Ensuring of the clamping force in epicyclic traction drive by a new sun wheel design
DOI:
https://doi.org/10.32972/dms.2012.017Kulcsszavak:
axial clamping device, free-running clutch, helical torsion spring, epicyclic traction drive, split hollow cylinderAbsztrakt
The paper tries to introduce different designs of helical torsion springs to install them in epicyclic traction drives as basic elements. The goal of the authors is to show some clamping devices collecting ideas among the traction drives, at the areas of free-running clutches and conventional epicyclic traction drives. Helical torsion springs were developed, derived from a split hollow cylinder. A novel traction wheel design was obtained by merging the functions of rolling and clamping. In order to earn a good quality radial clamping force and load symmetry, and an economical design, some innovative technology were joined to the spring production.
Hivatkozások
B. A. Pronin–G.A. Revkov: Fokozat nélküli hajtások. Műszaki Könyvkiadó, Budapest, 1985, pp. 223–226, 367.
Z. Terplán– G. Nagy– I. Herczeg: Különleges tengelykapcsolók. Műszaki Könyvkiadó, Budapest, 1971. p. 680, 769.
N. I. Ceitlin–E. M. Cukerman: Volnovie peredatsi. Moscow, 1972. p. 95, 208.
A. Ettemeyer–O. Olbrich: Feinwerktechnische Konstruktion. Kapitel 13: Kupplungen; Fachhochschule München, Fachbereich 06 – Feinwerk- und Mikrotechnik, 2007, p. 14, 24.
G. M. Roach–L. L. Howell: Evaluation and comparison of alternative compliant overrunning clutch designs. Journal of Mechanical Design, 124:485, 2002. https://doi.org/10.1115/1.1480414
N. Bárány (Ed.): Finommechanikai kézikönyv. Műszaki Könyvkiadó, Budapest, 1974. p. 41, 588.
Y. Deyuan– G. Jingjing– Z. Xiaohong (1999): New Symmetrically Loading Epicyclic Traction Drive Reducer (in Chinese). Journal of Bejing University of Astronautics, 1999. Vol. 25 Issue 2 pp.229–231.
G. Németh– J. Péter– Á. Döbröczöni: Csavarrugó alkalmazásas dörzsbolygóműben. OGÉT XX. Nemzetközi Gépészeti találkozó, EMT, Kolozsvár, 2012. pp. 327–330.
