Yuh-Jing Ho

Title: Yuh-Jing Ho: Innovator in Solenoid and Conveyor Technologies

Introduction

Yuh-Jing Ho is a notable inventor based in Flower Mound, TX (US). She has made significant contributions to the fields of solenoid status determination and extendible conveyor systems. With a total of 2 patents, her work showcases innovative methods and systems that enhance operational efficiency.

Latest Patents

Yuh-Jing Ho's latest patents include "Solenoid Status Determination Methods and Systems" and "Extendible Conveyor Systems and Methods." The first patent focuses on methods and systems for determining the status of a solenoid. This method involves measuring a plurality of parameters associated with the current conducting through the solenoid. The measured parameters are then compared to predetermined reference parameters to ascertain the solenoid's status. The system comprises a sensor designed to measure these parameters and a control module that processes the data to determine the solenoid's condition.

The second patent, "Extendible Conveyor Systems and Methods," details communication systems and methods for transmitting control signals along an extendible conveyor. This system includes a first transceiver located on a stationary boom of the conveyor, which communicates with the main control. Additionally, a second transceiver at the end boom is configured to receive wireless communications from the first transceiver, facilitating efficient control of the extendible conveyor system.

Career Highlights

Yuh-Jing Ho is currently employed at Siemens Industry, Inc., where she applies her expertise in developing innovative solutions. Her work has significantly impacted the efficiency and reliability of industrial systems.

Collaborations

Some of her notable coworkers include Shenghong W Yang and Stephen Lawrence Dillier, with whom she has collaborated on various projects.

Conclusion

Yuh-Jing Ho's contributions to solenoid and conveyor technologies exemplify her innovative spirit and dedication to advancing industrial systems. Her patents reflect a commitment to improving operational efficiency and reliability in engineering applications.