Company Filing History:
Years Active: 2001
Title: Innovations of Kenneth Rachels in Temperature Measurement Technology.
Introduction
Kenneth Rachels is an accomplished inventor based in Plano, TX (US). He has made significant contributions to the field of temperature measurement technology. His innovative approach has led to the development of a unique method for measuring ambient temperature using advanced detector technology.
Latest Patents
Kenneth Rachels holds a patent for an invention titled "Ambient temperature micro-bolometer control, calibration, and operation." This patent describes a method for measuring the temperature of a scene using a detector with at least one reference pixel. The invention utilizes an integratable sampling circuit associated with each pixel to enhance the accuracy of temperature measurements. The process involves observing an ambient reference temperature with the reference pixel(s) to provide a voltage indicative of that temperature. This allows for a constant voltage output that varies the sampling circuit integration time. The invention also includes equations for correcting offsets and calculating ambient temperature based on integration time and pixel values.
Career Highlights
Kenneth Rachels is currently employed at Raytheon Company, where he continues to work on innovative technologies. His expertise in temperature measurement has positioned him as a valuable asset to his team. He has demonstrated a commitment to advancing the field through his research and development efforts.
Collaborations
Throughout his career, Kenneth has collaborated with notable colleagues, including Martin Austin Wand and John F Brady. These collaborations have contributed to the success of his projects and the advancement of technology in their respective fields.
Conclusion
Kenneth Rachels is a prominent inventor whose work in temperature measurement technology has made a significant impact. His innovative patent demonstrates his ability to solve complex problems in the field. Kenneth's contributions continue to influence advancements in temperature measurement and detection technologies.