C Hewitt Dix

Title: The Innovative Contributions of C Hewitt Dix in Seismic Data Systems

Introduction

C Hewitt Dix is a distinguished inventor based in Pasadena, California, recognized for his innovative contributions to seismic data acquisition technology. With a total of two patents, Dix's work has significantly influenced the methods used in the field recording of seismic data.

Latest Patents

C Hewitt Dix's latest patents focus on a sophisticated system for data acquisition, transport, and storage. The first patent involves a mechanism that connects multiple geophone outputs to an array terminal, enhancing the efficiency of seismic data collection. The system incorporates fixed gain differential amplifiers, which output square waves that are processed by a parallel-to-serial converter. Upon command from a distant array controller, the system stores single bits corresponding to the sign of the square wave, later transmitting them as a serialized train of bits to be recorded magnetically.

The second patent presents an advanced version of the data acquisition system where amplified geophone signals are modified through a shifting function before being processed into axis-crossing-coded pulses. This innovation allows for valuable real-time data manipulation, improving the accuracy and speed of seismic recordings, ultimately facilitating better geological assessments.

Career Highlights

Throughout his career, C Hewitt Dix has demonstrated a deep commitment to advancing seismic engineering through his inventive solutions. His association with the Geophysical Systems Corporation has further propelled his career, allowing him to contribute to groundbreaking projects and technologies that have shaped the seismic data recording landscape.

Collaborations

Dix has collaborated with esteemed peers such as J Robert Fort and James A Westphal. These collaborations have fostered an environment of innovation and have collectively advanced the field of geophysical data collection methods.

Conclusion

C Hewitt Dix's contributions to the field of seismic data systems are a testament to his inventiveness and dedication. His patents not only reflect his technical expertise but also highlight the importance of collaboration in engineering advancements. As the field of seismic data collection continues to evolve, Dix's innovations remain a significant part of its history.