Company Filing History:
Years Active: 1977-1979
Title: The Innovative Contributions of John W. Sogge
Introduction
John W. Sogge, an inventor based in Cedar Rapids, IA, has made significant contributions to the field of engineering with a focus on track-type vehicles. With a total of six patents registered under his name, Sogge's innovations have enhanced the performance and durability of these vehicles.
Latest Patents
Among his latest inventions are two notable patents related to track-type vehicle wheels designed with controlled impact resistance.
1. The first patent describes a wheel equipped with a plurality of teeth connected to a hub. This design features several annular springs positioned within the openings of the teeth, which are actuated by plungers. The springs are engineered to resist impact forces that the track directs onto the wheel, thereby improving its operational efficiency.
2. The second patent also focuses on creating controlled impact resistance. This wheel variant has a rim connected to a hub, with an annular chamber formed between the two. Similar to the first design, it utilizes annular springs that respond to plungers contacting the track, effectively managing the impact forces.
Career Highlights
John W. Sogge currently works at Caterpillar Tractor Co., a renowned company known for its cutting-edge engineering and manufacturing of construction and mining equipment. Over the years, Sogge has consistently demonstrated his innovative spirit through his work and patents.
Collaborations
Sogge collaborates with fellow inventors and engineers Roger L. Boggs and Eugene R. Groff. These partnerships have enabled him to explore new ideas and enhance the functionality of existing technologies within the industry.
Conclusion
John W. Sogge's contributions to track-type vehicle technology underscore the importance of innovation in engineering. His patents illustrate a commitment to enhancing vehicle resilience and performance, proving that his work not only advances the industry but also contributes to the safety and efficiency of heavy machinery in various applications.