Company Filing History:
Years Active: 2010-2013
Title: Joerg Schieferdecker: Innovator in Thermopile Infrared Sensors
Introduction
Joerg Schieferdecker is a notable inventor based in Dresden, Germany, with a focus on developing advanced thermal infrared sensors. With two patents to his name, Schieferdecker has made significant contributions to the field of sensor technology.
Latest Patents
His latest patents include a thermopile infrared sensor created through monolithic silicon micromachining and a thermopile infrared sensor array. The first patent describes a thermal infrared sensor housed with optics and thermoelements mounted on a membrane. This membrane is strategically designed to span a frame-shaped support body, optimizing heat conduction. The structure incorporates connecting webs that interlink the thermoelements, ensuring effective thermal performance.
The second patent details a thermopile infrared sensor array comprising a sensor chip embedded with numerous thermopile sensor elements made from a semiconductor substrate. This innovative design allows for a compact infrared sensor array with enhanced thermal resolution, achieved through a thin membrane made from a non-conductive material that supports the sensor elements.
Career Highlights
Schieferdecker is currently associated with Heimann Sensor GmbH, a company known for its cutting-edge sensor technologies. His expertise in thermal infrared sensors illustrates his commitment to advancing the capabilities of sensor technology.
Collaborations
Throughout his career, Schieferdecker has worked alongside talented individuals such as Wilhelm Leneke and Marion Simon. Their collaborative efforts have played a crucial role in driving innovation within the company and the sensor technology field.
Conclusion
With a focus on precision and efficiency in thermal infrared sensing, Joerg Schieferdecker is an important figure in the world of inventions. His contributions continue to shape the future of sensor technology, enhancing performance and functionality across various applications.