Ray E Harshman

Title: Ray E. Harshman – Innovator in Cargo Security Solutions

Introduction

Ray E. Harshman, an inventor based in Anaheim, California, has made significant contributions to the field of cargo security with his innovative locking devices. With a keen focus on improving the safety and efficiency of cargo transport, Harshman's work exemplifies the importance of secure shipping methods in today’s logistics.

Latest Patents

Harshman's sole patent is a groundbreaking improvement in locking mechanisms specifically designed for securing cargo units during transport. This patented invention, titled "Locking devices for cargo and the like," features a sophisticated design with first and second complementary locking pawls carrying oppositely directed locking dogs. These pawls are pivotally mounted between spaced side supports, allowing them to move between retracted and locked positions. The first pawl is uniquely biased by spring means towards an upright position while remaining temporarily held down by components of the second pawl, enhancing the security of cargo in transit.

Career Highlights

Currently associated with Electro Pneumatic International GmbH, Ray E. Harshman has leveraged his expertise to develop solutions that address the complexities of cargo security. His background is characterized by a deep commitment to innovation and functionality, focusing on practical applications that enhance cargo management systems.

Collaborations

Harshman's inventive journey includes notable collaboration with his coworker, Archie C. Landry. Together, they have contributed to advancements in technology that prioritize safety and efficiency in the transport sector. Their combined efforts reflect the collaborative spirit essential in driving innovation forward.

Conclusion

Ray E. Harshman continues to be a pivotal figure in the realm of innovations related to cargo security. His patented locking devices serve as an example of how thoughtful design can significantly improve safety protocols in shipping. As logistics and transport grow increasingly complex, the need for innovative thinkers like Harshman will remain paramount.