2025
Entries
Modern industries increasingly demand high-precision, responsive, and secure motion control systems. This patented product introduces a next-generation linear actuator that incorporates a closed-loop feedback system utilizing light obstruction and high-precision miniature balls for enhanced positional accuracy and reliability.
The Smart Lyft is a user-friendly device to automate the task of moving supplies, clothing, food, and other items from one floor to another in a residential setting. This device is meant to serve a broad range of individuals from the homeowners that want an assistive device moving supplies/items from floor to floor,
The consequences of the ecological crisis in the Aral Sea region pose a serious threat to human health, soil fertility, and the environment. In order to mitigate global environmental problems such as climate change, sandstorms, and soil degradation, the expansion of green spaces and the creation of forests in the region remains one of the urgent tasks.
Smart Power Monitor is a microcontroller-based device designed to monitor electricity consumption in real-time, record power usage data, and transmit this information to users via a web or mobile application.
Key Features:
Monitoring of voltage, current, active power, and energy.
Historical data logging.
Notifications when consumption exceeds the set threshold.
In many vehicles equipped with seat belts, occupants often neglect to wear them or fail to adjust the headrests properly. Additionally, there are numerous methods used to bypass these safety systems. The introduction of Smart Seats, Smart Seat Belts, and Smart Headrests offers an effective and comprehensive solution.
If any occupant fails to wear the seat belt,
Diverse groups of people, particularly the elderly, visually impaired, or individuals with balance or mobility challenges, may be prone to an increased risk of falling. It is proposed that a Smart Shoe could be developed using current state technologies.
Traditional traffic lights provide limited information to drivers, pedestrians, and cyclists — primarily relying on red, yellow, and green indicators. As traffic becomes more complex and multi-modal, there is a growing need for dynamic, high-visibility displays that communicate richer information at intersections that could improve safety, particularly for vulnerable road users like pedestrians and bicyclists.
This product design presents an innovative camber morphing wing system integrated with an AI driven control unit, developed to adaptively modify wing camber in real time based on flight conditions. The wing is engineered with a flexible structure and embedded actuators that allow smooth morphing without the use of traditional flaps or slats.
SmartBath is a portable and modular medical device designed to improve the quality of life for bedridden individuals by enabling safe and ergonomic bed baths at home or in institutional care. It integrates real-time biomedical monitoring (ECG, temperature, heart rate) and an innovative hygiene tracking system for home and hospital environments. Through its digital platform,
This project introduces SmartRaman, a portable, AI-powered Raman spectroscopic device designed to rapidly detect and quantify bioactive compounds in medicinal plants. Targeting researchers, pharmaceutical developers, and clinicians, SmartRaman aims to simplify field-level chemical diagnostics for plants such as Aloe vera, Brassica oleracea (red cabbage), and Haloxylon ammodendron.
The device integrates a compact Raman laser scanner,
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