Company Filing History:
2 out of 2 
1 out of 2 
5 out of 832,912 Years Active: 1978-1980
Title: The Innovations of Benyamin A Ioffe
Introduction
Benyamin A Ioffe is a notable inventor based in Riga, SU, recognized for his contributions to the field of electrodynamic separation and current-conducting components. With a total of seven patents to his name, Ioffe has made significant advancements in the technology surrounding nonmagnetic materials.
Latest Patents
Ioffe's latest patents include a method and apparatus for electrodynamic separation of nonmagnetic materials. This innovative approach involves feeding a flow of material into a region of maximum intensity of a variable nonuniform magnetic field. This process induces maximum eddy currents in electrically conducting particles, producing electromagnetic forces that effectively deflect these particles from the material's feed direction. The variable magnetic field is generated by an electromagnet with a closed magnetic core, featuring pole pieces that are symmetrically divergent from the pole axes.
Another significant patent is the method of assembly of nonmagnetic current-conducting components. This method proposes assembling these components into units along an axis under the influence of electrodynamic forces. The assembly process utilizes the interaction between a primary alternating magnetic field and a secondary magnetic field, ensuring that the areas covered by induced currents in adjacent components overlap for effective assembly.
Career Highlights
Throughout his career, Ioffe has worked with various institutions, including the Institute of Physics of the Latvian Academy of Sciences. His work has contributed to advancements in the understanding and application of electrodynamic forces in material separation and assembly.
Collaborations
Ioffe has collaborated with notable individuals such as Robert K Kalnin and Jury A Zommer, further enhancing the impact of his work in the field.
Conclusion
Benyamin A Ioffe's innovative patents and career achievements highlight his significant contributions to the field of electrodynamic separation and current-conducting components. His work continues to influence advancements in technology and material science.