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Manufacturing Process Management basic tasks- E! p& a5 u6 |. T$ i
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To create a manufacturing process plan, you can perform the following basic5 E% a( W6 Q8 z/ y" z2 X
tasks in the Manufacturing Process Management environment.
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• Create a manufacturing process
7 ?& |# e9 z: O KThe manufacturing process plan includes a top-level structure of the) P6 y$ C9 Q y2 X: n# N8 a- v
process needed to manufacture the product, as well as a detailed design
% P( M; O- j5 r8 b9 b3 jof the individual processes and activities to be included in the plan. As
9 q3 h2 z$ H" Nyou build the process structure, you can assign resources to the various+ Z+ v$ P5 z! a/ f3 K3 X. B
processes, operations, and activities. You can also identify the specific m* c$ F; g$ \& W0 R! Y
locations within the plant where each operation and activity is performed.
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; d# w Y1 n# P9 }! \o Load the product and the work area.5 j2 t9 p" f$ m* K$ F6 n) Z
o Create the process structure6 A! y4 ?" \ M3 c
o Create operations
7 ?% N. ^2 i( w1 P4 }o Establish relationships between process, product, and work areas
; W7 E- P0 i# s% l4 Io Assign work areas% i9 V& U: q+ b! A8 Q
o Create activities under operations
" j& q, S: v9 p: K) U4 L r+ qo Add resources to operations! a. p4 N* C, ]0 ?; z5 R- N
o Verify the manufacturing process
. t6 O6 s6 O* @: yo Create structures with Microsoft Excel™
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• Create a factory or plant structure! B- s8 j1 e' C. V5 A
Plant Designer allows you to design, modify, import, and export the$ z: ^. ?4 U3 z& H [3 d( i
structure of the factory in which you build the product. You can provide* T8 m3 t3 N2 H& D( o; P
a view of the plant structure layout and organize the areas where the
& h! k- @1 N$ x z& M9 Y& |product is manufactured and assembled.
3 a6 v2 v( ^" f Z co Create and edit the plant structure
0 D {! b% X I* R; n7 h; do Define work areas
$ z, `4 E M. g( P1 _- U$ io Manage plant structures and layouts! f) a0 W4 o8 a* s
o Store model files in DWG format or as JT files for visualization
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9 |# T* E* [: T# x0 y• Create a preliminary data indicator (baseline)$ ^+ |5 X/ _4 P
You can create a preliminary data indicator (PDI) or baseline of a
; y1 P7 C2 {1 g9 Bmanufacturing process that is in development. You can then release* F+ D2 [" q2 q1 \
the PDI to other users and external suppliers, who can then complete& d; {% {, P- A! g7 v3 l
associated work on the basis of the data in the PDI. You would normally
% e5 i8 o: ^8 ^# O* U6 vrelease PDIs at defined intervals, so that users know the effectivity of7 c( M: N( m& o# u5 p. w9 b1 L
the data provided.7 h5 D! X1 k! n
5 u# x. \5 O$ M6 G7 V( n• Create an intermediate data capture
- R* r* w" }/ ~- T( `. Z" IYou can capture the state of any structure or part of a structure for9 n6 |6 y9 W9 v5 Y: `$ ]. F
subsequent retrieval and viewing. This capture data does not represent, @" G4 [9 s9 i
the final released state of the structure, so it is referred to as an0 T& J4 a+ |1 i
intermediate data capture (IDC). The configuration rules are saved
. ]( b6 R/ |( ywith the structure allowing its exact state at the time of capture to be
: c7 W, K) p4 X0 }7 ?" U5 \+ D# _: Y) breproduced each time it is retrieved. Creating an IDC does not affect any
. j/ F s/ @2 k ksubsequent changes to the structure or its release by a Workflow process.
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" c5 |) O; P3 N0 t3 d• Create reports& g7 T( a" U7 A* C) k
You can create reports in the rich client or the thin client, and attach them5 E5 y$ Z2 R0 D5 T n1 r
to appropriate nodes in your process structures.
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7 r3 `; P) k c6 r• Performing process simulations" w" K7 h) l8 J0 }
The Process Simulate application allows you to perform detailed7 N% i/ r1 ?7 W+ y( X- {9 x8 b* L
simulations of process structures that are maintained in Teamcenter.2 b! S3 i5 x" ?- Z# D6 V9 Z
# o; r5 [$ w3 g3 V% D! C$ }5 Z• Design a fixture for manufacturing7 d$ J! z1 L9 R- O) f8 {. L
When you design a fixture to use in a manufacturing operation, you must
: X! W- m* z+ C% E4 x, j" G5 I4 Yknow the state of the product in the manufacturing process in which8 }* m: G# ^$ G! h1 D
the fixture is consumed. You also should know the factory components
! m+ G- {5 b: S' }- j/ Zin which the operation is performed, and the relative positions of the
. D. m! `$ A8 f0 j. uin-process workpiece and the factory data.' ]+ L4 w. h- M4 [! g* E+ v
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