Company Filing History:
Years Active: 1999
Title: The Innovative Contributions of David L DeLang
Introduction
David L DeLang is a notable inventor based in Sterling Heights, Michigan. He has made significant contributions to the field of actuator mechanisms, particularly in automotive applications. His innovative designs have paved the way for advancements in remote locking and unlocking systems.
Latest Patents
David L DeLang holds a patent for a bi-stable self-adjusting actuator mechanism. This electrically operated actuator is designed for the remote locking and unlocking of doors. The mechanism features a moveable bolt that is coupled to a solenoid armature, allowing for precise movement within a guide that is registered against the door when closed. The design includes a stationary solenoid coil bobbin, with a pole frame that incorporates a magnet, bolt guide, and bolt, which can slide for proper installation against the door. A spring biases the bolt into engagement with the door, ensuring security. When the coil is energized, the magnetic flux generated is sufficient to retract the bolt, unlocking the door. Upon de-energization, the magnet holds the armature and bolt in the unlocked position. The actuator is particularly suitable for automotive fuel filler access door locking and unlocking applications.
Career Highlights
David L DeLang is associated with Eaton Corporation, a leading global technology company. His work at Eaton has allowed him to focus on innovative solutions that enhance vehicle security and functionality. His patent reflects his commitment to improving automotive technology through practical and effective designs.
Collaborations
David has collaborated with notable colleagues, including Charles Robert Martus and Charles A Detweiler. These partnerships have contributed to the development of advanced technologies in the automotive sector.
Conclusion
David L DeLang's contributions to actuator mechanisms demonstrate his innovative spirit and dedication to enhancing automotive technology. His patent for the bi-stable self-adjusting actuator mechanism showcases his ability to create practical solutions for modern challenges.