Page 211 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS
P. 211
Engineering Design with SOLIDWORKS® 2018 Fundamentals of Assembly Modeling
146) Select the PROJECTS folder.
X -«~~-D_e_si~gn_L_ib_r_a~""'--~--Jt-
147) Click OK from the Choose Folder dialog box. The @ Tlffi. ~b ~ (
PROJECTS folder is added to the Design Library.
~ > t1'!J SOLIDWORKS Content
®1 > (TI] Design Library
148) Click the PROJECTS folder to display your parts and
assemblies. B ~@J PROJECT
,,_~_ o__, f Toolbox
Add a new folder to the Design Library Parts. ~ > ~ 30 ContentCentral
149) Click the PROJECTS folder in the Design Library.
150) Click Create New Folder.
151) Enter MY-PLATES for folder name.
152) Click the MY-PLATES folder. The folder is empty.
Un-pin the Design Library.
153) Click Pin -;:; .
Display an Isometric view. Save the GUIDE-ROD assembly.
154) Click Isometric view ~ from the Heads-up View toolbar.
155) Click Save ii.
~ GUIDE-ROD (Default <Display State-1 >)
~ ~ I History
156) Click Yes to rebuild. The two flange bolts are displayed in
~ Sensors
the FeatureManager.
~ fA I Annotations
Caution: Do not drag the PLATE part into the MY- ~ Equations
PLA TES folder at this time. The GUIDE-ROD assembly dJ Front Plane
dJ Top Plane
references the PLATE in the PROJECTS folder. Insert
dJ Right Plane
parts into the Design Library when the assembly is closed.
L Origin
This action is left as an exercise.
~ ~ (f} GUIDE<1> (Default< <Default>_Displa
, ,/ ~ ~ (-) ROD<1 > (Default< <Default> _Display
~ ~ (-) PLATE<1 > (Default<<Default> _Displa·
-;Q~ There are files of type part (*.sldprt) and Library
~ ~ (-)flange bolt<1> (M8-1 .25 x 30< <M8-1.
feature part(* .sldlfp ). The flange bolt is a Library feature
~ ~ (-)flange bolt<2> (M8-1.25 x 30< <M8-1.
part. The PLATE is a part. The PLATE cannot be saved as
• ®@ Mates
a Library feature part because it contains a Hole Wizard
@ concentric1 (GUIDE<1 >,ROD<1 >)
feature. Save the PLATE as a part (*.sldprt) when the
~ Parallel1 (GUIDE<1 >,ROD<1 >)
assembly is not opened. (Q) Concentric2 (ROD< 1 >,PLATE< 1 >)
/\ Coi ncident1 (ROD< 1 >,PLATE< 1 >)
~ Parallel2 (ROD<1>,PLATE<1>)
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