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Astronauts in weightlessness, inside of a large pressurized habitat, can be self-propelled through the cabin air WITHOUT pushing off against any object. A slipper-like variant of swimfins displaces cabin air to push them forward on their own power (CTF 2023 Holmin).
Internal Combustion Engines have become an integral part of our society over the last 125 years due to their convenience, power density, range, and many other virtues. Unfortunately,
We have developed a cutting-edge, low-cost CubeSat designed specifically for Internet of Things (IoT) communication. This miniaturized satellite embodies a revolutionary approach in the field of space technology, merging affordability with high functionality and reliability. It has been already launched and proved into space.
The Anti-Climb Roof is a patented perimeter security system designed to integrate seamlessly with existing security fences. This system offers an unsurpassed physical and psychological barrier for the protection of borders, industries, and penitentiary facilities.
ACRYSOL™ RM-735BF Rheology Modifier is the first nonionic associative thickener for waterborne architectural coatings that does not contain solvents* or APEOs* in an easy-to-handle liquid aqueous form and contains no registered biocide* per U.S. EPA and EU BPR regulations, while maintaining a standard shelf-life.
The problem to be addressed originates from the inherent deficiencies in traditional pavement monitoring methods for road networks. These methods primarily rely on periodic visual inspections conducted by human personnel, which present significant limitations. Firstly, manual inspection is costly and requires considerable human and financial resources,
A hooded compression garment that reduces the incidence of traumatic brain injuries and concussions for military members, law enforcement officers, athletes, and adventurists.
I. What problem does your design idea solve?
All existing types of Cancer Treatments are Targeting Physical Locations of the Cancer Cells within a continuous physical space occupied by a human body.
In the evolving field of medical device engineering, customizing cardiac stents for complex regions like the bifurcating carotid artery is crucial for enhancing patient outcomes. This project integrates Computational Fluid Dynamics (CFD) and Machine Learning (ML) algorithms to create patient-specific stent solutions that improve efficacy and safety.
ADVANTAGES OF THE PROPOSED DESIGN:
The start of working of cutter is done by a handle connecting with the cutter mechanism by Bowden Cable.
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