43 lines
2.7 KiB
OpenSCAD
43 lines
2.7 KiB
OpenSCAD
// This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.
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include <util.scad>
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$fn = 64;
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color("SaddleBrown") difference() {
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// case
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union() {
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hull() {
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translate([-case_thickness, -case_thickness, 0]) cylinder(h=upper_case_height/2, r=pcb_radius+1);
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translate([pcb_width-2*pcb_radius+case_thickness, -case_thickness, 0]) cylinder(h=upper_case_height/2, r=pcb_radius+1);
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translate([-case_thickness, pcb_depth-2*pcb_radius+case_thickness, 0]) cylinder(h=upper_case_height/2, r=pcb_radius+1);
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translate([pcb_width-2*pcb_radius+case_thickness, pcb_depth-2*pcb_radius+case_thickness, 0]) cylinder(h=upper_case_height/2, r=pcb_radius+1);
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}
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translate([0,0,upper_case_height/2]) hull() {
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translate([-case_thickness, -case_thickness, 0]) resize(newsize=[2*(pcb_radius+1),2*(pcb_radius+1),upper_case_height]) sphere(r=pcb_radius+1);
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translate([pcb_width-2*pcb_radius+case_thickness, -case_thickness, 0]) resize(newsize=[2*(pcb_radius+1),2*(pcb_radius+1),upper_case_height]) sphere(r=pcb_radius+1);
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translate([-case_thickness, pcb_depth-2*pcb_radius+case_thickness, 0]) resize(newsize=[2*(pcb_radius+1),2*(pcb_radius+1),upper_case_height]) sphere(r=pcb_radius+1);
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translate([pcb_width-2*pcb_radius+case_thickness, pcb_depth-2*pcb_radius+case_thickness, 0]) resize(newsize=[2*(pcb_radius+1),2*(pcb_radius+1),upper_case_height]) sphere(r=pcb_radius+1);
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}
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}
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// pcb
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hull() {
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translate([3,3,0]) cylinder(h=upper_case_height+0.1, r=pcb_radius+1);
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translate([pcb_width-2*pcb_radius-3, 3, 0]) cylinder(h=upper_case_height+0.1, r=pcb_radius+1);
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translate([3, pcb_depth-2*pcb_radius-3, 0]) cylinder(h=upper_case_height+0.1, r=pcb_radius+1);
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translate([pcb_width-2*pcb_radius-3, pcb_depth-2*pcb_radius-3, 0]) cylinder(h=upper_case_height+0.1, r=pcb_radius+1);
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}
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// threaded inserts
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translate([-case_thickness, -case_thickness, 0]) cylinder(h=threaded_insert_height, d=3);
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translate([pcb_width-2*pcb_radius+case_thickness, -case_thickness, 0]) cylinder(h=threaded_insert_height, d=3);
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translate([-case_thickness, pcb_depth-2*pcb_radius+case_thickness, 0]) cylinder(h=threaded_insert_height, d=3);
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translate([pcb_width-2*pcb_radius+case_thickness, pcb_depth-2*pcb_radius+case_thickness, 0]) cylinder(h=threaded_insert_height, d=3);
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translate([20, pcb_depth - pcb_radius+1+case_thickness/2, 0]) cylinder(h=2, d=4);
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translate([pcb_width-2*pcb_radius - 20, pcb_depth - pcb_radius+1+case_thickness/2, 0]) cylinder(h=2, d=4);
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translate([20, -pcb_radius-1-case_thickness/2, 0]) cylinder(h=2, d=4);
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translate([pcb_width-2*pcb_radius - 20, -pcb_radius-1-case_thickness/2, 0]) cylinder(h=2, d=4);
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}
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