Donkey Calf Raise attachment (UPDATE)

We are looking for opening and closing mechanism for a modular unit of size of 40' container that is simple and minimalistic and yet very robust design. The mechanism design should be easy to open and close and can be operated multiple times without or with minimal human intervention. In closed form it will be size of 40 feet container while once expanded should have maximum possible footprint allowing additional living usable space. Please refer to attached video as a reference for the concept. The uploaded video is just for reference purpose only. The design mechanism shall be made keeping following things in mind: 1. Expansion with minimum resource and manpower 2. Easy to expand and retract. In open size, maximum floor area while in closed form of size of 40' ISO container 3. Design should be simple, robust, low maintenance, and easy to produce/ manufacture

Hi, I'm Michael and I stand at the head of the team that designs the band used to study customer satisfaction. We need a unique design for our product.

A standard meditation bench made of wood gets a makeover. We are looking to create a fully-adjustable, lightweight, travel version of a wooden meditation bench for manufacture via injection molding (plastic). Here is a reference for what it usually looks like (not what we are making): http://www.samadhicushions.com/Meditation-Bench-Seiza-Kneeling-Bench-p/C-564.htm?Click=9556 The bench consists of 2 legs, of the same size, 7.5 inches tall. Atop is a main sitting piece, which is at right angles to the legs and is 18 inches long and 7 inches deep. All parts are ½ inch thick, or thinner. The bench needs to be able to support the weight of an adult. The main sitting piece (piece “A” in the sketch) needs to be rotational such that it can be tilted forward in order to create an angled seating platform. This adjustment is to conform to the seating angle of the meditator to create comfortable sitting position. The piece must lock out once in place at the desired setting, in order to provide stability while sitting on it (aka it does not move). The legs must also be retractable, such that they fold in towards the main sitting piece in some manner, in order to make the bench small and practical for travelling or storage. When folded, teethe assembly should ideally be no more than 1 inch thick.

We control how power flows through your home. This device, a hub device, orchestrator, controller, manager, is a small electronic appliance will sit on the table or bookcase in homes. It functions similarly to a home automation hub (e.g. Smart Things, Wink, etc.), but is smarter than a hub. It connects to smart meters, home Z-wave automation equipment, Wi-Fi networks and Ethernet. When you’re using too much power, it throttles back your home’s usage. When more power is available, it throttles usage back up. It needs to look good, look modern, simple but elegant. We’re trying to exude confidence, control, action, durability. It needs to fit in with a modern home and look good. Attached are model files of that include the minimum features of the circuit boards and connectors. Also included are drawings of the components included on the circuit boards as well as additional pictures/descriptions of the circuit board stack. Start with the “Enclosure Presentation” file and go from there. IMPORTANT NOTE: The bottom circuit board component/connector placement is fixed (cannot be moved/altered). The top circuit board model file currently shows 4 LEDs. These LEDs indicate system status for Wi-Fi/Ethernet Network, Smart Meter Connection, Z-Wave Device Connection and Cloud Connection. This configuration may be changed and we expect it to change, multiple colors and/or other arrangements may be used, but we must be able to at least indicate status for these 4 systems. It would be nice to indicate, in addition to blinking status for example, motion or activity in the system. The design does NOT have to have draft built into the model for the contest, but the designer must be able to add draft (for additional fee) after the prototype has been approved. Think about how this would/could be molded when designing. The output will be 3D Generic CAD files (i.e. step files) + Native 3D CAD.

Complete a motorcycle model based on the provided design with changes.