Equipment made with Arduino with Arduino

Arduino is a microcontroller, the biggest advantage is to have a rich interface, a simple programming environment and provide high degree of freedom and expandability. This is just a reliable open source device for the implementation of the product, and with the promotion of Arduino to all over the world, it is endless through its original product and DIYer. Medical auxiliary system ATLAS In Northeastern Northeastern University, a group has developed an Angle Tracking and Location At Home System (Atlas) system to help stroke patients perform rehabilitation treatment. Atlas mainly uses the Arduino MEGA module as a microcontroller for real-time monitoring of the activity status of palms. According to the demonstration of the R & D personnel of this equipment, ATLAS is very simple compared to the similar professional instrument, and the ATLAS is very simple. There is basically no professional technical requirements in the operation, and can also monitor and measure the wrist at home. Bending and stretching to help patients carry out rehabilitation. Motorcycle RAPTOR Raptor made by Nick Thatche, like a wheelmobile, like a traditional single wagon, Raptor also needs to solve the balance problem while driving, but here solving this problem is not a personal driving skill. RAPTOR uses the match of IMU Gyro and Arduino UNO, which makes it the ability to automatically handle balance issues. However, it should be noted that due to the limitations of hardware devices, the speed of the Raptor is more than 20 kilometers to make the balance system lose their role. Self-balance scooter Since only two wheels are supported by the scooter, the process of traveling needs to be stepped on. Therefore, unskilled "drivers" is easily standing in the "pedal". According to this situation, Scitechwa has created a scooter as a regulator through Arduino UNO. While the user "driving", the system automatically assists the user to keep the relative balance of standing positions. This system is functionally like a secondary ring on a bicycle, which does not make the performance of the scooter improve, but can make beginners faster and easier. Visual auxiliary eye mask When visual problems, some patients will not be able to accurately determine the location of the object, so there is no way to get something you want to take. A Chuangke named Gregory Mcroberts creates an eye mask for "assistive visual" with Arduino by ultrasonic sensors and infrared temperature sensors based on this issue. Through the LED tube equipped with this eye mask, the wearer can get the relevant temperature and distance prompt when observing the object. If you can't make the right "positioning" on the object you see because of your vision problems, then this "viewer" can help it.

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