I downloaded a copy for keepsakes
Perhaps an "Ask HN: Books that are not programming" might turn up some handy hints?
I guess now you have this book you look on Amazon for other books that people have bought or looked at?
My recommendation: (http://www.amazon.co.uk/Ancient-Inventions-Wonders-Peter-Jam...) - it's pop.sci but entertaining.
EDIT: This sort of thing is so common, people have made meta-lists that combine links to lists (which was what I was about to do until I remembered it's been done before). Just one:
https://news.ycombinator.com/item?id=4185504
And hey, look, here's one for non-software books:
https://news.ycombinator.com/item?id=1226736
One More EDIT: Please, please, please, if you're going to do another AskHN about books, make it very focused, and not covering previous book list topics. The value in these lists is that they clearly identify a good scope, instead of saying "everything that isn't X" and then list EVERYTHING, from pulpy scifi (not that there's anything wrong with that) to interesting treasures (like the one for this article), and end up with a thousand links to random books.
I bought the dead tree version of this book a few years ago after hearing about it on one of the hobby machinist forums I hang out on.
If you are looking for fun things to print on your 3D printer you can make a number of interesting clock mechanisms, and from there some interesting pieces for an automaton. Lots of fun.
My favorite btw:
"226. This movement is designed to double the speed by gears of equal diameters and numbers of teeth—a result once generally supposed to be impossible. Six bevel-gears are employed. The gear on the shaft, B, is in gear with two others—one on the shaft, F, and the other on the same hollow shaft with C, which turns loosely on F. The gear, D, is carried by the frame, A, which, being fast on the shaft, F, is made to rotate, and therefore takes round D with it. E is loose on the shaft, F, and gears with D. Now, suppose the two gears on the hollow shaft, C, were removed and D prevented from turning on its axis ; one revolution given to the gear on B would cause the frame, A, also to receive one revolution, and as this frame carries with it the gear, D, gearing with E, one revolution would be imparted to E; but if the gears on the hollow shaft, C, were replaced, D would receive also a revolution on its axis during the one revolution of B, and thus would produce two revolutions of E."
Or using a CNC.
Most aren't done yet, of course, but as you click through, you can find some interesting ones:
http://507movements.com/mm_038.html http://507movements.com/mm_123.html http://507movements.com/mm_223.html