red")
cylinder(h=1,r=6);
translate([15.5,0,vollehoehe-0.3])
color("blue")
cylinder(h=1,r=5.5);
translate([12.5,0-6.5,vollehoehe-0.3])
color("magenta")
cube([9,13,0.5]);
//cube(4,true);
}
}
}
}
module Deckelhaelfte(kante=false,spiegel=false) {
difference() {
// Deckelplatte
translate([0,rundung/3,vollehoehe-wall/2])
color("lime")
cube([vollebreite-rundung/3,(vollelaenge-2*rundung/3)/2,wall/2+.1]);
// Winkel 1
translate([-1,rundung/3,vollehoehe-wall/2])
color("brown")
rotate([65,0,0])
cube([vollebreite-rundung/3+2,wall,wall/2+1]);
// Winkel 2
translate([vollebreite-rundung/3*2,vollelaenge-2*rundung/3+wall,vollehoehe])
color("brown")
rotate([-65,0,-90])
cube([vollebreite-rundung/3+2,wall,wall/2+1]);
// Winkel 3
translate([vollebreite-rundung/3-wall/2-1,-2,vollehoehe-wall/2-1])
color("red")
rotate([45,0,45])
cube([10,wall,wall/2+1]);
// Spiegel
if(spiegel) {
translate([11.5,5,vollehoehe-wall/2+1.5])
color("lightblue")
cube([vollebreite-rundung/3-16,vollelaenge-17.5,wall/2+1]);
}
// Kante
if(kante) {
translate([-1,-3.3,vollehoehe-wall/2])
color("brown")
cube([vollebreite-rundung/3+2,wall,wall/2+1]);
translate([vollebreite+3.3,0,vollehoehe-wall/2])
color("brown")
rotate([0,0,90])
cube([vollelaenge/2,wall,wall/2+1]);
translate([0.5,0,vollehoehe-wall/2-1])
color("brown")
rotate([0,0,90])
cube([vollelaenge/2,wall,wall/2+2]);
}
}
}
module Box() {
// Box
difference() {
// Box
translate([sphere,sphere,sphere])
box();
// Obere harte Kante
translate([0,0,vollehoehe])
color("blue",0.7)
cube([vollebreite,vollelaenge,sphere]);
}
// Hauptsteg
difference() {
//Hauptsteg
translate([wall/2,vollelaenge*0.5,wall/2-0.5])
color("yellow")
cube([vollebreite-wall+0.1,1,hoehe-0.7]);
// Durchgriff
translate([vollebreite/2+3.55,vollelaenge*0.5+2.5,17])
rotate([90,0,0])
scale([2.25,1])
cylinder(h=5,r=8.5);
}
// Quersteg 1
difference() {
translate([13.5,wall/2,wall/2-0.5])
color("magenta")
cube([1,(vollelaenge-wall)/2+0.1,hoehe-0.7]);
// Durchgriff
translate([11,wall*1.2,10])
rotate([0,90,0])
cylinder(h=4,r=2);}
// Zyl gebraucht 2/2
translate([19,vollelaenge/2-4/2,wall/2-0.5])
color("cyan")
cylinder(h=16.8, r1=3, r2=1.8);
}
module grundbox() {
// Box
color("purple",0.7)
roundbox(breite,laenge,hoehe);
// Halter
difference() {
translate([-5,laenge/2,-0.5])
color("yellow")
cube([10,4,7],true);
rotate([270,0,0])
translate([-6.75,0.6,laenge/2])
color("green")
cylinder(h=7,d=4,center=true);
}
}
module box() {
difference() {
grundbox();
// Innenausschnitt
translate([wall/2,wall/2,wall/2])
color("red",0.7)
roundbox(breite-wall,laenge-wall,hoehe);
}
}
module roundbox(w,h,d) {
minkowski(){
cube([w,h,d]);
sphere(sphere);
}
}
module mirror_copy(v = [0, 1, 0]) {
children();
mirror(v) children();
}