2025
Entries
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 Smart Engineering Resource Tab is an innovative, low-cost tablet designed to empower engineering students with an all-in-one hub for learning, prototyping, and collaboration. Tailored for electronics, mechanical, and other disciplines, this portable device integrates preloaded resources, simulation tools, and IoT connectivity to streamline academic and project work, making STEM education accessible globally,
The idea is that multiple (at least two) independent automatic/autonomous/smart driving systems should be installed on a vehicle. When driving, each system produces independent driving instruction/command. The instructions are sent to the central decision unit. If all the instructions agree, the instruction gets executed. If not, a conflict resolving mechanism could be implemented to determine what to do.
SoapStandle is a patented, category-defining solution that addresses a deceptively simple but globally significant problem: the waste, mess, and inefficiency of using bar soap. Designed to elevate sustainability, functionality, and user experience, SoapStandle transforms the way consumers engage with bar soap, making it cleaner, longer-lasting, and far more appealing in the modern hygiene routine.
This is a computer mouse that communicates with the computer using light as the form of energy, rather than electricity. (There is no category in this contest for this device).
The Light Mouse is a passive device with few parts, making it inexpensive to manufacture. The Light Mouse is not to be confused with an optical mouse which requires a cord or recharging.
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,
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.
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.
Transcutaneous magneto acoustic stimulation is the application of an ultrasonic beam from outside the skull impinging on brain structures inside the skull, where a transverse magnetic field is externally applied. By using charged ion movement in a magnetic field, stimulation by electronic impulse (due to the magnetic field) is 500x more effective than mechanical nerve stimulation alone.
Surround Safety Laboratories Inc. (SSL) is developing a step-wise improvement in vehicle occupant crash protection. The SSL solution is a “universal” seat-integrated, surrounding airbag which provides protection in conventional and unconventional seating orientations (rotated, reclined, and lying positions), when impacted in all directions.
The foundational idea is patent protected and exclusively licensed to SSL. Further,
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