2023
Entries
Safety Sound System SSS | An Artificial Sound Generator for Electric Motorcycles
What problem does your design idea solve?
Electric motorcycles do have an inherent safety threat. These bikes do not have a conspicuous operation sound that allows motorists to increase their situational awareness like gas-powered motorcycles do.
The safety benefit of having an operation rumble is multiple,
Discover Alpaway, the revolution in busway monitoring that will enhance your investments in power systems! Busways play a crucial role in providing reliable and efficient distribution of electricity in various sectors, from industrial facilities to residential complexes. However, regular maintenance is required to overcome challenges such as corrosion, mechanical damage, and electrical failures.
A new wind turbine rotor featuring greater wind transparency and simplified blade shapes. Such forms make it possible to arrange the production of blades of large wind turbines without the use of manual labor. Usually, due to the complex profile of the blades, which have a variable width and twist along the blade,
Ionic Mineral Technologies (Ionic MT) has developed Ionisil™, a nano-silicon anode drop-in technology for lithium-ion batteries. The product is designed to replace graphite (the current mainstream anode material) in the anode of the battery, both partially and completely, to significantly boost energy density and therefore the range of the battery.
In many types of rotating equipment (cars, boats, helicopters, pumps, compressors), regular wear and tear bring about a gradual increase in unbalancing of the rotating components. In an industrial settings, unbalancing is one of the most common causes of failures (e.g. bearing wear, mechanical seal; etc.). This unbalance is even more crucial/prevalent in higher-RPM components.
Existing three-dimensional (3D) printing technologies, whether polymer-based or metal-based, can only produce only-plastic structures or only-metal structures, which severely limits the application of additive manufacturing technologies (AM) in electronics such as IOT, ICT, and robotics. Electronic devices typically consist of both functional plastics and metals, including sensors and microactuators.
Conforming to Ackermann steering geometry gives better perception about the turning of the vehicle which is critical while changing lanes in a fast moving traffic and maneuvering around a corner. Bar linkage based steering systems like Ackermann four bar linkage steering system and six bar linkage steering system require racks to hold the linkage bars and is space consuming.
Continuous tracking of physiological signals underneath deep tissue represents clinical significance and challenges to health monitoring. Signals generated by internal organs and deep tissues can better correlate to disease diagnosis and predict severe symptoms. We aim to develop a wearable sensing platform that can interrogate deep tissue physiological signals autonomously and continuously.
Our project aims to revolutionize emergency medical services in rural communities by introducing a network of drone-based ambulances. The current healthcare infrastructure in these areas faces numerous challenges, including long travel distances, limited resources, and difficult terrain, which often lead to delays in accessing life-saving medical care. By leveraging drone technology,
Our living environments are always patterned or textured. 2.5D structures, from rough surface textures to more explicitly-designed patterns, are ubiquitous and are interwoven with 2D planar surfaces. These 2.5D textures assist human perception, enabling us to feel, understand, and discover additional environmental information.
Recognizing the importance of 2.5D structures,
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