# PlugJacket

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## Introduction: PlugJacket

I came up with this idea whenI was traveling and the prongs on my laptop cord got bent. I wanted a way to stop this from happening so I created the PlugJacket. The name came from how the "Jacket" would fit just right in the prongs. This is not a real product, yet. I also designed the product so that if the prongs got bent at some point then PlugJacket would straighten them. There is also a spot where a holder could be added to attach the PlugJacket to the power cord.

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## Step 1: Making the Basic Shape

This is where the basic shape of the PlugJacket is made

A) Create a sketch that is 25.4mm X 20.3mm
B) Use the "Extrude" tool under "Construct" as indicated by the arrow

To make the demesion directions more clear, they will be listed in the format: Hight X Width

## Step 2: Creating Sketches for Holes

The Purpose of this step is to create the sketches which the holes will be created from.

A) Create a rectangular sketch using the sketch tool that is 1.18mm X 20.3mm on the very top of one of the sides that is 20.3mm X 20.3mm,     disregard the sketch of the same size on the bottom.
B) From the same view, create a sketch on the right and left side of the face that is 17.5mm X 3.7mm.
C) On the top right and left corners of the first two sketches, draw a sketch that's 6.61mm X 1.65mm (these will be used for the top prongs).
D) Using the bottom inside corners of the previously sketches, draw a new sketch that it 6.5mm X 9.6mm.
E) From the inside edges of the two outside sketches and the bottom, create a sketch that is 5.62mm X 4.0mm.

These sketches will be used to either make the plug holes or to line up the holes.

## Step 3: Creating Holes for Prongs

This Step creates the holes which the prongs will fit in.

A) Place a cylinder in the same face, the only thing that needs to be changed is the radius, which will be 2.42mm
--line the cylinder up to the edges of two sketches as indicated by the black arrows in the picture.
B) Click extrude then click on the end of the cylinder, now, type -42mm in the Extrude box, but in order to cut that distance, there will be a            drop down list next to the number entry and click cut, this will create a hole for the ground prong.
C) For the two prongs on the top, again, use the the extrude tool and click on the sketch of where the hole goes and tell it to cut -17mm
--Do this for the spot where each of the two prongs goes.

## Step 4: Rounding Edges and Putting Slants on Holes

This Step refines the edges and allows for the prongs to be inserted into the PlugJacket eaiser

A) Use the modify tool and click on fillet then click on one of the outside edges of the object and set it at a radius of 4, then do that for the            other 3 edges.
B) Use the modify tool again, but this time use Chamfer and click the edges shown in the picture and set it at a Distance of 1, repeat this for      the other side.
C) On the face with the openings for the prongs, on the top to, use the Chamfer as shown in the picture and set a Distance of 2.
D) Use the Chamfer tool of the hole for the Ground prong and set it at a Distance of 1.

This completes the basic design of the product

## Step 5: Creating Hole for Cable Holder

This step will create a hole for a cable/wire/string that will allow for the PlugJacket to be attached to the electric cable so it does not get lost

A) Place a cylinder in the top back corner of the object, the radius needs to be set at 2 and the length will be the same.
B) Use the extrude and cut method as before and enter -50mm, this will allow for a hole to be put all the way through the object.
C) Use Fillet to round the edge of the hole, for this model, a radius of  0.9mm was used, repeat this step for the other side of the hole.

This step Finishes the Project

Participated in the
Autodesk 123D Design Challenge

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