Device for Automated Leveling

Vsevolod, Burachek; Malik, Tetiana; Kryachok, Serhiy; Yaroslav, Bryk; Belenok, V. Yu.; Solstroy, Kyiv Llc

doi:10.32014/2018.2518-170x.13

Cited by 4 publications

(4 citation statements)

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“…The spatial position of point 11 is determined using GPS with the mean square error ±20 mm, the heights of all points are determined by high-precision leveling with an accuracy of ±1.5 mm (for georeference to WGS-84) (Burachek, Malik, Kryachok, Bryk, & Belenok, 2018).…”

Section: Calculanionmentioning

confidence: 99%

Structural Method for Determining Deformations by Geodetic Measurements

Gladilin

Belenok

Hebryn-Baidy

et al. 2019

Geodesy and Cartography

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Industrial equipment is a dynamic system that deforms during installation (assembly) and during operation. Under the influence of variable load and mixing of the center of gravity of the equipment and foundations on which it is installed, uneven horizontal and vertical displacements occur, therefore individual equipment elements are unevenly deformed, which can lead to poor performance or stoppage of this equipment. Timely measurement of the displacement of certain points of equipment (deformations) of precision equipment with the help of geodetic and other methods and their correct use for correcting the geometry of the equipment will contribute to improving the operational properties and increasing the period of uninterrupted operation of equipment’s, for example, precision conveyor lines for assembling cars.

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Section: Calculanionmentioning

confidence: 99%

Structural Method for Determining Deformations by Geodetic Measurements

Gladilin

Belenok

Hebryn-Baidy

et al. 2019

Geodesy and Cartography

Self Cite

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“…The publications analysis has shown, that bacause of complexity and vast variety of the flushing agrnts as to their intention, composition, physical and chemical properties, as well as high degree of their spontaneous changeability, the use of automatic density meters from other industries involves many arduous problrms. A conclusion was made, that the problem of automatic continuous measurement of the drilling mud density (as well as of a number of another quality parameters) can be most effectively solved by way af automatization of the traditional manual methods of measurements [17][18][19][20][21]. It will involve advantages as follows:…”

Section: The Problem Of Drilling Mud Parameters Continuous Monitoringmentioning

confidence: 99%

The Problem of Drilling Mud Parameters Continuous Monitoring and Its Solution at the Example of Automatic Measurement of Its Density

Biletskiy¹,

Нифонтов²,

Ratov³

et al. 2019

SERIES OF GEOLOGY AND TECHNICAL SCIENCES

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“…There is a mobile device for automated leveling of surfaces [12] figure 1, which will give the opportunity to obtain the value of the high point in the automatic mode of a given tape line with adjustable scanning.…”

mentioning

confidence: 99%

Robotic Complex for the Runway Leveling

Tereshchuk¹,

Kryachok²,

Belenok³

et al. 2021

News of NAN RK. SGTS

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There is a global trend towards an increase in the weight and dimensions of the aircraft fleet. At the same time, the load on aerodrome pavements increases, which contributes to their faster wear, changes in the pavement profile, and the appearance of defects that threaten flight safety. Therefore, constant monitoring of the condition of airfield pavements is carried out, in particular, the determination of its profile. A robotic complex has been developed for leveling the runway. The complex includes mobile leveling devices, mobile leveling rods, which are located on the runway during the performance of leveling, and a control device located at the central control station of technical systems of the airport. The control device contains the following blocks: control with a monitor; processing and storage of infor- mation; an intelligent subsystem with a set of logistics programs; geographic information system with GPS receiver; signal coding; reception and transmission of radio signals. Mobile levelers and mobile leveling rods are controlled from the central station and transmit coded information to the central station via radio communication channels. The mobile leveling rod is similar in design to a mobile leveling device due to the absence of a rangefinder measurement unit, a turning unit and the optoelectronic device itself. The movement of robotic mobile leveling devices and sighting targets with stops for measurements is carried out according to a pre-compiled program transmitted via coded radio communication channels. For the initial ones, the marks of the benchmarks are used, the horizontal plates of which are laid flush with the surface of the runway at its lateral ends, along which the steps of precise leveling are preliminarily laid. The proposed robotic complex allows to quickly determine the marks of the runway in automatic mode with an adjustable scanning step and build longitudinal and transverse surface profiles.

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Device for Automated Leveling

Cited by 4 publications

References 0 publications

Structural Method for Determining Deformations by Geodetic Measurements

Structural Method for Determining Deformations by Geodetic Measurements

The Problem of Drilling Mud Parameters Continuous Monitoring and Its Solution at the Example of Automatic Measurement of Its Density

Robotic Complex for the Runway Leveling

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