Riding Glasses - Motorcycle
in
3D Modeling Design
held by
Karl
Last seen:
2014-10-28 19:40:49
Contest Closed
Description:
A new line of motorcycle riding glasses using elements from 3 different existing products to create a new and improved style of Glasses. Photochromic Lenses required.
Wants:
Mold cost to be considered, but not a primary driver of an elegant design. Width of frame (surface area of gasket attach point) also a priority. Large rectangular viewing area for increased road awareness.
Don't Wants:
Generic templates or existing products.
Ask for Sample:
Design sent to 3d printer for sample is a bonus.
Software:
- Adobe Illustrator
Entries
#7 Riding Glasses
by sendil kumar
Download Files
- solidworks jpeg file 2012 — model1
- windows word , detailed description 7 — Project riding glass
- solidworks jpeg file 2012 — model3
- solidworks STEP file 2012 — model3
- solidworks IGES file 2012 — model3
- Solidworks assembly file 2012 — model3
- solidworks JPEG file 2012 — model2
- solidworks IGES file 2012 — model2
- solidworks STEP file 2012 — model2
- solidworks assembly file 2012 — model2
- solidworks IGES file 2012 — model1
- solidworks step file 2012 — model1
- SolidWorks 2012 — Assem1
Oct 28, 2014 12:44
Discussion
Hi,
Does this contest participant meets your expectation?
Does this contest participant meets your expectation?
Yes, solid works or UG is fine with step files - thank you for asking.
I guess I had the same question in mind. How about the use of Solidedge/Solidworks?
can i use UG? I will provide step files.
can I use solidworks 2012? I will provide STL files for 3D Printing.
Similar Contests on Cad Crowd
Creating the St. Maxine Patio Lounger coverrtable to Bench
I would like to have a design for two wood loungers that have a retractable wood piece that can convert the loungers into benches. I would also like to have a table that can retact up into an umbrella with this plan. A wood table that can come down and be the table when its a bench/loveseat and disappear
Alfred's Mic's Design Contest
Alfred's Microphones wants to create the worlds first Modular Microphone.
The goal is to create a condenser microphone with interchangeable capsules and circuitry for different studio recording applications.
Design requirements:
1. Capsule/ head piece must be removable.
2. Circuitry must be removable.
3. All removable parts must be easy and quick to assemble.
3. All removable components must be lockable onto the microphone body for stability and durability.
4. standard male XLR connection for base
5.Circuitry isn't being designed here, just the process to easily interchange the interior circuitry and head piece/capsule without any rewiring involved for the microphone user.
Fever Phones
The design of this product is a blend of 2 different products, headphones (earbuds) and a children's ear thermometer. there will be a button on the earpiece to trigger the temperature taking action.
iPhone Audio Accessory - Music Booster
This product provides an added volume boost to iPhones.
Ultimately, we'd like to create an audio booster accessory that plugs directly into an iPhone. You would then be able to plug your headphones into this accessory so you can listen to your music at louder levels. We'd like to have it so you can control the volume/bass/treble levels through a mobile app. If not, then it could be something like this FiiO product (http://fiio.net/en/products/53) but wireless. It would also be similar to this product, but also wireless. https://www.kickstarter.com/projects/1746450443/uamp-soul-shaking-audio-for-your-ears/description
No firm dimensions. At most, it would be as wide as the iPhone itself.
Design should look like something Apple would have designed. Something sleek. For colors, use the same colors as the iPhone 6S.
There needs to be a Power button, Vol+ button, Vol- button, and either a battery indicator or battery light.
Motion sensor
This project is to design the housing for a motion detector for commercial office buildings. it should be approximately 2.5-3.0 inch circle and the body should be no more than 1.0 inch thick. the circle can be bigger if the edges sweep out to with a nice curve back to the ceiling surface. it will mount to a standard t-bar ceiling grid. (the kind of ceiling with the drop in tiles) it should mount in the corner of a light fixture with a portion of the "top" or up facing side exposed to the light fixture. and have a window on the top that looks up at the light... (for a light sensor) the window shall be rectangle and dimensions are: 33.0×10.8mm.
the face which points to the room shall have a PIR lens (like this one http://www.jvs.de/Carclo_Fresnel/Drawings/PF68_12076_Drawing.pdf
i'd like to receive drawings that are 3d printer ready. ease of mass production and tooling should be considered. drawings should also be open for editing by our team.
Our team will add the holders, screws, clips, etc for the Electronics inside.
the mounting method could be a small piece of spring steel or plastic.
White plastic/PC
examples: http://cdn3.volusion.com/jn7vt.cfos2/v/vspfiles/photos/HBL3-2.jpg?1416706843
zulfadzryl
Designer