Interactive Device for Process Excellence Training

Abstract

An interactive catapult training device is provided for teaching and demonstrating the principles of problem solving using tools and techniques of applied statistics, Six Sigma, lean manufacturing and other process excellence techniques. The device includes a base and a hub fixed to a position with respect to the base and removable from the base. A swing arm is coupled to and rotatable about the hub from a first angle to a second angle, the swing arm being removable from the hub. A cup is fixed to a position with respect to the swing arm and adapted to receive a projectile, the cup being removable from the swing arm. A spring is coupled between a first coupling point fixed with respect to the base and a second coupling point on the swing arm. The spring provides tension for setting the swing arm in motion from the first angle to the second angle. The spring can be removable from the first and second coupling points. Inputs that can be varied and measured include the first coupling point, the second coupling point, the first swing arm angle, the second swing arm angle, the hub position with respect to the base and the cup position with respect to the swing arm can be varied and measured. Outputs than can be measured include the linear distance and the angle of deviation of the launched projectile as well as cycle time for launching. The input and output data can be managed electronically for online teaching and learning.

1 . A machine for interactive training for problem solving using the tools and techniques of process excellence comprising:
 Graphical measurement system to record the output variables in launch distance, launch angle and time to launch.   
   
   
       2 . A machine for interactive training for problem solving using the tools and techniques of process excellence as claimed in  claim 1  further comprising of a three layer matrix of graphical paper mounted by a plastic film mounted by a carbon sheet. 
   
   
       3 . A machine for interactive training for problem solving using the tools and techniques of process excellence as claimed in  claim 1  comprising of a membrane type film that can sense the position of the launch in terms of distance and angle of deviation.