Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector

A shaping structure is element in most transformable reflectors to ensure the required accuracy of the reflective surface. An umbrella reflector shaping structure is a system of tensioned dimensionally stable cords in the open position. External factors influence the cords of the shaping structure,...

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Main Authors: A. V. Ivanov, K. A. Kushnir, V. O. Shevchugov, A. N. Klimov
Format: Article
Language:Russian
Published: Association «Technology Platform «National Information Satellite System» 2022-12-01
Series:Космические аппараты и технологии
Subjects:
Online Access:http://journal-niss.ru/en/archive_view.php?num=288
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author A. V. Ivanov
K. A. Kushnir
V. O. Shevchugov
A. N. Klimov
author_facet A. V. Ivanov
K. A. Kushnir
V. O. Shevchugov
A. N. Klimov
author_sort A. V. Ivanov
collection DOAJ
description A shaping structure is element in most transformable reflectors to ensure the required accuracy of the reflective surface. An umbrella reflector shaping structure is a system of tensioned dimensionally stable cords in the open position. External factors influence the cords of the shaping structure, which lead to a change in the length of the cords throughout the entire life cycle of the product. It is advisable to assess the stability of the geometric dimensions of the cords, from the point of view of labor intensity, on a piece of the shaping structure – the arch system. To conduct this kind of research, there is a need to develop special technological equipment. The article considers the requirements for technological equipment and testing. The authors propose an original design of technological equipment, which allows fixing the cords of the arch system with boundary conditions similar to a real reflector. The paper describes a 3D model of the technological equipment, on the basis of which a prototype was made. The prototype ensured the assembly of a separate arch system corresponding to the standard design in terms of size, configuration and cord tension. Tests were carried out to assess the measurement error of the arch system in the manufactured experimental model. The test results confirmed the possibility of using the developed technological equipment for component tests of the shaping structure.
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spelling doaj.art-c705b578c08341efb6cd2659e66859ee2022-12-22T02:57:16ZrusAssociation «Technology Platform «National Information Satellite System»Космические аппараты и технологии2618-79572022-12-016424625410.26732/j.st.2022.4.03Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflectorA. V. Ivanov0K. A. Kushnir1V. O. Shevchugov2A. N. Klimov3JSC «Academician M. F. Reshetnev» Information Satellite Systems»JSC «Academician M. F. Reshetnev» Information Satellite Systems»JSC «Academician M. F. Reshetnev» Information Satellite Systems»JSC «Academician M. F. Reshetnev» Information Satellite Systems»A shaping structure is element in most transformable reflectors to ensure the required accuracy of the reflective surface. An umbrella reflector shaping structure is a system of tensioned dimensionally stable cords in the open position. External factors influence the cords of the shaping structure, which lead to a change in the length of the cords throughout the entire life cycle of the product. It is advisable to assess the stability of the geometric dimensions of the cords, from the point of view of labor intensity, on a piece of the shaping structure – the arch system. To conduct this kind of research, there is a need to develop special technological equipment. The article considers the requirements for technological equipment and testing. The authors propose an original design of technological equipment, which allows fixing the cords of the arch system with boundary conditions similar to a real reflector. The paper describes a 3D model of the technological equipment, on the basis of which a prototype was made. The prototype ensured the assembly of a separate arch system corresponding to the standard design in terms of size, configuration and cord tension. Tests were carried out to assess the measurement error of the arch system in the manufactured experimental model. The test results confirmed the possibility of using the developed technological equipment for component tests of the shaping structure.http://journal-niss.ru/en/archive_view.php?num=288transformable reflectorumbrella reflectorshaping structuretechnological equipment
spellingShingle A. V. Ivanov
K. A. Kushnir
V. O. Shevchugov
A. N. Klimov
Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
Космические аппараты и технологии
transformable reflector
umbrella reflector
shaping structure
technological equipment
title Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
title_full Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
title_fullStr Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
title_full_unstemmed Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
title_short Development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
title_sort development of technological equipment for autonomous testing of the shaping structure of the umbrella reflector
topic transformable reflector
umbrella reflector
shaping structure
technological equipment
url http://journal-niss.ru/en/archive_view.php?num=288
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AT kakushnir developmentoftechnologicalequipmentforautonomoustestingoftheshapingstructureoftheumbrellareflector
AT voshevchugov developmentoftechnologicalequipmentforautonomoustestingoftheshapingstructureoftheumbrellareflector
AT anklimov developmentoftechnologicalequipmentforautonomoustestingoftheshapingstructureoftheumbrellareflector