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Manufacturing Process Management basic tasks
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2 z5 ~( g0 u/ V/ LTo create a manufacturing process plan, you can perform the following basic7 p# R- A2 U6 Z2 y$ |
tasks in the Manufacturing Process Management environment.! @, B' N; c/ `+ Y6 v$ s
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• Create a manufacturing process# N8 q+ r0 l& b2 i% g# F
The manufacturing process plan includes a top-level structure of the: i% k. T1 T( H# M6 W, A. M
process needed to manufacture the product, as well as a detailed design
! S4 f3 n( Z0 D4 h [3 H% \of the individual processes and activities to be included in the plan. As. D6 X, V) o0 K* V% o
you build the process structure, you can assign resources to the various
# i( w+ d: D9 i9 U2 U: Bprocesses, operations, and activities. You can also identify the specific4 R) B0 M& Y$ B4 s( t, `( \) F
locations within the plant where each operation and activity is performed.
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o Load the product and the work area.
# y& `/ {& ^( q1 {3 G, Z; fo Create the process structure
- _; q1 i) X4 {1 Lo Create operations
: s2 e5 Z6 E0 y; l2 Y ?o Establish relationships between process, product, and work areas
5 [8 `% I" K; {) ?5 A: X9 Lo Assign work areas
* k7 W7 ]0 _+ f+ ] t# V9 [o Create activities under operations; ~$ {2 {0 }# Z5 q' T
o Add resources to operations
8 A* a ] C1 t5 \o Verify the manufacturing process' X4 d3 J# ]. y- s
o Create structures with Microsoft Excel™
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• Create a factory or plant structure
& Q, b: c `: g0 c/ WPlant Designer allows you to design, modify, import, and export the% t' v {8 A7 g, z. b% P
structure of the factory in which you build the product. You can provide
+ I/ D* f2 A, f+ ia view of the plant structure layout and organize the areas where the, O* q% t3 w/ d1 s: n+ o( p
product is manufactured and assembled.
4 g" ^$ G, N$ go Create and edit the plant structure0 e# |0 h) w) ?, k" \2 W( x0 B- |
o Define work areas! t. u7 x( v. l) h% B
o Manage plant structures and layouts/ `- ^" I% J6 ~5 E7 J+ b/ _
o Store model files in DWG format or as JT files for visualization/ f% F: U. S8 i* p
2 G2 R5 t. |+ ~• Create a preliminary data indicator (baseline)0 b4 g2 ^5 H; j8 K, H5 b/ F. P. E
You can create a preliminary data indicator (PDI) or baseline of a
# c7 t8 X* Q/ o) G* P% gmanufacturing process that is in development. You can then release
- \/ u$ D2 Z( wthe PDI to other users and external suppliers, who can then complete
3 q7 e }/ m. _4 K% uassociated work on the basis of the data in the PDI. You would normally
/ @" X c5 a9 l: D7 P& qrelease PDIs at defined intervals, so that users know the effectivity of
3 B1 z' G: @% o9 J ?0 ~5 p6 cthe data provided.( |- p9 k! A9 L" u' Y
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• Create an intermediate data capture
2 P! L& k% R7 \ g$ U6 }7 KYou can capture the state of any structure or part of a structure for
$ C3 Q! H7 b# Q- fsubsequent retrieval and viewing. This capture data does not represent
+ Q8 g" e) y' F; {" [the final released state of the structure, so it is referred to as an5 ~7 c3 Z- ~' e) C4 Q: K
intermediate data capture (IDC). The configuration rules are saved
) S3 B" C: p2 L# w* Awith the structure allowing its exact state at the time of capture to be; J4 p4 J% ^% E) O
reproduced each time it is retrieved. Creating an IDC does not affect any
. E! F' _9 r# [: Dsubsequent changes to the structure or its release by a Workflow process.
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• Create reports
" G) c7 \6 K. gYou can create reports in the rich client or the thin client, and attach them: g9 m* @- {0 W. }
to appropriate nodes in your process structures.
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8 Q! m( I @/ I+ U* i• Performing process simulations
& D, ^4 O$ v; g8 A8 O. ~$ IThe Process Simulate application allows you to perform detailed
; p0 ?3 F: Q' x$ `: i0 n2 B2 Ksimulations of process structures that are maintained in Teamcenter.6 ~8 G4 L; z( k, J
3 M. h! ^; }, [+ }& E$ D. R8 k• Design a fixture for manufacturing# t: a0 \9 ]; x$ u
When you design a fixture to use in a manufacturing operation, you must
y( J- U7 N" x5 @# Rknow the state of the product in the manufacturing process in which+ u. U! A" b" x+ d& H# E
the fixture is consumed. You also should know the factory components
' K! y' U/ E" n3 J4 @in which the operation is performed, and the relative positions of the2 g" h$ w0 n. W8 b7 z
in-process workpiece and the factory data.& m0 L+ m0 S. W" L& y4 _: F
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