Per William Danzl

Title: The Innovative Mind of Per William Danzl: A Pioneer in Energy Recovery Systems

Introduction:

Per William Danzl, an inventive mind hailing from Edina, MN, has made significant contributions to the field of hydraulic systems with his three notable patents. His innovative designs focus on energy recovery, particularly in off-highway vehicles, showcasing his commitment to developing energy-efficient technologies.

Latest Patents:

One of Danzl's latest patents is **"Energy Recovery System for Off-Highway Vehicles with Hydraulic Transformer Coupled to Transmission Power Take-Off."** This invention introduces an energy-conserving hydraulic system that integrates a prime mover, drivetrain, baseline hydraulic system, power take-off, transformer, work implement, and accumulator, aiming to enhance the efficiency of mobile work machines. The system allows for the seamless exchange of power between the transmission and the hydraulic components, optimizing energy use during operation.

Another significant patent is the **"Control System for Hydraulic System and Method for Recovering Energy and Leveling Hydraulic System Loads."** This patent encompasses a control mechanism that coordinates flow sharing within hydraulic systems, utilizing a hydraulic transformer equipped with variable displacement pump/motor units. Danzl's design allows for energy transfer to and from various components as directed by an advanced control system, contributing to the overall efficiency of hydraulic systems.

Career Highlights:

Throughout his career, Per William Danzl has been associated with renowned companies such as Eaton Corporation and Danfoss Power Solutions II Technology A/S. His work in these organizations has undoubtedly influenced his innovative approaches and designs in hydraulic systems.

Collaborations:

Danzl has collaborated with distinguished professionals, including Chad Anthony Larish and Vishal Vijay Mahulkar. These collaborations have likely contributed to the development of his patents and the advancement of energy-efficient technologies in hydraulic systems.

Conclusion:

Per William Danzl’s inventive spirit and dedication to energy efficiency in hydraulic systems reflect his noteworthy contributions to the field. His patents not only exemplify his creativity but also pave the way for advancements that enhance the performance of off-highway vehicles and hydraulic technology. Danzl's work continues to inspire future innovations in energy recovery systems, solidifying his legacy as a pioneer in engineering design.