# data[].attributes.body
Topic
Function

Question
In what way can a bag be shockproof?

Possible source
"SSIS Material Design Teachers" 1
"https://www.subtechsports.com/product/pro-drybag-45l/" 2

Research type
Primary source 1
Secondary source 2

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PRO DRYBAG 45L - Waterproof & Shockproof Bag | SUBTECH SPORTS

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We're incredibly proud to present the PRO DRYBAG - a 100% waterproof & shockproof bag. ✅ Click for more info! ✅ Shop online! ✅ Free Shipping!

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sketching thumbnails design to organize ideas in a simple way, and compare each design with another, to see which one is more viable

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The problem that I noticed and discovered in my everyday live is that it is difficult for people with uneven legs to walk without making noise by shaking the items inside the bad, which created inconvenience for those people with disability. For instance, A man in my compound appears with uneven legs which when ever he walks I can hear the sound from the collision of the things in his back pack, which made him fell embarrass and unconfident when walking beside people with even legs.

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This bag was purchased in Taiwan and also made in Taiwan, this bag has a water proof and shockproof function, this bag also has a extra layer for the client to put sunglasses, which the round part on the top of the bag, from the shape of the layer, Oakley sunglasses can be put inside perfectly without moving, but only fit with sunglasses from Oakley company, this bag has multiple packets, which allows the client to put items with different shapes.
Apart from that the bag mainly has a gray athletics, black zips and orange handle

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This earphone case including the earphone was purchased in China and also made in China, to be able to put the earphone inside the case, the user need to fold the earphone in particular shape, the case us made out of rubber, which cab be fold easily.

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Topic
Manufactoring

Question
How to identify the word "Shockproof"?

Possible source
"SSIS English B Teachers" 1
"https://www.lifewire.com/what-is-shockproof-2640233" 2
"https://www.merriam-webster.com/dictionary/shockproof"3

Research type
Primary source 1
Secondary source 2
Secondary source 2

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incapable of being shocked; resistant to damage by shock; unlikely to cause shock : protectively insulated... See the full definition

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The client will be the man in my compound. Since that the problem is to create a product for people who can't walk in the same way as others. and the person appears with this disorder, so that to create this can reduce the amount of sound and collision created.

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The target audience for the problem will be the people with uneven legs, which is basically a disorder for the length of the legs.

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The user can be exactly the same as the target audience, which is for people with uneven legs

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Design goal

Target audience/market

Constraints / Problems

Success criteria

Summary of research

To design a bag with shockproof function first by sketching the design on paper with many different ideas for the attachment, and come out with a final design from all of the designs. After coming out with a final idea measure the actual size of the product, and then use the measurements apply to the materials that are used for the product. My primary research told me that it is hard to install a shockproof system, the installation requires many tools and equipment, for example, bearings, axel, and nuts, there are more difficulties than just cutting and attaching pieces of materials. The secondary research told me that there are still some risks in building a product. Therefore, it is necessary to wear safety goggles.

The product is for people who have uneven legs, so by making this product people can be able to move in a more efficient way. Therefore, if the users want to travel with silence, all they have to do is to put on the bag. My research told me that many people are worried about having to travel with uneven legs, and sometimes get embarrassed. Therefore, the product can solve this problem by making the movement more efficient and convenient. However, the problem is that the product needs to be sustainable because this is a product that users want to use over again and again, so that functional and doesn't break in a short period.

The first difficulty for creating this product is that we need to measure the size of the instrument before the creation because we need to know the size of it so that we can make a cart based on the size of it. However, the size of every string instruments is all slightly different. Therefore, the product can only be attached to the instrument that was measured. The materials for the product are all available in the design classroom, which are only woods and two wheels that the teacher showed us in the class.  The research told me that there are also skills required to make such a product because string instruments usually have a curved surface area so that it is challenging to add another product onto to it.

The success of the product can either be a survey that if the users like the product or by interviewing students from SSIS and let them try if the product is useful. So that I can be able to know if the product is successful or not by letting the students try the product. Therefore, if the users think that this is an excellent way to travel, then I know that the product is successful, but if the users cannot use the product, then it means that the product is not successful. My research told me that success of the product depends on the smoothness of the wheel, because if the wheels don't move when it's rolling, it means that the users can use it for an extended period, on the other hand, if the wheels keep moving around, it is hard for the audiences to control it.

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Aesthetics

The product will have a simple structure that can be attached to human's spine.

The shape of the design will have polynomial surfaces.

The product will keep the color of the fiber material.

User

The design is aimed at users with one uneven leg and unable to walk normally like others.

The final product will help the audiences to reduce the collision in the bag and the sound it creates.

The aim of the product is to create a higher quality of travel for the users to experience and enjoy the connivence.

Function

The product must be able to attach the human body.

The product will have two straps.

The product will help the user silently without making sound

Materials

The total weight of the material used in the product will 50kg.

The primary material should be easy to collate from the SSIS design room.

Size

The height of the overall design will be over 30 mm

The width of the body part will be 1240mm long.

Impact

The creation will not require a massive waste of material from modifying, cutting or assembling.

The process of producing the product must avoid air polluting.

# data[].attributes.body
Topic
Technique

Question
How can a thing be shockproof?

Possible source
"SSIS Material Design Teachers" 1
"https://www.instructables.com/id/How-to-make-a-shock-proof-cardboard-7-tablet-2-in/" 2

Research type
Primary source 1
Secondary source 2

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Hi people.
The story
I don't know if you know, but cardboard have two "sides", one stronger "side" and one weaker side. I mean if you bend somehow the cardboard sheet it is stronger than bending the same cardboard sheet in other way.
If you stick two sheets of cardboard together like in one of my photos, you get a stronger piece of cardboard.
When you travel or just let the tab on standby, it can happen that the tab fall down or the luggage can fall down too, and the tab might get broken. So I made this 2-in-1 case and dock to protect it from getting broken. And if you are in a airport, you can make it a dock and watch a movie.
Let's call the stronger side A and the weaker side B.
Let's start the work.

Step 1: Materials Needed

- Hot glue gun
- Cutting tools
- Duct tape for design
- 10 cm of chase (not big chase, a little one like a necklace)
- Ruler
- Cardboard boxes (You can use recycled boxes) or big cardboard sheets

Share

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Step 2: Cutting Out the Cardboard Sheets

For making this case, you may obtain:
- one big cardboard sheet (size: 32 cm x 17 cm) (you may cut it )
- one cardboard sheet (size: 24 cm x 17 cm )
- 4 cardboard sheets with the cardboard holes on the shorter side(23.5 cm x 17 cm) (let's call them B cardboards )
- 4 cardboard sheets with the cardboard holes on the wider side (23.5 cm x 17 cm)

Step 3: Sticking Together the Cardboard Sheets

For stick them together, I use hot glue.
Here it's the order for sticking them:
1. First you stick together the big and the 24 cm sheet. Watch out to stick them thus both bent sides are on the same side.
2. Then stick a B cardboard of them.
3. Stick together 2 B cardboard sheets with a A cardboard sheet in the middle.(you can see that in the image above)
4. Then stick together one B cardboard sheet and 2 A cardboard sheets.

Step 4: Cutting the Place for the Tab

Step 5: Stick All Together

Stick together the cardboard piece wich has the big sheet and the tab place cardboard piece, and then over the cardboard part obtaind stick the remained cardboard piece.
Then stick some piece of cardboard of the case's sides.

Step 6: Sticking the Chases

Step 7: Great! You Have Just Made Your Own Shockproof Case

Step 8: You Can Add Some Tape to Improve the Design

Step 9: Improvements

I add some hot glue to improve the adherence and the stability.
Thanks for watching.
Have a nice day.

Step 10: Make-to-Learn Youth Contest

What did I make ?
I make an accessible, cheap and shock-proof 2-in-1 case and dock for every human who wants a case for his tablet.
For making it, I use cardboard, jot glue and tape. You can use it anywhere. You just put the tab in and don't worry if it falls down.

How did I make it?
This instructable is the answer for this question. I've got the idea when my tab was falling down on the ground.

Where did I make it ?
I make it home because it wasn't so hard.

What did I learn?
I learn that cardboard can be a strong material or maybe a premium material for my projects.
I learn that for making a project, the only things you need are the ambition and some materials.
The biggest obstacle I've met is the structure of case, to be also a dock.

# data[].attributes.attachment_link.description
How to Make a Shock-proof Cardboard 7" Tablet 2-in-1 Case and Dock: Hi people. The story I don't know if you know, but cardboard have two "sides", one stronger "side" and one weaker side. I mean if you bend somehow the cardboard sheet it is stronger than bending the same cardboard sheet in other way.

# data[].attributes.body
Topic
Time

Question
How long does it take to make a backpack?

Possible source
"SSIS Material Design Teachers" 1
"https://lifehacker.com/how-to-design-and-sew-a-backpack-1598587633"2

Research type
Primary source 1
Secondary source 2

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Tired of never finding the perfect backpack for you? I was, and so I decided to create my own custom backpack from scratch. It took some thoughtful design and hard work, but now I have a bag literally tailored to my needs.

This tutorial covers a broad range of sewing topics and skills-everything from drawing your design, creating a prototype, editing a pattern, and even adding foam support structures.

Thus keep in mind that this project requires advanced sewing skills! Have a look through the entire tutorial to gauge if you are experienced enough before you buy materials!

If you'd like to get some practice in before trying to make your own backpack, check out my sewing collection on Instructables.

Of course, you can make this backpack your own by editing the design to suit your backpack needs.

Please note that I used an industrial walking foot sewing machine to make my backpack. It is possible to sew a backpack with a regular consumer sewing machine, but you will just have to choose your fabrics appropriately.

Materials

For my backpack I used:

1000 Denier Cordura fabric (2 yards)

Ripstop nylon fabric (2 yards)

Nylon webbing 1"(with reflector strips) (4 yards)

2" Seatbelt webbing (1 yard)

1" Webbing binding tape, a sports mesh fabric (.5 yards)

1/8" Closed cell Volara foam (.5 yards)

1" Aluminum cam buckles (x2)

2" Quick release buckle (x1)

1.25" D-rings (x2)

2" Velcro (5")

12" Zipper (x1)

G/O Media may get a commission
$12

Alternative (Lighter) Fabric Options for Consumer Machines

Cordura (outer fabric) - You can swap out for a mid weight denim, canvas, lighter upholstery fabrics, light faux suede or leather, non stretch velvet, mid weight packcloth nylon, etc.

Ripstop Nylon (lining) - You should be fine using this or a similarly weighted fabric. Try to keep the lining light so you not unnecessarily weight down your bag. (if you don't want to line your bag you can skip this completely)

1" binding tape webbing - A good lighter weight alternative is 1" gosgrain ribbon(there are lots of awesome color options!)

Sports Mesh (aesthetic for straps) - You should be fine using this but it isn't necessary, I used it for aesthetic reasons

1/8th Inch closed cell Volara foam (padding and structure) - You're going to want to use some sort of foam to give your bag structure and comfort. If you can't find any foam available locally check online. I got mine from foamorder.com, but buy anything over 1/8th inch as your machine likely won't be able to handle it (my industrial machine struggled with 2 layers of 1/8th inch foam). You might also consider using a thin yoga mat or foam sleeping pad, available at most outdoors stores.

Hardware - All of the hardware can remain the same as long as you do not alter the webbing widths as they do not need to be sewn through. If you do alter the webbing widths, pick hardware that is compatible with the new sizes.

G/O Media may get a commission
$12

Step 1: Creating Your Design

This is the fun part, designing your backpack! Think about everything you use your backpack for. What do you like about other backpacks? It's okay to base your backpack off something you've already seen and modify it. What don't you like about other backpacks? If you hate using zippers, then don't design one into your bag! Do you have a long torso? Do you like a small backpack for essentials or a big backpack to fit everything plus the kitchen sink? Consider your wants and needs before you get designing.

I like to keep my bag simple but give a specific place for objects I carry everyday. It might be a good idea to empty out your current backpack and examine what you carry and how you might like to accommodate those items.

I also designed my bag to include an internal laptop pocket to hold my laptop and sketchbook, which I have on me at all times.

Additionally, I like to have a small zippered pocket for smaller items that I need easily accessible, like my cellphone and wallet, so I made sure I would have a secure pocket located on the inside of the top of my bag (making it easy for me to get to without having to dig through my bag, but is still safe from thieves!).

I always carry a water bottle but with my old bag I could only store it inside the bag. While hiking through Arches National Park, I had to keep stopping to take off my bag, just to get to my water. To fix this, I designed two front pouches big enough to fit my favorite water bottle and other quick access items that don't need to be as secure as my phone and wallet.

I commute to work by bike so I decided to include reflective webbing in my backpack for increased visibility on the road.

I liked the strap design of my old backpack so I kept the design mostly the same-no need to reinvent the wheel when effective designs already exist. If you like to carry your pet cactus around, why not include a cactus holding pocket! This is your custom backpack and that's the advantage of making it yourself-it's for you, by you.

Now that you've spent some time thinking about your ideal backpack, it's time to draw it. It doesn't have to be perfect; you don't need to be an artist. This drawing is meant to help you understand your design, work out any potential problems before you start sewing, and facilitate the transition into pattern making.

You might have all sorts of plans about including enough pockets to hold 17 cats and shoulder mounted lasers (I know I did). Drawing will help you realize if you can fit all these components, how they'll go together, and how difficult they'll be to construct.

First I draw my design in orthographic views (front, back, side, top, bottom). This helps get the basic placement of things down without getting distracted by trying to draw in perspective.

Once I have the basic design down, I draw it in different states in perspective to reveal any components hidden inside. What does it look like when the top is open? Is it a roll top bag? Are there internal pockets? Again remember it doesn't have to be perfect, as this is just a reference your own understanding. (I drew pages and pages before I got my design finalized, and there's still changes I would make!)

Consider using different colors or shading to reference material changes. I noted reflective material by hatching with vertical lines.

Now start thinking about how your bag will be constructed. This is the first step to pattern creation. It might be a little confusing to visualize if you aren't familiar thinking spatially, so just take your time and try documenting as you go.

I like to think of it as an exploded view. What would it look like if all the pieces were suspended in space. I start with the back and pull it apart in layers, drawing as I go. You might try thinking of it as something familiar like constructing a sandwich. There are layers of pieces that go together in a specific order. What are the "buns" of your backpack? What goes after each bun? You wouldn't want to put your mayonnaise outside of the bun just like you wouldn't want to put your fabric lining outside your bag. Making a backpack is just like making a fancy sandwich that you get to wear at the end!

Next lay these parts out into what they might look like as flat fabric pieces. How many do you need of each? What fabric will they be cut out of? What are their dimensions? If you're not sure how big you want them, you can take a backpack with dimensions that you like and measure it as a starting point. Or feel free to use the measurements I used (keep in mind I am 5'2"). I also altered the dimensions in the drawing above for my final bag (see further steps for accurate dimensions).

I find the most critical dimension is the length of the bag. Nothing is more awkward than having a bag that is too long and hangs past your back or too short and can't hold everything you want! If you do alter the length of my bag design, consider also adjusting the width to match, so you keep the proportions comfortable.

Since I was basing my straps off of another bag, I made sure they would fit the width of my new design. If you're recycling any patterns or dimensions from other bags, be sure to keep these things in mind!

Step 2: Creating a Pattern

Now that you've got your design and figured out how it will go together, it's time to translate your drawings into a paper pattern.

First gather pattern making supplies. I like to use:

Large roll of paper with grid

Scissors/rotary cutter

Several markers and pencils of different colors

Triangle

Large ruler

Ruled cutting mat

My sketches

I've included my own pattern if you want to use my design or some components of it. It's not very printer friendly, but the shapes are all fairly simple for you to recreate on paper. Just follow the dimensions provided: .

Step 3: Prototyping and Editing a Pattern

This next step, prototyping, is optional but recommended, especially if you have altered my design or chosen to create your own design. If you're creating a carbon copy of my design, prototyping isn't absolutely necessary.

Prototyping may seem excessive in both time and materials but it's very useful. A good design can go through many iterations and prototypes before it is finalized. While most people outside of the professional world don't have time or resources to prototype that many times, I would recommend at least testing out your design once in scrap fabrics before moving onto final materials.

A prototype has several useful functions, as it helps to reveal a few things:

Order of construction (what needs to be sewn together first; this is very important!)

Design reality (will the drawing you made actually work in fabric?)

Functionality and aesthetics (do you like your design? is it the right size?)

Testing (allows you to test your design in the real world and make changes)

What materials should you use to prototype? The most important thing to simulate with prototyping materials is how the fabric will behave structurally. Colors and textures don't matter. You should consider a fabric's weight and drape characteristics.

For example, if you want your final outer fabric to be a brocade upholstery fabric you would want to prototype it in a cheaper lightweight canvas.

For my prototyping fabrics I used scraps I found in the materials closet at Pier 9:

Cordura - canvas

Binding tape - improvised by cutting 1" strips of waxed canvas

Ripstop lining - satin

Webbing - more waxed canvas

Hardware - I left the hardware (the metal bits) out because it wouldn't affect my final design or construction

The prototype might look a little silly but it served its purpose. Here's some of the changes I was able to realize after making it.

Remember to take lots of notes while making a prototype. I find it useful to document what order I did the steps in, which can be important pointers to remember or things to fix on the final version.

Draw out any changes you want to make and document how that might effect each individual part. I like to redraw all the pattern parts I need to change and record their new dimensions and any other alterations. Be sure to mark off as you make each alteration so you don't "double edit" a component. I marked each part with a blue dot after I altered the pattern.

Mark your new measurements in a different color to avoid confusion.

Step 4: Cutting Fabric
You have a design, you have a pattern, you've bought your materials (prototyping or final), and now it's time to start making.
Spread out your fabric on a large flat surface, wrong side up. Make sure it isn't double layered.

Lay your pattern pieces out on the fabric to find the most efficient use of materials and trace around the edges with fabric chalk or something similar.

If you're comfortable with cutting fabric, you can line straight edges up end to end to conserve time cutting and marking, as well as materials. However if you don't cut exactly along the line you'll mess up one of the pieces on either side.

Using a straight edge when cutting with a rotary cutter can help avoid mistakes. However a straight edge won't help you when cutting your fabric with scissors.
Cut out all the pieces necessary pieces. For me this meant cutting out of my cordura, ripstop, mesh and foam.
After your foam is cut out, if you haven't considered it already, it's time to design your back pad details.

Here's what mine looks like, for example.

Step 5: Sewing Pockets

I started sewing my backpack by preparing the front pouches. This included using a basting stitch (a basting stitch is just a loose stitch used to tack pieces of fabric together-it is not structural so you don't have to knot the ends) to hold together the lining and outer fabric, adding darts to give the pouches dimension, adding binding tape to finish the edges and increase durability, and attaching velcro for closures.

If you did not include pouches in your design you can obviously skip this step.

Take both lower main pouch pieces and follow the instructions below. And the pouch flap:

Adding velcro:

Step 6: Preparing the Side and Bottom Pieces

Step 7: Sewing the Straps

Step 8: Creating the Back Padding

Note that I used two layers of 1/8th inch foam to give extra dimension. You don't have to do this and probably shouldn't if you aren't using an industrial machine.

The chalk lines can be wiped off later.

Step 9: Making the Top Handle

I used 2" seatbelt webbing to make the handle:

Step 10: Making the Lower Strap Attachments

The lower strap attachments are the small triangles of fabric that stick out of the bottom of the back of a backpack.

Step 11: Preparing the Internal Laptop Pocket

What's a modern backpack without a place for your laptop?

Step 12: Preparing the External Front Pocket

Preparing the outer front pocket-I lined mine to create extra contrast.

Step 13: Attaching the Back Pieces

In this step, you will be preparing the main front and back body pieces as well as sewing all pieces that will be attached to the main back fabric (one of the 27" x 14" rectangles). Order is very important in this step so follow along!

This next part might get tricky because you're sewing through so many thick layers of material. If your sewing machine gets stuck, try slowly hand cranking it and changing to a heavier needle. Don't force your machine though!

Step 14: Attaching the Front Pouches

This step covers attaching the front pouches and lower clip to the front pocket fabric:

Step 15: Adding the Zipper Pocket

Here we add a zipper and install the inside pocket:

Step 16: Attaching the Lower Strap Pieces

Starting to come together!

Step 17: Basting Together the Front, Back, Sides, and Bottom Pieces

Starting to look like a backpack, you're almost there!

Step 18: Fixing Uneven Top Edges

Like me, you probably ended up with some uneven top edges despite following the instructions perfectly. Here's how you can quickly fix them.

Step 19: Binding the Outer Raw Edges

Here are some of the final finishing touches, like adding binding tape to the outside edges. Start with the sides and bottom and then move to the top.

Step 20: Attaching Strap Cam Adjusters

This is the final step. Attach the strap cam adjusters to the strap webbing.

And that's it! You've just designed and sewn your own backpack from scratch!

Test it out and see how it works. You might even find things you'd like to change or wish you'd done differently. I have a bunch of new features I'd like to include if I make a version 2!

How to Make a Backpack | Instructables
is an intern with Instructables and is pursuing a degree in Industrial Design at Carnegie Mellon University.

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Tired of never finding the perfect backpack for you? I was, and so I decided to create my own custom backpack from scratch. It took some thoughtful design and hard work, but now I have a bag literally tailored to my needs.

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Using Fusion to create the shape of the design, to see the structure and how the design would be like in real live.

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Front view

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side view

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video

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bottom view

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top view

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Using play dough to model the designs from the sketches, and form it into three dimensional shapes, to clarify the structure of the design concept.

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side view

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back view

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top view

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side view

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design idea

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back view

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Aesthetics

The design has a smooth and simple structure that can easily fit with human spine, which the customer can feel comfortable while wearing the bag, apart from that the design also has different forms, such as the shell or the strap. Furthermore the design did not change the original material of the bag, which is mainly fiber.

User

The design is aimed at users with one uneven leg, which the design can help them to reduce the noise while using the product. Which helps to create a higher quality of travel for the users to experience and enjoy the connivence.

Function

The design can be well attached to the back of a human, especially for people with uneven legs, the design as a shell, which the users can put stuff inside the bag. The bag also has two straps, so that the users can put the backpack on with their shoulder. Most importantly, the bag helps to lower the sound created by the user.

Materials

Since that the design will be made out of fiber the weight of the product will be difficult to get over 50kg, so that the user can carry the bag easily without carrying a heavy bag. Which fiber can also be easily collected in the SSIS design room.

Size

The height of the will money be over 30 mm and the width of the body part will be 12mm long.

Impact

The creation will not require a massive waste of material from modifying, cutting or assembling.
Nevertheless, the process of producing the product must avoid air polluting.

# data[].attributes.body
To obtain measurements by using sketches to represents the product,

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Preparing raw material (Fusion 360 3D model )

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Preparing raw material (Fusion 360 3D model )

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2 periods

Explanation
At this time I will be collecting all the material that I am going to use for making the product. so that I can be able to find the material I need when creating.

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1 period

Explanation

Use Fusion 360 to find the actual size you want the product to be, and write the measurements down on a piece of paper, so that you can look at the measurement when you are creating the product.

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1 period

Explanation

To start with finish the Fusion 360 model, and then use the model to insert the file to Makerbot, and fill in the Makerbot templet, so that the size of the model will not go over the size of the printing machine.

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0 period

Explanation

The printing process will not take any class time, which will be printing during after school or any time that is not in a class,

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1 period

Explanation

The smoothing will only take one period, by using sand paper, to smooth out the printed product, so that the product will have a smooth and nice surface, that can also be safe to use.

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1 period

Explanation

For the straps of the bag, will be using fiber, so in this period, I will be attaching the fiber strap to the bag, so that the bag can be comfortable for the users.

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By using the tool, you can push or pull any surface from a volume or even a three dimensional shape.

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By using the tool, you can edit all the volume from the Create Form Tool, you can move the object, adjust the lines on the volume, or even increase the size of the volume.

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By using the tool, you can create any sketch you want with lines and curved lines, into shapes like rectangles, squares, triangles or circles etc..

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By using the tool, you can create only rectangles with different sizes

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By using the tool, you can only circles with different diameters.

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By using the tool, you can draw lines with any angle, which basically is creating curved lines in any size you want.