2024
Entries
Usually they try to increase the efficiency of wind turbines by improving the air flow around the blades, finding the most profitable modes of operation of the wind turbine, finding the best blade profiles, etc. In the proposed project, we are following an unusual path.
The main idea of this project is to record an image from a remote distance when the intensity of the signal from the object is less than the threshold sensitivity of the CCD camera used. The plane-parallel coherent laser beam (1, Fig.
It is a small pocket device, which together with your smartphone performs multiple diagnostic analysis tests, reports and monitors the patient's health 24 hours a day/365. Both devices form the perfect symbiosis for the recognition and care of the health of the people. Being the first interactive AI system for prevention, clinical analysis tests and online healthcare, fully automated.
A Four-Wheel Drive Electric Truck with a "W" Hull, and different implements for work and recreation. A Dump Box, a removable Rack and Solar Panel Canopy, a Shovel, an Electric Out Drive, a Top Soil Spreader, a Liquid Fertilizer Spreader, a Three-Point Hitch, a S.U.V. Body, a Camper Body,
This project aims to enhance the efficiency and performance of rugged boards, essential for industrial, military, and aerospace applications. Key improvements focus on thermal management, power efficiency, structural integrity, and component reliability. Advanced cooling techniques, energy-efficient components, and robust materials will be employed to optimize thermal dissipation, reduce power consumption, and increase mechanical durability.
Problem
To get real-time physiological data of astronauts during spacewalk and training program.
Real time physiological parameter monitoring while working in dangerous environments such as mines, industrial sites, oil and gas industry, factories, etc.
Need of contactless routine monitoring for improved healthy living.
In the COVID-19 Pandemic,
The Intelli-GloWbox is a revolutionary glovebox designed to enhance the in-car storage experience through advanced technology and sustainability. It addresses the latent need for a secure, user-friendly, and customizable storage solution in vehicles. This innovative design integrates a secure compartment with IoT connectivity, making it a standout feature in the automotive industry.
Power and propulsion system for long range zero-emissions vehicles. The nucleus of the propulsion system consists of our patented dual rotor flux switching superconductive motor operating at 25kW/kg, cryogenic system and ducted propulsor. The power system consists of our NASA licensed closed Strayton and removable battery array.
We have engineered a cutting-edge lineup of motor controllers that surpass traditional counterparts in every aspect. Our solutions offer, reduced operational costs, and an unparalleled driving experience. With advanced technology, intelligent software, and streamlined design, we provide an ecosystem of electric mobility solutions tailored for various segments.
The Sustainable Development Goals (SDGs) currently necessitate mechanisms that achieve effective outcomes with minimal material usage. In the realm of automotive brakes, drum brakes leverage the servo effect to attain substantial braking force through self-amplification. However, excessive amplification can lead to overwhelming braking force and self-locking, known as sprag. This condition causes component deformation, frictional vibrations,
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