| 1,122 → 1,120 |
|---|
| $fn=40; // model faces resolution. |
| include <../configuration.scad> |
| |
| include <polyScrewThread_r1.scad> |
| |
| PI=3.141592; |
| |
| S01_vyska=80; |
| S01_prumer_vnitrni=30; |
| S01_sila_materialu=2; |
| S01_vyska_horni_zavit=10; |
| S01_vyska_spodniho_zavitu=10; |
| S01_sila_drzaku_RJ11=2; |
| |
| |
| module WINDGAUGE02A_S01(S01_vyska,S01_prumer_vnitrni,S01_sila_materialu) |
| { |
| difference() |
| { |
| union() |
| { |
| //základní válec |
| cylinder (h = S01_vyska-S01_vyska_horni_zavit, r=(S01_prumer_vnitrni)/2+S01_sila_materialu, $fn=100); |
| |
| //horní závit |
| translate([0,0,S01_vyska-S01_vyska_horni_zavit]) |
| screw_thread((S01_prumer_vnitrni+2*S01_sila_materialu),S01_hloubka_zavitu,55,S01_vyska_horni_zavit,PI/2,2); |
| |
| } |
| |
| //vystouplá část |
| translate([0,0,S01_vyska_spodniho_zavitu+S01_sila_drzaku_RJ11-0.3]) |
| cylinder (h = S01_sila_drzaku_RJ11, r=(S01_prumer_vnitrni)/2-1-S01_hloubka_zavitu/2, $fn=100); |
| //otvor na drzak rj11 |
| translate([0,0,S01_vyska_spodniho_zavitu]) |
| cylinder (h = S01_sila_drzaku_RJ11-0.3, r=(S01_prumer_vnitrni)/2-S01_hloubka_zavitu/2, $fn=100); |
| |
| //spodní závit |
| screw_thread((S01_prumer_vnitrni),S01_hloubka_zavitu,55,S01_vyska_spodniho_zavitu+0.01,PI/2,2); |
| |
| //otvor skrz |
| translate([0,0,S01_vyska_spodniho_zavitu+2*S01_sila_drzaku_RJ11-0.3]) |
| cylinder (h = S01_vyska, r=(S01_prumer_vnitrni)/2-1, $fn=100); |
| cube(100); // cut to show internal relief |
| } |
| } |
| |
| |
| WINDGAUGE02A_S01(S01_vyska,S01_prumer_vnitrni,S01_sila_materialu); |
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| /* |
| module WINDGAUGE02A_S01(R02_vzdalenost_mezi_uchyty_lopatek,L01_sila_zapusteni_drzaku,L01_hloubka_zapusteni,S01_vyska_zuzene_casti,S01_vyska_na_elektroniku,S01_vyska_zavitu_na_nasroubovani_drzaku,S01_vyska_prechodu,vule_mezi_statorem_rotorem,S01_vyska_zavitu_na_nasroubovani_drzaku,S01_sila_materialu) |
| { |
| |
| //zuzena cas komponentu |
| |
| translate([0,0,(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+S01_vyska_zuzene_casti)/2+S01_vyska_prechodu]) |
| |
| difference() |
| { |
| cylinder (h = S01_vyska_zuzene_casti, r=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem+2*S01_sila_materialu)/2, center = true, $fn=100); |
| |
| translate([0,0,-S01_vyska_zuzene_casti/2+S01_vyska_zuzene_casti-R02_sila_mateiralu_pod_lopatkami-S01_vyska_komponentu_na_lozisko]) |
| |
| screw_thread((R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem),S01_hloubka_zavitu,55,S01_vyska_zuzene_casti+0.01,PI/2,2); |
| |
| translate([0,0,-(S01_vyska_zuzene_casti/2)+(S01_vyska_zuzene_casti-R02_sila_mateiralu_pod_lopatkami-S01_vyska_komponentu_na_lozisko)/2]) |
| cylinder (h = S01_vyska_zuzene_casti-R02_sila_mateiralu_pod_lopatkami-S01_vyska_komponentu_na_lozisko+0.01, r=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem)/2, center = true, $fn=100); |
| |
| |
| //translate([0,0,(stator3_vyska-stator3_vyska_prekryti)/2]) |
| |
| |
| } |
| |
| difference() |
| { |
| |
| translate([0,0,(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+S01_vyska_prechodu)/2]) |
| |
| cylinder(h=S01_vyska_prechodu,r1=(S01_prumer_zavitu+2*S01_sila_materialu)/2, r2=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem+2*S01_sila_materialu)/2, center=true); |
| |
| |
| translate([0,0,(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+S01_vyska_prechodu)/2]) |
| |
| cylinder(h=S01_vyska_prechodu,r1=(S01_prumer_zavitu)/2, r2=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem)/2, center=true); |
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| |
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| } |
| |
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| //spodni cast se zavitem |
| |
| difference() |
| { |
| cylinder (h = S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko, r=(S01_prumer_zavitu+2*S01_sila_materialu)/2, center = true, $fn=100); |
| |
| translate([0,0,-(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko)/2]) |
| // metric_thread (diameter=S01_prumer_zavitu, pitch=1, length=S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+0.01, internal=true, n_starts=6); |
| |
| screw_thread(S01_prumer_zavitu,4,55,S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+0.01,PI/2,2); |
| |
| } |
| |
| } |
| */ |
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| |
| $fn=40; // model faces resolution. |
| include <../configuration.scad> |
| |
| include <polyScrewThread_r1.scad> |
| |
| PI=3.141592; |
| |
| |
| |
| module WINDGAUGE02A_S01() |
| { |
| difference() |
| { |
| union() |
| { |
| //základní válec |
| cylinder (h = S01_vyska, r=(S01_prumer_vnitrni)/2+S01_sila_materialu, $fn=100); |
| |
| |
| |
| } |
| |
| //horní závit |
| translate([0,0,S01_vyska-S01_vyska_horni_zavit]) |
| screw_thread(S01_prumer_vnitrni,S01_hloubka_zavitu,55,S01_vyska_horni_zavit,PI/2,2); |
| |
| |
| //otvor na drzak rj11 |
| translate([0,0,S01_vyska_spodniho_zavitu+S01_sila_drzaku_RJ11-0.3]) |
| cylinder( 2*S01_sila_drzaku_RJ11, d1=(S01_prumer_vnitrni)-1-1.5*S01_hloubka_zavitu,d2=(S01_prumer_vnitrni) ); |
| |
| translate([0,0,S01_vyska_spodniho_zavitu]) |
| cylinder (h = S01_sila_drzaku_RJ11-0.3, r=(S01_prumer_vnitrni)/2-S01_hloubka_zavitu/2+0.5, $fn=100); |
| |
| |
| //spodní závit |
| screw_thread((S01_prumer_vnitrni),S01_hloubka_zavitu,55,S01_vyska_spodniho_zavitu+0.01,PI/2,2); |
| |
| //otvor skrz |
| translate([0,0,S01_vyska_spodniho_zavitu+3*S01_sila_drzaku_RJ11-0.3]) |
| cylinder (h = S01_vyska-S01_vyska_horni_zavit-(S01_vyska_spodniho_zavitu+3*S01_sila_drzaku_RJ11-0.3), r=(S01_prumer_vnitrni)/2, $fn=100); |
| cube(300); // cut to show internal relief |
| } |
| } |
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| WINDGAUGE02A_S01(); |
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| /* |
| module WINDGAUGE02A_S01(R02_vzdalenost_mezi_uchyty_lopatek,L01_sila_zapusteni_drzaku,L01_hloubka_zapusteni,S01_vyska_zuzene_casti,S01_vyska_na_elektroniku,S01_vyska_zavitu_na_nasroubovani_drzaku,S01_vyska_prechodu,vule_mezi_statorem_rotorem,S01_vyska_zavitu_na_nasroubovani_drzaku,S01_sila_materialu) |
| { |
| |
| //zuzena cas komponentu |
| |
| translate([0,0,(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+S01_vyska_zuzene_casti)/2+S01_vyska_prechodu]) |
| |
| difference() |
| { |
| cylinder (h = S01_vyska_zuzene_casti, r=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem+2*S01_sila_materialu)/2, center = true, $fn=100); |
| |
| translate([0,0,-S01_vyska_zuzene_casti/2+S01_vyska_zuzene_casti-R02_sila_mateiralu_pod_lopatkami-S01_vyska_komponentu_na_lozisko]) |
| |
| screw_thread((R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem),S01_hloubka_zavitu,55,S01_vyska_zuzene_casti+0.01,PI/2,2); |
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| translate([0,0,-(S01_vyska_zuzene_casti/2)+(S01_vyska_zuzene_casti-R02_sila_mateiralu_pod_lopatkami-S01_vyska_komponentu_na_lozisko)/2]) |
| cylinder (h = S01_vyska_zuzene_casti-R02_sila_mateiralu_pod_lopatkami-S01_vyska_komponentu_na_lozisko+0.01, r=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem)/2, center = true, $fn=100); |
| |
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| //translate([0,0,(stator3_vyska-stator3_vyska_prekryti)/2]) |
| |
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| } |
| |
| difference() |
| { |
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| translate([0,0,(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+S01_vyska_prechodu)/2]) |
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| cylinder(h=S01_vyska_prechodu,r1=(S01_prumer_zavitu+2*S01_sila_materialu)/2, r2=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem+2*S01_sila_materialu)/2, center=true); |
| |
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| translate([0,0,(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+S01_vyska_prechodu)/2]) |
| |
| cylinder(h=S01_vyska_prechodu,r1=(S01_prumer_zavitu)/2, r2=(R02_vzdalenost_mezi_uchyty_lopatek+2*L01_sila_zapusteni_drzaku+2*L01_hloubka_zapusteni+2*vule_mezi_statorem_rotorem)/2, center=true); |
| |
| |
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| } |
| |
| |
| //spodni cast se zavitem |
| |
| difference() |
| { |
| cylinder (h = S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko, r=(S01_prumer_zavitu+2*S01_sila_materialu)/2, center = true, $fn=100); |
| |
| translate([0,0,-(S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko)/2]) |
| // metric_thread (diameter=S01_prumer_zavitu, pitch=1, length=S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+0.01, internal=true, n_starts=6); |
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| screw_thread(S01_prumer_zavitu,4,55,S01_vyska_na_elektroniku+S01_vyska_zavitu_na_nasroubovani_drzaku+2*S01_vyska_komponentu_na_lozisko+0.01,PI/2,2); |
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| } |
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| } |
| */ |
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