I'm noticing the boards on the front of every coil. So it looks like each coil is handling the logic instead of having a central switching board. So basically you would attach one of these to a coil https://www.amazon.com/HiLetgo-Trigger-Adjustable-Control-Conduction/dp/B0832MW9L4 And then wire the coil and the receiver of the next coil in parallel to that switches output. You can adjust the delay and the turn off time according to that page. So then it is just a matter of getting the timing right. That or maybe you use some kind of a p-latch and have the off trigger be a voltage in a certain direction in a resistor in parallel with the coin. When the ball passes and it starts working against the ball for a second the voltage should switch directions. That can turn off your p-latch. I'm not really an electronics expert though. That's just a rough description of how you would get that working. Finding specific parts would be a fun project for someone who knows what they are doing.
This would be an interesting project. Thanks for posting it. While, I do not have the experience in such things as these, I am vastly interested in them. I may have to find a more entry-level project to experiment with.
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And then wire the coil and the receiver of the next coil in parallel to that switches output.
You can adjust the delay and the turn off time according to that page. So then it is just a matter of getting the timing right.
That or maybe you use some kind of a p-latch and have the off trigger be a voltage in a certain direction in a resistor in parallel with the coin. When the ball passes and it starts working against the ball for a second the voltage should switch directions. That can turn off your p-latch.
I'm not really an electronics expert though. That's just a rough description of how you would get that working. Finding specific parts would be a fun project for someone who knows what they are doing.