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@article{147670,
        author = {BHAVESH  C . SEWATKAR and SARANG R . KHANDAL and DIPAK G. SHRIKHANDE and SABRINA  R. PEREIRA and AMRUTA MUNDALE and Sumit Sharma and Alhad ingole and Nilesh Sonare},
        title = {},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {5},
        number = {10},
        pages = {180-182},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=147670},
        abstract = {One of the basic problems of user on manual wheelchair is overcoming architectural barriers (kerbs, stairs etc.) on its way. Even though many research studies have been reported 
indifferent fields to increase the independence of wheelchair users, the question of overcoming obstacles by a wheelchair always remains as topic of discussion for many researchers. In our 
project a motor operated stair climbing wheelchair concept which can overcome the architectural barriers to a considerable extent has been developed. This project involves the design of an ergonomically designed battery powered wheel chair for multipurpose use. Stair climbing functionality is embedded in the design through its structure and mechanism. All the design parameters of wheelchair were based on the standard design of the stairs in India. Major part of the project focuses on the proposed design concept and concludes by discussing upon the physical working model developed for the proposed design solution.
},
        keywords = {Architectural barriers, motor operated, stair climbing},
        month = {},
        }