Kerry F Kirsch

Title: The Innovative Contributions of Kerry F. Kirsch

Introduction

Kerry F. Kirsch is a notable inventor based in Livonia, Michigan, recognized for her significant contributions to technology through her innovative patents. With a total of four patents to her name, she has made strides in the fields of information processing and mechanical devices.

Latest Patents

Kerry's latest patents include a "Handling Process and Information Station," which utilizes a computer to receive, store, and transmit digital electronic signals that represent digitized information corresponding to printed text or graphics. This invention employs a facsimile transceiver to digitize printed information and reprint hard copies from digital signals received by the computer. The system features a serial interface with a synchronous communication interface and modem for effective communication with the facsimile transceiver. Additionally, a switching circuit allows for selective connections to external telephone lines, facilitating a local information station mode. Another notable patent is the "Rotary and Linear Actuating Device," designed to provide precision rotary and linear movement to external members or assemblies. This device operates by varying the relative pressures of an actuating fluid in defined pressure chambers, allowing for controlled movement and heavy load support.

Career Highlights

Throughout her career, Kerry has worked with various companies, including Auto-Place, Inc. Her experience in these organizations has contributed to her development as an inventor and her understanding of practical applications for her innovations.

Collaborations

Kerry has collaborated with notable individuals in her field, including Jerry Kirsch and Robert J. Tindall. These partnerships have likely enriched her work and expanded her innovative capabilities.

Conclusion

Kerry F. Kirsch's contributions to technology through her patents demonstrate her inventive spirit and commitment to advancing the field. Her work continues to influence the way information is processed and mechanical devices operate.