Fig. 1. 5ton truck (a)safety-loader (b)cargo-truck loading
Fig. 2. Farm machinery accident
Fig. 3. concept design of sliding deck system
Fig. 4. Geometric expression of sliding deck system
Fig. 5. Geometric diagram of sliding deck system
Fig. 6. 2step sliding deck
Fig. 7. 5ton sliding deck 3D model(a)Full-view (b)Front-view (c)Back-view(↖)Force direction
Fig. 8. Analysis part of sliding deck(a)Deck part 1 (b)Deck part 2 (↖)Forcedirection
Fig. 9. Out trigger 3D model (a)1 part out trigger (b)4 part put trigger
Fig. 10. mash of analysis part(a)1 Part sliding deck (b)2 Part sliding deck(c)Deck-pin 1 (d)Deck1-pin2 (e)Deck2-pin3(f) Out trigger 1Part (g) Out trigger 4 Part
Fig. 11. Part Weight Point(a)sliding deck (b)Deck-pin 1 (c)Deck1-pin2(d)Deck2-pin3 (e) Out trigger (↖)Force direction
Fig. 12. result of analysis part (a)1 Part sliding deck (b)2 Part sliding deck (c)Deck-pin 1 (d)Deck1-pin2 (e)Deck2-pin3 (f) Out trigger 1Part (g) Out trigger 4 Part
Fig. 13. Winch kinematic model
Table 1. Survey of 5ton farm machinery data
Table 2. Link and Joint in Fig. 5
Table 3. 5ton cargo-truck spack(KIA RHINO)
Table 4. Material property
Table 5. Part Element
Table 6. Analysis result
Table 7. Winch spc.
Table 8. 7X19 Wire rope Minimum breaking load
Table 9. Wire length
References
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