Avtomatizacija montaže merilnega sistema števca električne energije

Porenta, Miriam (author), Šimic, Marko (mentor), Herakovič, Niko (comentor)

V obravnavanem delu je bila ključna naloga zasnovati avtomatizirani sistem za montažo gospodinjskega pametnega števca električne energije. Poleg analize trenutnega stanja in prepoznave problematičnih točk se je izvedla DFA analiza obstoječega montažnega procesa. Na tej osnovi in ob upoštevanju DFA in DFAA priporočil se je pripravilo predloge izboljšav tako sestavnih delov izdelka kot samega procesa. Razvitih je bilo več konceptov za izboljšanje sestavljanja kritičnih komponent, da bi omogočili avtomatizacijo procesa. Na podlagi kriterijev izbrani koncept je bil dodelan v podrobnosti, vključno z oblikovanjem pomožne montažne opreme, določitvijo osnovnih elementov montažnega sistema in nekaterih parametrov obratovanja. Spremembe se je časovno ovrednotilo s pomočjo simulacijskega orodja. Na koncu je bil podan stroškovni vidik predlaganih sprememb, ki izboljšajo sestavljanje, skrajšajo čas montaže in z vključitvijo robotizacije pocenijo proizvodni proces.

• Language: Slovenian
• Keywords: avtomatizacija montaže, robotizacija, merilni sistem, DFA analiza, DFA in DFAA priporočila, simulacija robotske celice
• Work type: Master's thesis/paper
• Typology: 2.09 - Master's Thesis
• Organization: FS - Faculty of Mechanical Engineering
• Place of publishing: Ljubljana
• Publisher: [M. Porenta]
• Year: 2020
• Number of pages: XXII, 82 str., [19] str. pril.
• PID: 20.500.12556/RUL-119629
• UDC: 658.515:681.5:621.317.78(043.2)
• COBISS.SI-ID: 28670979
• Publication date in RUL: 10.09.2020

Secondary language

• Language: English
• Title: Assembly Automation of the Measurement System for Electricity Meter

Abstract

In this thesis, the main challenge was to design an automated system for the assembly of residential smart electricity meters. In addition to the analysis of the current state and the identification of problematic issues, a DFA analysis of the current assembly process was carried out. Based on this and considering the DFA and DFAA recommendations, improvements were suggested for the components and the process itself. Several concepts for the process of assembly were developed in order to enable assembly automation. Following set criteria, an optimal concept was chosen and developed in detail including the basic elements of the assembly system, the design of the ancillary equipment and the determination of some key work parameters. Regarding the assembly time, we evaluated the changes using a simulation tool. In the end, a short economic analysis was done for the suggested improvements that enable better quality of assembly, shorten assembly time and, with the integration of robots, reduce the costs of the production process.

• Keywords: assembly automation, robotization, measurement system, DFA analysis, DFA and DFAA recommendations, robot cell simulation