En
Register Log in
  1. Main
  2. Conference
  3. Pedagogy, Psychology, Society
  4. Digital technologies of training on flight simulat...

Digital technologies of training on flight simulators

Proceeding
International Research-to-practice conference «Pedagogy, Psychology, Society»
Creative commons logo
Published in:
International Research-to-practice conference «Pedagogy, Psychology, Society»
Authors:
Korganbai S. Sholanov 1 , Vladimir S. Eshpanov 2 , Zholdasbek S. Artykbaev 2 , Milena V. Sarsembai 3
Work direction:
Теория и методика профессионального образования
Pages:
156-160
Received: 3 November 2020

Rating:
Article accesses:
2023
Published in:
РИНЦ
1 Karagandinskii gosudarstvennyi tekhnicheskii universitet
2 Kazakhskii universitet tekhnologii i biznesa
3 Kidderminsterskoe uchebnoe zavedenie
For citation:

Abstract

The article provides an overview of air trainers with the STEWART platform. Disadvantages of platforms in solving the direct kinematics problem are revealed. In this regard, we consider the use and synthesis of the structure of the SHOLKOR multi-contour parallel manipulator as supports for air trainers. The manipulator is based on a topological model of two interconnected bodies. the Analysis of research on the synthesis of parallel robot architecture shows that the existing variety of robot architectures are a set of solutions to particular problems and do not have a system orientation. The main functionality of the SHOLKOR parallel manipulator is revealed. As a result, SHOLKOR allows you to purposefully control the movement of the upper platform. A STEWART platform cannot provide spatial positioning of a single point of the mobile platform and spherical movement of the platform.

References

  1. 1. Aviation simulators of modular architecture: monograph. / E.V. Lapshin, A.M. Danilov, I.A. Garkina [et al.]. – Penza: Information and Publishing Center of PSU, 2010. – 148 p.
  2. 2. Principles of creation of end-to-end controlled dynamic systems as applied to aircraft simulators / N.K. Yurkov, A.M. Danilov, E.V. Lapshin [et al.] // Information technologies in design and production. – 2009. – №2. – P. 53–55.
  3. 3. Yurkov N.K. State and prospects of development of aviation simulator / N.K. Yurkov, E.V. Lapshin // Information technologies in education, science and production: collection of articles. tr. 2nd Intern. scientific-practical conf. (Serpukhov, June 30 – July 4, 2010). – Serpukhov, 2010. – S. 554–565.
  4. 4. Lysenko A.V. Analysis of the peculiarities of the use of modern active vibration protection systems for non-stationary RES / A.V. Lysenko, G.V. Tankov, D.A. Ryndin // Proceedings of the International Symposium Reliability and Quality, 2013. – T. 2. – P. 155–158.
  5. 5. Sholanov K. Platformrobot manipulator. WO / 2015/016692. 02/05/2015.
  6. 6. Sholanov K.S. Synthesis of the structure scheme and solution of the positioning problem for a parallel platform-type manipulator // Mechatronics, automation and control. – 2014. – №11. – С. 44–50.
  7. 7. Sholanov K.S. Combined earthquake protection system (variants). WO2015 / 099519A1, 02.07.2015

Comments(0)

When adding a comment stipulate:
  • the relevance of the published material;
  • general estimation (originality and relevance of the topic, completeness, depth, comprehensiveness of topic disclosure, consistency, coherence, evidence, structural ordering, nature and the accuracy of the examples, illustrative material, the credibility of the conclusions;
  • disadvantages, shortcomings;
  • questions and wishes to author.