Charles E Hawk

Title: The Innovations of Charles E. Hawk

Introduction

Charles E. Hawk is a notable inventor based in Newport News, VA, with a remarkable portfolio of four patents. His contributions primarily focus on the development of advanced measurement technologies that enhance the efficiency and accuracy of fluid flow measurement in various industrial applications.

Latest Patents

Among his latest patents, the "High Temperature Mass Flowmeter" stands out. This innovative apparatus is designed to measure the flow of high-temperature fluids through a main line. It incorporates a shunt path that diverts a portion of the fluid, allowing for a flowmeter to be thermally isolated from the heat of the main line. The output signal from the flowmeter, along with the reading from a temperature sensor, is utilized by a correction circuit to determine the actual flow of fluid.

Another significant patent is the "Adjustable Flow Divider for Mass Flowmeters." This device is useful for shunting a segment of fluid flow from a main supply line. The adjustable flow divider features a porous tube with longitudinally extending projections on the inner surface. By allowing the position of an externally threaded screw plug to be modified, it can control the area of porous material exposed to fluid flow during operation, thus optimizing the measurement process without requiring the apparatus to be taken offline.

Career Highlights

Charles E. Hawk has worked with several companies throughout his career, most notably at Teledyne Industries, Inc. and Teledyne Limited. His experience in these prominent organizations has positioned him at the forefront of fluid measurement technologies and innovations.

Collaborations

Throughout his career, Hawk collaborated with various talented individuals, including coworkers Danny K. Livingston and Jonathan T. Whitcomb. These collaborations have contributed to the successful development and refinement of his patented inventions.

Conclusion

In summary, Charles E. Hawk’s innovative work in measuring technologies reflects his commitment to advancing the field of fluid dynamics. With his significant contributions and collaborative efforts, he has made a lasting impact on the industries relying on precise flow measurement. His patents continue to serve as valuable resources for engineering and industrial applications.