Files
5x6-split-kb/rev2/3d-models/top-dampener.scad
2025-08-22 22:13:20 +02:00

172 lines
4.0 KiB
OpenSCAD

$fn = 32;
$space = 3;
$width = 15.5;
$length = $width;
$height = 1;
$holes = $height*4;
$cut = $holes/2*-1;
$clearance = 0.2;
$switchDistance = $width+ $space;
$shellWidth = 6;
$shellHeight = 3.5 + $clearance;
$magnetWidth = 4;
$magnetHeight = 2;
$columns = 6;
$rows = 5;
$fingerStep = 5;
$xBase = (($width + $space) * $columns) + $space;
$yBase = (($length + $space) * $rows) + $space;
module pin(){
cylinder(h=$holes, r=1, center=false);
}
module switch($diodesTop = false){
$xCenter = $width/2;
$yCenter = $length/2;
translate([$xCenter, $yCenter, 0])
cylinder(h=$holes, r=2.522, center=false);
translate([$xCenter + 0, $yCenter + 5.9,0])
pin();
translate([$xCenter + 5, $yCenter + 3.8,0])
pin();
translate([$xCenter + -5, $yCenter + 3.8,0])
pin();
translate([$xCenter + -5, $yCenter + -5.15,0])
pin();
translate([$xCenter + 5, $yCenter+-5.15,0])
pin();
translate([0, $length + 1.4, 0]);
$dDistanceFromCenter = $switchDistance/2;
$dWidth = 10.95;
$dHeight = 1.8;
if ($diodesTop){
translate([$xCenter - ($dWidth/2), $yCenter + $dDistanceFromCenter - ($dHeight/2), 0]){
cube([$dWidth, $dHeight, $holes]);
}
}
}
module switchColumn(){
difference() {
translate([-($space/2), -($space/2)])
cube([$switchDistance, $switchDistance * $rows, $height]);
for (y=[0:$rows-1]){
translate([0 * ($width + $space) ,y * ($length+$space) ,0]) {
switch(y<3);
}
}
}
}
module rightTopDampener(){
union(){
switchColumn();
translate([$switchDistance,0,0])
switchColumn();
translate([$switchDistance * 2,5,0])
switchColumn();
translate([$switchDistance * 3,0,0])
switchColumn();
translate([$switchDistance * 4,-5,0])
switchColumn();
translate([$switchDistance * 5,-5,0])
switchColumn();
}
}
module leftTopDampener(){
rotate([0,180,0]){
rightTopDampener();
}
}
module topDampeners(){
translate([10,0,0]){
rightTopDampener();
}
translate([-10,0,0]){
leftTopDampener();
}
}
module case(){
module magnets(){
cylinder(h=$magnetHeight + $clearance, r=$magnetWidth + $clearance / 2);
}
points = [
[0,0],
[0, $switchDistance * $rows],
[$switchDistance * 2, $switchDistance * $rows],
[$switchDistance * 2, $switchDistance * $rows + $fingerStep],
[$switchDistance * 3, $switchDistance * $rows + $fingerStep],
[$switchDistance * 3, $switchDistance * $rows],
[$switchDistance * 4, $switchDistance * $rows],
[$switchDistance * 4, $switchDistance * $rows - $fingerStep],
[$switchDistance * 6, $switchDistance * $rows - $fingerStep],
[$switchDistance * 6, 0 - $fingerStep],
[$switchDistance * 4, 0 - $fingerStep],
[$switchDistance * 4, 0],
[$switchDistance * 3, 0],
[$switchDistance * 3, 0 + $fingerStep],
[$switchDistance * 2, 0 + $fingerStep],
[$switchDistance * 2, 0],
];
difference(){
union() {
linear_extrude($shellHeight){
difference(){
offset(r=$shellWidth/2 + $clearance, chamfer=true) polygon(points);
offset(r=$clearance) polygon(points);
}
}
translate([0,0,-3]){
linear_extrude(3){
offset(r=$shellWidth/2 + $clearance, chamfer=true) polygon(points);
}
}
}
rotate([90,0,0]) {
translate([0,0,-500]){
linear_extrude(99999){
polygon(
[
[0 - $shellWidth/2, -3],
[$switchDistance * 6 + $switchDistance/2,0],
[$switchDistance * 6 + $shellWidth/2, -3]
]
);
}
}
}
// usb
translate([10, $switchDistance * 5, -2]){
union() {
cube([10,$shellWidth,5]);
translate([-5,-$shellWidth + $clearance - 40,0])
cube([20,$shellWidth + 40,5]);
}
}
// aux
translate([-$shellWidth,75,0])
rotate([0,90,0])
cylinder(h=$shellWidth + 15,r=2.5);
translate([0,0,5])
magnets();
}
}
//topDampeners();
case();