Philip S Wutz

Title: Innovative Electrochemical Cell Design Patent by Philip Wutz

Introduction:

In the field of electrochemical cell technology, Philip Wutz, an inventor based in Williamsville, NY, has made significant contributions with his innovative designs. Having secured 10 patents, Wutz has showcased his expertise in developing advanced electrochemical cell structures for enhanced performance and efficiency. One of his notable patent inventions includes an electrochemical cell with a unique pocket separator design. This article delves into Wutz's latest patent and explores some of the companies he has worked with, as well as his notable colleagues.

Patent: Electrochemical Cell with Pocket Separator Design:

Philip Wutz's electrochemical cell patent introduces a new way to construct these cells, improving their functionality and effectiveness. The patent describes an electrochemical cell comprising a cathode material connected to a perforated current collector, along with an anode material connected to an anode current collector. The design incorporates a separator sheet, which separates the anode from direct contact with the cathode and is folded to form an envelope.

Within this envelope, a first portion houses the cathode, including the uncovered section of the cathode current collector, while the second portion houses the anode. The first envelope portion is sealed to the second envelope portion through the uncovered perforations of the cathode current collector to securely align the anode with the cathode. The anode and cathode are then wound into a jellyroll electrode assembly, enclosed in a cylindrical casing, and activated with an electrolyte. This unique design optimizes the cell's performance and ensures efficient energy transfer.

Method for Providing an Electrochemical Cell with Pocket Separator Design:

In addition to the innovative cell design, Wutz's patent also outlines a method for manufacturing such electrochemical cells. The method involves folding the separator sheet back upon itself, sealing the upper and lower portions along an aligned peripheral edge to form an envelope. This envelope is divided into two portions, with the first portion housing the cathode and the second portion housing the anode.

The first envelope portion is then sealed to the second envelope portion through the uncovered perforations of the cathode current collector, aligning the anode with the cathode securely. The anode and cathode, in this assembled form, are wound into a jellyroll electrode assembly, which is finally housed within a cylindrical casing and activated using an electrolyte. This manufacturing process streamlines the production of high-quality electrochemical cells with the patented pocket separator design.

Professional Experience and Collaborations:

Throughout his career, Philip Wutz has worked with well-known companies in the industry. Some of the notable companies Wutz has been associated with include:

1. Wilson Greatbatch Technologies, Inc.: A reputed company specializing in the advancement of medical devices and components. This collaboration would have enabled Wutz to explore his electrochemical cell designs within the medical field.

2. Minrad Inc.: Minrad Inc., a medical technology company, focusing on the development and manufacture of minimally invasive, image-guided procedures. Wutz's involvement with Minrad Inc. likely contributed to advancements in electrochemical cell applications within the medical domain.

Colleagues:

During his professional journey, Philip Wutz has had the opportunity to collaborate with exceptional individuals in the field. Some of his notable colleagues include:

1. Joseph M Probst: Known for his expertise in electrochemical cell technology and advanced energy systems, Joseph M Probst's collaboration with Wutz would likely have further enriched their collective achievements.

2. John Skoumpris: As a renowned innovator in the field of energy storage and battery technology, John Skoumpris brings extensive knowledge and expertise to the table. Collaborating with Wutz would have fostered an environment of innovation and growth.

Conclusion:

Philip Wutz's innovative electrochemical cell designs, as demonstrated by his recent patent, showcase his contributions to the industry and his commitment to advancing energy storage technologies. With his extensive professional experience and collaborations with reputed companies and colleagues, Wutz has undoubtedly made a significant impact in the field of electrochemical cells. Through his dedication and innovative mindset, Wutz continues to contribute to the cutting-edge advancements in this ever-evolving domain.