PRE2016 3 Groep9: Difference between revisions

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: Mark van der Pas
: Mark van der Pas
: Yoshi de Laat
: Yoshi de Laat
: Maija Rintala
----
== Introduction ==
Our goal is to design a simple and safe medicine dispenser. The elderly and disabled people often struggle with taking the right pills at the right time.  Similar designs are already on the market(See State of the Art) but our goal is to extend it's functionality by having it be connected to the internet. This technology will benefit both the doctor, pharmacist and patient.
;Goals
:Design a simple and safe medicine dispenser
:Easy to use, especially for elderly and disabled
:Smart; uses internet of things
:Secure
:Easy to refill
;Challenges
:What are critical parts of the system?
:What functions should the design include?
:What will the interface look like?
:Who is responsible if something goes wrong?
:How to design a dispenser that doesn't jam?
:How will the device function without an internet connection?
:How is it refilled?
:Will this increase the workload of doctors?
;Approach
:Conduct a literary study of existing technology to achieve our goals and solve our challenges
:Design the prototype
:Build the prototype
:Program the prototype
----
== USE Aspects ==
We've regocnized these USE groups relevant to our design:
'''User:''' Doctors, Pharmacists, Patients
'''Society:''' Elderly, Disabled people, Elderly care workers, Medical Institutions, Family of users
'''Enterprise:''' Pharmaceuticals
----
== State of The Art ==
----
----
== Planning ==
'''Week 1'''
'''Week 2'''
'''Week 3'''
'''Week 4'''
'''Week 5'''
'''Week 6'''
'''Week 7'''
----
== Sources ==

Revision as of 14:54, 18 February 2017

Medicine/pill dispenser system

Group 9
Chiel Düthmann
Dirk van Wijk
Jasper Hoek
Mark van der Pas
Yoshi de Laat
Maija Rintala



Introduction

Our goal is to design a simple and safe medicine dispenser. The elderly and disabled people often struggle with taking the right pills at the right time. Similar designs are already on the market(See State of the Art) but our goal is to extend it's functionality by having it be connected to the internet. This technology will benefit both the doctor, pharmacist and patient.

Goals
Design a simple and safe medicine dispenser
Easy to use, especially for elderly and disabled
Smart; uses internet of things
Secure
Easy to refill


Challenges
What are critical parts of the system?
What functions should the design include?
What will the interface look like?
Who is responsible if something goes wrong?
How to design a dispenser that doesn't jam?
How will the device function without an internet connection?
How is it refilled?
Will this increase the workload of doctors?


Approach
Conduct a literary study of existing technology to achieve our goals and solve our challenges
Design the prototype
Build the prototype
Program the prototype



USE Aspects

We've regocnized these USE groups relevant to our design:

User: Doctors, Pharmacists, Patients

Society: Elderly, Disabled people, Elderly care workers, Medical Institutions, Family of users

Enterprise: Pharmaceuticals



State of The Art





Planning

Week 1

Week 2

Week 3

Week 4

Week 5

Week 6

Week 7



Sources