Floats slide up and down in each cell as the chamber fills and empties. The tops of the floats are cut on a 22.5 degree angle. When the lift float gets the ball high enough, the ball rolls onto the trigger float which is shorter and is not yet floating. The following opening is closed by other lift float. All trigger floats lift the outside trigger manifolds but the one with the ball is locked down. Liquid flows thru that tube and floods the attached flout. The others float high and dry.
It looks like each cell has an angled floor and the ball makes two moves per cycle "flush". The ball prevents the the trigger from floating up, initiating the flow into that channel.
Floats slide up and down in each cell as the chamber fills and empties. The tops of the floats are cut on a 22.5 degree angle. When the lift float gets the ball high enough, the ball rolls onto the trigger float which is shorter and is not yet floating. The following opening is closed by other lift float. All trigger floats lift the outside trigger manifolds but the one with the ball is locked down. Liquid flows thru that tube and floods the attached flout. The others float high and dry.
tanxrus 2 years ago
It looks like each cell has an angled floor and the ball makes two moves per cycle "flush". The ball prevents the the trigger from floating up, initiating the flow into that channel.
fds1 2 years ago
So, how is it that the ball is moving from one place to another and in the same direction? I don't get it
GreenLearning 2 years ago