Wyniki wyszukiwania - BazTech

Ograniczanie wyników

Znaleziono wyników: 2

Liczba wyników na stronie

Wyniki wyszukiwania

Wyszukiwano:
w słowach kluczowych: płyty meblowe

Sortuj według:

Ogranicz wyniki do:

Analiza FMEA procesu przetwarzania płyt meblowych w firmie BARTIX

Pacana A., Zieliński K., Bartkowicz G.

Logistyka

2015

nr 6

400--402, CD

Celem opracowania było ustalenie związków przyczynowo - skutkowych powstawania potencjalnych wad w procesie przetwarzania płyt meblowych w firmie BARTIX. Aby osiągnąć zamierzony cel postanowiono wykorzystać analizę FMEA. Przed jej zastosowaniem opracowano oryginalne, dedykowane do firmy meblarskiej BARTIX tabele doboru liczb priorytetowych, które pozwoliły umiejętnie tą analizę przeprowadzić. Wnioski z analizy mogą posłużyć również innym firmom z branży meblarskiej jako praktyczne wskazówki doskonalenia jakości procesów.

The aim of this paper was to determine cause and effect relations which might result in potential failures during processing of furniture boards in BARTIX company. FMEA was chosen as a method to achieve this aim. Before conducting it, for this particular case there was designed the original worksheet with severity rating scale, dedicated for BARTIX company. Conclusions of this analysis may be used by other enterprises in a furniture sector as a guidance to improve quality of the processes.

Strength properties of corner joints and extending joints on honeycomb boards

Joščák P., Krasula P., Vimpel' P.

Annals of Warsaw University of Life Sciences - SGGW. Forestry and Wood Technology

2014

No. 87

97--104

Strength properties of corner joints and extending joints on honeycomb boards. This article deals with strength characteristics of furniture joints, which are made of honeycomb boards. We were determining load carrying capacity, deformation and stiffness of three-types corner joints, which loaded stress and tension by moment in angular plane, and two-types extending joints in the plane of the board by static four-point bending load. For corner joints we used furniture fittings VB 36 HT 50, VB INSERT 50, TAB 20 HC and for extending joints that we used fittings AVB HT a QUICK. The results of experiments and calculations are compared with classical joints which are made of wood-based materials. Strength properties of joints which are made of honeycomb boards are lower than average values of classical joints. Furniture joints which used fittings AVB HT and QUICK reached above the average load carrying capacity on the load by stress and furniture joint TAB 20 HC on the load by tension.