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laptop files

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This commit is contained in:
Frank Pruefer
2026-01-01 21:32:11 +01:00
parent 8434d6ceeb
commit bdaee208b6
32 changed files with 828 additions and 0 deletions
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23
Distanzhülsen.scad Normal file
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$fn=100;
difference(){
union(){
cylinder(h=3, d=14);
cylinder(h=7, d=9.9);
}
cylinder(h=8, d=8.1);
}
difference(){
cylinder(h=2, d=30);
cylinder(h=2, d=26);}
translate([30,0,0]) difference(){
union(){
cylinder(h=3, d=14);
cylinder(h=7, d=9.9);
}
cylinder(h=8, d=8.1);
}

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Gehause_Badlicht.scad Normal file
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module pfosten(){
difference(){
cube([7,7,48]);
translate([3.5, 3.5, 41])cylinder(d=2.8, h=10);
}}
// netzteil
*translate([37,0+33,26]) rotate([90,0,0])
color("beige")hull(){
cylinder(d=48, h=20);
translate([145 - 48,0,0])cylinder(d=48, h=20);
translate([0,-24,0]) cube([145 - 48,48, 33]);
}
// Platine
*color("blue")
translate([110,40,4]) rotate([0,0,90])
cube([80,100,25]);
//shelly
*color("white")
translate([120,50,4]) cube([34, 44, 7.2]);
// Platte
difference(){
minkowski(){
translate([1, 34,47]) cube([158,90, 4 ]);
sphere(1);
}
union(){
translate([0,0,0]) cube([160,125,2]);
difference(){
translate([0, 33,0]) cube([160,92, 50 ]);
translate([1, 34,2]) cube([158,90, 50 ]);
translate([-.10,50,18]) rotate ([0,90,0]) cylinder(d=9, h=3);
translate([-.10,110,18]) rotate ([0,90,0]) cylinder(d=9, h=3);
translate([-.10,100,18]) rotate ([0,90,0]) cylinder(d=9, h=3);
translate([-.10,110-9,18+4.5]) rotate ([0,90,0]) cube([9,9,9]);
translate([158.9,60,18]) rotate ([0,90,0]) cylinder(d=9, h=3);
translate([158.9,50,18]) rotate ([0,90,0]) cylinder(d=9, h=3);
translate([158.9,60-9,18+4.5]) rotate ([0,90,0]) cube([9,9,9]);
}
translate([1, 34, 0]) pfosten();
translate([152, 34, 0]) pfosten();
translate([1, 117, 0]) pfosten();
translate([152, 117, 0]) pfosten();
// befestigungslaschen
translate([0,60,0]) difference(){
union(){
translate([-15, 0,0])cylinder(d=15, h=5);
translate([-15, -7.5,0])cube([15, 15,5]);
}
translate([-15, 0,-.1])cylinder(d=5, h=6);
}
translate([160,60,0]) rotate ([0,0,180])difference(){
union(){
translate([-15, 0,0])cylinder(d=15, h=5);
translate([-15, -7.5,0])cube([15, 15,5]);
}
translate([-15, 0,-.1])cylinder(d=5, h=6);
}
}}
color("black")
translate([-15, 5, 2]) {
text("12V", font = "Liberation Sans", size = 10);
}
color("black")
translate([150, 5, 2]) {
text("220V", size=10, font = "Liberation Sans");
}

69
HeckablageCorsa.scad Normal file
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// Heckablage für Opel Corsa
// 9° abgeschrägt
*difference(){
intersection(){
rotate([-9,0,0]) cube([56.5, 17.4, 10.3]);
cube([56.5, 20,7.4]);
}
translate([ 56.5/2,15-(13.5/2),-2]) rotate([-9,0,0]) cylinder(d=13.5, h=20);
translate([ 56.5/2 - 14.3/2,-10,-2])
cube([14.3, 20, 20]);
translate([ 8.1,12.3,-2]) rotate([-9,0,0]) cylinder(d=6, h=20);
translate([ 56.5-8.1,12.3,-2]) rotate([-9,0,0]) cylinder(d=6, h=20);
}
intersection(){
cube([100,100,14]);
difference(){
union(){
difference(){
union(){
cube([56.5, 21.8, 2.7]);
rotate([81,0,0]) translate([ 0,1,-2.5]) cube([56.5, 21.8, 2.7]);
translate([ 8.1,15,0.5]) rotate([-9,0,0]) cylinder(d=5.8, h=14);
translate([ 56.5-8.1,15,0.5]) rotate([-9,0,0]) cylinder(d=5.8, h=14);
translate([ 56.5/2,15-(13.5/2),2]) rotate([-9,0,0]) cylinder(d=12.2, h=15);
rotate([0,0,10])translate([56.5/2-3,-7,3]) cube([9.5,10,15]);
rotate([0,0,-10])translate([56.5/2-7,3,3]) cube([ 9.5, 10,15]);
}
translate([ 56.5/2,15-(13.5/2),-0.1]) cylinder(d=12.8, h=3.2);
translate([56.5/2-12.8/2,-5,-0.1]) cube([12.8, 12.8,3.2]);
//
rotate([0,0,10])translate([56.5/2-3,-7,3]) cube([8.5,10,15]);
//
rotate([0,0,-10])translate([56.5/2-6,3,3]) cube([ 8.5, 10,15]);
translate([ 56.5/2,15-(13.5/2),2]) rotate([-9,0,0]) cylinder(d=10.4, h=15);
translate([ 21.9,0,2.7]) cube([12.8, 21.8, 2]);
}
}
rotate([81,0,0]) translate([ 0,00,-0]) cube([56.5, 21.8, 7]);
}
}

24
Oszi_DS0138-case.scad Normal file
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$fn=30;
use <Oszi_DS0138.scad>
radius = 3;
length = 135;
thick = 20;
width = 90;
rotate ([45,0,0])
hull(){
translate ([radius, radius, radius]) sphere(r=radius);
translate ([length-radius, radius, radius]) sphere(r=radius);
translate ([radius, width-radius, radius]) sphere(r=radius);
translate ([length-radius, width-radius, radius]) sphere(r=radius);
translate ([radius, radius-thick, thick-radius]) sphere(r=radius);
translate ([length-radius, radius-thick, thick-radius]) sphere(r=radius);
translate ([radius, width-radius, thick-radius]) sphere(r=radius);
translate ([length-radius, width-radius, thick-radius]) sphere(r=radius);
}
platine(cutout=true);

78
Oszi_DS0138.scad Normal file
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$fn=30;
positions = [ [96, 2.3, "Reset"], //linke untere Kante
[105.4, 13.9, "Sel"],
[105.4, 27.5, "-"],
[105.4, 40.2, "+"],
[105.4, 53.4, "OK"],
[6.4, 15, "X5 X2 X1"],
[6.4, 32.9, "OK"],
[6.4, 50.5, "OK"],
[5.2, 5.2, ""], // center des locks
[5.2, 71.8, ""],
[112, 5.2, ""],
[112, 71.8, ""],
];
module button(cutout){
color("black") cube([6,6, 3.8]);
color("silver") translate([0,0,3.8]) cube([6,6,0.3]);
if (!cutout){
color("black")translate([3,3,0]) cylinder(d=3.5, h=5);
}else{
color("black")translate([3,3,0]) cylinder(d=8,h=25);
}
}
module switch(cutout){
color("silver") cube([13,7.4, 4.8]);
if (!cutout){
color("black")translate([3.5,3,0]) cube([2.2,2.2, 11]);
}else{
color("black")translate([2,0.4,0])
cube([9.2,6.2, 25]);
}
}
module platine(cutout){
// wenn cutout=true, dann wsind die Auschnitte gemeint
difference(){
union(){
color("red") cube([117, 77, 1.8]);
if (cutout)
translate([0,0,1.8]) color("darkred") cube([117, 77, 15]);
}
for (i=[8:11]){
translate([ positions[i][0],positions[i][1],-0.1]) cylinder(d=3.3, h=2);}
if (cutout){
for (i=[8:11]){
translate([ positions[i][0],positions[i][1],1.8]) cylinder(d=10, h=15.1);
}}
}
for (i=[0:4]){
translate([ positions[i][0],positions[i][1],1.8]) button(cutout);}
for (i=[5:7]){
translate([ positions[i][0],positions[i][1],1.8]) switch(cutout);}
translate([29.6, 9.2, 12.8]) union(){
color("red") cube([71.5, 55, 1.8]);
color("black")translate([0,5.6,1.8]) cube([60, 43, 3]);
color("black")translate([65,2,-11]) cube([5, 51, 11]);
}
if (!cutout){
color("silver")translate([15.35,69,5+1.8]) rotate([0,90,90]) cylinder(d=11, h=22);}else{
color("silver")translate([15.35,77,5+1.8]) rotate([0,90,90]) cylinder(d=16, h=14); }
color("black")translate([93,63.2,1.8])cube ([9,14, 10.8]);
}
platine(true);

40
Seilrolle.scad Normal file
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$fn=150;
wheel_width = 15;
wheel_dia=75;
bearing_outer_dia = 30;
bearing_width=9;
bearing_shoulder = 1.5;
rope_dia = 8;
opening_angle = 8;
rounding_dia=3;
rotate_extrude(angle=360){
difference(){
translate([0,-wheel_width/2,0])square([wheel_dia/2 , wheel_width]);
translate([wheel_dia/2 - rope_dia/2,0,0])circle(d=rope_dia);
translate([wheel_dia/2- rope_dia/2,-rope_dia/2,0])
rotate([0,0,opening_angle]) square([rope_dia, rope_dia]);
translate([wheel_dia/2- rope_dia/2,-rope_dia/2,0])
rotate([0,0,-opening_angle]) square([rope_dia, rope_dia]);
translate([0,-bearing_width/2,0])square([bearing_outer_dia/2, bearing_width]);
translate([0,0,0])square([bearing_outer_dia/2, bearing_width]);
translate([0,-10,0])square([bearing_outer_dia/2 - bearing_shoulder, bearing_width]);
difference(){
translate([wheel_dia/2-rounding_dia/2,wheel_width/2 - rounding_dia,0])square([rounding_dia/2 , rounding_dia]);
translate([wheel_dia/2-rounding_dia/2,wheel_width/2 - rounding_dia/2,0])circle(d=rounding_dia);
}
difference(){
translate([wheel_dia/2-rounding_dia/2,-wheel_width/2 ,0])square([rounding_dia/2 , rounding_dia]);
translate([wheel_dia/2-rounding_dia/2,-wheel_width/2 + rounding_dia/2,0])circle(d=rounding_dia);
}
}
}

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Seilzüge.scad Normal file
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cube([30,30,2000]);
translate([60,50,1940])rotate([90,0,0])cube([30,30,800]);
//Distanzblock vorne oben
translate([-30,-750,1940])cube([60,30,30]);
//Hantel oben
color ("green")
translate([-150,-750,1640])cube([300,30,30]);
// rolle hinten oben
translate ([30+7.5,7.5,1955]) rotate([0,90,0])cylinder(d=75, h=15);
//rolle vorne oben
translate ([30+7.5,-800+75,1955]) rotate([0,90,0])cylinder(d=75, h=15);
// rolle unten hinten
translate ([15,50,40]) rotate([90,0,0])cylinder(d=75, h=15);
translate ([15,70,40]) rotate([90,0,0])cylinder(d=75, h=15);
// Schrägstütze
translate([-30,40,1940])rotate([90,0,-45])cube([30,30,350]);
//rolle vordere Schrägstütze
translate ([-75,20,1955]) rotate([0,90,-45])cylinder(d=75, h=15);
translate ([-75-200,20-200,1955]) rotate([0,90,-45])cylinder(d=75, h=15);
color("blue")
translate ([-10,-10,605]) cube([50,50,120]);color("blue")
translate ([43,10,665]) rotate([90,0,90])cylinder(d=75, h=15);
color("grey")
translate ([-30,10,665]) rotate([90,0,90])cylinder(d=55, h=25);
//Schrauben
color("red")
translate([-15,-735,1940])cylinder(d=6, h=90);
color("red")
translate([75,-700,1940])cylinder(d=6, h=90);
color("red")
translate ([-240,-190,1940])cylinder(d=6, h=90);
color("red")
translate ([-70,-20,1940])cylinder(d=6, h=90);
color("red")
translate ([15,90,1700])rotate([90,0,0]) cylinder(d=6, h=90);
color("red")
translate ([15,90,400])rotate([90,0,0]) cylinder(d=6, h=90);
//Hantel oben
color ("green")
translate([-150,-750,700])cube([300,30,30]);
color("silver")
translate ([-240,-190,100])cylinder(d=300, h=40);
color("silver")
translate ([-240,-190,160])cylinder(d=250, h=40);
color("silver")
translate ([-240,-190,220])cylinder(d=250, h=40);

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garage_box.scad Normal file
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// 62.5 x 100, r 7.5
$fn=50;
module frame(width, length, radius, height){
x_offset = (width-2*radius)/2;
y_offset = (length-2*radius)/2;
z_offset = radius;
hull(){
translate ([x_offset,y_offset,0]) cylinder(r=radius, h=height);
translate ([-x_offset,y_offset,0]) cylinder(r=radius, h=height);
translate ([x_offset,-y_offset,0]) cylinder(r=radius, h=height);
translate ([-x_offset,-y_offset,0]) cylinder(r=radius, h=height);
translate ([x_offset,y_offset,z_offset]) sphere(r=radius);
translate ([-x_offset,y_offset,z_offset]) sphere(r=radius);
translate ([x_offset,-y_offset,z_offset]) sphere(r=radius);
translate ([-x_offset,-y_offset,z_offset]) sphere(r=radius);
}
}
module loch(height, offset){
translate([0,0,3.4+offset]) cylinder (h=height, d=4.4);
translate([0,0,height+3.4+offset]) cylinder (h=3.5, d1=4.4, d2=11);
}
// Halter nach oben
dicke= 5.7+7.5;
breite = 20;
innerebreite = 17;
achsendurchmesser = 8;
dia = 4.4;
top = 9.4 +dia/2;
right = 14 +dia/2;
//
// beweglicher Arm
*translate([0,-79.5,26.5])rotate ([0,180,0]) difference(){
union(){
translate([-breite/2,100+120+11,dicke]) rotate([0,90,0]) cylinder(r=dicke, h=breite);
translate([-breite/2,11,0]) cube([breite,120 +100,10]);
translate([0,0,2]) minkowski(){
cylinder(d=30, h=4);
sphere(2);
}
}
// kabelkanal
translate([-4,-8,2]) cube([8,120 +120,7]);
translate([-11/2,-15/2,0.8]) cube([11,15,8]);
translate([-5,215,2]) cube([10,20,40]);
// Seitenscheiben
scheibendicke = (breite - innerebreite)/2 +.1;
translate([-breite/2,100+120+11,dicke]) rotate([0,90,0]) cylinder(r=dicke+.1, h=scheibendicke);
translate([breite/2-scheibendicke,100+120+11,dicke]) rotate([0,90,0]) cylinder(r=dicke+.1, h=scheibendicke);
#translate([-breite/2,100+120+11,dicke]) rotate([0,90,0]) cylinder(d=achsendurchmesser, h=breite);
}
difference(){
union(){
frame(62.5, 100, 6.68, 4);
translate([0,0,-3.5])frame(58.5, 96, 3.4, 6);
translate([-breite/2,45,0]) cube([breite,120, dicke]);
translate([-breite/2,45+120-dicke,dicke]) rotate([0,90,0]) cylinder(r=dicke, h=breite);
}
translate([-innerebreite/2,45+120-dicke,dicke]) rotate([0,90,0]) cylinder(r=dicke+0.5, h=innerebreite);
// die Achse
translate([-breite/2,45+120-dicke,dicke]) rotate([0,90,0]) cylinder(d=achsendurchmesser+0.1, h=breite);
// oberes und unteres Befestigungsloch
//x:11,8 y:6.5, d=4.4
translate([62.5/2- right, 100/2 - top,0.3]) loch(dicke, -6);
translate([-62.5/2+ right, -100/2 + top,0.3]) loch(dicke, -6);
// innerer Ausschnitt
cube([ 53.5,90.5, 13], center=true);
// Stromversorgung Ausschnitt
translate([0,-55,3.5/2])rotate([0,90,90])cylinder(d=3.5, h=20);
translate([0,-45,-3])cube([3.5,20, 10], center = true);
// Kabelfürung für Taster
translate([-innerebreite/2,45,1]) cube([innerebreite,120, dicke*2/3]);
}
*translate([-62.5/2+ right, -100/2 + top,0.3]) cube([6,6,30], center = true);
*translate([-50,0, -21])cube([100, 50, 21]);
// elektronik-box
difference(){
translate([0,-10, -6.5])cube([53.5,50, 29], center = true);
translate([0,-10, -6.5])cube([51.5,48, 29.1], center = true);
// Stromversorgung Ausschnitt
translate([0,-50,3.5/2])rotate([0,90,90])cylinder(d=3.5, h=20);
translate([0,-40,-13])cube([3.5,40, 30], center = true);
// Ausschnitt Sensor und Tasterkabel
translate([0,20,-7])cube([3.5,30, 30], center = true);
}

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garage_box_abdeckungen.scad Normal file
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$fn=50;
translate([40,0,0]) union(){
cylinder (d=8, h=3);
cylinder (d=7.8, h=4.8);
}
translate([40,15,0]) union(){
cylinder (d=8, h=3);
cylinder (d=7.8, h=4.8);
}
translate([55,5,3])difference(){
cube([10.7, 14.8, 6], center = true);
translate([0,0,1])cube([9, 13, 5], center = true);}
translate([0,0,12.5])difference(){
cube([51.3, 47.7, 25], center = true);
translate([0,0,1])cube([54, 45.7, 25], center = true);}

71
nut_profil.scad Normal file
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$fn=50;
//#cube([30,30,26], center=true);
nut=30;
Ra=3;
Ri=1.4;
Rc = 1; // Radius am Center
Wi=19.5; // innere weite
Wl = 8.2; // lichte weite
heigth=25;
difference(){
hull(){
translate([-(nut/2-Ra), -(nut/2-Ra),0]) cylinder(r=Ra, h=heigth);
translate([-(nut/2-Ra), (nut/2-Ra),0]) cylinder(r=Ra, h=heigth);
translate([(nut/2-Ra), -(nut/2-Ra),0]) cylinder(r=Ra, h=heigth);
translate([(nut/2-Ra), (nut/2-Ra),0]) cylinder(r=Ra, h=heigth);
}
cylinder(d=6.8, h=25);
union(){
translate([-8.2/2, -15,0]) cube([8.2, 2.1, heigth]);
hull(){
translate([-Wi/2 + Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wi/2 - Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([-Wl/2 + Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wl/2 - Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
}
}
rotate([0,0,90])
union(){
translate([-8.2/2, -15,0]) cube([8.2, 2.1, heigth]);hull(){
translate([-Wi/2 + Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wi/2 - Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([-Wl/2 + Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wl/2 - Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
}
}
rotate([0,0,270])
union(){
translate([-8.2/2, -15,0]) cube([8.2, 2.1, heigth]);hull(){
translate([-Wi/2 + Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wi/2 - Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([-Wl/2 + Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wl/2 - Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
}
}
rotate([0,0,180])
union(){
translate([-8.2/2, -15,0]) cube([8.2, 2.1, heigth]);hull(){
translate([-Wi/2 + Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wi/2 - Ri, -(15-2-Ri) ,0]) cylinder(r=1.4, h=heigth);
translate([-Wl/2 + Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
translate([+Wl/2 - Rc, -(15-9.7+Rc) ,0]) cylinder(r=1.4, h=heigth);
}
}
}

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nut_profil_Abstandhalter-backup-JsgrcnxB.scad Normal file
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$fn=50;
//#cube([30,30,26], center=true);
nut=30;
thick = 2;
Ra=3;
Ri=1.4;
Rc = 1; // Radius am Center
Wi=19.1; // innere weite
Wl = 8.2; // lichte weite
deep = 9.4;
heigth=25;
difference(){
union(){
translate([-Wl/2, -15,0]) cube([Wl, thick+.1, heigth]);
hull(){
translate([-Wi/2 + Ri, -(nut/2-thick-Ri) ,0]) cylinder(r=Ri, h=heigth);
translate([+Wi/2 - Ri, -(nut/2-thick-Ri) ,0]) cylinder(r=Ri, h=heigth);
translate([-Wl/2 + Rc, -(nut/2-deep+Rc) ,0]) cylinder(r=Ri, h=heigth);
translate([+Wl/2 - Rc, -(nut/2-deep+Rc) ,0]) cylinder(r=Ri, h=heigth);
}
// aussenplatte
translate([0,-nut/2,heigth/2]) rotate([90,0,0]) cylinder(d=heigth, h=2);
}
translate([0,0,heigth/2]) rotate([90,0,0])cylinder(d=8.1, h = heigth);
}

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nut_profil_Abstandhalter.scad Normal file
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$fn=50;
//#cube([30,30,26], center=true);
nut=30;
thick = 2;
Ra=3;
Ri=1.4;
Rc = 1; // Radius am Center
Wi=19.1; // innere weite
Wl = 8.2; // lichte weite
deep = 9.4;
heigth=25;
difference(){
union(){
translate([-Wl/2, -nut/2,0]) cube([Wl, thick+.1, heigth]);
hull(){
translate([-Wi/2 + Ri, -(nut/2-thick-Ri) ,0]) cylinder(r=Ri, h=heigth);
translate([+Wi/2 - Ri, -(nut/2-thick-Ri) ,0]) cylinder(r=Ri, h=heigth);
translate([-Wl/2 + Rc, -(nut/2-deep+Rc) ,0]) cylinder(r=Ri, h=heigth);
translate([+Wl/2 - Rc, -(nut/2-deep+Rc) ,0]) cylinder(r=Ri, h=heigth);
}
// aussenplatte
translate([0,-nut/2,heigth/2]) rotate([90,0,0]) cylinder(d=heigth, h=2);
}
translate([0,0,heigth/2]) rotate([90,0,0])cylinder(d=8.1, h = heigth);
}
translate([20,10,0])
difference(){
union(){
translate([-Wl/2, -nut/2,0]) cube([Wl, thick+.1, heigth]);
hull(){
translate([-Wi/2 + Ri, -(nut/2-thick-Ri) ,0]) cylinder(r=Ri, h=heigth);
translate([+Wi/2 - Ri, -(nut/2-thick-Ri) ,0]) cylinder(r=Ri, h=heigth);
translate([-Wl/2 + Rc, -(nut/2-deep+Rc) ,0]) cylinder(r=Ri, h=heigth);
translate([+Wl/2 - Rc, -(nut/2-deep+Rc) ,0]) cylinder(r=Ri, h=heigth);
}
}
translate([0,0,heigth/2]) rotate([90,0,0])cylinder(d=8.1, h = heigth);
}

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/// Schleifbock
difference(){
union(){
cylinder(d=50,h=7);
cylinder(d=14.3, h=20);
}
cylinder(d=12.85, h=21);
}

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$fn=50;
translate([0,33/2-17.1/2,0]) cylinder(d=17.1, h = 22);
translate([0,-33/2+10.1/2,0]) cylinder(d=10.1, h=22);
translate([-10.1/2,-33/2+10.1/2,0]) cube([10.1, 20,22]);
cube([25, 40, 1], center = true);

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// 62.5 x 100, r 7.5
$fn=50;
module frame(width, length, radius, height){
x_offset = (width-radius)/2;
y_offset = (length-radius)/2;
z_offset = radius;
hull(){
translate ([x_offset,y_offset,0]) cylinder(r=radius, h=height);
translate ([-x_offset,y_offset,0]) cylinder(r=radius, h=height);
translate ([x_offset,-y_offset,0]) cylinder(r=radius, h=height);
translate ([-x_offset,-y_offset,0]) cylinder(r=radius, h=height);
translate ([x_offset,y_offset,z_offset]) sphere(r=radius);
translate ([-x_offset,y_offset,z_offset]) sphere(r=radius);
translate ([x_offset,-y_offset,z_offset]) sphere(r=radius);
translate ([-x_offset,-y_offset,z_offset]) sphere(r=radius);
}
}
module loch(height){
translate([0,0,0-3.4]) cylinder (h=height, d=4.4);
translate([0,0,height-3.4]) cylinder (h=3.5, d1=4.4, d2=11);
}
//
// beweglicher Arm
difference(){
union(){
translate([-breite/2,100+120+11,dicke]) rotate([0,90,0]) cylinder(r=dicke, h=breite);
translate([-breite/2,11,0]) cube([breite,120 +100,10]);
translate([0,0,2]) minkowski(){
cylinder(d=30, h=4);
sphere(2);
}
}
// kabelkanal
translate([-4,-8,2]) cube([8,120 +120,7]);
translate([-11/2,-15/2,0.8]) cube([11,15,8]);
translate([-5,215,2]) cube([10,20,40]);
// Seitenscheiben
scheibendicke = (breite - innerebreite)/2 +.1;
translate([-breite/2,100+120+11,dicke]) rotate([0,90,0]) cylinder(r=dicke+.1, h=scheibendicke);
translate([breite/2-scheibendicke,100+120+11,dicke]) rotate([0,90,0]) cylinder(r=dicke+.1, h=scheibendicke);
#translate([-breite/2,100+120+11,dicke]) rotate([0,90,0]) cylinder(d=achsendurchmesser, h=breite);
}
// Halter nach oben
dicke= 5.7+7.5;
breite = 20;
innerebreite = 17;
achsendurchmesser = 8;
#cube([62.5, 100,30], center=true);
difference(){
union(){
frame(62.5, 100, 6.6, 4);
translate([0,0,-3.2])frame(58.5, 96, 3.5, 3.2);
translate([-breite/2,45,0]) cube([breite,120, dicke]);
translate([-breite/2,45+120-dicke,dicke]) rotate([0,90,0]) cylinder(r=dicke, h=breite);
}
translate([-innerebreite/2,45+120-dicke,dicke]) rotate([0,90,0]) cylinder(r=dicke+0.5, h=innerebreite);
// die Achse
translate([-breite/2,45+120-dicke,dicke]) rotate([0,90,0]) cylinder(d=achsendurchmesser+0.1, h=breite);
// oberes und unteres Befestigungsloch
//x:11,8 y:6.5, d=4.4
#translate([-62.5/2,45,0]) loch(dicke);
}

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$fn=30;
positions = [ [96, 2.3, "Reset"], //linke untere Kante
[105.4, 13.9, "Sel"],
[105.4, 27.5, "-"],
[105.4, 40.2, "+"],
[105.4, 53.4, "OK"],
[6.4, 15, "X5 X2 X1"],
[6.4, 32.9, "OK"],
[6.4, 50.5, "OK"],
[5.2, 5.2, ""], // center des locks
[5.2, 71.8, ""],
[112, 5.2, ""],
[112, 71.8, ""],
];
module button(cutout){
color("black") cube([6,6, 3.8]);
color("silver") translate([0,0,3.8]) cube([6,6,0.3]);
if (!cutout){
color("black")translate([3,3,0]) cylinder(d=3.5, h=5);
}else{
color("black")translate([3,3,0]) cylinder(d=8,h=25);
}
}
module switch(cutout){
color("silver") cube([13,7.4, 4.8]);
if (!cutout){
color("black")translate([3.5,3,0]) cube([2.2,2.2, 11]);
}else{
color("black")translate([2,0.4,0])
cube([9.2,6.2, 25]);
}
}
module platine(cutout){
// wenn cutout=true, dann wsind die Auschnitte gemeint
difference(){
union(){
color("red") cube([117, 77, 1.8]);
if (cutout)
translate([0,0,1.8]) color("darkred") cube([117, 77, 15]);
}
for (i=[8:11]){
translate([ positions[i][0],positions[i][1],-0.1]) cylinder(d=3.3, h=2);}
if (cutout){
for (i=[8:11]){
translate([ positions[i][0],positions[i][1],1.8]) cylinder(d=10, h=15.1);
}}
}
for (i=[0:4]){
translate([ positions[i][0],positions[i][1],1.8]) button(cutout);}
for (i=[5:7]){
translate([ positions[i][0],positions[i][1],1.8]) switch(cutout);}
translate([29.6, 9.2, 12.8]) union(){
color("red") cube([71.5, 55, 1.8]);
color("black")translate([0,5.6,1.8]) cube([60, 43, 3]);
color("black")translate([65,2,-11]) cube([5, 51, 11]);
}
if (!cutout){
color("silver")translate([15.35,69,5+1.8]) rotate([0,90,90]) cylinder(d=11, h=22);}else{
color("silver")translate([15.35,77,5+1.8]) rotate([0,90,90]) cylinder(d=16, h=14); }
color("black")translate([93,63.2,1.8])cube ([9,14, 10.8]);
}
platine(true);