Carlisle Mitchell Herron

Title: The Innovations of Carlisle Mitchell Herron

Introduction

Carlisle Mitchell Herron is a notable inventor based in Cincinnati, OH. He has made significant contributions to the field of nonwoven materials, holding a total of 4 patents. His work focuses on improving the quality and efficiency of nonwoven web materials, which are widely used in various industries.

Latest Patents

Herron's latest patents include a "Nonwoven web with improved cut edge quality" and a "Method for cutting and sealing an absorbent member." The first patent discloses a process for producing a nonwoven web material with enhanced edge quality. This process involves forming a batt of polymeric fibers and consolidating it to create a nonwoven web. The web is then conveyed to a bonding station where a pattern of bond impressions is applied along a cut path. This innovation ensures that fibers near the cut path are immobilized, resulting in cleaner cut edges and minimizing loose fibers during downstream processing. The second patent describes a method where a web containing fibrous and superabsorbent materials is simultaneously cut and sealed at a station, enhancing the efficiency of producing individual absorbent members.

Career Highlights

Carlisle Mitchell Herron has dedicated his career to advancing the technology behind nonwoven materials. His work at The Procter & Gamble Company has allowed him to apply his innovative ideas in a practical setting, contributing to the company's reputation for quality and innovation in consumer products.

Collaborations

Throughout his career, Herron has collaborated with esteemed colleagues such as Walter L. Dean and John Christian Schmitt. These partnerships have fostered a creative environment that has led to the development of groundbreaking technologies in the nonwoven materials sector.

Conclusion

Carlisle Mitchell Herron's contributions to the field of nonwoven materials exemplify the impact of innovation on industry practices. His patents not only enhance product quality but also improve manufacturing processes, showcasing the importance of continuous advancement in technology.