The intellectual property of the University of Silesia includes inventions, solutions (methods) and substances. So far, the university has applied for over 280 patents on its industrial property and for the past few years it has submitted dozens of patents every year, which gives it a high position in the ranking of non-technological universities in Poland.
The vast majority of the patents prove useful to industry and are thus transferred in the form of licences, sales or contributions in companies. Moreover, the university fosters the initiatives such as spin offs/outs which facilitate the transfer.
Examples of University's patent applications*:
*complete and current list can be found here
| Authors | Name |
|
R. Koprowski |
Scar and/or keloid treatment appliance A system facilitating performing minimally invasive aesthetic medicine procedures |
| J. Krawczyk W. Bogdanowicz |
A method of obtaining a two-scale Al-Cu-Co alloy nanocomposite with a quasicrystalline phase fraction A two-scale fibrous nanocomposite of Al-Cu-Co alloy with a quasicrystalline phase fraction |
| G. Pastuch-Gawełek M. Serda R. Musioł A. Mrozek-Wilczkiewicz W. Kowalczyk A. Ratuszna J. Polański |
Glycoconjugates of quinolinic acids – a method of production, and applications |
| A. Posmyk J. Myalski H. Wistuba |
A method of production of aluminium-ceramic composite containing grease |
| M. Chodacki | A system of wireless remote energy transmission from transmitter to receiver |
| W. Kowalczyk R. Musioł J. Nycz J. Polański |
The use of styrylquinolines for production of antibacterial agents |
| J. Orzeł M. Daszykowski |
A method of simultaneous or individual determination of the content of Solvent Yellow 124 and Solvent red 19 or Solvent red 164 or Solvent Blue 35 in diesel fuel |
| K. Ćwikiel K. Nowak W. Sułkowski J. Zioło |
A method of obtaining pyro- and piezoelectric triglycine monocrystals with plate structure |
| R. Koprowski Z. Wróbel |
A column loudspeaker |
| M. Śliwoń F. Manowski |
A ventilation grille with unidirectional air flow |
| P. Janik M. Janik Z. Wróbel |
A system for monitoring of breathing frequency and a method of monitoring breathing frequency |
| S. Krompiec J. Malarz C. Pietraszuk B. Powała S. Rogalski M. Filapek B. Marcol M. Penkala E. Kowalska J. Polański A. Słodek S. Kula I. Grudzka P. Bujak |
A method of obtaining trisubstituted isoxazolines A method of obtaining trisubstituted isoxazolines in positions 3, 4, and 5 A method of obtaining 3,4,5-trisubstituted isoxazolines |
| A. Woźnica T. Bernaś |
A micro-incubation chamber for perfusion and observation of semiliquid or liquid material, especially biological material |
| J. Polański M. Serda A. Mrozek-Wilczkiewicz R. Musioł A. Ratuszna M. Grzesiczak J. Gołąb A. Muchowicz |
New derivatives of thiosemicarbazones, their pharmaceutical compositions and application |
| K. Tudyka A. Bluszcz B. Kozłowska J. Pawlyta A. Michczyński |
A method of measurement of radioactivity of 14C with elimination of component counts coming from products of successive decay of 222Rn using liquid scintillation spectrometry |
| R. Koprowski Z. Wróbel |
Acoustic speakers |
| S. Krompiec S. Kula M. Filapek T. Flak, I. Grudzka |
A new acetylene derivative and a method of obtaining it |
| W. Pisarski J. Pisarska W. Ryba-Romanowski R. Lisiecki |
A system for temperature measurement |
| P. Janik G. Sobota B. Bacik M. Janik |
A system for marking food-to-ground contact A system for monitoring the duration of float phase in sports movement |
| S. Krompiec J. Malarz M. Filapek M. Paluch S. Pawlus C. Pietraszuk B. Powała S. Rogalski B. Marcol M. Penkala S. Kula |
A method of producing 3,4,5-trisubstituted isoxazolines |
| J. Lelątko T. Wierzchoń T. Goryczka M. Ossowski |
A method of making diffusion titanium nitride layers on elements made of NiTi alloy A method of making diffusion oxide-nitride superficial layers on elements made of NiTi alloy |
| S. Krompiec M. Filapek K. Janicka D. Błach S. Kula M. Paluch S. Pawlus |
3,5-disubstituded and 3,4,5-trisubstituted isoxazoles – a method of production |
| A. Swinarew S. Golba T. Flak J. Gabor M. Łężniak P. Kulpiński A. Erdman B. Pęczek |
Modified fibres based on synthetic and/or natural polymers – a method of production |
| P. Janik G. Sobota M. Janik |
A foil tactile sensor |
| R. Koprowski B. Łozowski A. Woźnica P. Migula Z. Wróbel J. Karczewski M. Piasecki |
A system and method of estimating the number of fish in water tanks |
| S. Krompiec I. Grudzka D. Zych |
A method of obtaining 1,4bis(2,2’- -bithiophene-5-ylo)-1,3-butadiene |
| A. Swinarew T. Flak S. Golba M. Łężniak J. Gabor J. Kubisztal |
A method of carrying out phase transfer catalysis for low solubility substances |
| P. Bartczak J. Polański M. Korzec M. Kapkowski |
A method of obtaining structures containing nanometric and/or sub-micrometric size particles on different carriers Pd/Cu nanocatalyst – a method of production and application |
| B. Wodecka-Duś M. Adamczyk-Habrajska L. Kozielski D. Czekaj |
Ultracapacitor A method of production of a ferroelectric dielectric material |
| A. Swinarew S. Golba J. Gabor M. Łężniak T. Flak M. Pawelak |
A method of industrial-scale production of star-shaped polyethers or polythioethers and their application |
