Company Filing History:
Years Active: 2019-2021
Title: Innovations by Jonathan MacDonald Parker
Introduction
Jonathan MacDonald Parker is an accomplished inventor based in Vernon, NJ (US). He holds a total of 2 patents that showcase his innovative contributions to safety and visibility in emergency situations.
Latest Patents
One of his latest inventions is the Under-instrument panel emergency vision apparatus. This emergency vision apparatus features a housing designed for attachment underneath an instrument panel in a cockpit. The housing includes a front opening and a front cover that is pivotably attached, allowing it to open and rotate downward. The apparatus also contains an inflatable enclosure made of airtight material, which expands when deployed and can be stored in a deflated form within the housing. It includes clear members at both ends to enable visibility through the enclosure, even in environments filled with smoke or particulate matter. A blower is operably associated with a switch to activate the inflation of the enclosure when needed.
Another notable invention is the switchable facemask for simulating smoke. This facemask comprises a viewing window with a clear member and a film that can cover the user's field of view. The film is connected to a power source and can be switched ON or OFF. When activated, the film can alternate between a clear state, allowing visibility, and a light-obscuring state, which obscures the user's view.
Career Highlights
Jonathan has made significant strides in the field of safety equipment through his innovative designs. His work focuses on enhancing visibility and safety in critical situations, particularly in aviation and emergency response scenarios.
Collaborations
Jonathan collaborates with Christian Werjefelt, contributing to the development of advanced safety technologies.
Conclusion
Jonathan MacDonald Parker's inventions reflect his commitment to improving safety and visibility in emergency situations. His innovative patents demonstrate the potential for enhancing user experience and safety in critical environments.