Devising and introducing a procedure for measuring a dynamic stabilization error in weapon stabilizers

Безвесільна, Олена Миколаївна; Петренко, О.В.; Halytskyi, Viacheslav; Ilchenko, Mukola

doi:10.15587/1729-4061.2020.196086

Cited by 3 publications

(2 citation statements)

References 3 publications

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“…Аналіз приладового складу, структури та динамічних параметрів блоків відомих автоматизованих приладових цифрових комплексів стабілізації [1][2][3][4][5] показав, що для підвищення точності стабілізації та швидкодії резервів немає. Тому вимоги до точності засобів та методів вимірювання визначених вище механічних величин стабілізаторів стали значно вищими.…”

Section: вступunclassified

Classification of Automated Stabilization Instrument Complexes

Безвесільна¹,

Ільченко²,

KOTLIAR³

2021

Herald KhmNU

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The article is devoted to automated instrument stabilization systems. The authors systematized and presented the classification of modern stabilizers. High-precision automated instrument stabilization systems are used in light armoured vehicles, performing the functions of search acceleration, determining the coordinates of moving objects in extreme conditions; observation of ground, air and surface targets. Also promising is the use of automated instrumentation stabilization systems in aviation gravimetry for the exhibition of the axes of sensitivity of navigation sensing elements (gravimeters). A characteristic feature of the development of modern technology is the improvement of technical characteristics of all instrumentation systems that are part of the product management system, including stabilizers. This process is due to the transition to a digital element base, the use of new information sensors, new optoelectronic surveillance devices and the development of new circuit design solutions, which, in turn, increases the speed of equipment and its manoeuvrability due to greater automation. The article reveals the principle of classification of stabilizers: by object of stabilization, by number of stabilization planes, by type of measured coordinate, by gyroscope function, by type of actuator, by type of regulation, by type of circuit design. The functioning of the digital instrumental system for measuring mechanical parameters and stabilization by means of functional and structural diagrams of the channel of the automated instrumental stabilization complex is shown. The above is a new, more detailed classification of automated instrumentation stabilization systems, which systematizes the principles of construction of modern stabilizers.

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Section: вступunclassified

Classification of Automated Stabilization Instrument Complexes

Безвесільна¹,

Ільченко²,

KOTLIAR³

2021

Herald KhmNU

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“…У роботах [5][6][7][8] описано нову систему стабілізації озброєння легкої броньованої техніки, яка є українського виробництва.…”

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Математична Модель П’єзоелектричного Чутливого Елемента Стабілізатора Озброєння

Ткачук

2023

НТС

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Ключові слова: чутливий елемент, стабілізатор, математична модель, стабілізація, п'єзоелектричні матеріали, п'єзоелемент.Tkachuk Andriі Hennadiyovych Candidate of technical sciences, associate professor, Head of the department of robotics, power engineering and automation named after Prof. B.B. Samotokin,

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Mathematical Models of Main Units and Units of Automated Stabilization Instrument Complex

Безвесільна¹,

Samoylov²,

Ilchenko³

2021

Èlektron. model.

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This work presents the developed mathematical models of the main components and units that are part of the stabilizer: control panel, gyrotachometer GT46, position sensor, control unit, etc. Mathematical models of the armament unit and turret with gearbox and motor are obtained. A mathematical model of analog and digital control path of the horizontal guidance channel is obtained; vertical guidance channel; results of mathematical modeling of control modes: for vertical channel, for horizontal channel. Mathematical models have been developed, which are used in modeling the stabilizer control modes, as well as in the study of changes in the circuit-technical solution of the weapon stabilizer in order to increase its accuracy. The reliability of the obtained results was confirmed by the results of experimental testing.

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Devising and introducing a procedure for measuring a dynamic stabilization error in weapon stabilizers

Cited by 3 publications

References 3 publications

Classification of Automated Stabilization Instrument Complexes

Classification of Automated Stabilization Instrument Complexes

Математична Модель П’єзоелектричного Чутливого Елемента Стабілізатора Озброєння

Mathematical Models of Main Units and Units of Automated Stabilization Instrument Complex

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