Carl E Atkins

Title: Innovations of Carl E. Atkins: A Pioneer in Keyable Control Circuits

Introduction

Carl E. Atkins, an inventive mind from Montclair, NJ, has significantly contributed to the field of keyable control circuits with a total of six patents. His inventive work primarily focuses on revolutionizing access control systems through innovative technological solutions.

Latest Patents

Among his latest creations are two notable patents. The first is the "Dual-frequency induction-keyed control circuit with keying network." This invention introduces a dual-frequency keyable control circuit capable of providing an electrical control output signal upon the proximity of two passive keying circuits tuned to specific radio frequencies. By detecting the modulation present at both frequencies in sequence, the control circuit can perform various functions, including unlocking doors and actuating alarms, ensuring that only the correct key combinations can grant access.

The second patent, titled "Dual channel wide-band frequency modulated keyable control circuit," features a unique dead-oscillator detector. This innovative mechanism prevents unauthorized actuation of the unlocking function by addressing the coupling of untuned energy-absorbing materials to the sensing coil. By uniformly reducing RF energy across all frequencies, the system generates an inhibit signal, effectively blocking unauthorized access while allowing legitimate signals to function correctly.

Career Highlights

Carl E. Atkins works at Wagner Electric Corporation, a company recognized for its innovative contributions to electrical systems and technologies. Throughout his career, Atkins has demonstrated commitment and expertise in developing sophisticated control circuit technologies, positioning himself as a notable figure in electronic design and security systems.

Collaborations

Atkins has collaborated professionally with Francis A. McGuirk, Jr., further enhancing the scope of innovation at Wagner Electric Corporation. Their teamwork exemplifies the collaborative spirit necessary for driving technological advancements in electronic control systems.

Conclusion

Carl E. Atkins continues to influence the field of keyable control technology with his innovative designs and problem-solving capabilities. His contributions not only advance the state of security in access control systems but also set a precedent for future inventors in the industry. Through his work, Atkins ensures that safety and efficiency remain at the forefront of technological innovation.