// -*- C -*-
+include <commitid.scad>
+
pump_main_dia = 38;
pump_side_width = 5;
-pump_side_thick = 5;
+pump_side_thick = 4;
pump_shaft_dia = 14;
-baseplate = 4;
+baseplate = 3;
pump_protr_flat = 3;
pump_protr_slope = 0.9;
hose_side_width = 5;
hose_base_offset = 30;
-hose_side_thick = 5;
+hose_side_thick = 6;
hose_side_stalk_width = 6;
pump_protr_protr = 3;
sqrt( pow(pump_side_outer_rad, 2)
-pow( pump_main_dia/2 - pump_protr_protr, 2) );
+xm = baseplate + pump_main_dia/2;
+
+pump_side_total_height =
+ pump_side_thick + pump_side_height + pump_protr_slheight + pump_protr_flat;
+
$fa=5;
module PumpSidePlan() {
- xm = baseplate + pump_main_dia/2;
or = pump_side_outer_rad;
- br = baseplate_width_rad;
difference(){
union(){
intersection(){
translate([-xm, 0]) circle(r=or);
- translate([-(xm+or), -or]) square([xm+or, or*2]);
+// translate([-(xm+or), -or]) square([xm+or, or*2]);
}
- translate([-xm, -br]) square([xm, br*2]);
}
translate([-xm-or, 0])
square(center=true, [pump_side_width*4, pump_shaft_dia]);
x1 = x2 - pump_main_dia;
x0 = x1 - pump_side_width;
x2a = x2 - pump_protr_protr;
+ x4 = x2 + pump_side_width;
z0 = 0;
z1 = z0 - pump_side_thick;
translate([x1,z2]) scale([1,arcy/arcx]) circle(r=arcx);
}
- translate([x2,z2a]) square([x3-x2, z0-z2a]);
+ translate([x2,z2a]) square([x4-x2, z0-z2a]);
hull(){
- translate([x2,z2a]) square([x3-x2, z2-z2a]);
+ translate([x2,z2a]) square([x4-x2, z2-z2a]);
translate([x2a,z2b]) square([x3-x2a, z2a-z2b]);
}
}
module PumpSide(){
+ br = baseplate_width_rad;
+ brs = hose_side_stalk_width/2;
+ echo(brs);
+
difference(){
intersection(){
translate([0,100,0])
rotate([90,0,0])
- linear_extrude(height=200)
- PumpSideElevation();
- translate([0,0,-100])
- linear_extrude(height=200)
- PumpSidePlan();
+ linear_extrude(height=200, convexity=10)
+ PumpSideElevation();
+ union(){
+ translate([0,0,-100])
+ linear_extrude(height=200, convexity=10)
+ PumpSidePlan();
+ // baseplate
+ hull(){
+ mirror([0,0,1])
+ translate([-xm, -brs, 0])
+ cube([pump_main_dia/2 + pump_side_width,
+ brs*2,
+ 1]);
+ translate([-xm, -br, -pump_side_total_height])
+ cube([xm,
+ br*2,
+ pump_protr_flat]);
+ }
+ }
}
translate([-(baseplate + pump_main_dia/2), 0,
-(pump_side_thick + pump_side_height)])
cylinder(r=pump_main_dia/2, h=200);
}
+ rotate([0,0,180])
+ mirror([0,0,1])
+ translate([-0,
+ -br,
+ pump_side_total_height])
+ Commitid_BestCount_M([baseplate + pump_protr_protr,
+ br*2]);
}
module HoseSidePlan(){
module HoseSide(){
mirror([0,0,1])
- linear_extrude(height=hose_side_thick)
+ linear_extrude(height=hose_side_thick, convexity=10)
HoseSidePlan();
}
}
//PumpSidePlan();
+//PumpSideElevation();
//PumpSide();
//HoseSide();
//Clip();