Paul Johnson

Title: Inventor Paul Johnson: Innovating Physiological Sensor Technologies

Introduction

Paul Johnson, an inventive mind located in Oxford, GB, holds a remarkable portfolio of three patents that showcase his dedication to advancing physiological sensor technology. With a focus on creating devices that enhance the monitoring of physiological parameters, his innovations promise significant contributions to both medical and research fields.

Latest Patents

Among his latest innovations is the **Physiological Sensor Array**, a sophisticated device intended for attachment to mammalian subjects. This device comprises an output transmitter and at least two physiological sensors, each responsible for capturing different physiological parameters. A controller, which communicates with the sensors, sends data to the transmitter for remote analysis. The system is versatile, capable of measuring respiration via a specialized bend sensor, as well as other parameters such as temperature and full waveform ECG.

Another notable invention is the **Portable Signal Transfer Unit**, designed to relay physiological data signals from remote sensors to receiver units. This unit features an input device for receiving signals, a memory component for buffering, and an output device that wirelessly transmits the data to a designated remote unit. Equipped with multiple receivers to manage specific signal carrier frequencies, the transfer unit also includes an indicator system that facilitates effective signal transmission by showing the subject whether they are within range.

Career Highlights

As an inventor, Paul is associated with Nexan Limited, where he actively contributes to the research and development of cutting-edge technologies. His role could be seen as pivotal in addressing the nuances of physiological monitoring, particularly in dynamic environments.

Collaborations

Paul has collaborated with notable individuals like Harpal S Kumar and William J Mullarkey, working together to address challenges in sensor technology and its applications in medical and research sectors. Their collective expertise allows for the development of innovative products that meet the demands of modern healthcare and scientific exploration.

Conclusion

With a solid foundation in physiological sensor technologies and a commitment to improvement, Paul Johnson exemplifies the characteristics of a forward-thinking inventor. As he continues to develop and patent new innovations, his work holds the potential to transform how physiological data is captured and transmitted, paving the way for future advancements in healthcare technology.