01 October 2020

Ours are cooler!

Is it possible to get ahead of the innovative potential of the global brands Apple, Samsung, Hexsokin?

MPU Press Service

Engineers of the Moscow Polytechnic University have developed a "Hardware and software complex for monitoring vital signs" and received a patent for their development. The complex will allow monitoring vital signs of a person, as well as improving the quality of their measurements using wearable (non-invasive) sensors. This, in turn, will lead to effective and early detection of pathologies in human health and reduce the risks of sudden death.

The work of our talented engineers has surpassed, among other things, the steadily developing Apple iWatch line, the Simband wearable health monitoring device announced by Samsung, and the Hexsokin Astroskin technical solution used by NASA.

The hardware and software complex for monitoring vital signs is a T-shirt fixed on the chest with a strong component in the solar plexus area and straps on the shoulders and on the sensor attachment line under the chest. The T-shirt is made of elastic fabric material with a flexible polymer wiring system for wiring power from a central data aggregator. The aggregator contains a subsystem for hot-swapping batteries and a wireless communication and charging controller for connecting micro-powerful sensors, on which a battery and a low-charge warning system are installed as an additional charge. The detachable connections of the controller data interfaces are made with the possibility of connecting high-current sensors. The sensor network of the complex, located according to the modular principle, includes a non-invasive body biochemical sensor of lactate and glucose content of the flow type based on bioelectrochemical analysis of sweat composition, a non-invasive body semiconductor sensor of skin temperature and humidity, a non-invasive body electrocardiograph for 4-6 leads, a multispectral sensor for measuring pulse oximetry parameters, a sensor for measuring the frequency and volume of respiration based on strain gauge data, a blood pressure sensor and a sensor system for measuring the motor activity of both the center of mass of the body and its individual parts, joints and limbs with the fixation of kinematic motion vectors in dynamics.

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