EVO mantrap

Project is to design a conveyor system to transfer a range a products into a hydro-cooling bath, and then transfer the product through the bath and out the other end. Attached is a some more notes of the project and images of the products. The contents of the Pails and Bladder is hot Jams and Sources etc. Currently we don't know the thickness of the bladders when fill of the products but we can find this out once we have awarded the project. The attached files are only ideas from our customer, they would prefer to have the maximum time of immersion in the bath. Max floor space available is 8m, so as close to 8m of immersion would be ideal. Someone that has done work with Hydro-cooling bath conveying or works for a company that builds this type of equipment will be a great help. Please let us know if you require more information from us before taking on this project.

We are looking for a locking mechanism for our upcoming product that is simple and minimalistic, yet very robust in how it locks the two pieces together. When locked there will be lateral stresses forcing the pieces to slide apart. We want there to be virtually no chance of the pieces coming apart by accident while locked, and the mechanism must be simple and intuitive. Items that must reamin the same are the length and width of the objects. Enjoy full freedom to change the trapizod shape. Please refer to attached images for some of our previous ideas. These are simplistic, but they are either not aestheticly pleasing or they do not provide a reliable lock while the product is in use. We have uploaded 4 different file types because we wern't sure what your preference would be. Please also take a look at the attached images to see the other mecanisms that we have designed thus far. These are the ones that we like for simplicity and minimalism sake but they are not the most effective or intuitive.

Inspired by the historical visual progression of mainboards, we are looking for an innovative design to use as the back of a large shelving unit. We are looking for a design to go in a display case. The display case will then be used as a holder for glass shelves. Think of it almost like a glass bookshelf. Except, instead of the back being a cheap piece of board held on with tack nails like a shelf from IKEA, the back will be the design you come up with. Dimensions: 8ft wide 3ft high 1-3in deep The case is being used to display tech items. So we would like the design to reflect technology. Think mother board but on our scale. The original thought was to collect old motherboards, including ram and cpus. We were then going to lay them out on a 8x3 piece of plywood and glue them. Instead of this, we now want to get a design that a CNC machine can make. Material used: Wood and old metal. The design should induce a feeling of technological progression. So from left to right the design should transition from old circuit board tech, to current tech, to possible future tech (this part is open for interpretation) As an example, in the attached picture, the green part is what we want to replace with our 3D circuit board idea. Please note that the picture is just one from google and does not represent the actual shelf we are building The entire shelf will sit on top of a table, meaning that it will be at eye level for the average person.

I would like a professional design for a workout machine prototype. I plan to push it into production soon. I attached two very basic drawings to give a super high level overview of what the machine *can* look like. Please review because there are important features in the mock ups that should be included, which is different from many other machines on the market. I’m open to different designs but it must function proficiently as a standing leg extension with the necessary features that are mentioned below. Here are details about the project: - This is a standing leg extension machine. - The material should be sturdy metal. A strong durable type of steel, something that’s commonly used with well made machinery is fine. It will need to be heavy so that it won’t move under load. The vertical steel supports should have holes on each square side so pegs can be installed if users want to incorporate resistance bands. - Dimensions are as follows: - 4 feet tall | 4 feet wide | 6 feet long. Top chest rest: 2 feet long. Bars with handles should be another foot in length, with ability to extend and retract. Small vertical bars should be 2 feet tall with extension and retraction functionality. - The front of the machine should be longer to compensate for the weight in the rear. - The steel should be adjustable meaning there should be an inner sleeve for each vertical bar to raise or lower the height. Also include this in the chest rest parallel bars. - I also want a bi-way tilting option for the parallel chest rest so the individual can bend downward toward the ground or upward for exercise variance. - There should be another bi-way tilting option at the bottom for the 4 foot vertical bar. - There should be a supportive pad on the tall 4 foot bar to comfort the belly/ chest area during exercise. - There will be two foot extensions, each with their own foot roller and supportive pads (two pads per extension). The extension mechanism should be welded into the steel so it’s strong and supported. It will also need to extend and retract to support users with short and long legs. I want it to be connected to the smaller parallel bar with an L shape toward the inner “swing area” of the machine. The end of the L will have a foot roller and right above the foot roller should be two 8” shin pads (one for the left side and another for the right side of the shin). This will support the leg more so, in order to keep the individual from relying on the foot roller alone to perform the extension. - This will be a cable pulley machine (flat plates included) with a round plate loaded option as well. A peg on each side will be needed to accommodate the round plates.

Redesign of our medical storage bins and cover access methods. The overall industrial and mechanical design initiative should explore new methods and ways to reduce lid opening space. (See attached document for full details.)