Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2843988.

This is a 3D printable design of the box and top for the Arduino uno based puzzlegame called Led4Puzzle.

i purchased the code from http://webnight.free.fr/DIY/LED4Puzzle/site/index.html

Its my first arduino/electronic project and it was pretty easy, so guess anybody could make this with the great instructions given.

i have no affiliate or connection with this site, but just loved creating the box for it and the puzzle.

The box has a size of L120xW100xH60mm and everything snaps into it.
(if you need a bigger box, let me know)
I also inserted a arduino uno bumper into it.

The lid snaps into the box, but i will look further into creating a bigger gap later on, otherwise you can just sand it a little bit to your likings.

I have uploaded a lid for 5mm and 10mm leds. i have used 5mm leds myselve as shown in the pictures.

I included a 9V battery mount (for those who dont want to use a power adapter or usb cable), so you can just glue it in.

Follow me and so you know when updates and other designs and puzzles become availabe.


Led4PuzzleBox

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2822326.

These are 3 add-ons for the Ikea Bird Feed Fat Ball Holder (https://www.thingiverse.com/thing:2631072). which include.

1. Wireguide
2. Pegs (so you dont have to use pencils)
3. a hook to hang it from the tree.

Bird Feed Fat Ball Holder addons

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2683501.

03 march 2019: I will create a new and improved version very soon and will update this here.

Here is the secret:

When the Sun goes down
and the Moon goes up
the Stars come together
and the secret is revealed 

The original Wizard puzzlebox created by Will from StormTheCastle.com (http://www.stormthecastle.com/how-to-make-a/make-a-wizards-puzzle-box.htm)
was made in Foam and i have created a 3D printable version of it.
I got his permission to create a 3D version of his idea.

There are less parts than in the original design :-)
If you have a printbed of 140x140x140 then resize everything in your slicer to 63.45%

Here is the part list and some print settings i used.
Box:
1. 1x The box -20-30% innfill, 3mm support for the slots
2. 1x The Lid (Top holes) 20-30% innfill, no support
Puzzle:
3. 1x Puzzle main board 30% innfill, no support
4. 1x Puzzle pieces FGHI 100% innfill, no support
Border:
5. 4x short4 20-30% innfill, no support
6. 2x longside2 20-30% innfill, no support
7. 2x shortside 2 20-30% innfill, no support
SliderButtons:
8. 1x Moon 20-30% innfill, no support
9. 1x Sun 20-30% innfill, no support
10. 2x Stars 20-30% innfill, no support

the edges of the starts are very sharp, i will try to fix this in the next update.

Wizard puzzle box

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2662752.

update: 05.10.2019 added also a 12mm extra version for the bottom legs on request to have space to hide a battery pack.

update: 04.10.2019 added 25mm extra to the bottom legs on request to have space to hide a battery pack.

The original was impossible to print with all the support needed, so i created a new version where there are 6 individual pieces. only the legs need a tiny amount of support (print these standing with a skirt with a size of 10 outlines to prevent it from falling over or moving too much)

i havent got as far as installing any lithophanes and lighting but will do that soon.

I have a 140x140x140 bed, so these STL files uploaded will give you a lithophane size of around 113.4mm

instructions:
1.Turn the cover 180degrees so it lays flat
2. create 4 sockle_legs print it standing.

you can print it with .3 or .2 and a 30-40% infill
only the sockle_legs need support and a skirt of at least 10 outlines

if you have a larger printer, you can offcourse scale up everything and measure the distance yourselve.

Lithophane box

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2500641.

This is a bracket for hanging 2 fishing rods on your wall.

Updated version 2:
As im gain more and more knowledge about fusion 360, i have now created an updated version. With holes in top and buttom, rounded edges on one side, so it can still be printed flat.
I printed this at .2 layer height and 20% innfill (speed 50mm/s)

the default size is 120mm long but you can scale it to 120% if you need more space :-)
I will leave both versions available.

I have included the .STEP file in case anybody wants to adjust or improve it.

Version 1:
This is a bracket for hanging 2 fishing rods on your wall. There is no right or left side, so just print out two. Can be mounted with Skrews or strong tape. 

Feedback appreciated. 

Original idea from DrBundles, but i needed one for fishing rods, so i created one from scratch as my first 3D project. Quality is good, but sure anyone with more 3D knowledge could round the edges, but its very functional.

Also added holes for the screws.

I printed it 120% to get the best size for my use.
default size is the same as DrBundles.

Fishing Rod Holder Bracket with screw holes

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4182232.

My wife needed a whip holder for just 2 pcs. so I redesigned @nigelayres whip holder just quickly in Tinkercad, no need to pull out Fusion 360 for this.

Equestrian Whip Holder 2 pcs.

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2846825.

removed the skrew holes, so it can just be glued to something.


9v battery holder

Using Flashforge Finder, CR-10S. Anycubic Photon, CNC, LASER and loves puzzleboxes

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<div class="markdown"><p>Using Flashforge Finder, CR-10S. Anycubic Photon, CNC, LASER and loves puzzleboxes</p></div>

ruben