Robert R Suchomel

Title: Robert R. Suchomel: Patents in Magnetic Recording and Ferrite Processing.

Introduction

Robert R. Suchomel is an inventor associated with Byron, Minnesota. His patent work includes innovations in magnetic recording hardware and the processing of manganese-zinc ferrite. He is credited with 3 patents.

Latest Patents

One of Suchomel’s listed patents, “Head/suspension design having fewer signal wires and making the same,” describes a method for reducing the number of wires connecting read/write elements to an actuator electronics module. The design allows the inductive coil and magneto-resistive element to share a common ground return lead, and may also use a shared connector pad for signal coupling. The patent describes options involving a conductive substrate, a conductive suspension, and a current-flow element to control current.

Another listed patent, “Process for controlling ferrous iron content in manganese zinc ferrite,” concerns producing ferrite powder with a controlled ferrous iron content to support desired magnetic properties. The process balances carefully controlled ball milling and calcining, including the use of a small amount of metallic iron, specified atmospheric conditions, and controlled time and temperature. The resulting powder’s particle size and ferrous iron content depend on both processing stages.

Career Highlights

Suchomel’s listed work reflects contributions to magnetic storage technology and materials processing. His patents address both the design of recording-head connections and the control of ferrite composition during manufacturing. International Business Machines Corporation is among the companies associated with his career.

Collaborations

Ralph W. Scheidecker and Eugene B. Rigby are listed as Suchomel’s coworkers. Their association places his work within a broader collaborative environment involving engineering and patent development.

Conclusion

Robert R. Suchomel’s patent record highlights practical innovations in magnetic recording systems and manganese-zinc ferrite production, with a focus on improving device connections and controlling material properties.