This also pulls 'B' back to its original position so a new gumball can fall into hole 'C' from the jar above. 'F' engages 'B' when 'A' begins to be pulled back to its original position. It slides in the recessed channels and round holes indicated by the two 'E's. When the operator begins to pull the slide 'A' back to its original position, the pressure on the edges of the coin is released and it falls through a slot below into a coin box (slot and coin box not shown). The gumball loaded in hole 'C' from an inverted glass jar above is pushed until it aligns with another hole below in the frame of the gumball machine (not shown), and the gumball rolls down a channel (not shown) to fall into a cup on the exterior of the machine (not shown). The two main parts are designated as 'A' and 'B.' In summary, a coin is inserted through a slot from above (not shown.) and its edges fit into the recesses marked as 'D.' The operator pushes on the left end of 'A.' The coin pushes on 'B' and moves it forward. This is the slider mechanism for the gumball machine I made. Reverse the location of the indent to make it on the opposite end.
The drawings show the indent step in the wrong place.
