-
Notifications
You must be signed in to change notification settings - Fork 15
/
capslock.scad
173 lines (164 loc) · 7.83 KB
/
capslock.scad
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
//measures are in millimeters
AY=25.0;
AX=19.0;
EXTRA_Y=8.0;
EXTRA_Z=5.5;
BY=20.0;
BLX=14.5;
EZ=11.0;
FLZ=14.0;
H=12.75;
CYL_OFF_Z=70;
CYL_DEPTH=0.1;
CLIP_X=2;
CLIP_Y=0.75;
CLIP_H=3*CLIP_Y;
CORNER_RADIUS=2;
INNER_GUARD_RADIUS=6.5;
OUTER_GUARD_RADIUS=7.5;
SHAFT_OFF_Y=15.0;
SHAFT_X=8.0;
SHAFT_Y=6.0;
SHAFT_LENGTH=9.0;
SHAFT_THICKNESS=1.0;
SHAFT_CLIP_WIDTH=3.0;
SHAFT_CLIP_THICKNESS=0.75;
SHAFT_CLIP_HEIGHT=2.0;
SHAFT_CLIP_SLOPE_DEPTH=1.0;
SHAFT_CLIP_ANGLE=45;
SHAFT_END_CUTOUT_HEIGHT=1.5;
SHAFT_LARGE_SLOT_TO_BASE=1.5;
SHAFT_SMALL_SLOT_LENGTH=7.25;
SHAFT_SMALL_SLOT_WIDTH=2.5;
SHAFT_SPRING_HOLDER_WIDTH=3.0;
SHAFT_SPRING_HOLDER_TO_BASE=4.0;
SHAFT_SPRING_GUIDE_WIDTH=1.0;
SHAFT_SPRING_GUIDE_SIDES_HEIGHT=3.5;
STRUT_THICKNESS=1;
STRUT_HEIGHT=3;
STRUT_SPACING=1;
SHAFT_SPRING_HOLDER_NIPPLE_HEIGHT=1;
SHAFT_SPRING_HOLDER_NIPPLE_RADIUS=0.75;
SHAFT_SMALL_SLOT_BEVEL=0.5;
WallThickness=0.75;
ClipWidth=2.2;
ClipDepth=0.75;
//ascfront=FLZ/sqrt(pow(FLZ,2)-pow(H,2));
//asctop=(H-EZ)/sqrt(pow(BLX,2)-pow((H-EZ),2));
alpha=asin((H-EZ)/BLX);
beta=asin(H/FLZ);
gamma=90-asin((0.5*(AY-BY))/EZ);
module keycap(){
scale([AX/(AX+2*CORNER_RADIUS),AY/(AY+2*CORNER_RADIUS),1])
translate([CORNER_RADIUS,CORNER_RADIUS,0.01])
minkowski(){
difference(){
union(){
difference(){
cube([AX,AY,H]);
rotate(a=gamma,v=[1,0,0]) cube([100,100,100]);
translate([0,AY,0]) rotate(a=90-gamma,v=[1,0,0]) cube([100,100,100]);
}
translate([0, BY+(AY-BY)/2, 0]) cube([AX,(AY-BY)/2+EXTRA_Y,EXTRA_Z]);
}
translate([0,AY+EXTRA_Y,0]) rotate(a=90-gamma,v=[1,0,0]) cube([100,100,100]);
translate([0,0,EZ]) rotate(a=-alpha,v=[0,1,0]) translate([-50,0,0]) cube([100,100,100]);
translate([0,AY/2,EZ+CYL_OFF_Z]) rotate(a=90-alpha,v=[0,1,0]) cylinder(h=100,center=true,r=CYL_OFF_Z+CYL_DEPTH,$fa=1);
translate([AX,0,0]) rotate(a=beta-90,v=[0,1,0]) cube([100,100,100]);
}
cylinder(h=0.01,r=CORNER_RADIUS,$fs=0.6);
////rotate(a=90,v=[1,0,0]) cylinder(h=0.01,r=1,$fs=0.3);
}
}
module blind_shaft(){
}
module shaft(){
spring_guide_length = SHAFT_X-SHAFT_THICKNESS-SHAFT_SPRING_HOLDER_WIDTH;
spring_guide_height = SHAFT_SPRING_HOLDER_TO_BASE-SHAFT_LARGE_SLOT_TO_BASE;
translate([0,0,-SHAFT_LENGTH]) difference(){
union(){
difference(){
union(){
difference(){
intersection(){
cylinder(h=100,r=SHAFT_X/2,$fs=0.3);
translate([-SHAFT_X/2,-SHAFT_Y/2,0]) cube([SHAFT_X,SHAFT_Y,100]);
}
intersection(){
cylinder(h=100,r=SHAFT_X/2-SHAFT_THICKNESS,$fs=0.3);
translate([-SHAFT_X/2+SHAFT_THICKNESS,-SHAFT_Y/2+SHAFT_THICKNESS,0]) cube([SHAFT_X-2*SHAFT_THICKNESS,SHAFT_Y-2*SHAFT_THICKNESS,100]);
}
}
translate([-SHAFT_CLIP_WIDTH/2, -SHAFT_CLIP_THICKNESS-SHAFT_Y/2,0]) cube([SHAFT_CLIP_WIDTH/2, SHAFT_CLIP_THICKNESS,SHAFT_CLIP_HEIGHT]);
translate([-SHAFT_CLIP_WIDTH/2, SHAFT_Y/2,0]) cube([SHAFT_CLIP_WIDTH/2, SHAFT_CLIP_THICKNESS,SHAFT_CLIP_HEIGHT]);
}
translate([-SHAFT_CLIP_WIDTH/2, -SHAFT_CLIP_THICKNESS-SHAFT_Y/2+SHAFT_CLIP_SLOPE_DEPTH,0]) rotate(a=90+SHAFT_CLIP_ANGLE,v=[1,0,0]) cube([SHAFT_CLIP_WIDTH/2,100,100]);
translate([-SHAFT_CLIP_WIDTH/2, SHAFT_Y/2+SHAFT_CLIP_THICKNESS-SHAFT_CLIP_SLOPE_DEPTH,0]) mirror([0,1,0]) rotate(a=90+SHAFT_CLIP_ANGLE,v=[1,0,0]) cube([SHAFT_CLIP_WIDTH/2,100,100]);
translate([0,-50,0]) cube([100,100,SHAFT_END_CUTOUT_HEIGHT]);
translate([0,-SHAFT_Y/2+SHAFT_THICKNESS,0]) cube([100,SHAFT_Y-SHAFT_THICKNESS*2,SHAFT_LENGTH+SHAFT_LARGE_SLOT_TO_BASE]);
//small slot cutout
translate([0,-SHAFT_SMALL_SLOT_WIDTH/2,0]){
mirror([1,0,0]) cube([100,SHAFT_SMALL_SLOT_WIDTH,SHAFT_SMALL_SLOT_LENGTH-0.5*SHAFT_SMALL_SLOT_WIDTH]);
}
//small slot cutout
translate([0,0,SHAFT_SMALL_SLOT_LENGTH-0.5*SHAFT_SMALL_SLOT_WIDTH]) rotate(a=-90,v=[0,1,0]) cylinder(r=SHAFT_SMALL_SLOT_WIDTH/2,h=SHAFT_X/2,$fs=0.3);
}
//spring holder
translate([-SHAFT_X/2+SHAFT_SPRING_HOLDER_WIDTH/2+SHAFT_THICKNESS,0,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE]) cylinder(r=SHAFT_SPRING_HOLDER_WIDTH/2,h=100,$fs=0.3);
intersection(){
translate([-SHAFT_X/2+SHAFT_SPRING_HOLDER_WIDTH/2+SHAFT_THICKNESS,0,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE-SHAFT_SPRING_HOLDER_NIPPLE_HEIGHT]) cylinder(r=SHAFT_SPRING_HOLDER_NIPPLE_RADIUS,h=100,$fs=0.3);
translate([0,0,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE-SHAFT_SPRING_HOLDER_NIPPLE_HEIGHT*1.5]) rotate(v=[0,1,0], a=atan(SHAFT_SPRING_HOLDER_NIPPLE_HEIGHT/(SHAFT_SPRING_HOLDER_NIPPLE_RADIUS*2))) translate([-50,-50,0]) cube(100,100,100);
}
intersection(){
difference(){
translate([SHAFT_X/2-SHAFT_THICKNESS,-0.5*SHAFT_SPRING_GUIDE_WIDTH,SHAFT_LENGTH+SHAFT_LARGE_SLOT_TO_BASE]) mirror([1,0,0]) cube([100,SHAFT_SPRING_GUIDE_WIDTH,100]);
translate([-SHAFT_X/2+SHAFT_SPRING_HOLDER_WIDTH+SHAFT_THICKNESS,-0.5*SHAFT_SPRING_GUIDE_WIDTH,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE])
mirror([1,0,0]) rotate(a=90-asin(spring_guide_height/spring_guide_length),v=[0,1,0]) mirror([0,0,1]) translate([0,0,-50]) cube([100,SHAFT_SPRING_GUIDE_WIDTH,100]);
}
cube([SHAFT_X-SHAFT_THICKNESS,SHAFT_Y,100],center=true);
}
//side spring guides
difference(){
translate([-SHAFT_X/2+SHAFT_THICKNESS+(SHAFT_SPRING_HOLDER_WIDTH-SHAFT_SPRING_GUIDE_WIDTH)/2,-SHAFT_Y/2+SHAFT_THICKNESS,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE-SHAFT_SPRING_GUIDE_SIDES_HEIGHT]) cube([SHAFT_SPRING_GUIDE_WIDTH,SHAFT_Y-2*SHAFT_THICKNESS,EZ-SHAFT_SPRING_HOLDER_TO_BASE+SHAFT_SPRING_GUIDE_SIDES_HEIGHT]);
translate([-SHAFT_X/2+SHAFT_THICKNESS+(SHAFT_SPRING_HOLDER_WIDTH-SHAFT_SPRING_GUIDE_WIDTH)/2,-SHAFT_SPRING_HOLDER_WIDTH/2,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE]) rotate(a=-asin(((SHAFT_Y-SHAFT_SPRING_HOLDER_WIDTH)/2-SHAFT_THICKNESS)/SHAFT_SPRING_GUIDE_SIDES_HEIGHT),v=[1,0,0]) translate([0,0,-50]) cube([SHAFT_SPRING_GUIDE_WIDTH,100,100]);
}
difference(){
translate([-SHAFT_X/2+SHAFT_THICKNESS+(SHAFT_SPRING_HOLDER_WIDTH-SHAFT_SPRING_GUIDE_WIDTH)/2,-SHAFT_Y/2+SHAFT_THICKNESS,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE-SHAFT_SPRING_GUIDE_SIDES_HEIGHT]) cube([SHAFT_SPRING_GUIDE_WIDTH,SHAFT_Y-2*SHAFT_THICKNESS,EZ-SHAFT_SPRING_HOLDER_TO_BASE+SHAFT_SPRING_GUIDE_SIDES_HEIGHT]);
mirror([0,1,0]) translate([-SHAFT_X/2+SHAFT_THICKNESS+(SHAFT_SPRING_HOLDER_WIDTH-SHAFT_SPRING_GUIDE_WIDTH)/2,-SHAFT_SPRING_HOLDER_WIDTH/2,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE]) rotate(a=-asin(((SHAFT_Y-SHAFT_SPRING_HOLDER_WIDTH)/2-SHAFT_THICKNESS)/SHAFT_SPRING_GUIDE_SIDES_HEIGHT),v=[1,0,0]) translate([0,0,-50]) cube([SHAFT_SPRING_GUIDE_WIDTH,100,100]);
}
}
translate([-SHAFT_X/2+SHAFT_SPRING_HOLDER_WIDTH+SHAFT_THICKNESS,-SHAFT_Y/2+SHAFT_THICKNESS,SHAFT_LENGTH+SHAFT_SPRING_HOLDER_TO_BASE]) mirror([1,0,0]) rotate(a=90-asin(spring_guide_height/spring_guide_length),v=[0,1,0]) mirror([0,0,1]) cube([SHAFT_THICKNESS,SHAFT_Y-2*SHAFT_THICKNESS,100]);
}
}
module guard(){
difference(){
union(){
cube([STRUT_THICKNESS,100,100],center=true);
cube([100,STRUT_THICKNESS,100],center=true);
cylinder(r=OUTER_GUARD_RADIUS,h=100);
}
difference(){
cylinder(r=INNER_GUARD_RADIUS,h=100);
translate([-STRUT_SPACING/2-STRUT_THICKNESS,-50,EZ-STRUT_HEIGHT]) cube([STRUT_THICKNESS,100,STRUT_HEIGHT]);
translate([STRUT_SPACING/2,-50,EZ-STRUT_HEIGHT]) cube([STRUT_THICKNESS,100,STRUT_HEIGHT]);
translate([-50,-STRUT_SPACING/2-STRUT_THICKNESS,EZ-STRUT_HEIGHT]) cube([100,STRUT_THICKNESS,STRUT_HEIGHT]);
translate([-50,STRUT_SPACING/2,EZ-STRUT_HEIGHT]) cube([100,STRUT_THICKNESS,STRUT_HEIGHT]);
}
}
}
difference(){
keycap();
difference(){
translate([WallThickness, WallThickness, 0]) scale(v=[1-2*WallThickness/AX, 1-2*WallThickness/AY, 1-WallThickness/H]) keycap();
translate([OUTER_GUARD_RADIUS+WallThickness,SHAFT_OFF_Y]) guard();
}
}
intersection(){
union(){
translate([WallThickness, WallThickness, 0]) scale(v=[1-2*WallThickness/AX, 1-2*WallThickness/AY, 1-WallThickness/H]) keycap();
translate([-50,-50,-99.9]) cube([100,100,100]);
}
translate([OUTER_GUARD_RADIUS+WallThickness,SHAFT_OFF_Y]) union(){
shaft();
}
}