Developers: | Shvabe, Refinery, Novosibirsk instrument-making plant |
Branches: | Construction and industry of construction materials |
Technology: | Internet of Things of Internet of Things (IoT) |
2020: Announcement of a system
On August 27, 2020 it became known of creation in Russia of the IoT-system warning about dangerous deformation of bridges, tunnels and platforms. The technology was developed by the Schwabe holding entering into Rostec.
A system includes sensors which are installed on construction (it can also be high rise buildings, dams, etc.), define mechanical and thermal aberrations and in the mode of real transfer indications to operating organizations.
Sensors analyze parameters of the luminous flux passing through optical fiber, defining temperature changes and existence of deformation. A system also includes the optical block of the analyzer and the personal computer for processing of measuring information. The solution reveals defects and also allows to measure continuously temperatures on all extent of an object up to 50 km long.
Problem of a system — in real time to monitor a status of objects and to react quickly to any deviations. It will give to operators the chance to timely carry out scheduled and repair works, without allowing critical situations — the chief executive of Rostec Oleg Yevtushenko whose words are cited on the website of state corporation reported. |
According to him, the new technology is focused on use on objects of the Russian Railway, Rosavtodor, the oil and gas companies. Serial release of a system it is going to start by November, 2022. Cost depends on specific objects – their extents, the areas, difficulties of constructions, etc., Yevtushenko noted.
The Novosibirsk instrument-making plant entering into Schwabe holding will be engaged in production of a system.
Sensors analyze parameters of the luminous flux passing through optical fiber, defining temperature changes and existence of deformation. A system also includes the optical block of the analyzer and the personal computer for processing of measuring information.[1]