Company Filing History:
1 out of 832,761 Years Active: 1999
Title: Inventor Spotlight: Marina Ann Wright
Introduction
Marina Ann Wright, based in Westland, MI (US), is an innovative inventor known for her creative contributions to everyday products. With a robust focus on improving functionality and user experience, Marina has successfully patented her groundbreaking invention, showcasing her talent and dedication to innovation.
Latest Patents
Marina holds one patent, which is a Quarter Turn Toilet Seat Pin with a Threaded Lock Bolt. This inventive product features a bolt with an elongated design, a bolt head, an end portion, and a body member. The body member comprises a linear keyway that extends upwardly from the end portion and includes a side-lock keyway, complete with a slot for added security. A sleeve engages the bolt and features an interior channel specifically designed to receive the body member. The sleeve contains an axial opening accommodating a threaded nipple that projects into the sleeve's interior, seamlessly engaging the linear keyway as the bolt is slid into place. This innovative design significantly enhances the durability and ease of installation of toilet seats.
Career Highlights
Throughout her career, Marina has showcased her inventive skills, leading to the successful patenting of her unique product. Her focus on practical solutions demonstrates her commitment to enhancing user experiences in daily life.
Collaborations
Marina values collaboration and has had the pleasure of working alongside talented coworkers such as Richard G. Newman and Thelma D. Newman. Their collective insights and expertise have undoubtedly contributed to the innovative atmosphere in which she thrives.
Conclusion
Marina Ann Wright stands as an exemplary figure in the world of invention, with her estate of patents representing not just her creativity but also her resolve to improve everyday products. Her work continues to inspire innovators and serve as a testament to the importance of practical inventions in enhancing the functionality of common items.