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Hi6Hi5 Hi2 Hi4 Hi3 Product (assembly) xz – horizontal plane.

Published byMelanie Roberts Modified over 8 years ago

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Presentation on theme: "Hi6Hi5 Hi2 Hi4 Hi3 Product (assembly) xz – horizontal plane."— Presentation transcript:

1

2 Hi6Hi5 Hi2 Hi4 Hi3 Product (assembly) xz – horizontal plane

3 CREATION OF THE INTEREFERENCE SPHERE – critical space for collision checking among parts. Hi6Hi3Hi2Hi4Hi5 INITIAL DISASSEMBLY SEQUENCE: Hi6, Hi3, Hi2, Hi4, Hi5.

4 Hi6 Finding out disassembly path for the part Hi6.

5

6 Hi6 Part Hi6 disassembled.

7 Hi3 Part Hi3 disassembled.

8 Hi2 Part Hi2 disassembled.

9 Hi4 Part Hi4 disassembled.

10 Hi5 The positions of the parts immediately after disassembly – the main part Hi5 is left in its initial position.

11

12

13 POSITIONING OF THE PARTS IN FINAL POSITIONS AFTER DISASSEMBLY – POSITIONS BEFORE ASSEMBLY...

14 Hi3 Part Hi3 positioned.

15 Hi4 Part Hi4 positioned.

16 Hi5 The main part Hi5 positioned.

17 Hi2 Part Hi2 positioned.

18 Hi6 Part Hi6 positioned.

19

20 ASSEMBLY SIMULATION FOLLOWS...

21 Hi5 Assemble (main) part Hi5... X = -8.146965 Y = 0 Z = 617.1062

22 Hi4 Assemble part Hi4... 271.5267 0 0 276.4636 0 0

23 Hi4 Assemble part Hi4... 271.5267 0 0 276.4636 0 0

24 Rotate assembly...

25 Hi2 Move part Hi2... -313.5974 0 -534.4296

26 Hi2 Project part Hi2...

27 Hi2 Assemble part Hi2... -1.05846E-13 -276.4636 0

28 Rotate assembly...

29 Hi3 Assemble part Hi3... -271.5267 0 0 -276.4636 0 0

30 Hi3 Assemble part Hi3... -271.5267 0 0 -276.4636 0 0

31 Hi6 Move part Hi6... 293.8073 0 -534.4296

32 Hi6 Assemble part Hi6... 1.05846E-13 -276.4636 0

33 Move product (assembly)... 8.146965 0 -617.1062

34 Assembly finished!

35 CHANGING OF THE PRODUCT`S INITIAL ORIENTATION – avoiding assembly of the part Hi2 Hi2 from beneath. GENERATION OF THE NEW PLAN VARIANT

36 PRODUCT`S NEW ORIENTATION

37 CREATION OF THE INTERFERENCE SPHERE Hi6Hi3Hi2Hi5Hi4 INITIAL DISASSEMBLY SEQUENCE: Hi6, Hi3, Hi2, Hi5, Hi4.

38 Hi6 Part Hi6 disassembled.

39 Hi3 Part Hi3 disassembled.

40 Hi2 Part Hi2 disassembled.

41 Hi5 Part Hi5 disassembled.

42 Hi4 Positions of the parts immediately after disassembly – the main part Hi4 is left in its initial position.

43 POSITIONING OF THE PARTS IN FINAL POSITIONS AFTER DISASSEMBLY – POSITIONS BEFORE ASSEMBLY...

44 Hi6 Part Hi6 positioned...

45 Hi3 Part Hi3 positioned...

46 Hi2 Part Hi2 positioned...

47 Hi5 Part Hi5 positioned...

48 Hi3 The correction of the position of the part Hi3...

49 Hi4 The main part Hi4 positioned...

50

51

52 ASSEMBLY SIMULATION FOLLOWS...

53 Hi4 Assemble (main) part Hi4... X = 595.03Y = 0 Z = -29.197

54 Hi5 Assemble part Hi5... -271.5267 0 0 -276.4636 0 0

55 Hi5 Assemble part Hi5... -271.5267 0 0 -276.4636 0 0

56 Hi2 Assemble part Hi2... 0 0 -271.5267 0 0 -276.4636

57 Hi2 Assemble part Hi2... 0 0 -271.5267 0 0 -276.4636

58 Hi3 Assemble part Hi3... -543.0535 0 0 -276.4636 0 0

59 Hi3 Assemble part Hi3... -543.0535 0 0 -276.4636 0 0

60 Hi6 Assemble part Hi6... 0 0 271.5267 0 0 276.4636

61 Hi6 Assemble part Hi6... 0 0 271.5267 0 0 276.4636

62 Move product (assembly)... -595.03 0 29.197

63 Assembly finished!

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