Page 528 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS
P. 528
Swept, Lofted and Additional Features Engineering Design with SOLIDWORKS® 2018
611) Click inside the Direction 1 Pattern
Direction box.
~g Linear Pattern (1)
612) Click the hidden upper back vertical v x
Direction 1
edge of Shell 1 in the Graphics window. Direction 1
Spacing: O.Sin : : J
The direction arrow points upward. Click ~ 1Edge<1>
Instances: 3
the Reverse direction button if required. @ Spacing and instances
O Up to reference
Shell1
613) Enter .500in, [12.7] for Spacing. O. lo.sooin p.
3
614) Enter 3 for Number of Instances. •• ·: 1 FF
Direction 2 A
615) Click inside the Direction 2 Pattern Direction 2
~ 1Edge<2>
Direction box. ~ Spacing: O.Sin I: ]
@ Spacing and instances •
•
•
•
616) Click the hidden lower back vertical O Up to reference • Instances: 3 ~
•
0. ~.SOOin ~ •
edge of Shell 1 in the Graphics window. A
The direction arrow points downward. • . -: 1 3 Ff
Click the Reverse direction button if G2] Pattern seed only
required. !vi Features and Faces
I
617) Enter .500in, [12.7] for Spacing.
618) Enter 3 for Number of Instances.
619) Click the Pattern seed only box. Instances to Skip v
Options
620) Drag the Linear Pattern Scroll bar Vary sketch
downward to display the Options box. G2] Geometry pattern
G2] Propagate visual
properties ~
621) Check the Geometry pattern box. Accept
O Full preview
the default values. @ Partial preview
622) Click OK ~ from the Linear Pattern
PropertyManager. LPattern1 is displayed in
the FeatureManager.
Display an Isometric view. Save the model.
623) Click Isometric view ~ .
Surface for end
624) Click Save ~ -
condition
, 1 /
-;Q;. Utilize the Geometry pattern option to
efficiently create and rebuild patterns. Know when to
check the Geometry pattern.
Check Geometry pattern. You require an exact copy
of the seed feature. Each instance is an exact copy of
the faces and edges of the original feature. End
conditions are not calculated. This option saves
rebuild time.
Uncheck Geometry pattern. You require the end
condition to vary. Each instance will have a different
end condition. Each instance is offset from the
selected surface by the same amount.
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