Rendle Lamarr Myles, Jr

Title: Rendle Lamarr Myles, Jr.: Biomedical Sensing Inventions

Introduction

Rendle Lamarr Myles, Jr. is an inventor associated with Covina, California. His listed work includes 2 patents focused on biomedical sensing, ultrasound, and non-invasive measurement.

Latest Patents

Myles’s patent, “Deformable Sensor with Deformation Feedback, and System and Method Using the Same,” describes a biomedical sensor with a deformable body panel, two ultrasonic transducers, and a displacement sensor. The displacement sensor produces information about changes in the transducers’ spatial arrangement as the sensor moves from its default configuration into a deformed configuration.

His patent, “System and Method for Non-Invasively Sensing a Blood Vessel,” describes an ultrasound-based system for measuring blood vessel characteristics. A controller operates an array of transducers, processes reflected signals, determines vessel diameter values, and calculates pulse wave velocity.

Career Highlights

The inventions attributed to Myles address practical challenges in biomedical measurement. One focuses on tracking sensor deformation, while the other uses ultrasound to assess blood vessels without invasive procedures. The supplied information lists Becton Dickinson and Company Limited as his company affiliation.

Collaborations

Myles’s listed coworkers include Julio Agustin Isla Garcia and Xiaolong Li. The available information identifies them as coworkers but does not specify their roles in the patents.

Conclusion

Rendle Lamarr Myles, Jr.’s listed patents highlight contributions to deformable biomedical sensors and non-invasive ultrasound-based blood vessel measurement.