Sorry but I think it is more important to deliver recovery on a two wheel bicycle rather than this compensation of tricycle and electric assist. Ask your patients what they want rather than using your tyranny of low expectations to dumb down the recovery goals.
Tricycle with an Electric Drive Mechanism for Post-stroke Rehabilitation
- Conference paper
- First Online:
Part of the Lecture Notes in Mechanical Engineering book series (LNME)
Abstract
The manual pedal tricycle is helpful in recovering the limb motor function for post-stroke patients. In certain conditions, they have to pedal the tricycle manually through hilly roads as hard as possible, whereas they still have muscle weakness and strongly discourage to do hard physical activities. Therefore, this research will be focused on developing the tricycle with an electric drive mechanism and finding the benefit for post-stroke mobility. Based on the ergonomics of the Indonesian body, an e-tricycle prototype is designed and manufactured in the delta concept. Assuming that the e-tricycle will be used on hilly or rough roads by 100 kg of rider’s weight, so it requires a 500 W of electric motor power and a 48 V-14Ah lithium battery. Furthermore, the e-tricycle tested strength and stability based on SNI 7519:2009 and braking based on SNI 4404:2008 and SNI 1049:2008. The resulting test showed that the e-tricycle can move and brake well on flat and hilly roads at 13° slope angle with 18.9 km/h maximum speed. The e-tricycle is stable at 10° slope angle. The effect of road terrain and speed from electric support setting is significant on cycling time, heart rate, VO2 max, and energy expenditure (P < 0.05). Cycling without electric support makes the leg muscles pedal harder when passing hilly roads. Therefore, the cyclists who are post-stroke patients are strongly recommended to use electric support so that the pedaling is lighter, the heart beats normally, and less energy expenditure. Thus, the second stroke attack does not relapse.
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