Abstract
This article presents the results of work on a mobile device for conducting operational monitoring of the technical condition of water supply structures, designed to determine various parameters of defects and damages, as well as calculate the projected remaining life of their elements. The modern development of mobile devices, network computer technologies, cellular communication and mathematical methods opens up new prospects in the automation of operational monitoring of water supply structures. The technical part of the mobile device for conducting operational monitoring includes various technical schemes of frames for each water supply structure separately. It can be used for conducting operational monitoring of the technical condition and determining the remaining life of the protective coating of water supply channels and soils under them, identifying dangerous defects and damages, as well as evaluating and predicting its technical condition and further suitability for operation. The technical result achieved by this mobile device is to identify the influence of defects and damages, both of the protective coating itself and the condition of the soil located under it, on the formation of decompressions and subsidence at an early stage of their formation. The mobile device is developed using the Data Mining database management system and Microsoft Access. The use of a mobile device makes it possible to improve the quality of operational monitoring of water supply channels due to the fact that the survey is carried out over the entire cross-section of the water supply channel for defects, damages, decompression and subsidence of the soil under the structure by non-destructive testing methods. And the presence of a vehicle that transports the complex allows you to speed up significantly the survey of water supply channels.
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