IEM True Wireless Earbud Design Blind

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: Over-ear Bluetooth Premium Headphone Target Audience: 20- 50 year olds Competitors: Bose, Sennheiser, JBL, KEF, Marshall Kilburn Design: 90° swivel earcups, extendable, foldable headphone Material: Leather headband, metal earcups (Partially plastic is also welcome) Specification Details: Driver Unit: 40mm / 50mm Bluetooth and 3.5mm plug LED Indicators to show battery, Power button with light indicators, Volume button/s (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.

3 different components need to join together to form 1 piece. The combined assembly is a clamp on system, that clamps onto 36" diameter pipe, then when hydraulic pistons are activated the arms extend and lock out to approximately 45deg. I have attached schematics showing in 2d what I am after. Potential for significant future work for winning designer.

We are redesigning an existing tool, it is a very simple tool which combines existing parts, Our focus is on portability and a modern sleek design, we require 2d and 3d tech drawings

Working on a survival oriented product, Looking for a professional preferably with experience in the niche to finalize a design and make realistic HQ renderings of the finished product/product parts.

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.