pliki

Admin/sluchawki.scad

@@ -0,0 +1,42 @@
+include <BOSL2/std.scad>
+include <BOSL2/screws.scad>
+
+h = 190;
+w = 50;
+t = 10;
+d = 100;
+top_d = 150;
+
+$fn=36*5;
+
+// main vertical part
+cuboid([w,t,h]);
+
+// bottom
+down(h/2 - t/2) fwd(d/2) difference() {
+    cuboid([w,d,t]);
+    for(i=[-w/3, w/3]) {
+        for(j=[0, d/3]) {
+            left(i) fwd(j) screw_hole("M4,10", head="flat");
+        }
+    }
+}
+
+bot_d = 30;
+up(bot_d/2) fwd(bot_d/2) down(h/2 - t/2) difference() {
+    cuboid([w,bot_d,bot_d]);
+    xrot(45) up(bot_d + 2) cuboid([bot_d*2,bot_d*2,bot_d*2]);
+    //up(bot_d/2 + t/2) fwd(bot_d/2 + t/2) yrot(90) cyl(d=bot_d*2, h=w+1);
+}
+
+// top
+up(h/2 - t/2) up(top_d/(sqrt(2)*2)) difference() {
+    union() {
+        yrot(90) fwd(top_d/3) cyl(d=top_d, h=w);
+        down(w) fwd(w/2) cuboid([w,w,w]);
+        down(w/2) fwd(5) xrot(45) cuboid([w,w*2,w*2]);
+    }
+    yrot(90) fwd(top_d/3) cyl(d=top_d - t*2, h=w + 1);
+    up(top_d/5.6) cuboid([top_d*2,top_d*2,top_d]);
+    back(50) cuboid([w+1,100,h]);
+}

Artur/neuroshima_hex.scad

@@ -0,0 +1,59 @@
+include <BOSL2/std.scad>
+include <BOSL2/screws.scad>
+
+$slop=0.5;
+$fn=36;
+
+in_d = 37;
+thread = "M45x3,80";
+in_h = 80;
+t = 3;
+
+th_h = 10;
+cap_h = 12;
+
+out_d = in_d + 2*t;
+
+cap_d = 50;
+cap_n = 24; // how many cutouts on edge
+
+hole_d = 15;
+
+difference() {
+    union() {
+        down(th_h/2) cyl(h=in_h - th_h, d=in_d + 2*t, rounding1=2);
+        up(th_h/2) screw(thread);
+    }
+    down(th_h) difference() {
+        cyl(h=in_h, d=out_d*2);
+        cyl(h=in_h, d=out_d);
+    }
+    // inside hollow
+    up(t) cyl(d=in_d, h=in_h);
+    // cutoff at the top
+    up(50 + in_h/2 + t/2)cuboid([100,100,100]);
+    // hole in the bottom
+    down(in_h/2 - t/2) cyl(h=t+0.1, d=hole_d, rounding=-1);
+}
+
+right(100) union() {
+    difference() {
+        union() {
+            nut(thread, thickness=th_h, bevel=false, ibevel=false, anchor=CENTER);
+            up(th_h/2 + t/2) cyl(h=t, d=cap_d, rounding2=2);
+            difference() {
+                down(cap_h/2) cyl(d=cap_d, h=cap_h, rounding=2);
+                down(cap_h/2) cyl(d=in_d+2*t+1, h=cap_h+1);
+            }
+        }
+        difference() {
+            cyl(d=cap_d*2, h=100);
+            cyl(d=cap_d, h=101);
+        }
+        for(i = [0 : 360 / cap_n : 360]) {
+            zrot(i) left(cap_d/2) cyl(h=cap_h*2);
+        }
+        // hole
+        up(th_h/2 + t/2) cyl(h=t+0.1, d=hole_d, rounding=-1);
+    }
+}

Dom/minecraft_lantern/Minecraft Lantern Night Light - 6843856/LICENSE.txt

@@ -0,0 +1 @@
+This thing was created by Thingiverse user lemonfoxmere, and is licensed under Creative Commons - Attribution - Share Alike

Dom/minecraft_lantern/Minecraft Lantern Night Light - 6843856/README.txt

@@ -0,0 +1,4 @@
+Minecraft Lantern Night Light by lemonfoxmere on Thingiverse: https://www.thingiverse.com/thing:6843856
+
+Summary:
+Tired of your mundane and normal looking night lights? Now you can have a Minecraft lantern as a night light!Unlike most Minecraft lantern designs here, this one works with any standard light bulb. This means that if you want to turn this lamp into a smart IoT one, you can just install a smart bulbs like the Nanoleaf A19 Essential.However, since this uses city voltage, you need to be careful building this thing. Double-check all your connections before plugging it in, and make sure all your components can handle the current that you'll be putting it through. I’m not responsible if you accidentally burn your house down with it.For instructions on how to build this thing, check Assembly Guide.pdf. If you want to make some sort of remix of this, here is also the CAD file on onshape.

Dom/minecraft_lantern/oprawka.scad

@@ -0,0 +1,19 @@
+include <BOSL2/std.scad>
+// oprawka
+
+slop = 1;
+
+d = 37 + slop;
+cyl_h = 41;
+top_d = 20 + slop;
+top_h = 21;
+top_d1 = 14 + slop;
+top_d2 = 10 + slop;
+h = 78;
+
+$fn=36*2;
+
+down(cyl_h/2) cyl(d=d, h=cyl_h);
+sphere(d=d);
+up(d/2) down(3) cyl(d=top_d, h=2);
+up(d/2 + top_h/2) down(3) cyl(h=top_h, d1=top_d1, d2=top_d2);

Dom/stojak_golarka.scad

@@ -0,0 +1,66 @@
+// stojak na golarkę i pędzel
+include <BOSL2/std.scad>
+
+h = 50;
+t = 5;
+razor_dist = 10;
+razor_w = 11;
+brush_dist = 15;
+brush_w = 32;
+dlugosc = razor_w + brush_w + 6*t;
+top_valley = 8;
+
+slop = 0.3;
+$fn = 36;
+
+szer = razor_w>brush_w ? razor_w+2*t : brush_w+2*t;
+
+// podstawka
+union() {
+    // dół
+    union() {
+        cuboid([t*4,szer,t], rounding=t/2)
+        left((razor_dist+razor_w*6/4)/2) 
+            cuboid([razor_dist+razor_w*6/4,szer,t], rounding=t/2);
+        right((brush_dist+brush_w)/2) 
+            cuboid([brush_dist+brush_w,szer,t], rounding=t/2);
+    }
+    // pion
+    round3d(t/2) {
+        up(h/2) cuboid([t, szer-t, h], rounding=-15, edges=[BOT+RIGHT, BOT+LEFT]);
+    }
+    up(h) cuboid([t, szer-t, t], rounding=t/2, edges="Z");
+    // połączenia
+    up(h+t) back(szer/4) cuboid([t,t,t], rounding=1, edges=TOP);
+    up(h+t) fwd(szer/4) cuboid([t,t,t], rounding=1, edges=TOP);
+}
+
+// góra
+back(szer*2) difference() {
+    // góra
+    union() {
+        left(razor_dist-brush_dist) 
+            cuboid([(razor_dist+brush_dist),szer,t], rounding=t/2);
+        left((razor_dist+razor_w)/2) 
+            cuboid([razor_dist+razor_w,szer,t], rounding=t/2);
+        right((brush_dist+brush_w)/2) 
+            cuboid([brush_dist+brush_w,szer,t], rounding=t/2);
+    }
+    // dziury na połączenia
+    back(szer/4) cuboid([t+slop,t+slop,t+slop], rounding=-1, edges=BOT);
+    fwd(szer/4) cuboid([t+slop,t+slop,t+slop], rounding=-1, edges=BOT);
+    // dziura na golarkę
+    left(razor_dist + razor_w/2) union() {
+        cyl(h=t+slop, d=razor_w, rounding=-2);
+        left(dlugosc/2) cuboid([dlugosc, razor_w, t+slop], rounding=-2, edges="X");
+        up((top_valley*razor_w/2)/2) xrot(90) 
+            cyl(h=szer, d=top_valley*razor_w/2, $fn=$fn*2);
+    }
+    // dziura na pędzel
+    right(brush_dist+brush_w/2) union() {
+        cyl(h=t+slop, d=brush_w, rounding=-2);
+        right(dlugosc/2) cuboid([dlugosc, brush_w, t+slop], rounding=-2, edges="X");
+        up((top_valley*brush_w/2)/2) xrot(90) 
+            cyl(h=szer, d=top_valley*brush_w/2, $fn=$fn*2);
+    }
+}

Neptune4/roll_holder.scad

@@ -0,0 +1,28 @@
+include <BOSL2/std.scad>
+include <BOSL2/screws.scad>
+d1 = 80;
+d2 = 10;
+h = 30;
+t = 5;
+
+thread = "";
+
+$fn = 360;
+$slop = 0.3;
+
+difference() {
+    cyl(h=h, d=struct_val(screw_info("M6"),"diameter") + 2);
+    // thread
+    screw_hole(spec="M8", l=100, thread=true);
+}
+
+difference() {
+    cyl(d1=d1, d2=d2, h=h);
+    screw_hole(spec="M8", l=100, thread=true);
+    for(i=[0:3]) {
+        zrot(120*i) left(d1/3) cyl(h=h+1, d=d1/2);
+        zrot(120*i + 30) left(d1/2) cuboid([20,10,100]);
+        zrot(120*i - 30) left(d1/2) cuboid([20,10,100]);
+    }
+    // cyl(d1=t*(d2-d1)/h + d1 - 2*t, d2=(h-t)*(d2-d1)/h + d1 - 2*t, h=h-2*t);
+}

Ojrzan/sup-cup-phone-holder-2.scad

@@ -1,7 +1,7 @@
 
 // The following should be editable within reason to adjust for container and phone size
 
-$fn=50; // number of facets to the cylinders - basically level of detail
+$fn=360; // number of facets to the cylinders - basically level of detail
 
 drink_rad = 46;     // radius of drink container - allow some wiggle room
 phone_width = 100/2;   // width of phone - allow some wiggle room

Oliwka/drabinka.scad

@@ -1,21 +1,24 @@
 include <BOSL2/std.scad>
 wys = 500;
-szer = 80;
-t = 7.5;
+szer = 60;
+t1 = 10;
+t2 = 6;
+
+spike_h = 25;
 
 ile=10;
 
 $fn=36;
 
 // paliki
-cylinder(h=wys, d=t);
-left(szer) cylinder(h=wys, d=t);
+cylinder(h=wys, d=t1);
+left(szer) cylinder(h=wys, d=t1);
 // drabinka
-for(i=[0:1:ile]) {
-  up(i*(wys/ile)) yrot(-90) cylinder(d=t, h=szer);
+for(i=[2:1:ile]) {
+  up(i*(wys/ile)) yrot(-90) cylinder(d=t2, h=szer);
 }
 // zaokrąglenie rogów
-up() left() sphere(d=t);
-up() left(szer) sphere(d=t);
-up(wys) left() sphere(d=t);
-up(wys) left(szer) sphere(d=t);
+down(spike_h/2) left() cyl(h=spike_h, d2=t1, d1=0);
+down(spike_h/2) left(szer) cyl(h=spike_h, d2=t1, d1=0);
+up(wys) left() sphere(d=t1);
+up(wys) left(szer) sphere(d=t1);

Oliwka/drabinka2.scad

@@ -0,0 +1,23 @@
+include <BOSL2/std.scad>
+
+angle = 5;
+
+wys = 500;
+szer = 80;
+t1 = 15;
+t2 = 7.5;
+spike_h = 20;
+
+ile=10;
+
+$fn=36;
+
+for(i=[0,180]) {
+    zrot(i) union() {
+        left(szer/2) yrot(-angle) up(wys/2) cyl(h=wys, d=t1, rounding2=t1/2);
+        left(szer/2) yrot(-angle) down(spike_h/2) cyl(h=spike_h, d2=t1, d1=0);
+        for(j=[2:1:ile]) {
+            up(j*((wys-t2*0.7)/ile)) yrot(-90) cyl(d=t2, h=2*(szer + t2), rounding=t2/2);
+        }
+    }
+}

Oliwka/palik3.scad

@@ -59,7 +59,7 @@ left(d*2) union() {
     down(h/2) difference() {
         union() {
             cyl(d=d-t*2 - conn_slop, h=conn_h*2);
-            up(conn_h/2) cyl(d=d-t*2, h=conn_h);
+            up(conn_h/2) cyl(d=d, h=conn_h);
             up(conn_h/2) cuboid([d,t,conn_h]);
         }
         difference() {
@@ -71,3 +71,35 @@ left(d*2) union() {
     down(h/2) up(conn_h/2) fwd(t/2) cuboid([d,t*2,conn_h]);
 
 }
+
+but_d = 35;
+but_h = 28;
+but_cap = 16;
+
+// na butelke
+left(d*4) union() {
+    down(h/2) difference() {
+        union() {
+            cyl(d=d-t*2 - conn_slop, h=conn_h*2);
+            up(conn_h/2) cyl(d=d, h=conn_h);
+            up(conn_h/2) cuboid([d,t,conn_h]);
+        }
+        difference() {
+            cyl(d=d-t*4, h=conn_h*2 + 1);
+            fwd(t) cuboid([d,t,conn_h]*2);
+        }
+        left(d/2+0.1) down(h+0.1) fwd(t/2 + conn_slop) cube([d+1, d+1, h*2+1]);
+    }
+    down(h/2) up(conn_h/2) fwd(t/2) cuboid([d,t*2,conn_h]);
+
+    // na butelke dziura
+    down(h/2) up(conn_h*3/4) difference() {
+        union() {
+            cyl(d=d, h=conn_h/2);
+            up(but_h/2) fwd(d/4) cyl(d=but_d + 2*t, h=but_h);
+        }
+        left(d/2+0.1) down(h+0.1) fwd(t/2 + conn_slop) cube([d+1, d+1, h*2+1]);
+        up(but_h/2) fwd(d/4) cyl(d=but_d, h=but_h+10);
+        up(but_h/2) cuboid([but_cap,d/4,but_h+1]);
+    }
+}

Sasza/Tłumik.scad

@@ -17,13 +17,13 @@ include <BOSL2/std.scad>
 include <BOSL2/screws.scad>
 
 test = 0; // 1 for exploded view
-$fn=36;
+$fn=36*5;
 
 // overall dimensions
 len = 200;
 out_d = 22;
 t = 2;
-bullet_hole = 6; // for .22lr 5.6mm + some spare
+bullet_hole = 7.5; // for .22lr 5.6mm + some spare
 
 // threaded portion
 th_len = 20;

Sasza/dyfuzor_emisar.scad

@@ -0,0 +1,27 @@
+include <BOSL2/std.scad>
+
+// latarka = ["D4", 28];
+// latarka = ["D1", 35];
+// latarka = ["DM11", 40];
+latarka = ["K1", 72.3];
+
+od = latarka[1];
+txt = latarka[0];
+t = 2;
+top_t = 0.75;
+
+h = 20;
+step_h = 12;
+$fn=360;
+
+difference() {
+    cyl(h=step_h, d=od+2*t);
+    cyl(h=step_h+0.01, d1=od+0.5, d2=od, rounding1=-1, chamfer2=1);
+    xrot(90) up(50 + od/2 + t/2) text3d(txt, h=100, center=true, size=step_h-1);
+}
+
+up(step_h/2) difference() {
+    sphere(d=od+2*t);
+    sphere(d=od+2*t - 2*top_t);
+    down(50) cuboid([100,100,100]);
+}

Sasza/krzesło_kółka.scad

@@ -8,7 +8,7 @@ in_length = 40;
 in_h=36.9; // including the half-circle
 in_h2=36.0;
 
-in_hole_d=11.0;
+in_hole_d=10.5;
 in_hole_dist = 15; // hole distance from the end cap
 in_hole_h = 20 + 5; // +5 for clearance
 

Sasza/wyzwanie_od_Artura.scad

@@ -0,0 +1,86 @@
+include <BOSL2/std.scad>
+include <BOSL2/threading.scad>
+
+module tube(d_in, d_out, h) {
+    difference() {
+        cyl(d=d_out, h=h);
+        cyl(d=d_in, h=h+1);
+    }
+}
+
+module part4() {
+    spur_gear(mod=2,teeth=17, thickness=15);
+    // longer part
+    down(15/2) union() {
+        down(21/2 - 1) cyl(h=21 + 2, d=20, rounding=1/2);
+        down(21+11/2 + 1/2) cyl(h=11, d=20, rounding=1/2);
+        // shaft
+        down(132/2) difference() {
+            cyl(d=18, h=132);
+            down(75/2)left(4/2 + 7) cuboid([4,4,75]);
+        }
+    }
+    //shorter part
+    up(15/2) union() {
+        up(5/2 - 1) cyl(h=5 + 2, d=20, rounding=1/2);
+        up(5 + 1 + 10/2) cyl(h=10, d=20, rounding=1/2);
+        up(5)cyl(h=10, d=18);
+    }
+    
+}
+
+module gear_holes(teeth, indent, h_num, h1, h1d, h2, h2d, cd1, cd2, ch) {
+    difference() {
+        spur_gear(mod=2, teeth=teeth, thickness=15);
+        // middle hole
+        cyl(d=30, h=15);
+        // indent
+        up(15/2)   cyl(d=indent, h=7, rounding=0.5);
+        down(15/2) cyl(d=indent, h=7, rounding=0.5);
+        // holes
+        for(i=[0:360/h_num:360]) {
+            zrot(i) left(h1/2) cyl(d=h1d, h=15);
+            zrot(30 + i) left(h2/2) cyl(d=h2d, h=15);
+        }
+    }
+    difference() {
+        cyl(d=cd1, h=15);
+        difference() {
+            cyl(d=cd2, h=15+1);
+            left(50/2 + ch/2) cuboid([50,50,50]);
+            right(50/2 + ch/2) cuboid([50,50,50]);
+        }
+    }
+}
+
+module part6() {
+    spur_gear(mod=2,teeth=18, thickness=15);
+    // longer part
+    down(15/2) union() {
+        down(15/2)cyl(h=15, d=18, rounding1=1);
+        down(4 + 1 + 10/2) cyl(h=10, d=20, rounding=1);
+        difference() {
+            down(4/2) cyl(d=25, h=4, rounding1=1);
+            left(50/2 + 20/2) cuboid([50,50,50]);
+            right(50/2 + 20/2) cuboid([50,50,50]);
+        }
+    }
+    //shorter part
+    up(15/2) union() {
+        up(15/2 - 1) threaded_nut(nutwidth=21, pitch=0, id=5, h=15);
+        cyl(d=28, h=2, rounding=1);
+        up(14 + 5/2) cyl(h=5, d=20, rounding=1/2);
+        up(14 + 5 + 1 + 10/2) cyl(h=10, d=20, rounding=1/2);
+        up(14) cyl(h=20, d=18);
+    }
+}
+
+tube(20,30,4); //part 1
+left(50) tube(25,47,12); //part 2
+left(100)tube(20,42,12); //part 3
+
+include <BOSL2/gears.scad>
+left(155) part4();
+left(250) gear_holes(56, 95, 7, 65, 20, 84, 8, 35, 25, 20); // part 5
+left(340) part6();
+left(450) gear_holes(73, 125, 6, 82.5, 30, 108, 10, 40, 30, 25); // part 7

V40/ball_mount.scad

@@ -0,0 +1,13 @@
+include <BOSL2/std.scad>
+
+// variables
+h = 20;
+peg_d = 9;
+// constants
+ball_d = 17;
+
+$fn=360;
+
+fwd(46.5) right(14.65) down(27) import("BotonS40.stl");
+up(h/2) cyl(h=h, d=peg_d);
+up(h) sphere(d=ball_d);