2023
Entries
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.
The Liconic Power Unit (LPU) is an innovative energy solution that aims to replace traditional battery systems in various sectors, including drones, electric vehicles, and industries. The LPU uses ethanol, a renewable and eco-friendly biofuel, as its energy source, providing several advantages over traditional batteries.
The LPU addresses the limitations of conventional batteries, such as limited autonomy,
We designed high power DC modules intended to help electric vehicles (EV) charger manufacturers to expand their product line to fast chargers reaching hundreds of kilowatts to megawatts.
Our HIPO™ module design provides superior performance in fast-charging applications with multiple interface options to energy storage and renewable energy sources. It is compact and energy efficient.
Significant innovations in Rendezvous, Proximity Operations, On-Orbit Servicing, and small satellite docking are required to enable the booming space economy. These technologies enable small spacecraft to trade goods and services with each other in their relevant working environments, whether Low Earth Orbit (LEO), Cislunar Space, or Deep Space.
NavTrack is an innovative indoor navigation and occupancy monitoring system that utilizes cutting-edge technologies to revolutionize the way people navigate large building complexes. Designed to address the challenges faced by occupants in finding specific locations within buildings and ensuring their safety during emergency evacuations, NavTrack offers a comprehensive and intelligent solution.
Cost-effective and accurate means of localizing radio transmitters has the potential to enable a wide range of applications in the consumer electronics, IoT, and healthcare domains. However, existing multi-antenna localization methods require high-cost synchronized receivers, long integration times, and/or specialized packet structures.
Prolonged exposure to microgravity is known to cause various acute health risks, including muscle atrophy, bone loss, cardiovascular deconditioning, and orthostatic intolerance. Due to the absence of gravitational force, bodily fluid hydrostatic pressure gradients vanish, and blood distribution shifts from the astronaut's legs toward their upper body. Consequently, 
Generally, we see a tendency to replace electromechanical fuses and relays in the automotive board net. Especially Electronic Control Units (ECU) for Advanced Driver Assistance Systems (ADAS) functions are driving this trend. For safety reasons, ADAS functions have to be always accessible and shouldn't be disrupted by malfunctions of other nodes in the electrical system. For this reason,
Bicuspid Aortic Valve (BAV) is a genetically determined, Inherited Disease, affecting 2 % of population (PMID: 36334952; 36294323; 35748961; 35867195) Both leaking (insufficient) and flow obstruction (stenosis) valves can result from this abnormal aortic valve shape (types 1 and 2 exist) The inherent soft tissues constitution, and pressure issues from abnormal,
The design idea aims to address several problems. Firstly, it tackles the underutilization of agricultural waste, specifically rice husk ash, in developing countries like Nigeria. By using rice husk ash as a filler in composite materials, the project helps reduce environmental pollution and associated health hazards caused by the disposal of rice husk ash. Additionally,
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