Mobilysis
Nico Strobl |
Stefan Silberfeld |
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Stefan SilberfeldStudentvita
Born on 21st of July 1985 in Vienna, Austria.
2004: high school diploma
2007: diploma in graphics design / die graphische
2008: masterclass diploma in communications design / die graphische
since 2008: studies of architecture / technical university vienna
since 2010: studies of industrial design / studio esslinger, university of applied arts vienna
since 2008: self-employed, freelancing in the fields of graphics design & screen design
contact www.silberfeld.at
projects
Mobilysis
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Dimitar Genov |
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Dimitar GenovStudentvita
Born in 1989 in Varna/Bulgaria.
2009 A-levels at the Higher Technical College (HTL) Rankweil in electronics and telecommunication. Cambridge CAE.
2010 civil service as a Red Cross paramedic.
Since 2010 studying industrial design at the University of Applied Arts Vienna.
Internships
Tridonic AG, Spennymoor, UK - electrical engineering
Graf Elektronik GmbH, Dornbirn - electrical engineering
Hobbies
Further training in Chi-Gong, div. martial arts and massage.
Playing the guitar, hiking.
Projects
Mobilysis
contact http://mitko2025.deviantart.com/
projects
Mobilysis
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Maria Gartner
Mobilysis is a brand new mobile dialysis system aimed at people with kidney failure. By using Mobilysis, patients have the choice when and where to undertake vital blood-cleaning instead of spending hours of their time in specialized centers.
The device consists of two parts:
-one flexible belt, divided through multiple membranes, which
contains the dialyzing liquid
-one hard-shell front piece housing the hardware, the catheter
connector and the IR cleansing unit.
The Mobilysis System is controlled via an intuitive and easy-to-use smartphone application. Manual operation is also possible through buttons on the front part.
The function: Dialyzing liquid is pumped from the containing belt into the abdominal cavity in multiple cycles, where it cleanes the blood through the peritoneum membrane. Lethal urea is thereby transferred from the body into the liquid utilizing simple osmosis. After every cycle the contaminated liquid is purified in the IR unit and thereby ready for the next cycle.