Tyler Food Truck Park

In theory, this is very basic. Although I am just a law student and by no means an engineer of any sort. My idea is to create a tupperware that has slits in a grid like form on the bottom and sides. Additionally there would be slits under the lid. With the grid-like slits, one would be able to put inserts in order to separate there food. with the insert going into the bottom, sides and the lid, there would be a nice seal from any liquids or foods mixing with the others. Obviously, the point of the grid is to be able to create different sized servings and adjust them from bouncing around. Basically, one could put a perfect compact cup of rice, another for veggies etc. The preserving tupperware current on the market do not allow this and one has to purchase a thousand of them. My vision is for it to be able 10 inches in length with a 5 inch witch and about 2.5 inches tall. The top of the tupperware and lid should look similar to your standard rubbermaid tupperware. the walls of the tupperware should not be less or more than 90 degrees. The corners and need to be rounded. The slits them selves should not be to shallow, for that would defeat the purpose of them. My estimation is that they would be about .5 centimeters. Because of the slits, the bottom and sides could/maybe/should form a ridge like surface. (think of ruffles) Lastly, the ridges, or slits should be continuous, at least in my mind around the entirety of the tupperware, which means the lid will need to account for vertical ridges along the walls of the tupperware and still be able to seal it. Although I will not prepay, being the cautious man of law that I am, payment will be given upon the winner being chosen. AND, in the event that my price is significantly low balled and outrageous I will increase it if no one in their right mind would accept it. Thank you.

M.E.P,Different layout,Reverse Engineering works,Architectural works,3D modelling works. etc

With Nuvoic Home, we aim to build a prototype of the world’s first smart speaker for users with speech and motor difficulties, allowing them to interact and communicate independently with others and their surroundings via their own, unique voice. In this EU-funded project (https://voiceitt.com/nuvoic-project), imec partners up with the Israel-based VoiceItt to incorporate their state-of-the-art dysarthric speech recognition software into a smart speaker. The goal is to (a) investigate which technological possibilities are available by contemporary standards and (b) adapt the device following a design thinking philosophy to ensure a match with the target group. People with speech and motor difficulties need to be able to interact with the smart speaker via their own unique voice. Auditory feedback is given via an incorporated speaker. Visual feedback can be given via a LED-ring which resides on the PCB of the microphone array (see further for details). They often have a secondary user which can help them in assisting functions such as installation of the device and one-time setup steps. All things concerning authentication, registration and others where a screen is needed, will be done on a separate accompanying device and are thus out of scope of this design contest. For the first prototype, we have yet to decide on the design of the speaker enclosure. The main components have been identified in a first iteration of the project, with exception of the specific touchscreen. In attach you find some personas we created for the intended users (primary group) and the assisting persons (secondary group) By organizing this design contest, we hope to receive several possible designs for the smart speaker that (a) allow to integrate the components specified below and (b) fit well with the restrictions and specifications imposed by our particular target group. The design submissions will be presented to our project partners and an expert panel, who will rate them on a couple of criteria: feasibility (do all the parts fit into the design), aesthetics (subjective opinion on the look and feel) and fit with the target group (ease of use, simplicity and UX tailored to users with limited fine motor skills). At the end of this review process, we will award the winning design(s). The winner and first runner-up of the contest will receive a total sum of $100.

As part of my home renovation I would like to create a stunning and comfortable carbon fibre hammock bath, which will be suspended by two wall mounted supports. The bath will be manufactured by taking the 3D CAD model created by this design contest and creating a wooden blank using a CNC machine. The wooden blank will then be wrapped in carbon fibre cloth for strength, waterproofing and aesthetics. I have some dimensions, weight specifications and other requirements such as the location of the bath filler, bath waste, water pipes and head rest.

Race Car Engine Cover Mold. +/- 2 or 3 mm - does not need to be perfection. I have pics and dimensions. Hoping you can scale it off the pics unless you are Local (Atlanta). I will be available during the design for extra pics of measurements. Hoping this will be a 3 or 4 hour draw for some one. We will take the drawing and cut a mold from foam on a large CNC Router and lay up in CF or FG. Here is a link to pictures. https://exoticsalvage.com/02-lotus-esprit-rear-engine-lid-liftgate-db004627