Designing a Plinko-Style Can Crusher Game

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Discussion Overview

The discussion revolves around the design of a can crusher that incorporates a Plinko-style game as part of its functionality. Participants explore various methods for detecting when a can interacts with the game components, as well as materials suitable for constructing the game board.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Experimental/applied

Main Points Raised

  • One participant suggests using conductive posts to light up LEDs when a can touches them, but notes the challenge posed by the paint on the can making it non-conductive.
  • Another participant proposes using light detection to sense when a can crosses the gap between pins, questioning if Plinko is similar to a bean machine.
  • A mechanical switch based on a spring or metal structure is recommended by a participant, likening it to mechanisms in pinball games, though they express concern about maintaining the Plinko action.
  • Participants decide to use photo-resistors for detection, following an earlier suggestion, and seek lightweight, sturdy, and inexpensive materials for the game board.
  • One idea includes using a solenoid to kick the can into a bin after it exits the Plinko game.
  • Recycling used plywood from shipping packaging is suggested as a material option, with the added benefit of weatherproofing through paint. Additionally, placing light-dependent resistors (LDRs) above each pin could produce musical notes when activated.

Areas of Agreement / Disagreement

Participants express various ideas and suggestions, but there is no consensus on a single approach or solution. Multiple competing views on detection methods and materials remain present.

Contextual Notes

Participants have not resolved the challenges related to the conductivity of the can, the effectiveness of proposed detection methods, or the choice of materials for construction.

Who May Find This Useful

Individuals interested in project design, mechanical engineering, game design, or educational projects involving physics and engineering concepts may find this discussion relevant.

yamama1
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Me and my group for our class are planning on making a can crusher for our project. What makes ours so unique is the ending, Plinko game. We are trying to make a Plinko game out of the can after its ejected from the crusher. My part of the project is the Plinko game. My group suggested that we light up the "pegs"/"posts" in the plinko to light up(LEDs) every time a can crosses the "posts" / "pegs."
Since the can is going to touch these posts, why not make the posts out of some conductive material. If the aluminum can hits it, it can send a signal to light up the LED. We later found out that the paint on the can makes the aluminum non conductive.
Could any of you guys help suggest alternatives to how we can make the LEDs light up every time a can crosses the posts? The plinko board 6 lines in height and to 5 different "scores" in width. If additional information is required, I can try providing you as much detail as possible.
 
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You could detect the light being blocked by the can crossing the gap between pins. One detector would be placed half way between the pins.

Is plinko the same as a http://en.wikipedia.org/wiki/Bean_machine ?
 
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Make a mechanical switch based on a spring or metal structure around the post that makes the contact. Like in a pinball game. It might be hard to get that "plinko" action though.
 
We decided to use photo-resistors to detect light, kinda like what Baluncore suggested.
What do you guys think about the wood material that we could use? Since its not a big game board, any ideas for lightweight but sturdy and also cheap materials to build it on?
 
I was thinking it might also be cool to have a solenoid fire a flipper or rod at the bottom to kick it into a bin.
 
Take a look around local industry for used plywood from shipping packaging. That way you are also recycling the packaging. If you paint it then it will be weather proof and so material does not matter.

If you put the LDR just above each pin you can sound a musical note whenever a pin is hit. Those notes could be tuned to sound over one octave and people may recognise the random tunes being played.
 

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