Idejna zasnova procesa skladiščenja sestavnih delov za montažne proizvodne linije I4.0

Turnšek, Jernej (author), Herakovič, Niko (mentor), Šimic, Marko (comentor)

V zaključni nalogi ja predstavljena idejna zasnova zalogovnika, ki temelji na smernicah Industrije 4.0. Glavna naloga zalogovnika je skladiščenje, razporejanje in strega sestavnih delov, podsestavov in izdelkov. V zalogovniku je možno imeti več različnih delov, ki so enoznačno popisani s sodobnimi tehnologijami kot je RFID. V prvem delu zaključne naloge je pregledana obstoječa literatura in koncepti zalogovnikov. V sklopu teoretičnih izhodišč smo podrobneje popisali možnosti urejanja in strege palet ter zaznavanje in sledenje paletam ali izdelkom. Pogledali smo tudi pogone za snovanje manipulatorske postaje znotraj zalogovnika. V nadaljevanju smo na podlagi teoretičnih izhodišč in idejnih zasnov zasnovali končni zalogovnik, ga ovrednotili s stališča zagotavljanja funkcionalnosti ter podrobneje popisali delovanje.

• Language: Slovenian
• Keywords: Industrija 4.0 skladiščenje strega materiala RFID koncipiranje
• Work type: Bachelor thesis/paper
• Organization: FS - Faculty of Mechanical Engineering
• Year: 2017
• PID: 20.500.12556/RUL-96403
• Publication date in RUL: 01.10.2017

Secondary language

• Language: English
• Title: Concept of the storage process for component in assembly production lines of I4.0

Abstract

Thesis presents the conceptual design of the warehouse, which is based on the guidelines of Industry 4.0. The main function of the warehouse is to store, distribute and handle the components, subassemblies and final products. It is possible to store several different parts, which are uniquely enumerated with modern technologies such as RFID. In the first part of the document, the existing literature and concepts of the warehouse are examined. Within the framework of theoretical background, the possibilities of different distribution and handling of the pallets are analysed in detail, as well as the perception and tracking of the pallets and products. We also looked at the drives for designing an appropriate manipulator used in the warehouse. Further on the final concept of the warehouse is designed, which is described in detail and evaluated in terms of providing the functionality.

• Keywords: Industry 4.0 storage handling of material RFID designing