Company Filing History:
Years Active: 1998
Title: **Innovations by Philip A. Shishmian: A Look at His Contributions**
Introduction
Philip A. Shishmian is a notable inventor based in Clarkston, Michigan. He has made significant advancements in the field of airbag technology, contributing to safety innovations in the automotive industry. With one patent to his name, Shishmian's work is recognized for its practicality and efficiency, showcasing his inventive spirit.
Latest Patents
The key patent held by Philip A. Shishmian is titled "Inflator gas diffuser and air cushion retainer". This innovative device is integrated into a sub-assembly known as a cushion pack, which is part of an airbag module utilized in inflatable airbag restraint systems. The invention primarily functions as both an inflation gas diffuser and an air cushion retainer, thus enhancing the performance and reliability of airbag systems during deployment.
Career Highlights
Currently, Philip A. Shishmian is employed at AlliedSignal Inc., a company known for its commitment to safety and technological advancements in various sectors, including aerospace and automotive. His role at AlliedSignal has allowed him to leverage his expertise in developing life-saving innovations that continue to benefit consumers and the industry alike.
Collaborations
Throughout his career, Shishmian has partnered with talented colleagues, including Jovica J. Jakovski and Timothy W. Hill. Collaboration with such experienced professionals has enhanced the innovative capacity of the projects he has been involved in, leading to meaningful advancements in airbag technology and automotive safety.
Conclusion
Philip A. Shishmian exemplifies the impact an inventor can have on technology and safety through innovation. His patent for the inflator gas diffuser and air cushion retainer highlights his contributions to the field of automotive safety, ensuring that vehicles remain equipped with reliable safety features. As he continues to work at AlliedSignal Inc., Shishmian's future innovations will likely lead to further improvements in vehicle safety systems.