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Afgangsprojekt (Håndteringsværktøj)

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  • Afgangsprojekt PT4 Efterr 2010 Hndteringsvrktj for HACO A/S Svar Gslason 1/5/2011

  • Afgangs Projekt 4. Semester Produktions Teknolog VIA University College

    1 | P a g e

    Titelblad

    Lrer og vejleder: Henrik Nielsen

    Undervisning sted: VIA University College Horsens Chr. M stergaards Vej 4 8700 Horsens

    Eksterne vejledere: Danny Mller Kvalitetschef [email protected] Phone: +45 76 82 94 08 Mobile: +45 20 12 32 70

    Projekt udarbejdet af:

    Produktions Teknolog 4. Semester Efterr 2010 2010 SG Design Kopiering fra denne rapport er forbudt

    mailto:[email protected]

  • Afgangs Projekt 4. Semester Produktions Teknolog VIA University College

    2 | P a g e

    Indholdsfortegnelse Titelblad ................................................................................................................................................... 1

    Afgangsprojekt PT-4 E10 VIA Horsens ..................................................................................................... 5

    Baggrundsbeskrivelse .............................................................................................................................. 5

    Forml...................................................................................................................................................... 6

    Metode ................................................................................................................................................ 6

    Tidspunkt ............................................................................................................................................. 6

    Varighed .............................................................................................................................................. 6

    Problemanalyse ....................................................................................................................................... 7

    Behovsanalyse ..................................................................................................................................... 7

    Analyse af omgivelser .......................................................................................................................... 7

    Valgt lsning ............................................................................................................................................ 8

    Problemformulering ................................................................................................................................ 8

    Grundspecifikation .................................................................................................................................. 9

    Min forventninger ................................................................................................................................. 10

    Afleveringsdato ..................................................................................................................................... 10

    Tegninger og nummersystem ................................................................................................................ 11

    Forklaring p struktur ........................................................................................................................ 11

    Tegningsnummer ........................................................................................................................... 11

    Gruppenummer ............................................................................................................................. 11

    Hovedsamlingstegningen .................................................................................................................. 11

    Eksempel af tegningsliste .................................................................................................................. 12

    Maskine-direktivet ................................................................................................................................ 13

    CE mrket ......................................................................................................................................... 13

    Historie CE-mrkning ........................................................................................................................ 14

    Direktivet og Standarder ................................................................................................................... 15

    Standarder ..................................................................................................................................... 15

    CE-mrkning proces ......................................................................................................................... 16

    Konstruktion af hndteringsvrktj ..................................................................................................... 17

    Ramme Beregning ................................................................................................................................. 18

    Ndvendige ramme dimensioner ...................................................................................................... 19

    Beregnings model: ramme ................................................................................................................ 20

    Beregning af reaktioner i rammen .................................................................................................... 20

    Moment beregninger: Ramme .......................................................................................................... 21

  • Afgangs Projekt 4. Semester Produktions Teknolog VIA University College

    3 | P a g e

    Moment i snit 1 og 2 ......................................................................................................................... 22

    N, Q og Moment kurve for rammen .................................................................................................. 23

    Bedre oversigt hvordan krfterne ligger .......................................................................................... 24

    Ramme Overslag S235 ........................................................................................................................... 25

    Ramme stress beregning ................................................................................................................... 26

    Ramme Overslag S355 ........................................................................................................................... 27

    Konklusion fra Ramme Overslag ........................................................................................................... 28

    Beregningsmodel Reaktioner ................................................................................................................ 29

    profil 100x50x3, 1000 mm, S355 ....................................................................................................... 29

    Krfterne delt op i komponenter ................................................................................................. 30

    Glideskinne ............................................................................................................................................ 31

    Boltevalg Glideskinne ........................................................................................................................ 33

    Hulrand beregning ......................................................................................................................... 34

    Overklip og friktion samling .......................................................................................................... 35

    Kontrol hvorhen hullerne skal vre i glideskinnerne og profilen ..................................................... 36

    Billeder af Glideskinnerne fastgr ved profil ......................................................................................... 37

    Konklusion Glideskinne ..................................................................................................................... 37

    Hulrand og overklip beregning for splitbolt mellem stre og lilleprofil ................................................ 38

    Beregnings model .............................................................................................................................. 39

    Beslag p profil for klemmesamling ...................................................................................................... 40

    Beregninger for beslag p profil ........................................................................................................ 41

    Inertimoment, Modstandsmoment, Areal og tyngdterpunkt ....................................................... 41

    Spndingskontrol beslag p profil .................................................................................................... 42

    Smklasse valg og tykkelse p svejsning ........................................................................................... 43

    Inerti og Modstandsmoment beregning p svejsningen .................................................................. 44

    Spndingskontrol Svejsning p beslag ............................................................................................. 45

    Beregning af hulrand og overklip i beslag ......................................................................................... 46

    Beslag for Talje kde ....................................................................................................

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