We are working to design breathing controllable electronics on various electronic toys in order to create toys that guide users to do breathing exercises. Learn more about Breathing Toys here: https://www.breathinglabs.com/breathing-toys/ Electronic design is currentlly based on operationl amplifiers (amplification and comparation) but we are looking at arduino also (we have c# code ready, can port it to java). Currently we are controlling electric toys and electric muscle stimulation (TENS) machines, but we want to do some interaction with modern fitness machines, especially those that can change their weightload electronically (for example have a "difficulty" up/down buttons) in order to optimise working of human locomotory system under stress. Learn more here: https://www.breathinglabs.com/clinical-use/functional-rehabilitation/
We are working to design breathing controllable electronics on various electronic toys in order to create toys that guide users to do breathing exercises. Learn more about Breathing Toys here: https://www.breathinglabs.com/breathing-toys/ Electronic design is currentlly based on operationl amplifiers (amplification and comparation) but we are looking at arduino also (we have c# code ready, can port it to java). Currently we are controlling electric toys and electric muscle stimulation (TENS) machines, but we want to do some interaction with modern fitness machines, especially those that can change their weightload electronically (for example have a "difficulty" up/down buttons) in order to optimise working of human locomotory system under stress. Learn more here: https://www.breathinglabs.com/clinical-use/functional-rehabilitation/