Locking Mechanism Design for Consumer ProductBlind

We are designing a silicone bracelet that will consist of 14 equal-sized, interconnected sections. 7 of the bracelet sections will hold a small amount of water from each of the world’s 7 seas. The other 7 sections will contain small amounts of soil from the world’s 7 continents. The idea is that wearing a bracelet that contains samples of water and soil from around the world will make people feel more globally connected. The 7 sections that contain soil should be a light shade of brown and the sections that contain water should be a light shade of blue. We are open to each designer’s initial suggestions for specific colors to use and will provide feedback after receiving the initial designs. However, we would like both the brown and blue sections of the bracelet to be opaque (i.e. - non-translucent). Additionally, we would like to see two versions of the bracelet in all initial submissions…one that has the 7 sections of water on one side and the 7 sections of soil on the other side of the bracelet. And in the other version we would like to see alternating sections of soil, water, soil, water, etc. We will eventually have different sizes of the bracelet but for the initial design we can use a “medium” inner-circumference size of 7.5” (19 cm). We are looking to have a 3D CAD rendering for prototyping. We welcome feedback and submissions from designers who can suggest approaches for producing a bracelet like this that will need to have small amounts of water and soil injected into the bracelet sections at some point during or after the initial manufacturing process.

We want a simple, firm, premium design for our wireless earbud with a case to charge them. It should represent all-in-one, solid, strong, high tech, formal, vintage style. Type: In Ear true wireless earbuds Target Audience: 20- 40 year olds Competitors: Enclosed in attachments Design: No wire, All-in one button, Volume Button Material: Plastic and Partially Metal Dimensions: Maximum 15 X 25 X 25mm Specification: Bluetooth: 4.1 Driver unit: Maximum 9mm Any software is acceptable, if STL format file can be provided. Any further questions, please feel free to comment.

I'd like to have several tuck and fold boxes designed to look like elegantly wrapped gifts with nothing but the printed box and I would tie a ribbon around the box. The box in and of itself will have a glossy finish - but it should not look so much like a typical branded box - but should make the recipient feel like it is a beautiful gift. The use of simplicity and bold graphics to achieve a striking effect is key. It would be nice if the inside of the lid had a color and graphic when the user opens it. Inside the box will be a green and white marbled tissue paper (file attached). So the box needs to compliment this tissue paper and work with brand assets. I will be printing with Packlane.com so you can see how their box prints look. I have attached a sample of what a "tuck and fold" box looks like.

Create 3d block models of 3 homes. We need to see the effect the shadow of the middle home effects the house to the East. Each of the 3 homes will not need a lot of detail. The house must be placed in a real world location.

The task at hand is to find an economic low cost method to manufacture and upholster adult dental chair soft goods. Quality and life of covering must be robust, 10+ year life. The dental chair soft goods typically consist of three major components; underlying support structure, many times this is a vacuum formed plastic element, the seat foam, and the upholstery itself (see attached photos). Dental chairs are normally divided into two main components; 1) The back structure, 2) The seating structure. Key to this design initiative, should include an alternate way of securing the leather to the underside of the chair. Most chairs currently utilize hundreds of staples to secure the fabric, this poses to problems: 1) High direct labor, 2) No way to easily replace the upholstery covering. We are seeking a new innovative design ideas for new methods of manufacture without using staples or typical snap fittings.