The aim of AXO-SUIT is to comprehensively supplement the strength of elderly persons with feasible exoskeletons in undertaking volunteer work, which will be achieved through six work packages: WP1(end-user) to get a close involvement of the end-users throughout the AXO-SUIT project to determine the requirements, and final testing to determine user satisfaction, WP2 (Lower body exoskeleton) to maintain elders’ mobility, WP3 ( Upper-body exoskeleton) to supplement their physical abilities of holding, grasping, pushing or pulling involved in performing light-duty jobs, WP4 ( System integration) to integrate all systems and test them in labs, WP5 (commercialization) to develop and test potential AXO-SUIT products in the targeted countries (Belgium, Denmark, and Sweden), Europe and Beyond, and to develop business plans and create opportunities for further products, WP6 (Project management) for overall work plan management and administration, finance, reporting, quality assurance, etc.
The project brings together 3 universities and 5 companies active and experienced in R&D of assistive devices to specify the full-body personal mobility, reaching, and grasping requirements of elderly persons allowing them to continue managing their daily activities related to voluntary occupation (maintaining gardens or carrying groceries of more needy people) , as well as participating in local social activities while preserving their health and providing motivation to remain active and independent. Basic products comprising upper-, lower- and full-body assistive exoskeletons will be designed, developed, and validated.
Expected results and impact:
The AXO-SUIT integrates recent advances in assistive technology to study and design exoskeletons and to meet the challenges in helping elderly workers. The results will include novel exoskeletons consisting of modules to allow integration to realise prototype upper-, lower- and full-body assistive suits. They will comprehensively supplement the strength of elderly persons with effective and affordable exoskeletons and improve directly their quality of life. The exoskeletons could also be extended to even older persons, weak or disabled adults, or elder employees as their needs are similar.
|Aalborg University||End user||Denmark||www.en.aau.dk|
|University of Gävle||End user||Sweden||www.hig.se|
|university of Limerick||R&D||Ireland||www.ul.ie/|
|Welldana A/S||End user||Denmark||www.welldana-innocare.dk|
|Bioservo Technologies AB||Business||Sweden||www.bioservo.se|
|MTD Precision Engineering Ltd||Business||Ireland||www.tooling.ie/|
|Hjälpmedelsteknik Sverige||End user||Sweden||www.hjalpmedelsteknik.se|
Coordinator: Aalborg University, Denmark
Duration: 36 Months
Starting Date: 01 October 2014
Total budget: € 2.788.762
Public contribution: € 1.641.470
Shaoping Bai, PhD, Associate Professor
Dept. of Mechanical and Manufacturing Engineering
Aalborg University, Denmark
Fibigerstraede 16, Rm 4.205, Aalborg 9220, Denmark
Email: firstname.lastname@example.org; Tel: +45-99409291