OPTICAL RECEIVERS

Brand Owner (click to sort) Address Description
IDA PREMOSYS GmbH Hillstraße 14 54570 Kalenborn-Scheuern Germany Optical receivers; optical measuring components, namely, optical sensors; optical scanners; optical reflectors; optical enhancers, namely, optical filters; optical transmitters; optical position sensors; optical infrared locating apparatus; electro-optical sensors; optical apparatus for agricultural and forestry purposes, namely, optical sensors, optical scanners; optical transceivers; optical sensor systems and optical detection systems, both comprised of optical sensors, optical scanners and cameras; optoelectronic spectroscopy analyzers not for medical purposes; computer hardware for analysis of measurement data, in particular measurement data for ground detection and soil analysis; downloadable and recorded software for analysis of measurement data, in particular measurement data for ground detection and soil analysis; computer hardware for automatic soil moisture detection; downloadable and recorded software for automatic soil moisture detection; optical devices for ground detection, in particular for soil moisture detection; all of the aforesaid goods in particular for determining soil moisture in agricultural or forestry land;Towable spraying apparatus and fertilizer apparatus, namely, tractor-towed fertilizer applicators, and tractor-towed fertilizer distributors, all for agricultural or forestry purposes; agricultural or forestry machines for ground cultivation, namely, power-operated cultivators; injection machines for agricultural purposes, namely, tractor-towed fertilizer injection applicators, slot injection machines for injecting fertilizer and agricultural chemicals for agricultural or forestry purposes; agricultural and forestry equipment, other than hand-operated hand tools, namely, agricultural and forestry machines in the nature of harvesters, ploughs; agricultural machines for ground cultivation, namely, power-operated cultivators; soil engaging parts for agricultural implements, namely, tractor-towed harrows, tractor-towed rakes and tractor-towed stone forks;
OPTOCUBE EMCORE CORPORATION 2015 Chestnut Street Alhambra CA 91803 OPTICAL RECEIVERS, TRANSMITTERS, AND TRANSCEIVERS;
OROWAVE Corona Optical Systems, Inc. 450 Eisenhower Lane North Lombard IL 60148 OPTICAL RECEIVERS, TRANSMITTERS, AND TRANSCEIVERS;
SUPERTROSA Pilot Photonics Ltd. Invent Centre, Dublin City University Glasnevin Dublin D9 Ireland Optical receivers; Optical transceivers; Optical apparatus; Optical instruments; Optical amplifiers; Optical condensers; Optical filters; Optical fibres; Optical encoders; Optical cables; Electro-optical sensors; Optical sensors; Optical readers; Optical connectors; Optical semiconductors; Optical electronic components; Optical measuring components; Optical frequency metrology devices; Photo electron spectroscopy analyzers, not for medical purposes; Optical communications instruments; Integrated circuit; Electronic circuits; Integrated circuits; Integrated circuit boards; Integrated circuit cards; Integrated circuit modules; Integrated circuit module; Integrated circuit memories; Electronic circuit cards; Electronic circuit board; Electronic circuit boards; Printed circuit boards incorporating integrated circuits; Circuit boards provided with integrated circuits; Integrated circuit chips; Integrated circuit memory cards; Hybrid integrated circuits; Integrated electronic circuits; Integrated electrical circuits; Electronic integrated circuits; Integrated electric circuits; Electronic memory integrated circuit chips; Application specific integrated circuits; Connectors for electronic circuits; Large scale integrated circuits; Blank integrated circuit cards, blank smart cards; Electronic chips for the manufacturer of integrated circuits; Electronic chips for the manufacture of integrated circuits; Integrated circuits for enhanced graphics and video rendering; Integrated circuits for enhancing graphical and video display; Integrated circuit memory cards for use in playing electronic musical instruments; Optical fibre sensors; Optical fibers, fibres, light conducting filaments; Optical fibres, light conducting filaments;Fibre optic telecommunications services; Optical fibre telecommunications services; Communications by fibre-optic networks; Communications via fibre-optic networks; Communication via fibre-optic networks; Communication by fibre optic networks; Communication via optical fibre networks; Communication via fibre optical networks; Transmission of information on optical telecommunication networks; Telecommunications services, namely, providing fiber optic network services; Telecommunications services provided by means of optical fibre networks; Telecommunications services provided via fiber optic, wireless and cable networks;SUPER TROSA;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An optical communication system can increase a minimum optical reception level or the number of connectable optical receivers by controlling optical output levels of its optical transmitter. The optical communication system includes the optical transmitter having an optical variable splitting controller for splitting received light into N parts and supplies them to N optical fibers, and N optical receivers for receiving the signals sent via the N optical fibers. The optical variable splitting controller regulates its optical output levels to be supplied to the N optical fibers by controlling the optical coupling ratios. For example, the optical variable splitting controller may regulate its optical output levels by controlling its optical coupling ratios such that optical reception levels become equal for all the N optical receivers.