Andrew R McGregor

Title: Innovations of Andrew R McGregor

Introduction

Andrew R McGregor is an accomplished inventor based in Glen Burnie, MD (US). He is known for his innovative contributions to security technology, particularly in the field of computer housing locks. His work has significant implications for enhancing the security of sensitive equipment.

Latest Patents

One of McGregor's notable patents is the "Tamper Evident Computer Housing Lock." This invention features a unique design that includes a barrel, a screw, and a bumper. The screw and bumper are threadedly engaged with one another and slidably engaged with the barrel. The design incorporates a barrel passageway that includes a screw stop, limiting the sliding of the screw and bumper assembly in the distal direction, and a bumper stop that limits sliding in the proximal direction. The barrel is equipped with feet, which are designed to closely fit within a housing passage, thereby limiting rotational movement of the housing lock. The length of the feet is specifically selected to prevent manipulation of the lockout once it is secured to the housing. The barrel also provides an exterior housing stop, while the bumper offers an interior housing stop, ensuring that the housing lock remains securely in place and prevents the removal of the housing cover from the chassis.

Career Highlights

Andrew R McGregor works for the Government of the United States as represented by the Director of the National Security Agency. His role involves developing innovative security solutions that protect sensitive information and technology. His expertise in this field has led to advancements that enhance the integrity and security of computer systems.

Collaborations

McGregor has collaborated with Gary S Mosholder, contributing to the development of security technologies that address contemporary challenges in the field.

Conclusion

Andrew R McGregor's contributions to the field of security technology, particularly through his patent for the tamper evident computer housing lock, demonstrate his commitment to innovation and safety. His work continues to influence the way sensitive equipment is protected in various environments.