Update README.md

Author: 9a

README.md

@@ -19,52 +19,8 @@ What you need
 
 Assembly
 --------
-(see illustrations at http://wiki.fablab-nuernberg.de/w/Ding:Plotclock#Zusammenbau )
 
-# Use the plotclock PDF file for lasercutting acrylic 3mm or 
-  use the plotclock SKP file for alternative 3D-Parts.
-
-  The blackend area in the PDF are to be engraved, not cut. This improves grip
-  for the servo hubs.
-
-# swee.stl (a wiper) for 3D printing the cap of the pen with the eraser.
-  This can also be constructed from cylindrical parts.
-
-# Some holes are 2.5mm only, cut M3 threads there.
-
-# Assemble the servo arms. Gently adjust the counternuts so that the joints
-  under the screw heads just have enough play for smooth movement.
-
-# Load the Arduino software (check the comments).
-  http://playground.arduino.cc/Code/time is used as a clock library.
-
-# Glue a piece of cloth to the wiper with doublesided tape.
-
-# Connect the servo signal lines to pins 2, 3, and 4 of the Arduino board.
-  Employ a small daughterboard for powering the servos, if needed.
-
-# Test drive the software without mounting servo arms.
-
-# Complete the assembly as shown in the illustrations. Widen the holes for
-  servo mounting if needed. Acrylic is brittle and easily breaks wen the
-  mounting holes are to small. Only push the servo arms onto their hubs, don't
-  secure them with screws! For initial calibration do not mount the resting
-  clip for the wiper (danger of collision with the pen). Glue or screw the
-  servo arms to the acrylic parts.
-
-# When you connect the Arduino, it will first run a calibration routine. The
-  arms move between 2 positions, which correspond to exaxtly 90° servo
-  movement.
-
-  The calibration values SERVOFAKTOR, SERVOLEFTNULL, and SERVORIGHTNULL allow
-  to adjust the actual positions to the ideal ones. Please take care that the
-  servos allow sufficient range and do not hit their internal end stops. If
-  needed move the servo arms on the hubs.
-
-# Finally mount the pen and wiper rest. Uncomment the #define CALIBRATION in
-  the Arduino scetch or remove the line.
-
-# Adjust the current time in the Arduino program and you are ready to go.
+See: http://www.thingiverse.com/thing:248009/#instructions
 
 --