Design Concept Contest for Fashion Face Shields - $500 In RewardsBlind

Please help us design our next-generation hard-hat mounted safety system which provides visual and audible alerts to the user when they are approaching danger. **PROJECT FILES ARE ENCRYPTED** The project files are encrypted using 7-Zip, a free encryption and zipping application. Please message me and I will give you the password to open the project files. Once I share the password with you, please keep it private and do not share it with anyone.

Submit 10 OnShape assembly files (each pair of glasses must have a unique front part but should have the same arms) Each one should be a different style (See attached photos for styes.) (1)Aviator (1)Cat eye (2)Oval (2)Round (2)Square (1)Kids (1)Other - be creative! Submit 5 renderings of each pair with clear and dark lenses (10 renderings total) with the following views: *Head-on *45 degrees *side view *overhead *ISO) *******IMPORTANT******* This design must be easy to modify. The workflow and feature organization of the parts is as important as the final shape. The following two measurements should be driven by a single variable in OnShape: https://cad.onshape.com/help/Content/variable.htm *the width of the glasses *the bridge of the glasses These two dimensions should DRIVE the width of the frames. When the width of the frame changes its shape should scale uniformly to accommodate the change. See the attached picture for a better explanation. You can submit your glasses with dimensions anywhere in between the max and min. Just make sure the glasses still look good at the max and min sizes. (Scale all dimensions down by 20% for kids glasses) Arms and Hinges **please keep these designs the same for all of the glasses. The straight part of the arm should also be driven by a variable. Keep the curved part by the ear the same. "picture" example: ___/ will be lengthened to look like _____/ The hinge design should be based on the attached picture. However, there should be countersinks on the top and bottom of the hole to accommodate this screw with a 6mm shaft length. www.zoyeglassesparts.com/spectacle-screws-internal-thread-m-1-4-2-5mm-height-tsn-007.html Please use the "hole feature" when designing the hole and countersinks so they can be modified later if needed. These do not need to be driven by a variable. Lastly, these will be plastic hinges, the nose pads should be part of the plastic frame and do not need to be easy to edit. (see picture) Please feel free to reach out with any questions.

I'm looking for a designer knowledgeable in electronics to design the product with the smallest dimensions possible. The product is a small wearable that vibrates according to set time intervals. It can be worn as a bracelet or necklace by attaching it with a simple clasp. The user presses the button to cycle between time intervals (5,10,15,30, or 60 minutes). Haptic feedback to let user know which one was chosen. Long button press = turning off and on the product with feedback to let user know if the product is on or off Rechargeable battery with USB or coin battery depending on which one can provide smaller size. Water resistant casing. Similar product on the market: https://shop.meaningtopause.com/products/just-plain-pause-solo-capsule-for-diy-bracelet The biggest difference between this project and the existing product linked is the design (i want it to be much smaller), and the ability to change time intervals.

I’m making gaming glasses that block blue light. I just need a design that looks cool that is similar to my reference photos.

We have designed a 2.4 GHz transponder that is used for sports timing. We require a plastic housing to be designed for this small wearable device. The PCB has a solar cell on one side and a small 40 mAh LiPo battery on the other. The transponder is used in running, cycling and Triathlon type events, so we need it to be completely waterproof, we prefer that the unit is ultrasonically welded to form a hermetically sealed product. The transponder will need to worn by runners, attached to bicycle forks, attached onto ankle straps, etc. An approach we would like to take with the design is to allow for the transponder itself to have a minimalistic design with a universal mounting option that allows for it to be attached to a separately designed Bike mount, or wrist strap. Ie: the Bike Mount would be a separate design that cable ties (zip ties) to the front fork of a bicycle, then the transponder clips onto or locks into the bike mount. This would allow for future designed mounting accessories, while keeping the transponder design standard. The design considerations include: - The housing must be completely waterproof (Hermetically sealed). We would prefer that the unit is sealed with ultrasonic welding. - We use a solar cell on the top of the PCB to charge the small LiPo battery, so there should be a transparent section in the housing to allow for light to reach the solar cell so that the LiPo remains charged. I have attached an image of the transponder as well as an STL file of the PCB Assembly. We can send further information and output files as required.