Raymond Ashton Cutler

USPTO Granted Patents = 20 (Patent Applications = 2)

CIPO Patents = 5

EPO Patents = 4 (Patent Applications = 1)

Average Co-Inventor Count = 2.5

ph-index = 9

Forward Citations = 451(Granted Patents)

Location History:

Bountiful, UT (US) (1989 - 2014)
Salt Lake City, UT (US) (1985 - 2019)

Company Filing History:

9 out of 3,191

Air Products and Chemicals, Inc.

University of Utah Research Foundation

Washington Mills Management, Inc.

patents

where one patent can have more than one assignee

Years Active: 1985-2025

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20 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 12187954 - SiC-filled polymers with high electrical resistivity and high thermal conductivity (2025-01-07),

2. 10501376 - Functionally graded carbides (2019-12-10),

3. 9896384 - Methods of sintering dense zeta-phase tantalum carbide (2018-02-20),

4. 8685874 - High-toughness zeta-phase carbides (2014-04-01),

5. 8003042 - Toughened silicon carbide and method for making the same (2011-08-23),

6. 7695580 - Method of forming a ceramic to ceramic joint (2010-04-13),

7. 7595019 - Method of making an ion transport membrane oxygen separation device (2009-09-29),

8. 7094301 - Method of forming a joint (2006-08-22),

9. 7011898 - Method of joining ITM materials using a partially or fully-transient liquid phase (2006-03-14),

10. 6770392 - Ceria based solid electrolytes (2004-08-03),

11. 6492290 - Mixed conducting membranes for syngas production (2002-12-10),

12. 6117288 - Insulating support for ion conductor stack (2000-09-12),

13. 6042703 - Ion conductor stack with offset seals and biasing electrodes (2000-03-28),

14. 5952102 - Diamond coated WC and WC-based composites with high apparent toughness (1999-09-14),

15. 5681373 - Planar solid-state membrane module (1997-10-28),

Title: The Innovative Journey of Raymond Ashton Cutler

Introduction: Raymond Ashton Cutler, based in Bountiful, Utah, is a prolific inventor with 20 patents to his name. His work has contributed significantly to advanced materials, particularly in the fields of thermal interface materials and functionally graded carbides. Through persistent innovation, Cutler has made a lasting impact on multiple industries.

Latest Patents: Among Cutler's latest patents are groundbreaking advancements that emphasize high-performance materials. One of his notable inventions is the "SiC-filled polymers with high electrical resistivity and high thermal conductivity." This invention employs silicon carbide particles dispersed in polymers like epoxy, silicone, or urethane, enhancing thermal conductivity while maintaining electrical resistivity through careful control of oxide layer thickness and ceramic particle loading.

Additionally, he has developed technology for "Functionally graded carbides," which encompasses a carbide body engineered with a bulk composition region made up of at least 70 weight percent of rhombohedral δ-phase carbide. The design includes a transition from a γ-phase-rich composition at the surface to a bulk composition region at varying depths, demonstrating an innovative approach to material gradation.

Career Highlights: Cutler has worked with leading companies that enhance his technological footprint, including Air Products and Chemicals, Inc., and Ceramatec, Inc. His expertise in materials science and engineering has enabled him to drive advancements that have applications in various sectors.

Collaborations: Throughout his career, Cutler has collaborated with skilled professionals, including noted colleagues Michael Francis Carolan and Dale M Taylor. These partnerships have undoubtedly contributed to his success and the development of his innovative patents.

Conclusion: Raymond Ashton Cutler represents a remarkable figure in the landscape of innovation. With a firm commitment to advancing materials technology and a portfolio that showcases his ingenuity, Cutler continues to influence the future of engineering through his inventions. His substantial contributions highlight the importance of innovation in solving modern challenges.

This text is generated by artificial intelligence and may not be accurate.