Mark Simon Sloan

Title: Mark Simon Sloan: Innovator in Impulse Tool Calibration

Introduction

Mark Simon Sloan is a notable inventor based in Castle Donnington, GB. He has made significant contributions to the field of impulse tool testing, particularly with his innovative patent that enhances the calibration process for rotary power assembly tools. His work is instrumental in ensuring the reliability and consistency of torque measurements in various applications.

Latest Patents

Sloan holds a patent for a "Simulated test joint for impulse tool testing." This apparatus is designed to calibrate rotary power assembly impulse tools by utilizing a variable rate simulated test joint. The system brakes a rotary shaft using brake shoes that are in direct contact with the shaft, all controlled by a computer. The braking torque is gradually increased while the shaft is driven at free-running speed by the tool being calibrated. The monitored pulsed output of the impulse tool is initially erratic but stabilizes into a regular stream of output pulses. The first pulse of this stream can be identified, and the magnitude of the braking torque is then increased in a linear fashion, representing the torque rate of the joint being simulated. This apparatus is the first of its kind to provide thoroughly reliable and consistent torque calibration for impulse tools.

Career Highlights

Mark Simon Sloan is currently associated with Crane Electronics, Inc., where he applies his expertise in tool calibration and testing. His innovative approach has set new standards in the industry, making significant advancements in the accuracy of impulse tool measurements.

Collaborations

Sloan has collaborated with notable colleagues such as David Ogilivie Crane and Peter William Everitt. Their combined efforts have contributed to the development of advanced technologies in the field of impulse tool calibration.

Conclusion

Mark Simon Sloan's contributions to the field of impulse tool testing through his innovative patent have established him as a key figure in the industry. His work continues to influence the standards of tool calibration, ensuring greater reliability and accuracy in various applications.