Leandro M Lorilla

Title: Innovations of Leandro M. Lorilla in Magnetic Field Sensors

Introduction

Leandro M. Lorilla, an accomplished inventor based in Cambridge, MA, has made significant strides in the field of magnetic and electric field sensors. His innovative work primarily focuses on developing technologies for monitoring stress, strain, and load in rotating components, which is crucial for enhancing the reliability and efficiency of mechanical systems.

Latest Patents

Leandro holds 1 patent for his invention titled "Quasistatic Magnetic and Electric Field Stress/Strain Gages." This cutting-edge technology employs sensors that are mounted against the surface of materials to monitor the stresses experienced by rotating components, such as those found in vehicle drive trains. These stationary sensors operate at multiple locations around the rotating component, allowing for comprehensive assessment of stress at various rotational positions. The sensor data is converted into material properties, such as magnetic permeability or electrical conductivity, while also accounting for any coating thickness that may exist between the sensor and the surface. This innovative approach ensures that the sensors are not in direct contact with the component and are arranged on an annular material or ring that encompasses the rotating part.

Career Highlights

Leandro's career is marked by his position at Jentek Sensors, Incorporated, where he contributes to the advancement of sensor technologies. His invention is particularly beneficial in applications involving planetary gear systems, where sensors are affixed to the ring gear, providing valuable insights into the stress and performance of discrete features like carrier plate posts. Notably, the design of his sensors allows for equal spacing around the circumference of the component, which is critical for accurate measurements.

Collaborations

Throughout his career, Leandro has collaborated with notable colleagues, including Neil J. Goldfine and Darrell E. Schlicker. These collaborations foster an environment of innovation, enabling the development of solutions that address complex challenges in the field of mechanical engineering and sensor technology.

Conclusion

Leandro M. Lorilla's contributions to the domain of magnetic and electric field sensors represent a significant advancement in the way stress and strain are monitored in mechanical systems. His patent on quasistatic gages exemplifies the fusion of engineering innovation and practical application, paving the way for improved performance and reliability in rotating components across various industries.