Parts &assembly Modelling W/ Pro/e

DM2301 GRAPHIC COMMUNICATION 2

PARTS &ASSEMBLY MODELLING W/ PRO/E

0719547 MARIO R SIQUEIRA

PARTS MODELLING AND ASSEMBLY OF A EXTERNAL SPEAKER SYSTEM FOR MULTIMEDIA DEVICES

SUBMITED ON 25TH OF NOVEMBER 2008

INTRODUCTION The object chosen for modelling, assembly and rendering in this assignment is a version of the Logitech Playgear Amp. The number of unique parts have been reduced to a minimum to comply with the maximum number of parts (between 6 to 10 parts). The unique parts in this assembly are: 1x stand.prt 2x battery_cover.prt 2x body_back.prt LOGITECH PLAYGEAR AMP, picture from ign.com 2x body_front.prt 1x electronics.prt 2x speaker_cover_holder.prt 2x speaker_cover_back.prt 2x speaker_cover_front.prt 4x speaker.prt 4x speaker_ring.prt

 GLAMOUR SHOT, rendered in Bunkspeed Hypershot Pro

 GLAMOUR SHOTS These are glamour renderings of the final assembly in different and configurations. Rendering procedure: export from Pro/E to *.igs then import to renderer Bunkspeed Hypershot Pro v1.5.

 SNAP-FIT, speaker_cover_back.prt attached to speaker_cover_front.prt using snap-fit features.

 SPEAKER ATTACHMENT, speaker_cover_back has a protrusion that inserts into the body_cover_front then the speaker_cover_holder attaches to the protrusion and is fixed to it using a screw.

 ELECTRONICS AND INNER EXTRUSIONS, body_back.prt and body_front.prt attach together using 3mm screws. The electronic parts and components are represented as a single undiscriminating red part. The main board is screwed to body_cover_back and the interface board snapped between 2 protrusions.

180°

 SPEAKER_COVER_HOLDER, speaker_cover_holder not only holds the speaker to the body but also limits the rotation of the speaker to aprox. 180°.