biky pants
our bike signals are finished. to see the pictures check out the bike tech blog. this project makes me really happy, and i have decided to go further with it. the first step is to add a front light to the system. also, rather than having a brake pressure sensitive brake light, it has occured to me, that we need to stick to just the traditional blinkin' brakelight.
t. igoe suggested that rather than having all these tangled up wires going all around the bike, to instead hack a pre-protocolled object. his suggestion, that either the ethernet or telephone cable contains multiple wires, and also has connectors on either end makes it a perfect candidate for a system that is easily removeable. since we are already using velcro as the attatchment system for the lights themselves, we are already working with detachability in mind, and this suggestion is the perfect addition. thanks t. for being so damn sustainable.
speaking of sustainability, why on earth are we using 9V batteries to power this system!?!?!?!?!?! why would we use disposable batteries on a bicycle, when the action of pedaling is the perfect motion for generating electricity!? AHAHAHAH, a dc motor when spun, outputs a healthy 12 volts, so why not use it? well i'll tell you, its because in order for the program to run on arduino, the board has to have constant power, otherwise it will restart and there will be a lag time everytime it starts, and it will just suck all together. ok, so we need a battery right? thank you s. eraslan, for that driveby on wearables when you suggested that a slightly repurposed cell phone battery can be implemented in a wearable curcuit. gee, i wear my bike, why not use the dc motor to keep the battery charged when in motion. i like it. i like it a lot.
t. igoe suggested that rather than having all these tangled up wires going all around the bike, to instead hack a pre-protocolled object. his suggestion, that either the ethernet or telephone cable contains multiple wires, and also has connectors on either end makes it a perfect candidate for a system that is easily removeable. since we are already using velcro as the attatchment system for the lights themselves, we are already working with detachability in mind, and this suggestion is the perfect addition. thanks t. for being so damn sustainable.
speaking of sustainability, why on earth are we using 9V batteries to power this system!?!?!?!?!?! why would we use disposable batteries on a bicycle, when the action of pedaling is the perfect motion for generating electricity!? AHAHAHAH, a dc motor when spun, outputs a healthy 12 volts, so why not use it? well i'll tell you, its because in order for the program to run on arduino, the board has to have constant power, otherwise it will restart and there will be a lag time everytime it starts, and it will just suck all together. ok, so we need a battery right? thank you s. eraslan, for that driveby on wearables when you suggested that a slightly repurposed cell phone battery can be implemented in a wearable curcuit. gee, i wear my bike, why not use the dc motor to keep the battery charged when in motion. i like it. i like it a lot.
