Problem Statement: You are working as a Design Engineer in a manufacturing facility where

the automation and material handling plays a major role in the line assembly. Your

manager$/$supervisor has assigned you a task of lifting component$($s$)$ from a conveyer belt. You

have been provided parts $($SolidWorks CAD files$)$ only. You are required to understand the

mechanism and put the parts together to make an Assembly so the mechanism can later be put

together by a team of technicians. Be an engineer and amend the areas that are not correct while

assembling the parts using SolidWorks CAD software. Please refer to the figures shown below.

Figure $1-$Isometric View

Figure $3-$Exploded View

Amendments:

These amendments will allow you to successfully complete your Project. Each amendment has a video associated to it$.$ Make sure to watch the videos as they will be of great help in achieving each necessary amendment.

$$Make sure fasteners are properly dimensioned with other parts in the assembly $($no visible gaps between pins and other parts$).$

$$Make sure that the assembly moves properly $($Screw mate between Shaft and Hinge B$).$

Note: The screw of the assembly has a cosmetic thread but is mated in a similar way to that of a normal screw.

$$Make sure parts have reduced interferences.

Note: In the case of the screw assembly interferences shouldn't be more than $0\mathrm{.}02$ in$\text{'},$ in all other cases interferences should be less than $0\mathrm{.}01$ in$\text{'}.$

Further Considerations:

$$ There are several pin types $($make sure to place them in their appropriate location $-$ see Figure

$3-$ Exploded View$).$

$$The right support must be fixed $($not floating$),$ and consequently should be the first part added to the assembly space.

$$All parts other than the right support must float, with their respective positions defined using mates.

$$Use a Limit mate $($Limit Distance or Limit Angle$)$ to control the assembly's range of motion to match the movement demonstrated in the provided video $($Extra$-$Credit$).$

$$The grip must remain vertical throughout the range of motion.

$$All pins must be centered with respect to the two supports.

$$You may not use the "Lock" mate, but you may select the option to lock rotation in a Concentric mate to fully define a cylindrical component $($pin$)$ with no other useable features.

$$The handle must be centered with respect to the shaft.

Please help with a step by step with pictures on how to do this in SolidWorks.