Henry W Wlodkowski

Title: Innovator Henry W. Wlodkowski: The Mind Behind Enhanced Bearing Lubrication

Introduction: Henry W. Wlodkowski, an inventive mind from Holden, Massachusetts, has contributed to the field of engineering with his innovative patent that improves the functionality of bearing assemblies. His work in lubrication technology showcases how a simple yet effective mechanism can significantly enhance the performance of industrial machines.

Latest Patents: Wlodkowski holds a patent for an "Apparatus for lubricating a bearing assembly," designed to optimize lubrication in mechanical applications. The invention involves a shaft that is rotatably journalled in a bearing assembly. A sleeve fixed to the shaft is located adjacent to the bearing assembly, which features a depending ring that reaches into a supply of liquid lubricant located in an underlying sump. As the shaft and sleeve rotate, the ring takes on motion, bringing lubricant upwards from the sump. This efficient mechanism, enhanced by a dam that directs flowing lubricant to the bearing assembly, employs centrifugal and gravitational forces.

Career Highlights: Henry W. Wlodkowski is associated with Coppus Engineering Corporation, where he has applied his innovative thinking to improve engineering practices in lubrication systems. His contributions underline the importance of ingenuity in refining existing technologies to streamline operations.

Collaborations: While specific collaborators are not detailed, Wlodkowski's role at Coppus Engineering Corporation likely involves teamwork with other engineers and innovators in the field, sharing insights and expertise to bring new ideas to fruition.

Conclusion: Henry W. Wlodkowski exemplifies the spirit of innovation in the engineering sector. His patent for an apparatus that enhances lubrication in bearing assemblies not only represents his ingenuity but also underscores the vital role that innovators play in advancing technology. His work continues to inspire those in engineering and manufacturing, demonstrating how even modest enhancements can lead to significant improvements in machinery efficiency.