Delovni sistem za strukturiranje teksture na površini kabelskih ovojnic

Rutar, Tadej (author), Butala, Peter (mentor)

V nalogi je opisan razvoj delovnega sistema za strukturiranje površin. Naredili smo pregled strukturiranih površin, tehnologij strukturiranja in analizirali tehnologijo strukturiranja površin na laboratorijskem delovnem mestu. Na podlagi zahtev in specifikacij kupca smo zasnovali polavtomatski delovni sistem. Ker na delovni postaji precej dela opravi tudi operater, smo analizirali tudi ergonomska načela in jih upoštevali pri zasnovi naprave. Pri razvoju naprave smo upoštevali priporočila Metodike konstruiranja [1], izdelali funkcijsko strukturo in morfološko matriko ter več konceptov. Na podlagi kriterijev smo izbrali najustreznejšega in ga v programskem okolju Creo Parametric tudi skonstruirali. Delovni napravi smo dodali ustrezno elektronsko in pnevmatsko krmilje in ga umestili v delovni sistem. Kot možnost dograditve sistema smo podali ustrezno rešitev – dozirno napravo, s katero bi razbremenili operaterja stroja. Z dozirno napravo bi namreč avtomatsko vstavljali kable, kar je sicer najobsežnejša dejavnost operaterja stroja.

• Language: Slovenian
• Keywords: lasersko strukturiranje, ergonomska načela, teorija konstruiranja, mehansko obračanje orodja, sistem krmiljenja, dozirni sistem
• Work type: Master's thesis/paper
• Organization: FS - Faculty of Mechanical Engineering
• Year: 2018
• PID: 20.500.12556/RUL-105115
• Publication date in RUL: 26.10.2018

Secondary language

• Language: English
• Title: Work system for surface texture structuring on cable insulation envelopes

Abstract

The thesis describes the development of a work system for a surface structuring process. We have carried out an overview of the structured surfaces, the structuring technologies and we have analysed the surface structuring technology at the workplace laboratory. Based on the requirements and specifications of the customer, we have designed a semi-automatic work system. Since quite a considerable amount of work at the workstation is done by the operator, the ergonomic principles have also been analyzed and taken into account when designing the machine. During the development of the device we took the recommendations of Metodika konstruiranja [1] into account, we built a functional structure and morphological matrix together with several concepts. On the basis of the criteria, we selected the most appropriate concept and built it into a software called Creo Parametric. After having added appropriate electronic and pneumatic control to the workstation, it became part of the work system. As an option to upgrade the system, we have provided an appropriate solution - a dosing machine that replaces the work of the operator. Namely, the dosing machine would automatically insert the cables into the existing workstation, which has so far been the most extensive task of the operator of the machine.

• Keywords: laser structuring process, principles of ergonomics, design theory, mechanical tool turning, control system, dosing system