Kimberly A Wargo

Title: The Innovative Mind of Kimberly A. Wargo

Introduction

Kimberly A. Wargo, hailing from Vineland, NJ, is a notable inventor recognized for her contribution to child safety in the medicinal field. With one patent to her name, she demonstrates a blend of creativity and practicality in her inventions, focusing on improving safety for children while ensuring functionality.

Latest Patents

Wargo's significant patented invention is titled "Upwardly Biasing Child-Resistant Closure for Liquid Medicaments." This innovative design features a child-resistant closure mechanism that consists of two main parts: a dosage cup and a bottle adapter. The dosage cup includes cap lugs that reversibly engage with helical locking lugs. Depending on the embodiment, helical locking lugs can be found either on the bottle adapter or on the neck finish of the bottle. A downward force is necessary to close the system, deforming a flexible shoulder that subsequently creates an upwardly biasing force. This unique mechanism effectively locks the dosage cup into place, ensuring that it is child-resistant, thereby helping to prevent accidental openings by young children.

Career Highlights

Kimberly A. Wargo is associated with Comar, Inc., where she applies her expertise and innovative thinking to develop safer packaging solutions. Her role within the company places her at the forefront of advancements that prioritize the safety of users, particularly in the pharmaceutical space.

Collaborations

Wargo collaborates with a team of professionals, including notable coworkers like David T. Kershner and David Alan Manera. Working alongside such talented individuals fosters an innovative environment that encourages the exchange of ideas and the development of groundbreaking solutions.

Conclusion

Kimberly A. Wargo’s contributions to the field of child safety through her inventive designs exemplify the impact that thoughtful innovations can have on our daily lives. Her patented invention stands as a testament to her commitment to creating safer environments for children when it comes to liquid medicaments. As active collaboration continues in fields like these, the potential for further advancements remains limitless.