3D Interactive Data Visualization for website

I am interested in a short (15 sec) 3D animation which demonstrates adding a coating onto a 3D object and how the coating acts as a barrier to some elements. Object is a generic 384-well or 96-well deep well plate. 1. A coating is added to the slowly moving object on the entire exposed surface except for the underside. 2. Two different in-motion 3D elements are reflected off the newly coated surface with short text explainer bullets. Elements are "protein molecules" and "acetonitrile molecules". 3. A third element is shown to be blocked from passing through the coating from the originally uncoated object. This element is a polypropylene molecule.

The Wackynata is a patent pending device for hanging peñattas from a vertical structure (poll, tree, etc.) when there is no low hanging horizontal apparatus to hang it from. The purpose of the animation and images is to properly demonstrate what the product will look like when it is "retail" ready. The inventor has created a working model using off-the-shelf products to demonstrate how it will work but now needs it to be made "pretty" and modified with 1 thing that she couldn't buy off the shelf, the buckle, in a cost effective but functional way. Please replace with a CAM Buckle as demonstrated here: https://www.uscargocontrol.com/1-Cam-Buckle-White-Zinc-550lbs I have attached 3 files for your consideration: 1. The image titled "Parts" lays out all the parts that need to come together in a 3D design. 2. The video titled "Bracket" shows a metal bracket she bought from the store to demonstrate how it could work but is not intended to be the final version. Instad, there is a cardboard design illustrated that would be made out of metal instead for use. 3. The "In Use" video is a demonstration for you to see how it all works together so that you will know how it should work in the animation. The 3D video should show 1. How it is easily attached to the tree (or) pole 2. How it is used

The aim of this product is to provide a device that can be placed on a Wet Floor sign to provide additional protection by warning people walking by that the floor is wet and slippery. It must include the following features/functions: 1. A small and bright flashing LED light(s) that helps people walking by, to see and pay attention to the Warning Sign. The light should have a switch that can be set to On, Off, or Motion Sensor . 2. A speaker that can be heard from any direction that radiates up to 10 feet with a volume control switch. The pre-recorded message would play when people get within 10 feet of the sign and say "Caution, Wet Floor". Again, There must be a switch that can be set to On, Off, or Motion Sensor. 3. A micro USB receptacle for recharging. Attached Images show: FIG1 - Sample Wet Floor Signs currently on the market that this new device would need to attach to universally and not be easy to steal. FIG2 - Shows a sample of a light fixture that is an example of how this could look, but with only 1 flashing yellow light facing front and back. FIG3 - Is an example of how lights are attached to construction signs. This concept is a good example of how just adding the light helps avoid accidents. FIG4 - This is the art used currently to explain the concept. It is NOT what we want. It is too big and doesn't need to have any words on it. But it does show how the inventor was thinking about each of the above features coming together, Light and Sound. The purpose of the animation is to demonstrate to companies how it works as thoroughly as possible without manufacturing a prototype. So, it should show how someone approaching it activates the light and should to warn them to walk around the wet floor.

I'm trying to illustrate how my product will be assembled and its various configurations... In this initial animation, I just want to see the parts come together... This device is basically a short cylinder with seals on each side that allows a standard 5 gallon bucket to be attached in order to create one large container...

For anyone who worked on the original Bucket Coupler contest, this next part is simply going to be demonstrating as many different functions and configurations as possible so that I can convince companies to license the design... I have a provisional patent, so the clock is ticking... I am looking for someone to illustrate unique and creative new ways that this device can be implemented in the real world, or demonstrate multiple ways the device can be configured to work in different orientations and/or do specific things... I have MANY examples, which I will be describing in the comments section of this contest... most of all, just use your imagination... I may add more prizes depending on participation...