Company Filing History:
Years Active: 2005
Title: Christophor Pruyn Townsend: Innovator in Variable Reluctance Sensors
Introduction
Christophor Pruyn Townsend is a notable inventor based in Shelburne, Vermont, whose work significantly contributes to the field of variable reluctance sensors. With a patent to his name, Townsend has demonstrated his capability to innovate and enhance sensor technology, particularly through improved fabrication methods.
Latest Patents
Townsend holds a patent for a "Method of fabricating a coil and clamp for variable reluctance transducer." This invention discloses advanced techniques for creating coils and clamps that facilitate better performance in variable reluctance sensors. The invention outlines a method where a conductor is wound into a coil on a tube, featuring insulation with a strategically placed window that exposes the conductor for making contact. The design includes a movable core for adjusting the inductance of the coil, with unique capabilities to slice the coil and tube into smaller components post-insulation modifications. Additionally, the patent describes a clamp made from elastic material and shape memory alloy, which activates to maintain the core's peak position, showcasing versatility beyond merely variable reluctance sensors.
Career Highlights
Christophor Pruyn Townsend is associated with Microstrain, Inc., a company known for its innovative approaches to sensor technologies. His work at Microstrain has allowed him to make significant strides in the development of components integral to sensor functionality, particularly in the realm of variable reluctance technologies.
Collaborations
Throughout his career, Townsend has collaborated with esteemed colleagues, including Steven Willard Arms and Michael John Hamel. These partnerships have likely enriched his inventive processes and contributed to the advancement of sensor technology through combined expertise.
Conclusion
In conclusion, Christophor Pruyn Townsend exemplifies the spirit of innovation within the sensor industry. His patented methods for fabricating coils and clamps not only enhance variable reluctance transducers but also showcase his commitment to improving technological solutions. His contributions at Microstrain, Inc. alongside talented associates underline the importance of collaboration in driving technological advancements.