Design modern curtain pole brackets and finials

We want a premium vintage design for our new product line. It represents, vintage, traditional, formal style, high-tech, metal finish for day to day rugged use. Type: Wired Premium Earbuds Target Audience: 20- 50 year olds Competitors: Enclosed in attachments Design: In-ear wired earbuds Material: Metal (Partially plastic is also welcome) Specification Details: Driver Unit: 10mm x 10mm 3.5mm plug Volume button/s and one multi-function button (But not limited to your design, please feel free to be creative) Any software is acceptable, if STL format file can be provided. Any further questions, please feel free to comment.

This contest is for a design of an ecig mod. The mod will be designed around the 18650 battery, 510 connection, tritium keychain(without the keychain ring), the DNA 30d variable voltage board, and usb charger board from evolve. The design will be cut in titanium or stainless by a 4 axis cnc and/or digital lathe. Design should be simple, but very scifi in look. Should look like a sleek lightsabre as much as possible. Design should feature a magnetic switch that uses opposing magnetic poles to keep the switch out unlike most mod switch that have spring type switches. All the parts should be threaded or use c clips, etc for easy dissemble and reassemble. DNA and UBD board Info can be found here http://www.evolvapor.com/shop.php Data sheet http://www.evolvapor.com/datasheet/dna30.pdf tritium keychain http://www.aliexpress.com/item/Free-DHL-UPShipping-For-New-Year-Gift-10Pcs-Lot-Kit-Marker-Tritium-Glowring-Keychain-10-Year/375465992.html The screen of the dna 30 board must be visible on the outside. but inset for protection. Mechanical Specifications of DNA 30D Screen 1) Dot Matrix 96(W)×16 (H) 2) Dot Size: 0.16(W)×0.18 (H) mm2 3) Dot Pitch: 0.18(W)×0.20 (H) mm2 4) Aperture Rate: 80 % 5) Active Area: 17.26(W)×3.18 (H) mm2 6) Panel Size: 26.3(W)×8(H) mm2 7) Diagonal A/A Size: 0.69 inch The DNA board its self should be supported by some sort of plastic insert for the metal body but must leave room for wiring to 510 connection and battery tube sections. If winning designs are manufacture-able then they will also receive the item they designed one we build them.

We are coming up with new sensors that we would be installing in gym equipment. We want it to look innovative – that with just one look of our sensors, our brand will be recognized. Besides having an innovative design, we need a wifi logo – or any design showing that the sensor works via wifi/online, and our logo, GYMetrix, should be part of the sensors’ design. We have also attached the holes needed for the sensor to work (colored blue and green on the attached design of our current sensors). The holes have to be in place and can’t be moved. They should be carefully integrated in the design – which is the big part of the challenge. Think out of the box! *Always refer to the files attached for reference. We have added more information regarding the design we need: Color: If possible, the bottom part of the sensor is a different color from the top. So that we can differentiate from the top and bottom part. We have attached an ideal bottom part background we have in mind. Surface: - Bottom surface have to be flat where the blue holes indicated should be. - Top Surface can be anything. Use your imagination! (Like the beacon image attached). - We need one side to be flat. We need this to put stickers for inventory purposes. - One side needs to have the green hole. - The rest, you can use your creativity! Size: Current size of our sensors is 7.3cm x 3.4cm x 2.8cm. Don’t be limited with the current dimensions, you can make it slightly bigger to accommodate your new design. However, make sure the placement of the holes needed should still be in place. Holes: The blue holes indicated in the diagram, is part of the bottom part. Please see attached image “sensor design-holes needed” and other files for reference. The purpose of the 2 holes is where we can (1) turn the sensor on or off and (2) where the light indicator will be. Total number of holes: 3 File types needed: - STEP (.stp) - SolidWorks (.sldprt) - ProE (.prt) - Parasolid (.x_t and .x_b) - ACIS (.sat) - AutoCAD (.dwg, 3D Only) - Autodesk Inventor (.ipt)

I am looking first for a design concept that will improve the look of this product. Modernize the look of this rectangular spring loaded retractable string that holds a pencil-holding adapter. Right now the body is a a plain looking 1.25" x 1.25" x .375" with a flexible rubber adapter on the end of a string. I would like something that looks industrial, heavy duty and sleek, and a look that flows into the flexible adapter. Think about how an Apple design person would want this to appear. This version will be used by working contractors and tradesman. This has a belt slide clip on the back, that should stay about the same although I will entertain an optional carabineer hook.

I am in need of a PCB layout. I have the following complete: * Full schematic in Atium Designer V17 * All electrical components have been selected. * PCB size and all component placement is complete * Full Altium project file available to send to you. I need the PCB routing completed as soon as possible.