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Click to view the process of [[Designing the Sliding Door Component]].


= Designing the Sliding Door(s) Component =
= Requirements =
There are many aspects that need to be considered when developing the mechanical system.
== Questions ==
* Scanning
** How does the drone drop package the exact same way each time?
** Where to place scanning mechanism?
** How much time is required for scanning
** What type of scanners are there?
*** How they scan
*** How fast they scan
*** Cost?
* Opening Mechanism
** How will drone open the door?
** How will the door stay open?
** How will the door keep rain out/from settling on top?
** How does the door mechanism work?
*** 1 vs 2 doors, pop up or slide aside,
*** Will it hit the drone?
** What kind of mechanical sliding doors are there
** Can it hold the weight of a drone?
** Where does the power come from to run the system?
* Fixing/Maintenance
** How robust is the system?
** How does it send an error signal?
** How can a person fix the mechanisms?
**
== Requirements ==
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= How It Works
= How It Works =
= How to Build it =

Revision as of 11:27, 25 September 2014

Quick Links
Project Trajectory Project Pages
Home Problem Definition Sliding Doors  
Planning and Milestones Background Research Chimney  
Meetings Requirements Chimney to Cubby  
Design Method(s) Brainstorm Cubby to Person  
Personal Logs Concepts Chosen Software  

Click to view the process of Designing the Sliding Door Component.

Requirements

Functional Product Process External

How It Works

How to Build it