To start an article in Appropedia: {{Shortcut|H:CREATE}}<br clear=all>
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== Parametric Elbow Splint ==
Project developed by [Existential-Crisis] and [Trthibod]
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You can help Appropedia by contributing to the next step in this [[OSAT]]'s [[:Category:Status|status]].
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==Abstract==
{{create topic page}}
# Paragraph description of the OSAT - why is it Appropriate? What need does it fulfil? Are there case studies you have found of a technology being used successfully?
Arm injuries are a very common occurrence, especially with children and younger adults that are working in manual labor. In order to heal the injured elbow, an elbow splint is used and these tend to vary in price -starting from $16.59 [https://www.amazon.com/Kireina-Immobilizer-Stabilizer-Protector-Restraints/dp/B07Q4CQPGS?source=ps-sl-shoppingads-lpcontext&psc=1] all the way up to $639.44 [https://www.goldmedicalsupplies.com/elbow-immobilizer-l-bulk-50-per-case-79-91527/?utm_source=googleshopping&utm_medium=cpc&gclid=CjwKCAiA8qLvBRAbEiwAE_ZzPS3zN8dBswkv0jF2UNwQrP7cVBMpI7diGy0YPawPAKsq2eTswwE5ABoCIgQQAvD_BwE]. A fully parametric elbow splint design was then prepared to make the healing process more affordable.
# Picture of completed print using your printer [[Image:elbow_splint_full_assembly_1|200px|right]]
== Bill of Materials==
#The openSCAD code that is provided on Thingiverse, link is here [https://www.thingiverse.com/thing:4023222]
#Epoxy
#Bracing Material -this could be anything from nylon straps to pieces of paracord.
<center>Or enter name and click button to start a page about a specific project:</center>
== Tools needed for fabrication of the OSAT==
{{create project page}}
# [[AthenaII| MOST Delta RepRap]] or similar RepRap 3-D printer
Or, to begin a page draft which can be moved to the main part of Appropedia later, see [[Appropedia:Incubator]] and enter your pagename there.
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== Skills and Knowledge Necessary to Make the OSAT ==
All that is needed is to take the radius measurements of the elbow, the forearm, upper arm and the desired height of the splint.
== Detailed instructions ==
== Technical Specifications and Assembly Instructions==
There are two main ways to create a page:
# The direction is very straightforward. Simply insert the interlocking teeth together and apply epoxy before the final press fit.
# Search for the new title with the Go button. When the search finds nothing, click on the red link "create this page".
# Print time can vary anywhere between 3 hours and up to 6 hours
# Create a [[Help:Contents#Links|link]] as usual, then save the page. Clicking on the redlink allows you to start editing the new page (don't forget to save).
# Assembly time will take less than 30 minutes
# If you want a prefilled page (with suggested headings etc), decide on the name and enter it in the appropriate box - for a '''[[#Topic page]]''' or '''[[#Project page]]'''.
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=== Common Problems and Solutions===
Make sure that you add the specified amount of space for the elbow region.
== Experimenting - use the "Sandbox" ==
== Cost savings==
The total print cost is less then $3. As stated before, the cost for an elbow splint can vary from $16.59 to all the way up to $639.44. The cost savings with this product is between 82% to almost %99.5.
'''NOTE''': Following the instructions on this page will create a page in the main part of the wiki. If you want to experiment with writing something random on a wiki, you're welcome to do that at the [[Appropedia:Sandbox|Sandbox]].
== Benefited Internet Communities ==
This product was developed for the Kijenzi GGroup and it can also be used in hospitals to create quick and ergenomic splintsfor patients.
==Detailed instructions==
[[category:OSAT 3D-Printable Designs]]
* Type the [[Help:Page naming|name]] of the new page in the '''search''' field to the left.
** Use a clear and descriptive name, in lower case except for proper names, and avoid these symbols: & # < > [ ] | { } (see [[Help:Page naming]] for details)
* Click '''Go'''.
* If there is no page titled with that name, you can create the page by clicking '''create this page''' under search results.
* Add information. Do not worry about formatting or completeness if you are not sure how to do it. Others will help and changes are easily made. Be '''[[Appropedia:Be bold!|BOLD]]'''.
* Please put at least one category tag at the end, for example: <tt><nowiki>[[Category:Renewable energy]]</nowiki></tt>. If you're not sure which category to use, you can add {{tl|catneeded}}, which will ask for other users to help choose categories. If you're keen, you might want to browse the [[Special:Categories|categories]], or create a new one if there isn't a similar one already.
* Click '''Show preview''' to see what you have created.
* If you would like be alerted when someone makes a change to this page, select '''Watch this page'''.
* Add a '''Summary''' and click '''Save Page''' when you are satisfied. Come back as often as you like, to make changes.
== Starting with a pre-filled page ==
These tools below may be helpful.
(If you accidentally try creating a page that already exists, it won't overwrite the page - it will just fill the edit box with the existing page instead - if you're not sure, check and the "page" tab will be a blue link instead of a red link).
=== Project page ===
First, browse the [[:Category:Projects|Projects]] articles and subcategories for examples, and check for collaboration opportunities, i.e. articles similar to what you're considering writing. Once you're ready to create your own page:
* Type a proposed [[Help:Page naming#Projects|name]] for the new [[:Category:Projects|Projects]] page in the following '''create''' box, and click "Create article".
* When the edit window opens, there will be some preliminary sample text with comments as hints. Add information about your Projects. Do not worry about formatting or completeness, as others will help and changes are easily made. Be [[A:BOLD|BOLD]].
{{create project page}}
This starts you off with lots of "wiki markup" on the page (i.e. code, but not quite as confusing as computer code). Be sure to remove any code that you don't end up using.
=== Topic page ===
If you have some experience with editing a wiki, you might like to use this method. It's usually a good idea to search for the topic first, in case it exists under a different name (and so that you find related pages for the "See also" section.)
(If you're not used to wiki markup, this will be confusing - follow the [[#Detailed instructions]] above instead!)
{{create topic page}}
== From the url bar ==
If you use Firefox or Opera as a web browser and often create pages on Appropedia, you can make it easier and quicker to start editing.
Right-click one of the boxes above, and create a keyword to "search" for the page title you want - but instead of a search, it will give you the editing box pre-filled and ready to start editing!
E.g. use "nt" as a keyword for the Topic page creation box, above. ("nt" is short for "new topic" so it's easy to remember).
== User page ==
You may find it useful and helpful to create a user page first. See [[MediaWiki:Create_a_userpage|create a userpage]] for instructions on how to do that.
Paragraph description of the OSAT - why is it Appropriate? What need does it fulfil? Are there case studies you have found of a technology being used successfully?
Arm injuries are a very common occurrence, especially with children and younger adults that are working in manual labor. In order to heal the injured elbow, an elbow splint is used and these tend to vary in price -starting from $16.59 [1] all the way up to $639.44 [2]. A fully parametric elbow splint design was then prepared to make the healing process more affordable.
All that is needed is to take the radius measurements of the elbow, the forearm, upper arm and the desired height of the splint.
Technical Specifications and Assembly Instructions
The direction is very straightforward. Simply insert the interlocking teeth together and apply epoxy before the final press fit.
Print time can vary anywhere between 3 hours and up to 6 hours
Assembly time will take less than 30 minutes
Common Problems and Solutions
Make sure that you add the specified amount of space for the elbow region.
Cost savings
The total print cost is less then $3. As stated before, the cost for an elbow splint can vary from $16.59 to all the way up to $639.44. The cost savings with this product is between 82% to almost %99.5.
Benefited Internet Communities
This product was developed for the Kijenzi GGroup and it can also be used in hospitals to create quick and ergenomic splintsfor patients.
