2021
Automotive/Transportation
This is an electric tricycle, unlike the traditional tricycle we have in Africa which uses petrol. This is a conceptual design of a modern tricycle that will bring about ease and comfort of transportation in Africa and other nations that use tricycle as a means of transportation. No fuel, no noise.
AscenZ’s innovative and game-changing process technology, based on the highly efficient pultrusion manufacturing process, offers many advantages over traditional friction material manufacturing -- including continuous and highly-automated production yielding near-zero variability. The company’s highly-advanced friction composites demonstrate superior quality, significantly more consistent properties,
This new concept is a highly efficient pump, charger or motor for gases and fluids with an extremely simple design.
It consists of only a handful of parts and requires neither gears nor micro-precision machining nor complicated manufacturing processes.
Design:
A piston is eccentrically rolling on the inner wall of a cylindrical housing.
An Alternative Crank Engine
This product innovation relates to the internal combustion engine and proposes a significant step forward in improving performance, fuel economy and emissions by changing the thermodynamic cycle of heat transfer into useful work whilst retaining all existing technological infrastructure and costs.
Garbage trucks are typically noisy and inefficient.
Utilizing a small, high efficiency diesel engine that runs at a constant engine speed, electricity will be generated for battery storage. This will be used for hydraulic pumps and motive force of the truck creating an efficient,
The proposed urban mobility system will be composed of:
Air modules: Multicopters having propulsion pods each one with one or two electric motors driving a single or multibladed rotors, equipped with battery or fuel cell power packs, and control unities capable of flying in autonomous, programmable, or fly by wire control modes.
A Smart and Adaptive Driver Monitoring and Assistance System based on Facial Landmarking & Deep Learning.
The problem ADAMS-Advanced Driving And Monitoring System solves is that a large portion of road accidents (78.4%) are due to the driver fatigue and inattention. This includes speeding, driving under the influence of alcohol or drugs, and hit and run cases.
My idea is to design and fabricate a 1/5th scale model of a basic transport infrastructure for rural communities using second hand scaffold tube. The track will be locally made under supervision and the trolleys are remotely controlled by WiFi so human to human contact is minimised or eliminated. The spread of infectious disease will be mitigated.
[Problem this design idea solves...]
The amount of time to presently charge a battery electric vehicle (EV) at home is numerous hours. Using a public, high-powered, fast charger takes much more time compared to filling up the tank with gasoline or diesel. For example,
The Ignire is a sedan type car. And mainly focused on middle class people who can't afford current electric cars in the market now. And the second goal is to offer a jet-like feeling while driving it. The Ignire uses a 28kWh lithium ion battery with maximum range of 350Km in single charge.
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