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Manufacturing Process Management basic tasks c( e4 }4 G. J
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To create a manufacturing process plan, you can perform the following basic
+ E; C. a# p/ `, ktasks in the Manufacturing Process Management environment.9 C6 P4 {. v T% }3 k. o' A
$ ^0 O$ f7 F8 j7 \" R• Create a manufacturing process
/ ~+ C; { a( B, H: `The manufacturing process plan includes a top-level structure of the$ q/ Z! ^- G& i5 K7 }
process needed to manufacture the product, as well as a detailed design. E1 W# K, X0 a* c0 D
of the individual processes and activities to be included in the plan. As/ T" b' L) U( j8 ]# e
you build the process structure, you can assign resources to the various
& [, `/ X& o E4 j( Dprocesses, operations, and activities. You can also identify the specific0 C2 `7 s, H. o& W2 @
locations within the plant where each operation and activity is performed.
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o Load the product and the work area.! R9 o# q" ]' |" ^' t7 j E% x
o Create the process structure. f# B" J: t7 b
o Create operations4 l- B) k% H; u, W$ e# Q
o Establish relationships between process, product, and work areas
3 @7 k; W* `! |1 A/ O. lo Assign work areas& z; e# a" B$ `; e# _
o Create activities under operations
. ^( a1 e- `- |8 }4 v; Y9 K* Mo Add resources to operations
# K# U9 t% B' L" |5 co Verify the manufacturing process
( o @# ]2 G& Q/ W, Fo Create structures with Microsoft Excel™
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• Create a factory or plant structure& x4 i, K( S+ t
Plant Designer allows you to design, modify, import, and export the! h( m6 M, u% G2 @- |" K) ?
structure of the factory in which you build the product. You can provide* H, A" ?$ `1 b8 V2 c" v: Z
a view of the plant structure layout and organize the areas where the
, k1 }& y! R3 K8 O8 j( tproduct is manufactured and assembled.
( z+ E3 Z! n9 z3 v7 y( P7 So Create and edit the plant structure9 p1 t1 ]2 ]$ t4 O+ }0 Q
o Define work areas
3 [+ w ]' ]+ N; `o Manage plant structures and layouts8 L) R7 @$ x {& g) x4 I+ D; z' s% c
o Store model files in DWG format or as JT files for visualization
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7 X t7 {/ a5 E- n• Create a preliminary data indicator (baseline)* }5 X8 u- Q4 Y' f. c
You can create a preliminary data indicator (PDI) or baseline of a2 i, a8 {" N: y6 b5 s2 `$ T8 m
manufacturing process that is in development. You can then release
' M% n5 Z& u9 ~the PDI to other users and external suppliers, who can then complete; [4 k0 {& X6 w# G6 w% G
associated work on the basis of the data in the PDI. You would normally- r5 i" i" U; q! b( @$ n
release PDIs at defined intervals, so that users know the effectivity of( l2 S7 m1 c& L3 r
the data provided.1 y% o4 I7 j5 k9 W( n0 p. r" Q
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• Create an intermediate data capture( q+ U) X8 M- T2 ~. i2 e
You can capture the state of any structure or part of a structure for& R% S' u; k7 ]: D
subsequent retrieval and viewing. This capture data does not represent
4 q$ M& x7 _+ p: |8 O0 [6 q1 |- athe final released state of the structure, so it is referred to as an
0 z4 l9 q( n9 E$ G6 x W1 |intermediate data capture (IDC). The configuration rules are saved7 P5 ^; b- k; K
with the structure allowing its exact state at the time of capture to be
. |& ~+ F, A" o$ ^: A' y" n" x; Nreproduced each time it is retrieved. Creating an IDC does not affect any& T1 |" H( N% i5 `
subsequent changes to the structure or its release by a Workflow process.+ i& s3 q9 t: E2 D
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• Create reports C+ F! \1 g) [9 ^1 P% U
You can create reports in the rich client or the thin client, and attach them% t7 {+ ?' b5 y" n3 d5 Y
to appropriate nodes in your process structures.) {- S" T; D; t8 b- f
/ i4 w) ~( m, D4 `" R; {• Performing process simulations
2 O+ V' y' H& |# R$ w. E* dThe Process Simulate application allows you to perform detailed
# n! D* |) y' R$ H2 q* W' I; Ssimulations of process structures that are maintained in Teamcenter.
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• Design a fixture for manufacturing
. v, Y9 w; n9 H! n( yWhen you design a fixture to use in a manufacturing operation, you must* {! O2 Y3 r) z4 \
know the state of the product in the manufacturing process in which
! E: F& h. |. \' }4 W- dthe fixture is consumed. You also should know the factory components
8 n5 t$ O9 `# d5 Qin which the operation is performed, and the relative positions of the3 T2 m2 \% c: q" |" @
in-process workpiece and the factory data.' ]4 s m3 z l i, r
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