I need help with ideas for this project. What mechnism should I do$?$ Please give as much detail as possible.I need help with ideas for this project. What mechnism should I do$?$ Please give as much detail as possible.

The goal of this project is to use SolidWorks to aid in designing a real$-$life product.

Objectives:

Identify and create an everyday object assembly in a CAD environment.

Consider the most appropriate manufacturing technique for each component.

Use software to prepare a $3$D print file of a part you designed

Specifications:

Identify a mechanism found in a piece of sporting equipment $($i$.$e$.$ something typically found in

the sports equipment section of a store$).$ The mechanism should have at least $3$ separate parts

that satisfy the following criteria. If you have questions whether your part qualifies, ask me

early in the process $($emails with pictures are great$).$

To be considered "separate", the parts must have relative movement under typical

operation $($e$.$g$.$ a hammer $=1$ part, standard scissors $=2$ parts$).$ Parts that are threaded

together do not count as separate parts $($e$.$g$.$ lids, nut$/$bolt$,$ etc$).$ They must have relative

motion as part of the standard action of the mechanism. Simple geometric variations

among independent parts are not "separate" pieces $($e$.$g$.$ wheels on a car, knife blades, etc$)$

To be considered a "mechanism" the $3$ parts must be mechanically dependent $($i$.$e$.$ if you

move $1$ part relative to a second, it creates relative motion of the $3^{rd}$ part as well$).$

Modeling a "button" that electrically activates another motion is not a mechanical

mechanism. It is not sufficient to have a "middle" part simply follow the motion of an end

part $($like links in a chain$).$ If you have questions about this, ask me early.

Complex assemblies may be simplified into $3$ or more key components as long as the

functionality and design intent are preserved. You can have more than $3$ parts, if desired.

Identify each of the major individual parts:

Label each part in your CAD isometric overview $($make this the first picture in the report$)$

Describe how each part was most likely manufactured & why $($follow instructions for

filling out the table in the Project Template$).$

Describe how you would model each major piece in a CAD environment using the $4$ basic

CAD operations $($or combinations$).$ Provide supporting hand sketches $($similar to HW$10$a

not screen captures from SolidWorks$)$ for each piece.

Your overall mechanism must include at least one instance of each of the $4$ basic CAD

operations. Complete the table in the Project Template & show example pictures of each

operation. Note: the path sketch for the sweep operation should not be a straight line $($that$\text{'}$s

equivalent to an extrusion$).$

Create a solid model of each part within the assembly $($at least $3$ separate SW part files$).$

Make sure all sketches are fully defined. The only exceptions are text and splines.

Make appropriate use of Materials and Appearances within SolidWorks for your parts.