Hal C Danby

Title: Hal C Danby: Innovator in Parenteral Solution Delivery Systems

Introduction

Hal C Danby, based in Palo Alto, CA, stands as a significant contributor to the field of medical device innovation. With a total of 25 patents to his name, Danby has developed crucial technologies that improve the safety and efficacy of parenteral solution delivery systems.

Latest Patents

Two of Hal C Danby's most recent patents showcase his ingenuity and dedication to enhancing medical devices. The first, titled "Parenteral Solution Pump Assembly," introduces a disposable diaphragm pump cassette designed with a flexible diaphragm member and hinged, rigid plates that create an effective pumping chamber. This innovative design includes check valve mechanisms, ensuring the reliability and efficiency of the pump.

The second patent, "Pump Pressure Sensor," details a back pressure sensor featuring a flexible beam with a pivot mechanism. This design aids in monitoring back pressure during infusion procedures, significantly mitigating risks associated with elevated back pressure in various types of pumps. These innovations reflect Danby's commitment to improving patient safety in parenteral solution delivery.

Career Highlights

Danby's career includes invaluable contributions at notable companies such as Anatros Corporation and Critikon, Inc. His work in these organizations has not only expanded his expertise but has also resulted in advancements that have shaped the landscape of medical device technology.

Collaborations

Throughout his career, Hal has collaborated with distinguished professionals like Carl Ritson and Myron A Beigler. These partnerships have fostered an environment of creativity and innovation, allowing for the development of groundbreaking devices that cater to the needs of patients and healthcare providers alike.

Conclusion

Hal C Danby has firmly established himself as a leading inventor in the medical technology sector, with a focus on parenteral solution delivery systems. His patents and collaborations have contributed significantly to advancements in medical device safety and efficacy. As innovation continues to drive the healthcare industry, Danby’s work remains pivotal in optimizing the delivery of essential medical treatments.