Multifunctional Electronic Equipment using Arduino

Medical & Electronic Equipment

Electronic Systems & Equipment

64/128 slice CT System SCENARIA*, released in 2012, realizes 0.35 s/rot scans not only for cardiac scanning but also for whole body scanning with a high-speed data sampling technique and CORE method (3D reconstruction algorithm) which enables high pitch scans. Furthermore, the image noise reduction technique applied by the iterative reconstruction technology was integrated as a standard functio...

Electronic Systems & Equipment

Th e aging of Japan’s population has led to rising rates of circulatory organ disease in recent years. In the circulatory disease market, use of three-dimensional (3D) transesophageal probes has been increasing year aft er year as a way of improving communication between surgeons and physicians before and aft er surgery. Th e fi rst such device from a Japanese supplier* designed to be used with...

Vibration-based Energy Harvesting Systems Characterization Using Automated Electronic Equipment

A measurement bench has been developed to fully automate the procedure for the characterization of a vibration-based energy scavenging system. The measurement system is capable of monitoring all important characteristics of a vibration harvesting system (input and output voltage, current, and other parameters, frequency and acceleration values, etc.). It is composed of a PC, typical digital mea...

Engineering Smart Windows Using Arduino

The Window, a common household feature has great potential to become an automated system implemented in homes across the globe. In this project we designed and constructed a prototype of a marketable Smart Window utilizing the Arduino microcontroller. This open-source platform allowed us to use a variety of sensors to evaluate internal and external conditions and adjust the settings of a room a...