Page 242 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Fundamentals of Assembly Modeling Engineering Design with SOLIDWORKS® 2018

Review the Pattern Driven Component Pattern feature for the

3MMCAPSCREWs

You utilized the Save As/Save as copy and open option to copy the

4MMCAPSCREW to the 3MMCAPSCREW. The 3MMCAPSCREW was

mated to the GUIDE 3MM Tapped Hole. You utilized the Pattern Driven

Component Pattern tool to create an array of 3MMCAPSCREWs. The

Pattern Driven Component Pattern was derived from the GUIDE Linear

Pattern feature of Tapped Holes.

Linear Component Pattern Feature

Delete the second flange bolt. Utilize the Linear Component Pattern feature

to create an instance of the flange bolt. Additionally, the Linear Component

Pattern feature developed in the assembly is called LocalLPatternl. Note: If

you delete a mate and then recreate the mate, your instance number will be

different in the next activity.

I Activity: Linear Component Pattern

Delete the second flange bolt.

414) Right-click the flange bolt <2> (second flange Confirm Delet e x

both in the assembly [left side]) component in

the FeatureManager. Delete the following item? 1::s,ves

I flange bolt<2> (Component ) -

Yes tc, All
415) Click Delete. And all dependent items: -

No l

Slot2 ( Assembly Mating Relation. )

416) Click Yes to confirm. Coincident4 ( Assembly Mating Relation.) Cancel

Parallel4 ( Assembly Mating Relation. )

Explode Step4 ( Explode Step ) Help J

Insert a Linear Component Pattern feature.

[a~

417) Click the Linear Component Pattern ~ ~ tool from

the Consolidated tool bar. The Linear Pattern D Delete absorbed features Advanced

PropertyManager is displayed. G2] Delete child features

D Don't show again

418) Click the front horizontal edge for Direction 1.

The Direction arrow points to the left.

419) Click inside the Components to Pattern box.

420) Click the right flange bolt in the Graphics window as

illustrated.

PAGE 3 - 64