Difference between revisions of "POP Kiosk Collar (part)"

From CLIO

(Created page with "{{NeedsDemonstration}} ==Overview== The collar protects the exposed edges of the Raspberry Pi touchscreen display, decreasing the chances that the kiosk screen will be damage...")
 
 
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{{NeedsDemonstration}}
{{DocumentationPage}}
==Overview==
<gallery>
File:POP 7" Kiosk Collar.jpg|alt=Collar
File:POP Kiosk with Foot on Back.png|alt=POP Kiosk with Foot on Back
File:POP Kiosk with Foot.png|alt=POP Kiosk with Foot on Bottom
</gallery>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.


==Overview==
== Features ==
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.
==Features==
*Provides additional protection to the touchscreen display
*Provides additional protection to the touchscreen display
*Rounded and tapered corners designed to reduce accidental snags
*Rounded and tapered corners designed to reduce accidental snags
*Compatible with the [[POP Kiosk Cover (part)|POP kiosk cover]] for storage and transport  
*Compatible with the [[POP Kiosk Cover (part)|POP kiosk cover]] for storage and transport
*Add color and contrast to your kiosk with swappable collars
*Add color and contrast to your kiosk with swappable collars
*Can be used with a self-adhesive screen protector
== Download ==
The most up-to-date version of this part can be downloaded from our Thingiverse page.{{ExternalResource|[https://www.thingiverse.com/thing:5447915 POP Collar – Thingiverse]}}
==Specifications==
==Specifications==
===Dimensions===
===Dimensions===
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! rowspan="2" |Quantity
! rowspan="2" |Quantity
! colspan="2" |Estimates
! colspan="2" |Estimates
! rowspan="2" |Example
|-
|-
!Print Time
!Print Time
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|5 hours 25 minutes
|5 hours 25 minutes
|38g
|38g
|
|-
|-
|Collar Back
|Collar Back
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|5 hours 53 minutes
|5 hours 53 minutes
|38g
|38g
|
|}
|}
===Hardware===
===Hardware===
{| class="wikitable"
{| class="wikitable"
!Part
!Manufacturer
!Item
!Description
!Description
!Quantity
!Avg MSRP Unit Cost
!Qty.
!Avg Total Cost
|-
|-
|M2-4mm machine screw
|Fastener Warehouse
|[https://www.fastener-warehouse.com/Button-Head-Cap-Screw-Grade-109-p/3030084.htm M2-4mm machine screw]
|These screws hold the front and the back half of the collar together.
|These screws hold the front and the back half of the collar together.
|$0.36
|8
|8
|$2.88
|}
|}
===Material===
===Material===
This part is printed with polylactic acid (PLA) or other sturdy plastic, such as Polypropylene (PP) or Acrylonitrile styrene acrylate (ASA).
This part is printed with polylactic acid (PLA) or other sturdy plastic, such as Polycarbonate (PC) or Acrylonitrile styrene acrylate (ASA).
==Printing This Part==
==Printing This Part==
===Slicing===
===Slicing===
Line 59: Line 71:
|We recommend printing the collar front with the flat edge attached to the build plate and the curved face pointed up.
|We recommend printing the collar front with the flat edge attached to the build plate and the curved face pointed up.
This will require the use of more supports, but will result in a better overall print result that requires less finishing.
This will require the use of more supports, but will result in a better overall print result that requires less finishing.
|
|[[File:Collar Front Printing Orientation.png|alt=Collar Front Printing Orientation|border|100x100px]]
|-
|-
|Collar Back
|Collar Back
|We recommend printing the collar front with the thickest flat edge attached to the build plate and the curved edges facing up.
|We recommend printing the collar front with the thickest flat edge attached to the build plate and the curved edges facing up.
This will require supports, but will result in a better overall print result that requires less finishing.
This will require supports, but will result in a better overall print result that requires less finishing.
|
|[[File:Collar Back Printing Orientation.png|alt=Collar Back Printing Orientation|border|100x100px]]
|}
|}
====Settings====
====Settings====
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|This will cause the printer to print slower when it is printing the screw holes.
|This will cause the printer to print slower when it is printing the screw holes.
|}
|}
=====Results=====
==Results==
===Printers===
===Printers===
This part has been print tested with the following 3D printers:
This part has been print tested with the following 3D printers:
Line 191: Line 203:
|
|
|}
|}
====Build Surface====
===Build Surface===
This part has been print tested with the following build surfaces:
This part has been print tested with the following build surfaces:
{| class="wikitable"
{| class="wikitable"
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|Some parts may require a raft if there are issues with the first layer adhering.
|Some parts may require a raft if there are issues with the first layer adhering.
|}
|}
====Filament====
===Filament===
This part has been print tested with the following materials:
This part has been print tested with the following materials:
{| class="wikitable"
{| class="wikitable"
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|Decent build quality and durability.  Recommended for rapid prototyping.
|Decent build quality and durability.  Recommended for rapid prototyping.
|}
|}
{{DocumentationNavigation}}

Latest revision as of 14:16, 16 March 2023

Google material book.png
This section contains CLIO documentation.

Overview

  • Collar
  • POP Kiosk with Foot on Back
  • POP Kiosk with Foot on Bottom

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.

Features

  • Provides additional protection to the touchscreen display
  • Rounded and tapered corners designed to reduce accidental snags
  • Compatible with the POP kiosk cover for storage and transport
  • Add color and contrast to your kiosk with swappable collars
  • Can be used with a self-adhesive screen protector

Download

The most up-to-date version of this part can be downloaded from our Thingiverse page.

Open in new.png

Specifications

Dimensions

This kiosk collar is made of two parts that, when attached together, measure 209.99mm x 125.49mm x 17.40mm. The collar front measures 209.99mm x 125.49mm x 7.00mm. The collar back measures 209.99mm x 125.49mm x 10.40mm.

Printed Parts

Part Description Quantity Estimates
Print Time Filament Usage
Collar Front The front of the collar that comes in contact with the kiosk touchscreen. 1 5 hours 25 minutes 38g
Collar Back The back of the collar that comes in contact with the kiosk case. 1 5 hours 53 minutes 38g

Hardware

Manufacturer Item Description Avg MSRP Unit Cost Qty. Avg Total Cost
Fastener Warehouse M2-4mm machine screw These screws hold the front and the back half of the collar together. $0.36 8 $2.88

Material

This part is printed with polylactic acid (PLA) or other sturdy plastic, such as Polycarbonate (PC) or Acrylonitrile styrene acrylate (ASA).

Printing This Part

Slicing

Orientation

Part Notes Example
Collar Front We recommend printing the collar front with the flat edge attached to the build plate and the curved face pointed up.

This will require the use of more supports, but will result in a better overall print result that requires less finishing.

Collar Front Printing Orientation
Collar Back We recommend printing the collar front with the thickest flat edge attached to the build plate and the curved edges facing up.

This will require supports, but will result in a better overall print result that requires less finishing.

Collar Back Printing Orientation

Settings

Collar Front

We start with the default "Standard Quality" 0.2 mm print profile. We recommend the following settings overrides:

Setting Recommendation Notes
Shell - Wall Line Count 3 This was increased from the default to increase the durability when higher amounts of stress are applied. This also completely fills in the sides and does not leave gaps between the walls.
Shell - Bottom Layers 4 This provides a good mixture of durability and material conservation.
Shell - Top Layers 4 This provides a solid top layer that is symmetrical with our bottom layer.
Infill - Density 20% This part is intentionally partially hollow at the corners to add an air cushion if the kiosk is dropped.
Infill - Pattern Tri-Hexagon

Cubic Subdivision

These infill patterns provide good internal support in multiple directions.  Tri-Hexagon uses less filament but is also less durable.
Speed - Print Speed 40mm/s For final production prints, we recommend printing slower than average to decrease stringing with small holes.
Support - Generate Support Yes This part has a lot of overhangs that require the use of supports.
Support - Support Structure Tree We highly recommend tree supports instead of normal supports. They take more time, but they require less filament and are much easier to remove from inside the case.
Support - Support Placement Touching Buildplate Only printing supports that touch the build plate are much easier to remove from this print.
Build Plate Adhesion - Adhesion Type None This part has a lot of contact with the print bed and should not require a raft.
Experimental - Small Hole Max Size 30mm This will cause the printer to print slower when it is printing the screw holes.
Collar Back

We start with the default "Standard Quality" 0.2 mm print profile. We recommend the following settings overrides:

Setting Recommendation Notes
Shell - Wall Line Count 3 This was increased from the default to increase the durability when higher amounts of stress are applied. This also completely fills in the sides and does not leave gaps between the walls.
Shell - Bottom Layers 4 This provides a good mixture of durability and material conservation.
Shell - Top Layers 4 This provides a solid top layer that is symmetrical with our bottom layer.
Infill - Density 20% This part is intentionally partially hollow at the corners to add an air cushion if the kiosk is dropped.
Infill - Pattern Tri-Hexagon

Cubic Subdivision

These infill patterns provide good internal support in multiple directions.  Tri-Hexagon uses less filament but is also less durable.
Speed - Print Speed 40mm/s For final production prints, we recommend printing slower than average to decrease stringing with small holes.
Support - Generate Support Yes This part has a lot of overhangs that require the use of supports.
Support - Support Structure Tree We highly recommend tree supports instead of normal supports. They take more time, but they require less filament and are much easier to remove from inside the case.
Support - Support Placement Touching Buildplate Only printing supports that touch the build plate are much easier to remove from this print.
Build Plate Adhesion - Adhesion Type None This part has a lot of contact with the print bed and should not require a raft.
Experimental - Small Hole Max Size 30mm This will cause the printer to print slower when it is printing the screw holes.

Results

Printers

This part has been print tested with the following 3D printers:

Manufacturer Model Notes
Creality CR-10 Mini Excellent print quality. Reliable machine.
Creality CR-10 Excellent print quality. Reliable machine.
Creality Ender 3 S-1 Pro

Build Surface

This part has been print tested with the following build surfaces:

Method Notes
Painter's tape
Glue stick Creates an uneven and non-uniform first print layer appearance.
Adhesive build surface First layer may have problems printing full height depending on type and hardness of build surface, but this does not affect the overall printability.
Polyetherimide (PEI) build plate Some parts may require a raft if there are issues with the first layer adhering.

Filament

This part has been print tested with the following materials:

Filament Manufacturer Notes
Overture PLA Overture Excellent build quality and durability. Good for prototyping or production kiosks.
Amazon Basics PLA Amazon Decent build quality and durability. Recommended for rapid prototyping.
Documentation
Installation Look and Feel
Interaction Modes Developing Activity Types
Creating an Interactive Framework
Integrating CLIO Contribute
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