Difference between revisions of "Printing the POP Kiosk Case"

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== Learn about the 3D Printing Process ==
== Learn about the 3D Printing Process ==
{{Main|3D Printing Process (FDM)}}
We need to take the 3D object file for each kiosk part and put them into a program called a "slicer" to create instructions for our 3D printer.  This process can be a little different for everyone, but here is a brief overview to get your started.{{Main|3D Printing Process (FDM)}}
We need to take the 3D object file for each kiosk part and put them into a program called a "slicer" to create instructions for our 3D printer.  This process can be a little different for everyone, but here is a brief overview to get your started.


== Pick Your Parts ==
== Pick Your Parts ==

Revision as of 16:58, 2 March 2023

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Learn about the 3D Printing Process

We need to take the 3D object file for each kiosk part and put them into a program called a "slicer" to create instructions for our 3D printer. This process can be a little different for everyone, but here is a brief overview to get your started.


Pick Your Parts

The POP kiosk is made from a collection of modular parts that can be printed separately and assembled into different configurations based on your specific needs and application. Print and use only the parts you need and change them around at any time.

Case

This is the main case that protects the Raspberry Pi computer and touchscreen display.  It attaches directly to the four screw holes on the Raspberry Pi official display using M3 screws.  This case has an integrated 75x75mm VESA-compliant M4 mount holes. It can also be used with a 3D-printed mount attachment that can attach to the back, top or bottom side of the case. This attachment is compatible with the popular Modular Mounting System[1]. We include a C-clamp, durable foot and 3D printer frame attachment. There is a maintenance port that allows access to the USB and ethernet ports. There are holes for panel mounting a USB-C slot to reduce wear on the Raspberry Pi itself. There is an optional 30mm fan to keep the kiosk cool during operation, as well as plenty of air vents. There is a cut-out panel for GPIO port access to control external hardware. The GPIO can also be used to add a 5W 8Ω internal speaker to the kiosk.

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Protection

Collar

The collar protects the exposed edges of the Raspberry Pi touchscreen display, decreasing the chances that the kiosk screen will be damaged from minor bumps and falls.  It is printed in two parts and held together by M2 screws.

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Bumper

The bumper also protects the exposed edges of display, but it is printed as one part with a soft and flexible TPU filament.  When printed with specific infill settings, it can provide additional protection to bumps and falls.  This bumper is used instead of the collar and was created for use in mobile pop-up exhibits.

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Cover

The cover provides protection to the front of the kiosk display by attaching directly to the collar or bumper.  This cover was created to provide protection to the glass screen during transport and storage.

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Mount

Modular Case Adapter

This adapter is attached to the back, top or bottom of the kiosk using two M5 bolts. It can be used with any accessories created for the popular Modular Mounting System[2]. It is printed in two parts and attached together with an M5 bolt and optional glue. The mount can be used with a two- or three-prong adapter.


Foot

The foot is used to display the kiosk on a flat surface, such as a table or shelf.  It is printed in two parts then attached together with an M5 bolt and optional glue.  The foot can be used with a two- or three-prong adapter.  The foot can be used with suction cups to more securely attach to sheer surfaces, such as glass or polished stone.  Additionally, 3D printed TPU or third-party anti-slip grips can be attached to the bottom.

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Thumbscrews

The thumbscrews are used with standard M5 bolts to make it easier to tighten and loosen accessories.


Download Your Parts

The most up-to-date POP kiosk parts can be downloaded through our Thingiverse page.

References

Documentation
Installation Look and Feel
Interaction Modes Developing Activity Types
Creating an Interactive Framework
Integrating CLIO Contribute