Entries
Dronette is an innovative semi-autonomous drone system designed to deliver essential medicines and medical supplies to remote and hard-to-reach regions of Kazakhstan. The project addresses urgent logistical, ecological, and healthcare challenges, aiming to improve access to vital medical care while reducing environmental impact and ensuring early detection of environmental threats such as fires and pollution.
We have developed a modular personal telemetry device. It allows you to determine a person's physiological data and environmental parameters. The system consists of two modules. One of them is attached to the patient's chest with a special strap. Its design includes built-in electrodes for measuring ECG, skin resistance, and chest expansion.
Breakthrough Propulsion Program -Asymmetrical thrust demonstrated
NASA seeks to find an inertia style thruster (Breakthrough Propulsion Program BPP, 1996 – 2002). The proof of concept in the attached drawings depicts a simple mechanism, self contained, that produces an asymmetrical thrust that results in a velocity of 30 ft/sec (about 24 mph) in this example.
This system for lifting up dog poops is different from all the others, since once your pet has done its own, you don't have to bend down to pick up the poop. With this device you pick it up and at once you seal the bag with electricity, without knots or direct contact.
AutoMech Rover is a prototype autonomous material handling robot developed to address the challenges of manual labor in small-scale warehouses and industries. While large enterprises use costly Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs), such systems are not feasible for smaller setups. Our solution provides a low-cost, compact,
Hydrocephalus, a neurosurgical disorder characterized by an abnormal accumulation of cerebrospinal fluid (CSF) within the brain's ventricles, often requires timely surgical intervention through procedures such as Endoscopic Third Ventriculostomy (ETV) and Ventricular Shunt Placement. These neurosurgical techniques demand a high level of precision and skill, given the intricacy of intracranial anatomy and the proximity of vital structures.
The main concept of the Quantum-Enhanced Hydrogen Plasma Brick is a self-contained unit that splits water into hydrogen and oxygen at ultra-low voltage using quantum dot catalysts, ignites hydrogen in a magnetoplasma thruster for high-Isp propulsion, recovers waste heat in a supercritical CO₂ turbine for gigawatt-scale grid power,
We've developed our unique SRM as a prime-mover, converting DC electrical energy from the solar panels into mechanical energy. This mechanical energy is then transferred via direct coupling to an electrical generator which converts the mechanical energy into clean electric power free from harmonic distortion. Our SRM is efficient, compact and reliable.
The major breakthroughs in internal combustion engine technology have been around optimizing the breathing capacity of an engine. However, the breathability has reached a saturation point, resulting in no recently significant improvements in engine performance. This plateau is largely due to the size of the intake and exhaust valves being constrained by the bore of the cylinder.
Thermoelectric based storage system designed to maintain precise temperature control for sensitive goods such as vaccines and food. The core problem it addresses is the inadequacy of current temperature control systems, which are often bulky, inefficient, and lack portability, energy efficiency, precise regulation, and remote control capabilities. Existing solutions also struggle with scalability and adaptability,
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