Open Access

Experimental Research of Paperboard Cutting in Die Cutting Press with the Screw–Nut Transmission of Drive Mechanism of a Movable Pressure Plate


Cite

1. Behen P. I., Radikhovskyi I. A., Mlynko O. I. (2020), Die-cutting Press wit Using a Lead Screw Transmission (Investigation of Pressure Plate Kinematic Parameters), Upakovka, 2020. № 1, 44–45 (in Ukrainian). Search in Google Scholar

2. Durand C., Bigot R., Baudouin C. (2018), Contribution to characterization of metal forming machines: application to screw presses, Procedia Manufacturing, Volume 15, 1024-1032.10.1016/j.promfg.2018.07.391 Search in Google Scholar

3. Emblem A., Emblem H. (2012), Packaging technology Fundamentals, Materials and Processes, Oxford: Woodhead Publishing.10.1533/9780857095701 Search in Google Scholar

4. Gorvat A. A., Molnar O. O., Minkovich V.V. (2019), Metodiobrobkieksperimentalnikhdanikh z vikoristannyam MS Excel. VidavnicztvoUzhNU «Goverla» (in Ukrainian). Search in Google Scholar

5. Happonen, A., Stepanov A., Piili H., Salminen A. (2015), Innovation Study for Laser Cutting of Complex Geometries with Paper Materials, Physics Procedia, № 78, 128–137.10.1016/j.phpro.2015.11.025 Search in Google Scholar

6. Hilal Muftah M., Mohamed Haris S., Petroczki K., AwadKhidir E. (2013) An Improved Strain Gauge-Based Dynamic Torque Measurement Method. International Journal of Circuits, Systems and Signal Processing, Issue 1, Volume 7, 66-73. Search in Google Scholar

7. Khvedchyn YU. Y., Zelenyi V. V. (2014) Analysis of The Mechanisms of Press in Die-cutting Automat, Scientific Papers, № 4 (49), 21-30 (in Ukrainian). Search in Google Scholar

8. Kirwan, M. J. (2013), Handbook of Paper and Paperboard Packaging Technology, Oxford: John Wiley & Sons.10.1002/9781118470930 Search in Google Scholar

9. Knysh, O., Rehei, I., Kandiak, N., Ternytskyi, S. (2019), Experimental Evaluation of the Tractive Effort of the Chain Conveyor during Book Block Spine Processing by Cylindrical Milling Cutter at Perfect Binding, Acta Mechanica et Automatica, vol. 13 no. 2, 101–106. Search in Google Scholar

10. Kuznetsov V. O., Kolomiets A. B., Dmitraschuk V. S. (2012), Parametric Researches of the Press Plate Drive in Die-cutting Automat, Upakovka, №6, 31-34 (in Ukrainian). Search in Google Scholar

11. Kuznetsov V. O., Rehei I. I., Vlakh V. V. (2017), Modification of a Drive Mechanism of a Press Plate in a Die-cutting, Press, Printing and Publishing, №1, 56–62 (in Ukrainian). Search in Google Scholar

12. Lin W., Zhou C., Huang W. (2015), Optimum design for mechanical Structures and material Properties of the dual-elbow-bar mechanism, Hindawi Advances in Materials Science and Engineering.10.1155/2015/724171 Search in Google Scholar

13. Liu Y., Wang J., Cheng H., Sun Y. (2015), Kinematics Analysis of the Roller Screw Based on the Accuracy of Meshing Point Calculation, Mathematical Problems in Engineering, vol. 2015. Search in Google Scholar

14. Pinćjer I., Miketić N., Tomić I., Adamović S. (2020). Exploring the Various Parameters of CO2 Laser in the Cutting of Paper. Paper presented at the 10th International Symposium on Graphic Engineeringand Design GRID 2020, Novi Sad, Serbia, November 12–14.10.24867/GRID-2020-p28 Search in Google Scholar

15. Rehei І.І., Knysh O. B., Behen P. I., Radikhovsky I. A., Mlynko O. I. (2020). Drive of The Pressure Plate of the Die-cutting Press on The Basis of Using the Screw Nut Transmission (Method of Evaluation of Consumption Power Components), Scientific Papers 1 (60), 98–107 (in Ukrainian).10.32403/1998-6912-2020-1-60-98-107 Search in Google Scholar

16. Rehei, І. (2011), Consumer Cardboard Packaging: Materials, Materials, Design, Manufacturing Equipment, Lviv: Ukrainian Academy of Printing (in Ukrainian). Search in Google Scholar

17. Schicher R., Wegener G. (2002). Measuring Torque Correctly, Hottinger Baldwin MesstechnikGmbh, Germany. Search in Google Scholar

18. Shakhbazov J., Cheterbukh O., Shyrokov V., Palamar O. (2020). The Drive Mechanism of a Pressure Plate of a Flat Die-cutting Press, Printing and Publishing, 1 (79),112–120(in Ukrainian).10.32403/0554-4866-2020-1-79-112-120 Search in Google Scholar

19. Vlakh V., Pasika V. (2016), Automated Synthesis of Mechanism of Press of Diecutting Machine, Technological Complexes, №1 (13), 57-63 (in Ukrainian). Search in Google Scholar

20. Zou C., Zhang H., Lu D., Zhang J., Zhao W. (2017), Effect of the screw–nut joint stiffness on the position-dependent dynamics of a vertical ball screw feed system without counterweight, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical EngineeringScience. 232. Search in Google Scholar