Entries
One of the biggest barriers to EV adoption is the lack of agility, especially in the price-sensitive 4-wheeler commercial segment, where uptime directly impacts business operations. Despite government subsidies, adoption in this segment remains a dismal 0.6%.
Our technology solves this by delivering autonomous 1-minute battery swapping.
HAULER T20 (Patent Pending number BR102025006250) is equipment developed to reduce risks to people and processes, improving health and safety conditions in underground mining environments when compared to diesel-powered.
It is an important innovation because, in addition to its autonomous (driverless) operation, it features a side-turn bucket and a chassis-less design.
This is a fast manufacturing process, an alternative to 3-D printing, for making thin panel parts (perhaps replacements for damaged International Space Station panels, astronaut-suit panels, etc.) by spraying together two laminar-flow (clear liquid sheets without air bubbles) epoxy hardener and resin.
Two computer-controlled pliable nozzles are used, one each for epoxy resin, and hardener.
Our mission is to make low-cost portable medical Imaging available to those who need it the most.
Our company, IEMT, has developed and patented technology for a portable, low cost, medical imaging system that, for the first time, can be placed in the hands of first responders and professional practitioners.
Many modern devices and machines rely on external power sources such as batteries, fuel, or electricity from the grid. To enhance efficiency, reduce dependency on charging infrastructure, and enable operation in remote or emergency conditions, these devices could be equipped with self-power generation systems.
The invention is a base pot cleaner to avoid accidents when trying to clean the base of a pot after the content overloaded while cooking.
I created because my grandmother used to have accidents while cooking and when I started to cook for the family I realize about the problem.
I have developed and requested patent for a device designed to prevent children and adults from falling off chairs. A common issue in both home and public environments (primary schools mainly). This simple yet highly effective product provides an extra layer of safety, ensuring greater peace of mind during daily activities.
Our initiative, the Thermoelectric-Based (Vaccine) Storage System, aims to deliver a dependable and portable solution for preserving the ideal storage temperature necessary for vaccines through the use of a Peltier module, an Arduino microcontroller, and a rechargeable battery.
I am applying for a grant to further develop the Detachable Motor System (DMS) for Skateboards—a project that began as my senior design at NYU Tandon School of Engineering. My team has agreed I may continue this work, recognizing its strong potential for urban mobility and green energy advancement.
Project Description and Importance
The DMS is a pioneering,
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