Week 9 - Attachment Feature Creation - Challenge 2

1. Deutsch DT06 - 08SA: Input 3D: Output with Axis System Defined: Model Tree: Electrical Properties:   2. Tyco 174357-2: Input 3D: Output with Defined Axes: Model Tree: Electrical Properties:   3. Tyco 85229-1 Input 3D: Output with Axis: Model Tree with Electrical Properties:

Drawings & Assmeblies are attached in the .zip File.

Please find the required Output in PPT format and CAD File in the attachment.

Class A ( Input):   Class B:   Class C:   Tooling Axis Creation: Use a Surface on the Class A to Create a Point as shown:   Use Lines from the Intersecting the Class A:   Using the Lines, we create a Bisecting Line, which forms the Tooling Axis:   Draft Analysis of Class A:   Creation…

Input Class A:   Creation of Tooling Axis: Create an Intersect with the New Axis and the Class A:   Using End Lines of the Intersect, create a Bisecting Line as shown:   Class A Draft Analysis:   Create Class B using Offset of Class A. We need to Refine the Class B to form a Clean Surface. Class B:…

Input - Class A:   Creation of Tooling Axis: Initially both the Side Walls of the Part is considered as Inputs for the Axis. So, We create a Intersecting Line using a Newly Created Axis as shown:   Using the End Lines of the Intersect, We create a Bisecting Line:   Using the Bisecting Line, We do a Draft…

Input Class A:   Creation of Tooling Axis: The possible Tooling Axis would be Line, Normal to the Planar Surface as shown below:   Draft Analysis for Class A for 3deg:   Model Tree:   Draft Analysis for Close Surface at 3deg:   Isometric View:   Front View:   Top View:   Side View:…

Tooling Axis Creation: Initially the Inner Walls of the Part are taken into account. A Bisecting Line is created in between them:     Using the two Sketches, a Third Bisecting Line is Created, which forms the Tooling Axis for the Part:   Core: Front View: Side View:   Cavity: Isometric View: Front View:…

Model: Front View: Side View: Top View: Model Tree:   Tooling Axis Creation: The Walls on the Coin Holder are at 90deg to the Base.So, the Tooling Axis is Created as a Perpendicular Line with respect to the Bottom Surface.   Class A:   Class B:   Class C:   Close Surface:

 Draft Analysis Class A: Draft Analysis Final Part: Isometric View: Front View: Side View: Top View:   Draft Analysis Report: Tooling Axis: Create Bisecting Line using the Linear Walls.     Created Tooling Axis using the Lines from the other Bisecting Lines:

Class A Draft Analysis: Final Part Draft Analysis:   Isometric View: Front View: Side View: Top View:   Detailed Report for Tooling Axis: Initailly a Point is Created for Reference for the Starting Point of the Axis and also the Planes. Using the Axis, an Intersect is Done is determine the Walls of the Class…