Bo Sung Jo

Title: **Inventor Spotlight: Bo Sung Jo**

Introduction

Bo Sung Jo is an innovative inventor based in Seoul, Korea, known for his contributions to automotive technology. With two patents to his name, he has made significant strides in enhancing the safety and usability of vehicle power windows.

Latest Patents

Among his impressive inventions, Jo's latest patents include a **method and apparatus for controlling safety power windows**. This technology involves a ripple current detector that effectively removes high-frequency noise from the output current signal of a four-pole stator motor. The method features an amplifier that processes the ripple current as an input signal, which is then amplified to match a reference voltage. This permits the detection of an amplified current signal as a valid signal by utilizing at least two preset reference values.

Another noteworthy invention is the **window control device for a vehicle and the corresponding method**. This device employs a driving motor to operate the window glass and integrates two sensors: one that generates a pulse signal in response to the motor's rotation and another that senses the voltage signal supplied to the motor. The controller utilizes these signals to ensure a reliable safety function, even if a fault occurs in one of the two Hall sensors, demonstrating its robust design.

Career Highlights

Bo Sung Jo has collaborated with notable companies such as Dy Auto Corporation and Hyundai Motor Company. His work in these organizations has bolstered his expertise in automotive innovation, helping him transition his ideas into practical solutions for vehicle safety.

Collaborations

Throughout his career, Jo has worked alongside esteemed coworkers like Dong Hun Son and Kyong Ho Shon, fostering an environment of collaboration that encourages the sharing of inventive ideas and solutions.

Conclusion

Bo Sung Jo's dedication to enhancing automotive technology is commendable. His patented innovations in window control systems reflect his commitment to safety and functionality, showcasing the impact of inventive minds in improving everyday experiences in vehicles.