Richard J Carlton

Title: The Innovative Contributions of Richard J Carlton

Introduction

Richard J Carlton, an accomplished inventor based in Santa Clara, CA, has made significant strides in the field of engineering with a total of five patents to his name. His innovative approaches to transporting annular disks have not only advanced technology but have also impacted various industries by improving processes and efficiency.

Latest Patents

One of his notable inventions is the "Transfer method using walking beam gripper." This method details an ingenious process for transporting annular disks that are stored in a cassette. The disks are loaded onto a cantilever in groups, then moved to a different location where they are unloaded singly by a walking beam motion along the cantilever. The loading process can be reversed seamlessly to accommodate different operational needs.

Another recent patent of his is the "Walking beam gripper." This apparatus enhances the transportation of annular disks by employing a pair of jaws that provide either a radial or an inside grip on the disks. The disks are stored on a cantilever and are moved along the beam by an additional walking beam, showcasing the versatility and effectiveness of Carlton's designs.

Career Highlights

Throughout his career, Richard J Carlton has worked with prominent companies such as Phase 2 Automation and Acurex Corporation. His contributions at these firms have not only demonstrated his expertise in the field but also his commitment to advancing engineering solutions through innovative technologies.

Collaborations

Carlton's work with various companies has paved the way for collaborative projects that focus on enhancing production processes and systems. His ability to integrate new technologies into existing frameworks has made him a valuable asset in the engineering community.

Conclusion

Richard J Carlton's contributions to the field of invention are marked by his five patents that exhibit his innovative spirit and technical proficiency. His developments, particularly in enhancing the transportation of annular disks, reflect his dedication to pushing the boundaries of engineering technology. As he continues to explore new ideas and solutions, Carlton remains an influential figure in the world of innovation.