atuВестник Алматинского технологического университетаThe Journal of Almaty Technological University2304-568X2710-0839АО "АТУ"atu-117Research ArticleТЕХНОЛОГИЯ ПИЩЕВОЙ И ПЕРЕРАБАТЫВАЮЩЕЙ ПРОМЫШЛЕННОСТИFOOD AND PROCESSING INDUSTRY TECHNOLOGYОПРЕДЕЛЕНИЕ ТЕХНОЛОГИЧЕСКОГО УСИЛИЯ ДЛЯ УДАРНОЙ ПЕРФОРАЦИИ И МАРКИРОВКИ ДЕТАЛЕЙ И ИЗДЕЛИЙTHE CALCULATION OF TECHNOLOGICAL EFFORT FOR IMPACT PERFORATION AND PARTS AND PRODUCTS MARKINGПолищукО. С.opolishchuk71@gmail.comХмельницкий национальный университет, Хмельницкий, УкраинаРоссия201819012021047177Copyright © Полищук О.С., 20212021Полищук О.С.Полищук О.С.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://atu.ejournal.kz/jour/article/view/117

Статья посвящена определению технологического усилия для ударной перфорации и маркировки деталей и изделий в машиностроении и легкой промышленности, разработке конструкции устройства с двухкоординатной системой, использующей ударный эффект. В работе получены аналитические выражения, связывающие технологическое усилие, свойс-тва материала, параметры инструмента и скорость выполнения операции. Результаты исследования могут быть использованы при проектировании устройства, а также при расчете технологического усилия, необходимого для выполнения указанных операций.

The article is devoted to the calculation of technological effort for impact perforation and parts and products marking in mechanical engineering and light industry, the development of devise with two-coordinate movement system. The analytical expressions that bind together the technological effort, properties of the material, instrument parameters and the implementation speed of the operation are obtained during this research. The results of the study can be used to design the device or calculate the technological effort, necessary for the implementation of mentioned operations.

device with two-coordinate movement systemstepper motorlinear electric motor (LEM)perforationmarkingtechnological effortReferencesPolishchuk О. The increasing of an effectti-veness of the use of the press-forging equipment in a light industry: The dissert.. Candidate of the Technical Sciences: 05.05.10. - К.: 2001. - 155 p.Polishchuk О. The increasing of an effectti-veness of the use of the press-forging equipment in a light industry: The dissert.. Candidate of the Technical Sciences: 05.05.10. - К.: 2001. - 155 p.Polishchuk О., Matushevskiy M., Musyal Ya., Kalachinskiy T. Classification of methods marking of parts and products in mechanical engineering and light industry. Modern technologies in mechanical engi-neering: Collection of scientific works. / Com. Skyba M.E., Oleskandrenko V.P. - Khmelnytskyi: KHNU, 2018. - P.174-180.Polishchuk О., Matushevskiy M., Musyal Ya., Kalachinskiy T. Classification of methods marking of parts and products in mechanical engineering and light industry. Modern technologies in mechanical engi-neering: Collection of scientific works. / Com. Skyba M.E., Oleskandrenko V.P. - Khmelnytskyi: KHNU, 2018. - P.174-180.Polishchuk O., Karmalita A. Press equip-ment with linear electric engines: existing designs, characteristics and fields of use. W: edited by Shalapko J. and Zhultovski B.: Interdisciplinary integ-ration of science in technology, education and econo-my. Polish Mechanical Engineers and Technicians Association, Bydgoszcz - Poland, 2013. - P.165-171.Polishchuk O., Karmalita A. Press equip-ment with linear electric engines: existing designs, characteristics and fields of use. W: edited by Shalapko J. and Zhultovski B.: Interdisciplinary integ-ration of science in technology, education and econo-my. Polish Mechanical Engineers and Technicians Association, Bydgoszcz - Poland, 2013. - P.165-171.Egorov A.A. Pulsed linear electromagnetic drive for marking and branding of parts and products: The dissert.. Candidate of the Technical Sciences: 05.09.03. - Saratov: 2007. - 180 р.Egorov A.A. Pulsed linear electromagnetic drive for marking and branding of parts and products: The dissert.. Candidate of the Technical Sciences: 05.09.03. - Saratov: 2007. - 180 р.

The authors declare that there are no conflicts of interest present.