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Approximately, 45 children are killed and 1100 are hospitalized annually from furniture tip overs in the U.S. (CPSC).
The extended baseboard of the HinesLab Non-Tipping Dresser creates a freestanding dresser that can be rearranged like any other furniture without leaving holes in the walls.
The goal is keeping kids safe,
The HWDS is an innovative, autonomous ground-based (and future airborne) system designed to assist aircraft during emergency landings caused by landing gear failure. This mobile unit features a hydraulic wheel platform equipped with advanced cushioning—combining inflatable airbag-like structures and non-Newtonian materials—for shock absorption upon contact. Integrated robotic arms securely attach to the fuselage or gear assembly,
HAULER T20 (Patent Pending number BR102025006250) is equipment developed to reduce risks to people and processes, improving health and safety conditions in underground mining environments when compared to diesel-powered.
It is an important innovation because, in addition to its autonomous (driverless) operation, it features a side-turn bucket and a chassis-less design.
This project establishes a vehicle speed limit monitoring system that can operate in both offline and online modes and detect if a car is travelling faster than the posted speed limit on the road it is currently on.
Some diabetics have great difficulty controlling there glucose levels. "Brittle Diabetics." Most doctor guidance is not active enough or detailed enough to provide control. (One dose fits all.) I developed a statistical process control algorithm that accurately predicts insulin doses based on past statistical analysis of responses to insulin doses vs glucose readings and the current glucose reading.
A personal flying vehicle without wings would greatly diminish the need for ground travel. Lifting, flight, and landing power could be supplied with multiple blades that circle the body of the craft between the outer perimeter and an enclosing cover. The angle of these blades could be continuously adjusted to accomplish changes in craft movement.
Inspiration: The idea for this project was inspired by research conducted by several universities, which focused on tracking finger misalignments using physical systems. These systems, while effective, are typically large, rigid, and require customization for each user. This limits their flexibility and practicality, especially for widespread testing across different age groups, from children to adults.
SkyWay is a new mode of transportation intended to address all of the failures of today's surface transportation. Whether it's trains, or cars or buses; whether it's walking, cycling or running; it is "unsafe at any speed" on our roads and highways. Why? Humans are merely human. Mistakes happen. Streets are congested. People are in a hurry.
Overview
This pioneering passenger car integrates a hydrogen-powered internal combustion engine (H2-ICE) with a mechanical kinetic energy recovery system (KERS), delivering a sustainable alternative to battery-electric vehicles (BEVs). The design addresses BEV limitations, including resource-intensive battery production, grid decarbonization dependency, and the environmental toll of frequent vehicle replacement.
Currently, all airbags on a vehicle are installed inside the vehicle to protect the occupants when collision happens. The idea is to have airbags mounted on/close to the outer surface of the vehicle. When auto/smart driving system detects a collision is imminent,
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