Are you having a bad day?

Did the process of trying to unclog your 3D printer nozzle with a drill bit not go according to plan?

Have you ever awoken thinking, man that big 12 hour print job must be done by now, only to find that it failed because the filament got stuck around hour 11 and the printer decided to winch itself off the desk and onto the floor?

If so, then this model is for you!

Because, remember folks, when life gets you down you need to turn that frown upside down, and thats what the happy box is designed to-do.

Do you have a problem and cant decide what to do?
No worries, Give the happy box a toss and your problem will no longer make you blue! ****

**** Side effects may include: irritability, grumpiness, vengeful rage, hateful spite, glee, and rays of sunshine. The Happy Box is not for everyone. Consult your doctor before use

This model was done in scad and files are included.

This model could use some more refinement feel free to modify it if needed.

I like to run my printer slow and steady since my print deck has a tendency to dance around a bit so your configurations will vary.

I normally print with the following slicer settings

Because plastic fusion is a good thing, the smaller the layer is here the better. After all a watertight seal is needed for a water bowl and I would speculate that the better the plastic fusion is here the safer the bowl is for the bird in terms of reducing choking hazards from broken pieces.

Layers and Perimeters
Layer height .15
Vertical shells 2
Solid layers 4 top and 2 bottom

*** Infill ***
Fill Density .25
Infill 1
Solid infill every 6
Fill angle 45
Solid infill threshold area 70

Speed
Perimeters 50
Small perimeters 50
Infill 50
Solid infill 50
Top solid infill 50
Support material 60
Bridges 50
Gap fill 40
Travel 60

*** Filament and Temperature ***
I was printing with 1.75mm filament with a bed temperature between 95C to 110C and a hot end temperature of 220.