1. Napoved obnašanja tkanin kot vhodna informacija za proces izdelave oblačilDaniela Zavec Pavlinič, Jelka Geršak, 2001, original scientific article Abstract: Paleta raznovrstnih tkanin, ki se vsak dan pojavljajo v procesu izdelave oblačilno industrijo velik izziv, saj se nenehno sooča s težavami, ki zadevajo raznovrstnost uporabljenih tkanin. Le-te se zaradi učinkujočih obremenitev med procesi izdelave različno obnašajo. Tako je za razumevanje in boljše informiranje o predelovalnih lastnostih tkanin za oblačilno industrijo nepogrešljivo poznavanje njihovih mehanskih in fizikalnih lastnosti. Za razumevanje povezanosti omenjenih dejavnikov je v prispevku predstavljena baza znanja za napovedovanje obnašanja tkanin med procesi izdelave oblačil kot pomembna inženirska informacija tako za oblačilno industrijo, ki želi izdelovati visokokakovostna oblačila hitro in poceni, kot tudi za tekstilno industrijo, ki bo morala pristopiti k inženirskemu načrtovanju želenih lastnosti tkanin. Oblikovana baza znanja, zasnovana na realno dobljenih podatkih obsežne raziskave in študije obnašanja tkanin med procesi izdelave v neposredni proizvodnji, je izhodišče za inženirsko načrtovanje procesov izdelave oblačil.
Keywords: konfekcija, izdelava oblačil, tkanine, mehanske lastnosti, fizikalne lastnosti, napoved obnašanja, baza znanja
Published in DKUM: 31.08.2017; Views: 1279; Downloads: 181
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2. Initial study of immersion thermal manikin development and its manufacture from solid blocksIvo Pahole, Bogdan Valentan, Daniela Zavec Pavlinič, Mirko Ficko, Jože Balič, 2015, original scientific article Abstract: Article presents the development and manufacture of a new generation of thermal manikins that can be used for testing different personal protective equipment as used under extreme environmental conditions. The demonstrated steps from the initial idea towards the final product were taken with the help of modern CAD/CAM tools and CNC manufacturing procedures. This article also presents some of the problems that occurred and had to be solved during the designing, manufacturing and assembly of the thermal manikin.
Keywords:
Keywords: extreme environment, personal protective equipment, safety, thermal manikin
Published in DKUM: 12.07.2017; Views: 1422; Downloads: 363
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3. Razvoj numeričnih in fizikalnih modelov za virtualno vrednotenje osebne zaščitne opreme : CFD simulacije manikinaSrečko Krenker, Timi Gomboc, Jernej Kirbiš, Katarina Žagar, Matej Zadravec, Daniela Zavec Pavlinič, 2015, final research report Keywords: zaščitna oprema, preizkušanje, manikin, numerični model, raziskovalni projekti
Published in DKUM: 04.11.2015; Views: 1792; Downloads: 114
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4. Proučevanje ognjevarnih tekstilij za zaščito in simulacija odzivov telesa z numeričnim modelom : končno poročilo o izvedenih projektnih aktivnostihDarinka Fakin, Mirko Ficko, Daniela Zavec Pavlinič, 2014, final research report Abstract:
Keywords: tekstilna tehnologija, tehnične tekstilije, ognjevarne tekstilije, ognjevarna apretura, zaščitna oblačila, numerična simulacija, numerični model za simulacijo termoregulacijskih odzivov, raziskovalni projekti
Published in DKUM: 10.11.2014; Views: 1854; Downloads: 129
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5. Investigations of the structure and process parameters of sewing operationDaniela Zavec Pavlinič, Zvonko Dragčević, Dubravko Rogale, Jelka Geršak, 1999, original scientific article Abstract: An original measuring equipment and a system for investigating process parameters of the sewing operation structure and for establishing optimal working methods and real working conditions of the man-machine system in garment sewing are presented. The measuring equipment consists of a process parameter measuring and data storing system and a bi-plane video recording system. The measuring and data storage system is equipped with four sensors which measure the rotation speed of the main shaft, the movements of arms in the picking-up and laying-off zones, and the movements of the pedal regulator used to control the sewing dynamics. The bi-plane video recording system is used to record simultaneously the working movements (working methods) performed at the discussed workplace. From the process parameter measurements graphs for the technological operation structure are obtained, including the duration of individual suboperations and changes occuring due to pedal regulator movements. The bi-plane video recording system investigates the working method employed, the basic movements and and the optimal logical sets of movements, as well as the cyclograms of the movements used to define space and time values. The results obtained are compared with the MTM results, and the differences between them are presented.
Keywords: textile industry, garment engineering, sewing operation structure, process parameters, bi-plane video recording, workplace design
Published in DKUM: 01.06.2012; Views: 2312; Downloads: 53
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6. Workloads and standard time norms in garment engineeringZvonko Dragičević, Daniela Zavec Pavlinič, Jelka Geršak, 2002, original scientific article Abstract: Posibilities of new methods for measuring loading and standard time norms are presented, as applied in the field of garment engineering. Measurements deescribed are performed on modern measuring equipment designed to measure and perform computer analysis of temporal values of processing parameters in sewing operation and simultaneously record in two planes using a video system. The measuring system described was used to investigate sewing operation for the seam on a ladies' fashion suit, 52 cm long. For the operation investigated, method of work employing the MTM (Methods Time Measurements) system with analysis of basic movements was selected. The MTM system used shows that normal time for the operation in question is around 429.3 TMU (15.5 s). Investigations of workload imposed on the worker according to the OADM method were done simultaneously, and total ergonomic loading coefficients of Ker=0.082 was established, thus determining the time necessary to organise the process of work as 464.5 TMU (16.7 s). Simultaneous measurements of time and dynamic changes of processing parameters, as well as logical sets of movements, are important for defining favourable operation structures, time norms ergonomically designed systems of work and workplaces in garment engineering, as early as in the phase of designing operation. The investigations described make possible to find optimal distribution of working elements and zones of reach important for ergonomic designing and/or re-designing of workplaces, which results in considerably reduced level of fatigue in work optimal quality level, higher degree of utilisation of equipment installed and lower manufacturing costs.
Keywords: garment engineering, sewing, standard time norms, norms, time study, work study, MTM, motion timestudy measurement
Published in DKUM: 01.06.2012; Views: 2050; Downloads: 58
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