Donald C Woods

Title: Innovations of Donald C. Woods in Electrocardial Data Processing

Introduction

Donald C. Woods, an influential inventor based in Lompoc, California, has made significant contributions to the field of electrocardial data processing. With four patents to his name, Woods has embarked on a journey of innovation that has advanced the capabilities of technology used in medical systems.

Latest Patents

Among Woods' notable inventions is his latest patent, which focuses on a validator for electrocardial data processing systems. This apparatus is specifically designed to print alpha-numeric characters for plotting incoming signals at rates of approximately one page every seven seconds. The intention behind this invention is to rapidly verify the proper functioning of systems that produce incoming signals.

The device utilizes styli mounted on a moving carriage that mark specially prepared paper through electrical means. The styli move back and forth across the paper, marking in both directions, allowing for efficient data representation. The carriage operates smoothly rather than stepping across the page, controlled by a velocity servo that generates command inputs based on carriage position sensed by an optical encoder, combined with characteristics of the incoming signal.

Woods' invention involves a two-buffer memory system: a first buffer accumulates the incoming signal for plotting, while the second buffer applies its contents to the printhead. This ingenious design allows for streamlined operation, with the formatting system adeptly managing data plotting according to incoming timing signals. In the absence of these signals, the apparatus can autonomously determine the appropriate plotting time.

Career Highlights

Woods is currently associated with Del Mar Avionics, Inc., where he continues to spearhead innovation in the development of advanced technological systems. His work has not only focused on improving the functionality of existing data processing systems but also on creating new standards within the field.

Collaborations

Throughout his career, Woods has collaborated with several talented individuals, including fellow colleagues John A. Ripley and James Kaine. These partnerships have furthered the progress of innovative solutions within the field, driving towards advancements that significantly benefit medical technology.

Conclusion

Donald C. Woods' work exemplifies the spirit of innovation needed in today's technology landscape. His contributions to electrocardial data processing systems demonstrate how a single inventor's insights can lead to advancements that enhance functionality and reliability. As technology continues to evolve, the impact of inventors like Woods will remain crucial in shaping the future of medical systems.