Gerald T Stillman

Title: Gerald T. Stillman: A Pioneer in Temperature Control Systems for Medical Devices

Introduction

Gerald T. Stillman, an innovative inventor based in Fullerton, CA, has made significant contributions to the field of medical technology. With three patents to his name, Stillman is at the forefront of developing advanced solutions that enhance the functionality of medical sensors. His latest inventions focus on the critical area of temperature control in cutaneous gas monitors.

Latest Patents

Among his most notable patents is a sophisticated temperature control system for an electrically heated cutaneous gas sensor. This unique system employs a closed-loop temperature control circuit that effectively manages the heating element by supplying it with the appropriate heating current. The design includes multiple temperature monitoring circuits that automatically turn off the heating current if the sensor reaches an unacceptable temperature. Notably, the system features specialized temperature setting circuitry that temporarily increases the temperature setpoint signal, thereby reducing the delay between sensor application to the patient and the production of reliable sensor data. Additionally, the system ensures that any normal temperature transients do not disrupt the heating current.

Career Highlights

Gerald T. Stillman currently works at Sensormedics Corporation, where he utilizes his expertise to drive innovation in medical technology. His experience is marked by a robust understanding of sensor technologies and a commitment to improving patient monitoring systems through meticulous design and engineering.

Collaborations

Throughout his career, Stillman has collaborated with professionals such as Michael Pawlowski and Larry S. McDavid. These partnerships have contributed greatly to the advancement of technology in the medical field, allowing for a fusion of ideas and expertise that fosters innovation.

Conclusion

Gerald T. Stillman's pioneering work in the development of temperature control systems for cutaneous gas monitors has established him as a key figure in medical technology. His contributions not only improve patient safety but also enhance the efficacy of medical sensors. As he continues to innovate, his work promises to lead to even greater advancements in healthcare monitoring systems.