John A Lane

Title: Innovations by John A. Lane

Introduction

John A. Lane is a notable inventor based in Watertown, NY (US). He has made significant contributions to the field of medical devices, holding a total of 3 patents. His work focuses on enhancing the functionality and usability of fluid delivery systems and battery compartments.

Latest Patents

One of Lane's latest inventions is the "Pivoting Battery Compartment and Door." This innovative design allows a battery compartment to pivot around an axis parallel to the housing wall. The compartment is shaped like an elongated wedge, enabling it to function as both a battery enclosure and a door. This design ensures that foreign objects cannot enter the housing when the door is open or closed, providing a secure environment for the batteries. Additionally, the design allows for easy access to switches, such as DIP switches, as the compartment pivots.

Another significant invention by Lane is the "Ambulatory Support Device for a Fluid Delivery System." This device is designed for use with fluid delivery sets and infusion pumps, making it suitable for both bedridden and ambulatory patients. It features compartments for securely holding an infusion pump and a fluid container, along with an elongate channel to protect the tubing from kinking. This versatile device can be used on infusion poles, horizontal surfaces, or enclosed in a carrying case for ease of transport.

Career Highlights

John A. Lane has been associated with Sherwood Medical Company, where he has contributed to the development of innovative medical devices. His work has focused on improving patient care through practical and efficient designs.

Collaborations

Lane has collaborated with notable coworkers, including Richard A. Sunderland and Frederick C. Deno. Their combined expertise has likely contributed to the successful development of various medical innovations.

Conclusion

John A. Lane's contributions to the field of medical devices through his patents demonstrate his commitment to innovation and improving patient care. His work continues to influence the design and functionality of essential medical equipment.