Organizational Unit:
Center for Inclusive Design and Innovation

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https://hdl.handle.net/1853/70766
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https://finding-aids.library.gatech.edu/agents/corporate_entities/1116

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Publication Search Results

Now showing 1 - 10 of 99
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Power Wheelchairs 101

2009-09-18 , Kreutz, David

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(SBIR) Resource materials for home modifications

2009-06-09 , Bruce, Carrie M.

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Instructions on Completing Mock-Up of Track Slide Design for Lift/Lower of Center-Mounted Footrests on Power Wheel Chairs

Center-mounted footrests lift to be stowed beneath the seat well, and lower to be deployed. A mechanism for independent operation of footrest stowage and deployment is not included in market power wheel chairs, and PWC users have expressed the need for such a mechanism. We aim to design a solution that permits wheelchair users to independently lift and lower a center-mounted footplate during transferring processes.

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Dynamic Response of Wheelchair Cushions to the ISO Impact Damping Test

2009 , Chung, Bummo

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Ecaspar usability study

2009-07-09 , Bryant, Elizabeth

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Cushion Use and Performance in Everyday Life

2009-05 , Sprigle, Stephen

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Wheelchair use in everyday

2009 , Maurer, Chris

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Bench test for adjustability and positioning capability of wheelchair

2009-06-09 , Sprigle, Stephen

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Instructions on Completing Mock-Up of Spring-Loaded Design for Lift/Lower of Center-Mounted Footrests on Power Wheel Chairs

Center-mounted footrests lift to be stowed beneath the seat well, and lower to be deployed. A mechanism for independent operation of footrest stowage and deployment is not included in market power wheel chairs, and PWC users have expressed the need for such a mechanism. My group research at Georgia Tech has aimed to design a solution that permits wheelchair users to independently lift and lower a center-mounted footplate during transferring processes. The mock-up is constructed to showcase the mechanism by which the track slide design works to lift and lower the power wheelchair center-mounted footrest.

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User-Centered Development of a Braking System for Manual Wheelchairs

2009 , Jowers, Jonathan

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