Přehled o publikaci
2023
Use of Unit Load AGVs for Fully Automated Part Handling in the Welding Shop
ZÁRUBA, Jiří and Radim LENORTBasic information
Original name
Use of Unit Load AGVs for Fully Automated Part Handling in the Welding Shop
Authors
ZÁRUBA, Jiří and Radim LENORT
Edition
Ostrava, METAL 2023: 32nd International Conference on Metallurgy and Materials, p. 680-684, 5 pp. 2023
Publisher
TANGER
Other information
Language
English
Type of outcome
Proceedings paper
Field of Study
50200 5.2 Economics and Business
Country of publisher
Czech Republic
Confidentiality degree
is not subject to a state or trade secret
Publication form
electronic version available online
References:
Marked to be transferred to RIV
No
Organization
Škoda Auto Vysoká Škola z.ú. – Repository
ISBN
978-80-88365-12-9
Keywords in English
case study; MDCM methods; welding shop; automotive industry; unit load AGV
Tags
International impact, Reviewed
Changed: 15/9/2024 00:30, Barbora Dobrá
Abstract
In the original language
The paper presents the possibilities of using unit load AGVs for handling parts in a welding shop. One of the key success factors of this technology implementation is the full automation of handling operations in front of welding lines and workplaces. Pallets with parts usually have a rectangular floor plan. Due to the high passability of the isles, it is advisable to transport these pallets to the welding lines with a narrower dimension (in width). This is done today with the help of forklift or tugger trains. Before the welding lines, however, the pallets are oriented lengthwise. This results in the necessity of turning them, which is carried out using forklifts. The effective deployment of unit load AGVs requires the replacement of forklifts and tugger trains. In that case, however, it is necessary to find such a solution, during which the pallet will be rotated in front of the welding line fully automatically. The aim of the paper is to propose and evaluate such solutions. For this purpose, a case study from the welding shop of a passenger car manufacturer and multi-criteria decision-making methods are used. A total of five possible solutions are evaluated. Each solution is analyzed in detail and evaluated from the point of view of seven criteria.