يناير 2019

Address: South Ural State University Main University Building 76, Prospect Lenina Tel.: + 7 351 267 92 73 E-mail: ardashevdv@susu.ru Head of the Project Dmitrii Ardashev Ph.D., Associate Professor Department of Automation Engineering About The project aims to develop energy-efficient technology of applying a hard chromium coating on rotating parts. This method lowers energy consumption of moving parts and machinery, reduces the need to replace parts frequently, leading to reduced waste and improved efficiency. Closed-loop chromium plating allows to reduce exposure and minimise environmental pollution. The project enables to bring substantial benefit to metallurgical and mechanical engineering industries in Russia. The project’s originality is in the possibility of developing chromium plating of big-sized rotating cylindrical parts for various industries where there is a need for increasing the wear and corrosion resistance of machines, mechanisms, and devices (e.g. mechanical engineering, instrumentation engineering, heavy engineering). Project Results Development of the specialised lab facility for hard chromium plating of big-sized rotating parts (up to 320 mm in diameter and up to 4 000 mm in length). The developed technology and lab facility might be used by Ural Engineering Center for the application of a hard chromium coating on rolling mill rolls and hydraulic cylinders. The technology can be implemented in machine tool manufacturing industry within a short time and with minimum expenses as it does not require expensive equipment. Partners The project was financially supported by the Ministry of Education and Science of the Russian Federation (Federal Targeted Programme for Research and Development in Priority Areas of Development of the Russian Scientific and Technological Complex for 2014-2020)

Address: South Ural State University 60, Soni Krivoy Tel.: + 7 51 267 98 49 Head of the Project Vladimir Kodkin D.Sc. Senior Research Fellow at the Department of Physical Education and Well-Being, Institute of Sport, Tourism and Service Professor at the Department of Automated Electric Drive, Institute of Engineering and Technology It is widely believed that correct ECG measurements can be done when using traditional medical equipment only. However, the research conducted by Professor Kodkin has proved that the designed ECG measurement device allows continuous ECG recording without the attachment of conductive electrodes to the skin. ECG elements and intervals in several leads change significantly slower than the heart rate frequency; they are less affected by registration conditions, and they analyse a broad number of parameters. Results Design of the electronic circuit; Design and development of a prototype of non-contact cardiac event recorder; Non-contact ECG measurement has been conducted for over 100 people and its validity proven; The research project became the winner of the Open Challenge programme (by Moscow Agency of Innovations). As a result, the device is to be commercialised and introduced in public health services. At the same time, Professor Kodkin is working on patenting his invention. Registered patents in the Russian Federation: ECG Measurement Device for Continuous Recording/ V.L. Kodkin, A.S. Khafizova (Patent № 176791); ECG Measurement Device for Continuous Recording/ V.L. Kodkin, A.M. Dubel, V.V. Epishev, A.S. Smirnov, V.V. Erlikh, A.V. Keller, S.A. Dorokhov (Patent № 163596); Physiological Control Automated System/ V.L. Kodkin (Patent № 130851) Partners TD Rosava LLC Elbeko LLC