Automotive/Transportation
This idea is developed to reduce internal combustion engines' mechanical friction loss by distinctive crankshaft oil hole layout. In order to ensure adequate oil transport, from main bearing shell oil groove to connecting rod bearing via oil holes made inside crankshaft,
I have designed two different Flying Motorcycles (FM) and one Flying Bicycle. The first FM is 'roadable aircraft' categorized as a Light Sport Aircraft (LSA) that employs our proprietary modified and harnessed, ram-air inflated parafoil type parawing,
A novel control law prevents sinusoidal free response ringing caused by energization transients in an underdamped dynamic system. Designs need no longer endure deleterious ringing. Vintage control law techniques or computerized trial-and-error only partially suppresses ringing. In complete contrast,
The braking system is the most important safety system in automobiles and vehicle and helps bring the vehicle to a complete stop. A well-maintained car braking system is vital for road safety. Basically there are three brakes types namely, mechanical brake, hydraulic brake and air brakes.
I propose a simple means for reducing emissions from many internal-combustion engines. These engines will eventually phase out, but not for a number of years. Meanwhile, it is beneficial to reduce emissions during this transition.
Included in this technology are hybrid vehicles. Another is engines of large aircraft,
The aim of the land mine sensing or detecting robot is to see and cover the most area feasible, display the landmines, and map the remaining region with millimeter accuracy on a visual map. This study offers a prototype land mine detection robot that is easy to manage,
The electric vehicle market is projected at over 90 billion dollars in the next five years with over 200 million electric vehicles on the road by 2030. In the backdrop of this burgeoning EV scenario,
In a sustainable energy-focused world, the automotive industry is working to reduce carbon emissions and fossil fuel reliance. The Dynamic Solar Panel Integrated Vehicle (DSPIV) concept integrates advanced solar panel technology into the vehicle's exterior to enhance sustainability. This includes photovoltaic (PV) modules that propel the vehicle,
The Monowheel Undertaking presents the design and evaluation of a single-wheeled electric vehicle for personal transportation. This innovative concept prioritizes efficiency, sustainability, and user safety in urban environments. The Monowheel integrates cutting-edge hardware, motor control systems, and an intuitive steering interface.
Todays friction materials for automotive brakes are high volume, high temperature, high pressure produced industrial goods. LiqFric has created a new way to produce automotive brake pads at temperature not exceeding approx.
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