• (1)容器の直径を14cm→12cmにしました。
• (2)水漏れ対策でInfillを20%→100%にしました。壁の厚さが2mmしかなく、1.6mm分は元から密な構造にしてるのでフィラメント消費量はそんなに増えない。
• (3)横向きに設置したダクトの中にサポート材がいらないように形状を変更（後述）、さらに外径6mmではチューブを挿入しにくかったので少し細くしました（外径6mm内径4mm→外径5mm内径3mm）。
• (4)植物を入れる穴を短く、傾斜を少し変更（説明省略）
• (5)フタがずれないようにひっかかりをつけました。（後述）

• https://www.amazon.co.jp/gp/product/B00MWPZXQW/ref=as_li_ss_tl?ie=UTF8&psc=1&linkCode=ll1&tag=useddipocket-22&linkId=5f00b0cec2d8286203990be59f602abe

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$fn=100;

height=150;
interHeightDifference=50;
size=120;
wall=2;
cutsize=15;
interwallplace=30;
ductHeight=5;
ductLength=10;
ductOuter=5;
ductInner=3;
module outerCylinder(){cylinder(h=height,r=size/2);}
module innerCylinder(){cylinder(h=height,r=size/2-wall);}
module moreinnerCylinder(){cylinder(h=height,r=size/2-wall*2);} //inner+ wall
module more2innerCylinder(){cylinder(h=height,r=size/2-wall*3);} //inner +2 wall
module main(){difference(){outerCylinder();translate([0,0,wall]){innerCylinder();}}}
module duct(){rotate([0,90,0]){difference(){cylinder(h=ductLength,r=ductOuter/2);cylinder(h=ductLength,r=ductInner/2);}}}
module duct2(){rotate([0,90,0]){difference(){difference(){cylinder(h=ductLength,r=ductInner/2);rotate([0,0,45]){translate([-ductInner/2/sqrt(2),-ductInner/2/sqrt(2),0]){cube([ductInner/sqrt(2),ductInner/sqrt(2),ductLength]);}}};translate([0,-ductInner/2,0]){cube([ductInner,ductInner,ductLength]);}}}}
module ductnohole(){rotate([0,90,0]){cylinder(h=ductLength,r=ductOuter/2);}}
module wall1(){translate([size/2-(cutsize+wall),-size/2,0]){cube([cutsize+wall,size,height]);}} //wall uchigawa
module wall2(){translate([size/2-cutsize,-size/2,0]){cube([cutsize,size,height]);}} //wall sotogawa
module wall1more(){translate([size/2-(cutsize+wall*2),-size/2,0]){cube([cutsize+wall*2,size,height]);}}
module wall1more2(){translate([size/2-(cutsize+wall*3),-size/2,0]){cube([cutsize+wall*3,size,height]);}}
module interwall(){translate([size/2-interwallplace,-size/2,0]){cube([wall,size,height-interHeightDifference]);}}
module final(){difference(){intersection(){outerCylinder();wall1();}wall2();}}
module body(){
// put final cylinder
difference(){main();wall1();}
// put main board with deleting duct hole
difference(){final();translate([size/2-cutsize-wall,0,ductHeight]){ductnohole();}}
// put duct
translate([size/2-cutsize-wall,0,ductHeight]){duct();duct2();}

// put interwall 
intersection(){outerCylinder();interwall();}
}

// start making huta
hutaHeight=80;
hutaBorder=30;
hutaMin=15;
module huta(){
//top wall
translate([0,0,hutaHeight-wall]){
difference(){
    intersection(){
        difference(){outerCylinder();wall1();}
        translate([-size/2,-size/2,0]){cube([size,size,wall]);}
        }
        translate([0,0,-hutaHeight+wall]){cylinder(h=hutaHeight,r1=hutaMin,r2=size/2-hutaBorder);}
    }
}
// new huta socket
translate([0,0,hutaHeight-wall-wall]){
difference(){
    intersection(){
        difference(){moreinnerCylinder();wall1more();}
        translate([-size/2,-size/2,0]){cube([size,size,wall]);} //to thin
        }
    intersection(){
        difference(){more2innerCylinder();wall1more2();}
        translate([-size/2,-size/2,0]){cube([size,size,wall]);} //to thin
        }
    }
}
//tilt wall
difference(){
cylinder(h=hutaHeight,r1=hutaMin,r2=size/2-hutaBorder);
cylinder(h=hutaHeight,r1=hutaMin-wall,r2=size/2-hutaBorder-wall);
}
//tube hole
translate([size/2-hutaBorder-4,0,hutaHeight-5]){
difference(){cylinder(h=5,r=8);cylinder(h=5,r=5);}}
}

body();
translate([0,0,200]){
huta();
}