Location History:
- Amsterdam, NL (2018 - 2019)
- Amstelveen, NL (2019 - 2023)
Company Filing History:
Years Active: 2018-2023
Title: The Innovative Journey of Frederic Scott Fleming
Introduction
Frederic Scott Fleming is an inventive mind based in Amstelveen, Netherlands, recognized for his contributions to the field of inhalation technology. With a portfolio of four patents, Fleming's work reflects a commitment to improving patient compliance and enhancing the functionality of inhalation devices.
Latest Patents
Frederic Fleming's latest patent is a compliance-assisting module for an inhaler that integrates a mouthpiece cover, a pressure sensor, and dual indicators. The design aims to enhance user experience by indicating the status of the mouthpiece cover and ensuring proper medication dosing. When the mouthpiece cover is opened, the first indicator activates, signaling that a dose of medication is ready to be administered. Furthermore, the second indicator confirms successful inhalation by illuminating when an adequate amount of medication has been inhaled, ensuring the effectiveness of the treatment.
Career Highlights
Fleming has made significant strides in innovating inhalers, focusing on user compliance and efficiency. Working with Norton (Waterford) Limited, he has been instrumental in developing technologies that cater to both patients and healthcare providers. His inventive spirit and technical expertise have solidified his reputation within the medical device industry.
Collaborations
Frederic enjoys collaboration with other talented professionals, including Enrique Calderon Oliveras and Sven Dethlefs. Together, they combine their skills to push the boundaries of inhalation technology, fostering an environment of innovation and creative problem-solving within their projects.
Conclusion
Frederic Scott Fleming exemplifies the essence of innovation in the medical device sector. Through his patents and collaborative efforts at Norton (Waterford) Limited, he continues to pave the way for advancements in inhalation mechanics. His work not only enhances the functionality of inhalers but also significantly contributes to improved patient outcomes.