49 lines
1.9 KiB
OpenSCAD
49 lines
1.9 KiB
OpenSCAD
// Bag hanger
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// length units are millimeters
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rodDiameter = 32;//31.74;
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rodRadius = rodDiameter / 2;
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hangerThickness = 6.00;
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outerHangerRadius = rodRadius + hangerThickness;
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fullHeight = 50.00;
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hookThickness = 15.00;
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hookStemLength = rodRadius * 2;
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hookStopperRadius = hangerThickness + 1;
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circleResolution=360*4; // faces per rotation
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include <ng_common/hollow_cylinder.scad>;
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// hanger pole wrapper
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difference() {
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hollowCylinder(rodRadius, outerHangerRadius, fullHeight);
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translate([-rodRadius, 0, -0.01])
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cube([rodRadius * 2, outerHangerRadius + 0.01, fullHeight + 0.02]);
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translate([-outerHangerRadius, rodRadius - (hangerThickness * 1.5), -0.01])
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cube([outerHangerRadius * 2, outerHangerRadius + 0.01, fullHeight + 0.02]);
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}
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// connector from hanger cylinder to hook
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translate([rodRadius, 0, 0])
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cube([hangerThickness, hookStemLength + outerHangerRadius, hookThickness]);
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// quarter cylinder for hook
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translate([0, hookStemLength + outerHangerRadius, 0]) difference() {
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hollowCylinder(rodRadius, outerHangerRadius, hookThickness);
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translate([-(outerHangerRadius + 0.01),-(outerHangerRadius + 0.01),-0.01])
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cube([outerHangerRadius + 0.01, (outerHangerRadius * 2) + 0.02, hookThickness + 0.02]);
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translate([-(outerHangerRadius + 0.01),-(outerHangerRadius + 0.01),-0.01])
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cube([(outerHangerRadius * 2) + 0.02, outerHangerRadius + 0.02, hookThickness + 0.02]);
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}
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// hook
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translate([0, outerHangerRadius + hookStemLength + outerHangerRadius - (hangerThickness/2)]) {
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cylinder(h=fullHeight, r=hangerThickness, $fn=circleResolution);
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translate([0,0,fullHeight])
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difference() {
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cylinder(h=hangerThickness / 2, r=hookStopperRadius, $fn=circleResolution);
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translate([- (hookStopperRadius + 0.01),-0.01,-0.01])
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cube([(hookStopperRadius * 2) + 0.02, hookStopperRadius + 0.02, hangerThickness / 2+ 0.02]);
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}
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}
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