2,136 → 2,70 |
include <../configuration.scad> |
use <MLAB_logo.scad> |
|
//Funkce pro generovani sloupku |
module sloupek( |
vyska, |
zapust, |
vzdalenost_der, |
vzdalenost_od_okraje, |
vzdalenost_od_diry, |
radidus_hrany, |
prumer_sroubu, |
prumer_matice, |
vyska_matice, |
posuv_dorazu, |
matice_sila_materialu,logo_vyska,logo_sirka) { |
sloupek (); |
|
difference () { |
union () { |
color("green") |
translate([-(vzdalenost_od_okraje-radidus_hrany),-(vzdalenost_od_okraje-radidus_hrany),0]) // center top screw |
cylinder(vyska, d=(2*radidus_hrany), center=true); |
|
color("cyan") |
translate([vzdalenost_der/4, vzdalenost_der/4, -vyska/2]) |
linear_extrude(height = vyska) |
square([vzdalenost_der/2, vzdalenost_der/2], center = true); |
//Funkce pro generovani sloupku |
module sloupek() { |
|
color("gray") |
translate([-vzdalenost_od_okraje/2, vzdalenost_der/4, -vyska/2]) |
linear_extrude(height = vyska) |
square([(vzdalenost_od_okraje), vzdalenost_der/2], center = true); |
|
color("gray") |
translate([vzdalenost_der/4, -vzdalenost_od_okraje/2, -vyska/2]) |
linear_extrude(height = vyska) |
square([vzdalenost_der/2, vzdalenost_od_okraje], center = true); |
|
color("red") |
translate([-(vzdalenost_od_okraje-radidus_hrany)/2, -vzdalenost_od_okraje/2, -vyska/2]) |
linear_extrude(height = vyska) |
square([vzdalenost_od_okraje-radidus_hrany, vzdalenost_od_okraje], center = true); |
|
color("red") |
translate([-vzdalenost_od_okraje/2,-(vzdalenost_od_okraje-radidus_hrany)/2, -vyska/2]) |
linear_extrude(height = vyska) |
square([vzdalenost_od_okraje, vzdalenost_od_okraje-radidus_hrany], center = true); |
|
color("green") |
translate([vzdalenost_der, -vzdalenost_od_okraje/2, -(vyska-(2*zapust))/2]) |
linear_extrude(height = (vyska-(2*zapust))) |
square([vzdalenost_der, vzdalenost_od_okraje], center = true); |
|
color("red") |
translate([-vzdalenost_od_okraje/2,vzdalenost_der, -(vyska-(2*zapust))/2]) |
linear_extrude(height = (vyska-(2*zapust))) |
square([ vzdalenost_od_okraje,vzdalenost_der], center = true); |
difference () { |
translate([-(prumer_matice+2*tloustka_bocnice-2*radidus_hrany)/2,-(prumer_matice+2*tloustka_bocnice-2*radidus_hrany)/2,0]) |
minkowski() |
{ |
cube([prumer_matice+2*tloustka_bocnice-2*radidus_hrany,prumer_matice+2*tloustka_bocnice-2*radidus_hrany,vyska_matice+2*tloustka_bocnice]); // base plastics brick |
cylinder(r=radidus_hrany,h=0.1); |
} |
|
translate([0,0,vyska_matice+2*tloustka_bocnice+0.1-tloustka_bocnice/2+0.2]) |
cylinder((tloustka_bocnice), d=(prumer_sroubu), center=true); |
|
cylinder((vyska_matice+2*tloustka_bocnice), d=(prumer_sroubu), center=true); |
|
|
//otvor na matici |
translate([0,tloustka_bocnice/2-posuv_dorazu/2,(vyska_matice+2*tloustka_bocnice)/2]) |
|
color("cyan") |
translate([vzdalenost_od_diry/2, vzdalenost_der, -(vyska-(2*zapust))/2]) |
linear_extrude(height = (vyska-(2*zapust))) |
square([(vzdalenost_od_diry), vzdalenost_der], center = true); |
|
color("cyan") |
translate([vzdalenost_der, vzdalenost_od_diry/2, -(vyska-(2*zapust))/2]) |
linear_extrude(height = (vyska-(2*zapust))) |
square([vzdalenost_der, vzdalenost_od_diry ], center = true); |
|
cube([prumer_matice, prumer_matice+posuv_dorazu+tloustka_bocnice,vyska_matice], center = true); |
|
} |
|
|
|
} |
difference () { |
translate([-(prumer_matice+2*tloustka_bocnice)/2,-(prumer_matice+2*tloustka_bocnice)/2,-vyska_podpery]) |
rotate([0, 0, 45]) |
|
cylinder(vyska_podpery,0,sqrt(2*((prumer_matice+2*tloustka_bocnice)*(prumer_matice+2*tloustka_bocnice))),$fn=4); |
|
|
|
|
difference () { |
|
//diry na sroub |
translate([0,0,0]) // center top screw |
cylinder(2*vyska, d=(prumer_sroubu), center=true); |
|
translate([vzdalenost_der,0,0]) // center top screw |
cylinder(2*vyska, d=(prumer_sroubu), center=true); |
|
translate([0,vzdalenost_der,0]) // center top screw |
cylinder(2*vyska, d=(prumer_sroubu), center=true); |
translate([-((sqrt(2*((prumer_matice+2*tloustka_bocnice)*(prumer_matice+2*tloustka_bocnice))*2))),-((sqrt(2*((prumer_matice+2*tloustka_bocnice)*(prumer_matice+2*tloustka_bocnice))*2))),-vyska_podpery]) |
cube([2*(sqrt(2*((prumer_matice+2*tloustka_bocnice)*(prumer_matice+2*tloustka_bocnice))*2)),2*(sqrt(2*((prumer_matice+2*tloustka_bocnice)*(prumer_matice+2*tloustka_bocnice))*2)),vyska_podpery+0.1]); |
|
translate([-(prumer_matice+2*tloustka_bocnice-2*radidus_hrany)/2,-(prumer_matice+2*tloustka_bocnice-2*radidus_hrany)/2,-vyska_podpery+0.05]) |
|
minkowski() |
{ |
cube([prumer_matice+2*tloustka_bocnice-2*radidus_hrany,prumer_matice+2*tloustka_bocnice-2*radidus_hrany,vyska_podpery+0.01]); // base plastics brick |
cylinder(r=radidus_hrany,h=0.1); |
} |
} |
|
|
|
|
} |
|
|
|
|
//diry na matice |
//1. krajni matice |
translate([vzdalenost_der,(((((prumer_matice)/2)+posuv_dorazu+vzdalenost_od_diry)/2)-(posuv_dorazu+prumer_matice/2)),((vyska-2*zapust)/2-vyska_matice/2)-matice_sila_materialu]) // center top screw |
|
cube([prumer_matice, prumer_matice+posuv_dorazu+vzdalenost_od_diry,vyska_matice], center = true); |
} |
|
translate([vzdalenost_der,(((((prumer_matice)/2)+posuv_dorazu+vzdalenost_od_diry)/2)-(posuv_dorazu+prumer_matice/2)),-(((vyska-2*zapust)/2-vyska_matice/2)-matice_sila_materialu)]) // center top screw |
|
cube([prumer_matice, prumer_matice+posuv_dorazu+vzdalenost_od_diry,vyska_matice], center = true); |
|
|
//2. krajni matice |
translate([(((((prumer_matice)/2)+posuv_dorazu+vzdalenost_od_diry)/2)-(posuv_dorazu+prumer_matice/2)), vzdalenost_der,((vyska-2*zapust)/2-vyska_matice/2)-matice_sila_materialu]) // center top screw |
|
cube([ prumer_matice+posuv_dorazu+vzdalenost_od_diry,prumer_matice,vyska_matice], center = true); |
|
translate([(((((prumer_matice)/2)+posuv_dorazu+vzdalenost_od_diry)/2)-(posuv_dorazu+prumer_matice/2)), vzdalenost_der,-(((vyska-2*zapust)/2-vyska_matice/2)-matice_sila_materialu)]) // center top screw |
|
cube([ prumer_matice+posuv_dorazu+vzdalenost_od_diry,prumer_matice,vyska_matice], center = true); |
|
//prostredni dira |
translate([0,(((((prumer_matice)/2)+posuv_dorazu+vzdalenost_od_diry)/2)-(posuv_dorazu+prumer_matice/2)),((vyska)/2-vyska_matice/2)-matice_sila_materialu]) // center top screw |
|
cube([prumer_matice, prumer_matice+posuv_dorazu+vzdalenost_od_diry,vyska_matice], center = true); |
|
translate([0,(((((prumer_matice)/2)+posuv_dorazu+vzdalenost_od_diry)/2)-(posuv_dorazu+prumer_matice/2)),-(((vyska)/2-vyska_matice/2)-matice_sila_materialu)]) // center top screw |
|
cube([prumer_matice, prumer_matice+posuv_dorazu+vzdalenost_od_diry,vyska_matice], center = true); |
|
//---------------------------------------------------- |
//LOGO MLAB |
union (){ |
translate ([5, -vzdalenost_od_okraje+1,0]) // ODROIDs passive components hole. |
rotate([0, 90, 270]) |
scale(v = [logo_sirka, logo_vyska, 0.3]) |
MLAB_logo_short(); |
} |
|
} |
} |
|
sloupek( |
vyska, |
zapust, |
vzdalenost_der, |
vzdalenost_od_okraje, |
vzdalenost_od_diry, |
radidus_hrany, |
prumer_sroubu, |
prumer_matice, |
vyska_matice, |
posuv_dorazu, |
matice_sila_materialu,logo_vyska,logo_sirka); |