Description:I am designing bespoke door pulls for a classic porsche 911
Wants:- Details in the PPT file Attached.
- I want the PPT details converted into CAD so I can get the components produced.
- I am limited to my skills in the PPT, as I would want some small radius' which I can't document in the PPT
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A research in annular plate
The work on annular circular thin plates is to develop and use the Galerkin variational method to solve the flexural problem involving annular circular plates. A second branch of the work would be to solve the same problem using the Least squares weighted residual techniques.
Design should be of a liver shell. It should be an anatomically accurate model that can be printed if needed to. The inside should be hallow and the liver should include a hole on top where the hyper-vein would normally be and a hole on bottom where the vein would leave. The liver shell should be a 2 piece design that can be clicked/ screwed together to symmetrically put together the 2 halves. http://www.exchange3d.com/3D-Model-of-Liver-Anatomy/prod_28235.html#preview A more simplified version of this will be perfect.
I am looking to explore the idea of "reinventing" shoes. I'm looking to create a shoe that turns from a heel to a flat. In order to do so i need a mechanism for the heel to flip out and lock into place from a groove on the sole of the shoe. The heel itself would be based on a lever where you can push the heel into a groove of the bottom of the shoe to make the shoe a flat. Then click it out using a very simple unlocking system on the sides of the shoe ( a bit like when you unclick the lid of a calpol bottle pressing on both sides) to make it into a heel.
I have the 3d model but I need plsns, sections , axonometric diagram ( part to whole, circulation, sun direction, mass, unit, etc.) parking level , ground floor with unit detail, 2 sections, 2 perspective drawings , ((renderings)) of the interior and exterior.
Industrial Safety Glove Design
TPR (Thermoplastic Rubber) Protection Zones for Work Gloves We are an industrial work glove manufacturer and one of our main products are gloves with TPR moulded zones which are applied to the back of gloves (either sonic/heat or sewn) to provide protection from knocks, bumps, bangs, compressions etc. Gloves are widely used in the offshore Oil and Gas sector along with mining and automotive sectors. The TPR zones are primarily to protect the fingers, knuckles and metacarpals within the hand – see attached image. We have several mould designs already, attached are two samples TPR1 and TPR2 and we are looking at a new mould also attached named Karbonhex which is based on an Hexagonal pattern/design – the inner hexagonal design is okay but the actual outer/outline needs a redesign to also make it more hexagonal…. This is as much about esthetics as functionality!