MANUFACTURE THIN FILM ELECTRONICS
| Brand | Owner | Address | Description |
|---|---|---|---|
| NANOIDENT | NanoIdent Technologies AG | Untere Donaulande 21-25, A 4020 Linz Austria | Manufacture of thin film electronics for others;Data processing equipment and computers; non medical testing apparatus for testing gases, liquids, solids, foods, sterility of medical equipment and testing of printed circuits boards; computer software for use in database management and database applications in the field of biometric identification systems; computer hardware and software for controlling programmable logic controllers, cameras, flatbed scanners, bar code readers, digital and analog audio recording devices, and electronic card readers; computer hardware and software for controlling hardware locking devices for access gates, door locking systems, and access control and security microchips; computer peripherals; optical, capacitive and pressure detectors; smart cards for storage of personal information; integrated circuits; non medical diagnostic equipment for testing of chemical and biological elements in liquids and gases; photovoltaic cells; printed circuits; apparatus for recording, transmission and reproduction of sound, images or data; semiconductors; precision measuring instruments for measurement of chemical and biological elements in liquids and gases; thin film semiconductor sensors for the detection of x-rays not for medical purposes; solar batteries; photovoltaic systems consisting primarily of thin film photovoltaic cells; photovoltaic solar batteries; apparatus for converting electronic radiation to electrical energy, namely, photo detectors; photovoltaic cells and photovoltaic solar modules;Printing machines; machines and machine tools for semiconductor and nano-technology, medical technology, biotechnology, microfluidics, photovoltaic applications and printed electronics, namely, semiconductor manufacturing machines and photolithographic machines;Construction planning;Adhesives for industrial purposes; chemicals with electrically conductive, semiconductor or insulating properties and chemical containing nano-particles for manufacturing electronic and optoelectronic components as well as photovoltaic cells;Solar collectors;Testing apparatus for medical purposes, namely, for testing blood and body fluids; diagnostic apparatus for medical purposes, namely, for testing blood and body fluids; medical apparatus and instruments, namely, for testing of chemical and biological elements and liquids and gases; x-ray screens for medical purposes; blood testing apparatus;Scientific and technical consulting, research, and design services relating to semi conductor technology and nanotechnology, medical technology, biometry, biotechnology, thin film electronic sensors and sensors for x-ray detection; industrial testing and research services relating to semi conductors and nanotechnology, medical technology, biometry, biotechnology, thin film electronic sensors and sensors for x-ray detection; chemical analysis; design of computer software; computer systems analysis; engineering services; research and development for new products for others; biological research; research in the field of chemistry; physics research; preparation of technical reports in the field of semi conductor technology and nanotechnology, medical technology, biometry, biotechnology, thin film electronic sensors and sensors for x-ray detection; development of new technology for others in the field of semi conductors and nanotechnology, medical technology, biometry, biotechnology, thin film electronic sensors and sensors for x-ray detection; research in the field of semiconductors and nano-technology, medical technology, biometry, biotechnology and electronic sensors; technology planning and consulting in the field of manufacturing of printed electronic and optoelectronic components; |
Where the owner name is not linked, that owner no longer owns the brand |
Technical Examples
- A thin film interleaver device is disclosed. The thin film interleaver includes thin film optics. The thin film(s) are formed such that they reflect one group of wavelengths while allowing a second group of wavelengths to pass through the thin film(s). The thin film(s) exhibit a flat top frequency response across the channel bandwidths of the multiplexed signal for which the thin film filter is designed such that the thin film interleaver is less sensitive to wavelength drift and temperature variations.