Sara G Weinstein

Title: **Sara G. Weinstein: Innovator in Passenger Oxygen Mask Technology**

Introduction

Sara G. Weinstein, an inventor based in Overland Park, Kansas, has made significant contributions to the field of aviation safety with her innovative designs for passenger oxygen masks. With three patents to her name, her work exemplifies dedication to enhancing safety and functionality in emergency situations.

Latest Patents

One of her most notable patents is the **Hanger Assembly for Passenger Oxygen Masks**. This assembly features a unique hanger equipped with a fixture attachment and a mask-retaining portion. The design allows the oxygen mask to be securely held in position, with a recess for mounting on existing fixtures. This innovative solution ensures that masks are readily accessible during emergencies.

Another significant patent is her **Latch Mechanism**, designed for emergency deployment oxygen mask containers. This compact and lightweight latch comprises a minimal number of parts while allowing for multiple methods of detaching. The design focuses on functionality during critical moments, facilitating quick access to oxygen masks through a cleverly engineered assembly of components.

Career Highlights

Throughout her career, Sara has worked with prominent organizations such as Be Intellectual Property, Inc. and B/e Aerospace Intellectual Property Inc., where her expertise in patentable innovations in aviation technology has flourished. Her work not only emphasizes her inventive spirit but also her commitment to improving safety standards in air travel.

Collaborations

Sara G. Weinstein has collaborated with various esteemed professionals, including Gary Ray Hannah and Michael D. Ford. These partnerships have enhanced her visibility in the patent landscape and further solidified her reputation as a noteworthy inventor in her field.

Conclusion

Sara G. Weinstein is a pioneering inventor whose contributions to passenger oxygen mask technology significantly enhance aviation safety. Her innovative patents reflect her proficiency and dedication to creating practical solutions for critical situations. As she continues to innovate, her work will undoubtedly leave a lasting impact in the field of aviation safety.