2014
Automotive/Transportation
Over the last 20 years Liquid Crystal Display (LCD) technology has been rapidly advancing. Next generation LCDs are utilizing transparent and flexible substrates and various polymers as supporting material instead of glass. Many of the new applications using LCDs, such as smartphones, have improved functionality and safety.
Riding a bicycle in snow is very difficult, as it cannot provide necessary traction to move. Hence, the cycle is specially designed to ride in snow.
The Project aims to build a 4-wheeler with a capacity to carry 5 persons. Primarily intended for transport of people within large campuses such as universities, hospitals , factories etc facilitating creation of pollution free campuses.
Solar panels cover great real estate to generate sufficient power.
All these are built up onto racks to keep them elevated and protect them from weeds covering them and to face in the most ideal direction toward the sun.
Once built,
You have a basic supersonic jet, the fuselage will have a rear semi-wing modification that will form a secondary shock wave. Attached on the underside of the fuselage with a horizontal surface that will not have a total length larger than the width of the fuselage,
Improvement of energy efficiency and ecological cleanliness of internal combustion engines with spark ignition is a task of vital importance and alternative fuels are one of the ways to solve it. Many researches and tests conducted by various institutes all over the world revealed advantages of different alternative fuels,
The Speedblock promises to end traffic fines on roads with radars and speed limits, increasing the driver's attention on the street and reducing time lost looking at the speedometer, thus avoiding accidents. Currently,
To improve the efficiency of internal combustion (IC) engines, an innovative Steam Assisted Co-cycle IC engine is invented. The working principle and prototype development of this new engine are introduced in the following.
Basic Idea
It is the idea of creating wirelessly controllable motorized boots for the physically challenged (leg) that can be used with ease and can be worn throughout the day without any discomfort over any kind of shoes of almost all sizes or over prosthetic legs.
SAEHB is a standalone solution to the vehicular braking scenario. It is a perfect combination of hydraulic disc brakes and electronic sensors and micro-controller. The system works on continuous fluid flow and the micro-controller is actuated using a switch rather than conventional pedal.
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