John Spitzer

Title: Innovations by John Spitzer

Introduction

John Spitzer is an accomplished inventor based in Morrisville, PA, known for his contributions to the field of golf equipment testing. With a total of two patents to his name, he has developed innovative procedures that enhance the accuracy of measuring geometric features in golf clubs and other test specimens.

Latest Patents

One of John Spitzer's latest patents is a test procedure for measuring the geometric features of a test specimen. This procedure utilizes a replicating compound to create a casting with a negative image of the geometric feature. A protective covering is then formed over the casting using a contrasting color replicating compound. The casting and protective covering unit is subsequently cut to obtain a test piece, which is scanned using a flatbed scanner to produce an electronic two-dimensional image for analysis.

Another significant patent by Spitzer focuses on measuring the geometric features of a golf club face. This test procedure involves using a replicating compound to create a self-supporting mass that captures a negative image of the grooves on a club face. A thin test specimen strip is sliced from this mass and scanned to generate an electronic trace of the profile of the ribs. A negative image of the profile is then obtained as a replica of the grooves, which are measured to ensure conformance to USGA Rules. To maintain the integrity of the ribs during slicing, a protective covering may be applied to the self-supporting mass.

Career Highlights

John Spitzer is currently employed at the United States Golf Association, where he applies his expertise in testing and measurement procedures. His work has significantly contributed to the standards and practices within the golf industry.

Collaborations

Some of his notable coworkers include Matthew M Pringle and James Hubbell, who collaborate with him on various projects related to golf equipment testing and innovation.

Conclusion

John Spitzer's innovative patents and contributions to the golf industry demonstrate his commitment to enhancing the accuracy and reliability of equipment testing. His work continues to influence the standards upheld by the United States Golf Association.