20.500.12556/RUL-142780 Razvoj testne naprave za izvedbo trajnostnega testa elementov potisnih sistemov Test station development for a fatigue test of push system elements V današnjem času se zahteve trga vedno bolj povečujejo. Narekuje se večjo kakovost, vzdržljivost, kompleksnost in raznolikost izdelkov. Posledica tega so tudi vedno večje zahteve po zagotavljanju danih norm, in sicer tudi s strani proizvajalcev izdelkov. Glede na omenjene zahteve je podjetje, če želi ugoditi zahtevam trga, primorano zagotavljati čim večjo kakovost proizvodnih procesov, sistemov nadzora, testnih naprav itd., ki pomagajo pri ugotavljanju skladnosti izdelkov s proizvajalno specifikacijo. Na začetku praktičnega dela magistrske naloge je zajet opis razvoja testne naprave, ki bo služila za izvajanje trajnostnega testa potisnih sistemov podjetja Titus d. o. o. Opisani so vsi koraki snovanja naprave – od ideje in koncipiranja do zasnove. V naslednjem poglavju sta opisana priklop in zagon naprave. Sledi opis metodologije raziskave, kjer je predstavljen izdelek, ki bo testiran, možne poškodbe in napake izdelka, opis izvajanja predpisanih testov za zagotavljanje skladnosti izdelka s proizvajalno specifikacijo, izdelava poročila izvedbe testov in opis izvajanja merjenja sile izdelka. Sledi poglavje Rezultati in diskusija, v katerem so prikazani in komentirani vsi zajeti rezultati, pridobljeni pri izvajanju testov, preračunov ter meritev. Growing market demands require greater quality, durability, complexity as well as variety of products. As a consequence, compliance with increasing requirements should be ensured also by producers. If a company wants to meet the market demands, it needs to provide the highest possible quality of production processes, control systems, test stations, etc., which help in determining the conformity of products with the manufacturing specification. The practical part of this thesis starts with a description of the testing station that will be used to implement fatigue tests of push system elements within Titus d. o. o. company. The designing process of the device is described, namely from the idea and conception to the design. The next chapter presents how to connect and start up the device. It is followed by a research methodology which includes the presentation of the product to be tested, possible damage and defects of the product, a description how to perform prescribed tests to ensure product compliance with the manufacturer’s specification, the test performance report and the description of the product’s force measurement. Testing results, calculations and measurements are presented and discussed in the last chapter - Results and discussion. testiranje trajnostni preizkus razvoj naprave koncipiranje zasnova testna naprava potisni sistem merjenje testing fatigue test conception device development design test station push system measuring true false false [E. Rihter] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2022-11-25 08:30:34 2022-11-25 08:30:41 2023-10-18 13:19:17 0000-00-00 00:00:00 2022 0 Ljubljana 0 XXVI, 85 str. 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 510.86:004.942:519.876.5(043.2) 248646 139512323 22542.pdf 22542.pdf 1 3F1E247A1F85BDC1B0E98E4E3A641C3D 66a68f28632b3212b08ea913dc525485242442bee877e62d67ab527037c979bb ef0e466a-6c92-11ed-9c94-00155dcfd717 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=164256 Fakulteta za strojništvo 0 0 0