Projects

MINDWALKER EXOSKELETON

Staff members involved in MINDWALKER:

PhD students

Ir. Letian Wang

Goal

A lack of mobility often leads to limited participation in social life. The purpose of this STREP is to conceive a system empowering lower limbs disabled people with walking abilities that let them perform their usual daily activities in the most autonomous and natural manner.

The project addresses 3 main different fields of expertise:

  1. BCI technologies
  2. Virtual Reality
  3. Exoskeleton Mechatronics and Control

The project top level objective is to combine these expertises to develop an integrated MINDWALKER system. In addition the system shall undergo a clinical evaluation process.

UT’s role is to develop control algorithms for handling the orthosis and actuation and to support to mechatronics design by TU Delft.

Overview of the prototype of MINDWALKER

Description: D:\shiqianwang\Desktop\MINDWAlKER\Thesis_Conf_Pub\2013_Journal_Exo-design\pictures\MW_exo_only_combined.png
MINDWALKER exoskeleton

D:\shiqianwang\Desktop\MINDWAlKER\Thesis_Conf_Pub\2013_Journal_Exo-design\pictures\Alessandro_patient_test.png
A SCI patient wearing the MINDWALKER. Assisted by the MINDWLKER, the patient is able to stand and walk step by step with hand grabbing the bars.

IMG_1184
EEG (SSVEP) controlled MINDWALKER. The subject triggers each step by looking at left/right LEDs mounted on the glasses.


Modelling and virtual simulation. A training platform for MINDWALKER users. A testing and debug environment for MINDWALKER developers.

Project Partners

This European FP7 project involves partners from Iceland, the Netherlands, Germany, Belgium, and Italy.

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Media & publications

Conference Proceedings

Acknowledgements

FUNDING

The work was part of the MINDWALKER project funded under the Seventh Framework Programme of European Commission. The contact number is FP7-ICT-2009.7.2 #247959.