“The future depends on what you do today.”
Gandhi
JPosture
Projects
Electronics
When Julian was about 4 we were doing some standing practice. He was standing and I was cross-legged on the floor holding his waist. Watching his posture very carefully, I noticed that even though it looked as if he was standing on both legs, he was actually bearing all his weight on the right leg. That's when I decided to learn electronics! Since then...Lots of creations.
Currently working on a VR device for him to improve his walking after sugery...sometime this year!
Here are several of the electronics devices I've made for him.
J-Shoes
These are weight-bearing shoes that analyse and verify that the correct weight distribution exists between both feet for proper standing posture. They communicate with each other via bluetooth and transmit all data to a smartphone Android app. The J-Shoes app can also be used to adjust the shoe settings on the fly.
Laser Gun
A standing platform that analyses Julian's weight distribution between both feet. If he stands correctly the platform wirelessly activates a laser gun which can be shot at the target. If his balance is incorrect, the laser gun is wirelessly deactivated. The gun also deactivates if it is turned from the target. The target has 15 sensors which randomly turn on or off as well as a digital score tally.
TipToe Tracker
A device that fits into Julian's sock. It analyses the angle of his calf. If the angle of his calf is not perpendicular to the ground for more than an accepted amount of time, the device vibrates to remind him to stand flat.
Marble Run
Because the laser gun was inappropriate for Julian's abilities the same standing platform that analyses Julian's weight distribution between both feet was used. But instead of a laser gun...the platform communicates with a marble run. When standing posture is good...marbles roll. When standing posture is bad, the marbles disappear down shoots!
Finger Trainer
A device to help Julian improve his fine motor finger coordination. A series a five pressure sensor pads, each attached to their respective strip of programmable LED lights. The more pressure that is applied...the more lights light up!
Splint Box
A device attached to Julian's splint that analyses the angle of his calf. If the angle of his calf is not perpendicular to the ground for more than an accepted amount of time, the device vibrates to remind him to stand flat.
Laser Balancing
A very simple laser pointer device attached to Julian's chest. On the wall are markings that he has to point to while standing with feet flat!!
