Artificial intelligence

Scientific journal

ISSN 2710-1673

ONLINE: ISSN 2710-1681

Select your language


Concept of reconfiguated production on the base of mobile intelligent technology machines

Kovalevskii S.1, Kovalevska O.1
1 Donbas State Engineering Academy

Full text (PDF)

UDC: 621.913
Publication Language: Ukrainian
Stuc. intelekt. 2017; 22(1):86-93

Abstract: An approach is suggested in which the formation of the composition and volume of the main and auxiliary equipment in the mechanical assembly production is determined not by the established traditions and the possibilities for its renewal, but by the nomenclature of products, which at the moment is topical and most in demand. This approach allows you to adapt the production capabilities to produce different products. The features of machine tools on the basis of mechanisms with kinematics of parallel structure allow predicting the evolution of the mechanical assembly production in the direction of further increasing the flexibility of production by reconfiguring the machining sites by equipping them with intelligent machine tools from normalized elements with a wide-range size series.

Keywords: machines - work, parallel kinematics, reconstructed production.

References:

  1. Vejko V.P., Smirnov V.N., Chirkov A.M., Shahno E.A. Lazernaja ochistka v mashinostroenii i priborostroenii[Laser cleaning in mechanical engineering and instrument making].  SPb: NIU ITMO, 2013.  103 s.
  2. Kovalevs'kyy S.V., Kovalevs'ka O.S., Korzhov Ye.O., Koshevoy A.O. Diahnostyka tekhnolohichnykhsystem i vyrobiv mashynobuduvannya (z vykorystannyam neyromerezhevoho pidkhodu) : monohrafiya[Diagnostics of technological systems and products of mechanical engineering (using neural networkapproach): monograph] / Kramators'k : DDMA, 2016. – 186 s.
  3. Kyrychenko A.M. Provedennya do zony obrobky zhorstkosti ta podatlyvosti obladnannya zmekhanizmamy paralel'noyi struktury [Conducting to the zone of processing rigidity and compliance ofequipment with mechanisms of parallel structure] / A.M. Kyrychenko // Visnyk Natsional'nohotekhnichnoho universytetu Ukrayini „Kyyivs'kyy politekhnichnyy instytut”. Seriya„Mashynobuduvannya”. – 2010. – #59. – S. 205-210.
  4. Kryzhanivs'kyy V.A., Kuznyetsov Yu.M., Valyavs'kyy I.A., Sklyarov R.A. Tekhnolohichneobladnannya z paralel'noyu kinematykoyu: Navchal'nyy posibnyk dlya VNZ. Pid red. Yu.M.Kuznyetsova. [Technological Equipment with Parallel Kinematics: A Manual for Higher EducationalEstablishments] – Kirovohrad, 2004. – 449 s.
  5. Smirnov V.A. Kinetostaticheskoe modelirovanie jenergojeffektivnogo upravlenija oborudovaniem s parallel'nojkinematikoj [Kinetostatic modeling of energy-efficient equipment control with parallel kinematics] / V.ASmirnov // Vestnik JuUrGU. Serija «Mashinostroenie».  2010.  Vyp. 16.  № 29.  S. 65-70.
  6. Smirnov V.A. Povyshenie proizvoditel'nosti obrabotki na oborudovanii s parallel'noj kinematikoj[Improving processing performance on equipment with parallel kinematics] / V.A Smirnov // VestnikJuUrGU. Serija «Mashinostroenie». - 2010. - Vyp. 15. - № 10 (186). - S. 72-76.
  7. Strutyns'kyy V.B. Teoretychniy analiz zhorstkosti shestykoordynatnoho mekhanizmu paralel'noyistruktury [Theoretical analysis of the stiffness of the six-coordinate mechanism of a parallel structure] /V.B. Strutyns'kyy A.M. Kyrychenko // Visnyk Natsional'noho tekhnichnoho universytetu Ukrayini„Kyyivs'kyy politekh-nichnyy instytut”. Seriya „Mashynobuduvannya”. – 2009. – # 57. – S. 198-207.
  8. Koren Y., Heisel U., Jovane F., Moriwaki T., Pritschow G., Ulsoy G., Van Brussel, H., 1999,Reconfigurable Manufacturing Systems, A Keynote Paper, Annals of the CIRP, 48/2:527-540.
  9. Junin I.Ju. Perekomponuemye proizvodstvennye sistemy re konfiguriruemo go proizvodstva [Reassembledproduction systems for configurable production]/ I.Ju. Junin, L.N. Feofanov// Tehnologijamashinostroenija,-M., 2008.-12.- S. 53-62.
  10. Korol'kova M.M. Rekonfihurovani proyzvodstvennыe system [Reconfigured production systems] /MM. Korol'kova, OA. Dashchenko// Tekhnolohyya mashynostroenyya.- M., 2009.- 1.- S.56-62.
  11. Chen L., Xi F., Macwan A., 2005. - “Optimal Module Selection for Preliminary Design of ReconfigurableMachine Tools,” Journal of Manufacturing Science and Engineering, 127(1): 104-115.
  12. Vassilvitskii S., Kubica J., Rieffel E., Yim M.H., Suh J.W.- 2002. “On the General ReconfigurationProblem for Expanding Cube Style Modular Robots,” IEEE International Conference on Robotics andAutomation, Washington, D. C., 801-808.
  13. Hoda A., Maraghy E., Changeable and Reconfigurable Manufacturing Systems, Springer Series inAdvanced Manufacturing, 2009, 403 р.
  14. Koren Y. The Global Manufacturing Revolution: Product-Process-Business Integration andReconfigurable Systems, Copyright, 2010, 422 р.
  15. Dashchenko A.I. Reconfigurable Manufacturing Systems and Transformable Factories, Springer Seriesin Advanced Manufacturing, 2009, 757 р.

View full text (PDF)