diff --git a/Deckel1.png b/Deckel1.png
new file mode 100644
index 0000000..6d7376f
Binary files /dev/null and b/Deckel1.png differ
diff --git a/Deckel1.scad b/Deckel1.scad
index e8fc5d1..2305e75 100644
--- a/Deckel1.scad
+++ b/Deckel1.scad
@@ -8,7 +8,6 @@ b=10;    // Fugenhöhe
 //-------------------
 
 $fn=res;
-R=d/2;
 rad=da/2+6;
 
 difference() {
diff --git a/Deckel2.png b/Deckel2.png
new file mode 100644
index 0000000..fd2fe61
Binary files /dev/null and b/Deckel2.png differ
diff --git a/Deckel2.scad b/Deckel2.scad
index 452d977..fce9a75 100644
--- a/Deckel2.scad
+++ b/Deckel2.scad
@@ -8,7 +8,6 @@ b=10;    // Fugenhöhe
 //-------------------
 
 $fn=res;
-R=d/2;
 rad=da/2+6;
 
 difference() {
@@ -27,24 +26,46 @@ difference() {
             }
          }
          // Hohlraum
-         translate([0,0,-0.1]) cylinder(h=b+2+0.1, d=di+(da-di)/2-a/2);
+         translate([0,0,-0.1]) cylinder(h=b+2+0.1, d1=di+(da-di)/2-a/2+0.2,d2=di+(da-di)/2-a/2-3);
          // Flanschloch
          for (i=[0:120:359]) {
             translate([rad*cos(i),rad*sin(i),-0.1])cylinder(h=b+a+5+0.2, d=6);
          }
-      // Kabelloch
-      translate([(rad-1)*cos(180),(rad-1)*sin(180),7])rotate([0,90,0])cylinder(h=b+a+5+0.2, d=6); 
+         // Kabelloch
+         translate([(rad-1)*cos(180),(rad-1)*sin(180),7])rotate([0,90,0])cylinder(h=b+a+5+0.2, d=6); 
+      }
+      // Halter Laserplatine
+      translate([-10,50,0]) cylinder(h=a+b,d=5);
+      translate([+10,50,0]) cylinder(h=a+b,d=5);
+      translate([-10,50,5]) cylinder(h=a+b-5,d1=5,d2=9);
+      translate([+10,50,5]) cylinder(h=a+b-5,d1=5,d2=9);
+      translate([-10,50,-0.7]) cylinder(h=a+b,d=3);
+      translate([+10,50,-0.7]) cylinder(h=a+b,d=3);
+      // Haltepolzen für Gedöns
+      difference() {
+         translate([-20,20,5])   cylinder(h=a+b-5,d1=5,d2=9);
+         translate([-20,20,4.9]) cylinder(h=a+b-6.5,d=2.3);
+      }
+      difference() {
+         translate([+20,20,5])   cylinder(h=a+b-5,d1=5,d2=9);
+         translate([+20,20,4.9]) cylinder(h=a+b-6.5,d=2.3);
+      }
+      difference() {
+         translate([-20,0,5])   cylinder(h=a+b-5,d1=5,d2=9);
+         translate([-20,0,4.9]) cylinder(h=a+b-6.5,d=2.3);
+      }
+      difference() {
+         translate([20,0,5])   cylinder(h=a+b-5,d1=5,d2=9);
+         translate([20,0,4.9]) cylinder(h=a+b-6.5,d=2.3);
+      }
+      difference() {
+         translate([-20,-20,5])   cylinder(h=a+b-5,d1=5,d2=9);
+         translate([-20,-20,4.9]) cylinder(h=a+b-6.5,d=2.3);
+      }
+      difference() {
+         translate([+20,-20,5])   cylinder(h=a+b-5,d1=5,d2=9);
+         translate([+20,-20,4.9]) cylinder(h=a+b-6.5,d=2.3);
       }
-   // Einkerbung Laserplatine
-   translate([-15,45,0.1]) difference() {
-       cube([30,11,-0.9]);
-       translate([0,0,-0.1])cube([4.1,2.2,-1.2]);
-       translate([26,0,-0.1])cube([4.1,2.2,-1.2]);
-       translate([26,8.8,-0.1])cube([4.1,2.2,-1.2]);
-       translate([0,8.8,-0.1])cube([4.1,2.2,-1.2]);
-   }    
-   // Loch für Laser
-   translate([-2.5,50,-0.3]) cube([5,4,a+b+0.6]);   
    }
 }
 
diff --git a/README.md b/README.md
index 1f47b33..14f6b48 100644
--- a/README.md
+++ b/README.md
@@ -1,3 +1,7 @@
 # Brunnendeckel
 
-Abdeckung und Elektronikgehäuse für ein 150 mm Brunnenrohr.
\ No newline at end of file
+Abdeckung und Elektronikgehäuse für ein 150 mm Brunnenrohr.
+
+![Deckel1.scad](./Deckel1.png "Deckel1.png")
+
+![Deckel2.scad](./Deckel2.png "Deckel2.png")