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Silke Wolff

USPTO Granted Patents = 33 (Patent Applications = 4)

EPO Patents = 1 (Patent Applications = 5)

Average Co-Inventor Count = 2.8

ph-index = 9

Forward Citations = 254(Granted Patents)

Location History:

Huckeswagen, DE (2001)
Huekeswagen, DE (2001)
Hückeswagen, DE (2001 - 2006)
Hueckswagen, DE (2011)
Hueckeswagen, DE (2002 - 2019)

Company Filing History:

Years Active: 2001-2019

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33 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 10343946 - Highly refractive thin glasses (2019-07-09),

2. 10308545 - Highly refractive thin glasses (2019-06-04),

3. 9284216 - Optical glass and optical element (2016-03-15),

4. 8431501 - Lead-containing space glass, its production and use (2013-04-30),

5. 8431500 - Lead-containing space glass, its production and its use (2013-04-30),

6. 8404606 - Optical glass, optical elements made therefrom, method of making the optical elements from the glass, and optical components comprising one or more optical elements (2013-03-26),

7. 8365555 - Method and system for producing glass, in which chemical reduction of glass components is avoided (2013-02-05),

8. 8347655 - Method and system for producing glass, in which chemical reduction of glass components is avoided (2013-01-08),

9. 8168553 - Optical glass, method of making the optical glass, optical elements made with the optical glass and uses thereof (2012-05-01),

10. 7977264 - Optical glasses of the dense barium flint position (2011-07-12),

11. 7946130 - Organic and inorganic peroxides as refining agents in the production of glass (2011-05-24),

12. 7638448 - Lead-free niobium-bismuth-phosphate optical glass with a high index of refraction (2009-12-29),

13. 7605100 - Lead and arsenic free optical hard crown glasses (2009-10-20),

14. 7605099 - Optical glasses and their uses (2009-10-20),

15. 7598192 - Optical glass (2009-10-06),

Title: Silke Wolff: Innovating with Highly Refractive Thin Glasses

Introduction:

Silke Wolff, a prolific inventor based in Hueckeswagen, Germany, is making significant contributions in the field of highly refractive thin glasses. With a total of 33 patents to his name, Wolff's expertise lies in developing glass sheets with high refractive indexes (nd), along with layer composite assemblies and manufacturing methods. These innovations have the potential to revolutionize the optical glass industry, enabling the production of highly transparent, chemically resistant, and optically superior glass sheets.

Innovative Patents:

Wolff's recent patents primarily focus on developing highly refractive thin glasses that possess the optical properties of classical optical glass. These glass sheets exhibit remarkable transparency, resistance to crystallization, and an exceptionally high refractive index. Furthermore, they have been designed to adapt to the manufacturing process of glass sheet manufacturing, with a viscosity-temperature behavior that complements the production methods.

Collaboration and Professional Experience:

Throughout his career, Wolff has collaborated with renowned companies in the industry, including Schott Glas and Schott AG. Working alongside accomplished individuals such as Ute Woelfel and Simone Monika Ritter, Wolff has garnered valuable experience and expertise from these collaborations.

Schott Glas, a prominent German technology company known for its glass and glass-ceramic products, has been a key platform for Wolff's inventions. His association with Schott AG has provided him with a rich environment for research and development, allowing for the exploration of cutting-edge techniques and materials.

Conclusion:

Silke Wolff's impressive portfolio of 33 patents stands as a testament to his innovation and dedication to the field of highly refractive thin glasses. His groundbreaking work in developing glass sheets with exceptional optical properties has the potential to reshape the future of optical glass manufacturing.

Through collaborations with industry-leading companies, Wolff has been able to push the boundaries of glass sheet technologies and enhance their functionality. As his inventive journey continues, we eagerly anticipate the impact Silke Wolff will continue to make in the field of innovative glass technologies.

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