James F Asbrock

Title: The Innovations of James F. Asbrock

Introduction

James F. Asbrock, an accomplished inventor based in Oceanside, California, holds eight patents that showcase his innovative contributions to technology. His expertise lies predominantly in sensor technology and imaging systems, reflecting a commitment to advancing these fields.

Latest Patents

Asbrock's recent patents reveal cutting-edge advancements. One of his latest inventions is a method and apparatus for integrated sensors designed to provide higher resolution imagery at lower frame rates and lower resolution imagery at higher frame rates simultaneously. This technology allows for typical video frame rate imagery to be viewed by users while enabling the processing of higher frame rate data to identify significant events, such as pulsed light.

Another notable patent from Asbrock is centered around 3D ultraviolet (UV) imaging. This innovative LADAR system utilizes a UV source to generate interrogation beams, paired with a sensor that captures the reflected UV return beams. The output is a detailed 3D image of the target, with provisions for down-shifting the UV return beam to different wavelengths, including visible or shortwave infrared.

Career Highlights

Throughout his career, Asbrock has been associated with prestigious companies such as Raytheon Company and Nova R&D, Inc. His experience in these organizations has contributed significantly to the development of his pioneering technologies.

Collaborations

Asbrock has collaborated with talented peers, including Kanon Liu and Bryan W. Kean. These partnerships have enabled the fusion of ideas, promoting the successful innovation and refinement of technology in their respective areas.

Conclusion

James F. Asbrock’s contributions to sensor technology and imaging have paved the way for groundbreaking advancements. His eight patents are a testament to his ingenuity and dedication to innovation, positioning him as a notable figure in the field of technology. The inventions attributed to him not only enhance the capabilities of imaging systems but also demonstrate the potential for future applications in various domains.