hard hatBlind

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.

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

We have a number of products which are sold to commercial gyms. They desire storage solutions for these items that take up minimal footprint int he building but maximize storage. I have attached a file with photos of existing storage solutions on the market and also the type of items we need to store in the gyms. We want the units to be modular so they can expand for more equipment as needed. We want the units to be multifunctional storing more than one type of equipment if possible.

We have old AutoCAD drawings for a 4000sft residence that need to be converted to ACAD 2013 or 2014 including assigning drawing elements to current Architectural CAD layer standards.

We are designing a thick gauge aluminum mailbox (0.080” aluminum (2024 or similar) front and back; ¼” (6061 or similar) lid). We are having problems finding an off-the-shelf hinge for the lid that meets our evaluation criteria (below). Lid is a thick, flat piece of aluminum, no bends. Final product will be powder-coated.