Stock Bracket Assembly : Week 4 Challenge

Stock support base

• One side of the sketch was drawn, and then it was revolved around the vertical axis, as seen in section view A-A.
• Created a plane at the offset number shown in the sketch, drew a circle, padded it, drew another circle on top of the first one, then extruded the whole thing up to the main surface to build the handles.
• The opposite was also same.
• The three nuts were then distributed as indicated in the diagram.
• In order to create the counterbored hole, the Counterbored in Hole command was utilised.
• Made a new section of the body with a precut hole for the screw guide.
• Defined and padded a plane. To get rid of the intersection, I used the union trim command.

Stock Support Roller

• The shaft command was used to draw a sketch, and then the sketch was revolved around the horizontal axis.

Adjusting Screw

• The first step was to draw out the main body and then revolve it.
• Following this, I used the pocket command and the circular pattern command to create the three openings.

Support Roller Backrest

• A sketch was created for the main body, and then it was padded out.
• Then a pocket was cut out of the top of it.
• Using a rough sketch and some padding, a hook-shaped framework was created.
• Ultimately, roller support structures were fabricated.
• Both of the prior pads were mirrored on the other side.

Adjusting Screw Guide

• The required chambering was performed after the part was made using the shaft command.
• The top face was given a neat rectangular shave with the help of the pocket command.
• The nut's handle and the support screw's adjustable mechanism were both fashioned in a similar method.

Thrust

• The sketch was revolved around its vertical axis and completed.
• Next a half circle was drawn in the groove, and it was shafted around the sphere's diametric axis to create a spherical.
• This sphere was circular patterned to make multiple number of balls.

Assembly

• On the assembly workbench, we used offset, coincident, and surface contact constraints to put everything together.