James L Dale

Title: Innovations and Patents of James L. Dale

Introduction

James L. Dale is a prominent inventor based in Santa Barbara, California, known for his contributions to infrared imaging technology. With five patents to his name, Dale has made significant strides in the development of microbolometer systems and methods, which have important applications in various industries, including surveillance and thermal imaging.

Latest Patents

Dale's latest patents include groundbreaking work in the field of microbolometers. His first patent, titled "Microbolometer Systems and Methods," describes an infrared imaging device that incorporates a substrate with contacts and a defined surface plane. This device features a microbolometer array in which each microbolometer is designed with dimensions that optimize its performance, enabling advancements in infrared detection.

Another notable patent is "Vertical Microbolometer Contact Systems and Methods." This innovation involves the design of vertical legs for infrared detectors, which ensure superior connectivity between the microbolometer and the readout integrated circuit. This architecture can be adjusted to run parallel to the bridge's plane, further enhancing the efficiency and accuracy of infrared imaging devices.

Career Highlights

James L. Dale has had a stellar career, working with notable companies such as FLIR Systems, Incorporated and Teledyne FLIR, LLC. His expertise in infrared technology has positioned him as a leading figure in the development of advanced imaging solutions. Throughout his career, Dale has consistently pushed the boundaries of what is possible in infrared technology.

Collaborations

Throughout his career, Dale has collaborated with various professionals in the field. Among his notable coworkers are Eric A. Kurth and Robert F. Cannata, both of whom have contributed to the advancements in optical and imaging technologies. These collaborations have led to the successful patenting of innovative devices that continue to impact the industry significantly.

Conclusion

James L. Dale's work in the realm of microbolometer systems and methods has made substantial contributions to the field of infrared imaging. With five patents to his name, his innovations reflect a commitment to pushing technological boundaries and enhancing imaging capabilities. As technology continues to grow, Dale’s contributions will undoubtedly remain influential in shaping the future of thermal imaging.