Stanley K Searing

Title: Innovations of Stanley K. Searing

Introduction

Stanley K. Searing is a notable inventor based in San Jose, California. He has made significant contributions to the field of imaging technology, particularly in the area of x-ray systems. With a total of three patents to his name, Searing's work focuses on enhancing patient safety and improving the functionality of dental sensors.

Latest Patents

One of Searing's latest patents is titled "X-ray image data monitoring and signaling for patient safety." This innovation provides techniques for monitoring x-ray image data and signaling to ensure patient safety. The methodology involves integrating energy from received x-ray pulses at an array of pixels and multiplexing the readout of this energy into channels. It also includes generating an error indicator to terminate further x-ray pulse transmission if certain thresholds are exceeded.

Another significant patent is the "X-ray onset detector for intraoral dental sensor." This invention outlines techniques for detecting the onset of x-rays in intraoral dental sensors. The methodology calculates superpixel values for detector pixels and determines if differences between current and previous values exceed a threshold. If so, it generates a detection signal, enhancing the accuracy of dental imaging.

Career Highlights

Stanley K. Searing is currently employed at BAE Systems Imaging Solutions Inc., where he continues to innovate in the field of imaging technology. His work has been instrumental in developing safer and more effective imaging systems.

Collaborations

Searing has collaborated with notable colleagues such as Stephen W. Mims and Glen L. Collier. Their combined expertise has contributed to advancements in imaging solutions.

Conclusion

Stanley K. Searing's contributions to imaging technology, particularly in x-ray systems, highlight his commitment to enhancing patient safety and improving diagnostic tools. His innovative patents reflect a dedication to advancing the field and ensuring better outcomes in medical imaging.