AERIAL ANTENNAS

Brand Owner (click to sort) Address Description
ACTIVE ZONE DX ANTENNA CO., LTD. 2-15 Hamaskai-dori, Hyogo-ku, Kobe-shi Hyogo-ken 352-0807 Japan aerial antennas, amplifiers for broadcasting television signals, and switches;
DX BROADBAND DX TRADING CO., LTD. 1-9-7 Shounai-Takara-machi, Toyonaka-shi Osaka-fu 561-0836 Japan Aerial antennas; stereo amplifiers; electric cables; electrical connectors; electrical mains, namely, electrical wires and cables; antenna masts for wireless aerial antennas; modems; radiotelegraphy sets comprising namely, wireless network antenna; audio and video receivers; electrical connectors, namely, sockets, plugs and electrical connection contacts and electrical switches; telecommunications transmitters for transmitting AM and FM radio signals; transmitters for electronic signals, namely, transmitters for transmitting television signals; telecommunication transmitting sets, comprising receiver, modulator and converter; computer software for satellite communication applications and broadband communication applications, namely, software for transmitting and receiving television signals, and satellite receivers and transmitters with optical fiber capability for use with television sets;DX BROAD BAND;
PSEUDOLITE DX TRADING CO., LTD. 1-9-7 Shounai-Takara-machi, Toyonaka-shi Osaka-fu 561-0836 Japan Aerial antennas, antenna masts, electric cables, electrical signal receivers, electrical signal generators, electrical signal transmitters, electrical signal modems, computer hardware, and computer software for assisting a global positioning system (GPS) in obstructed areas by artificially generating and transmitting GPS signals;PSEUDO LITE; PSEUDO LIGHT;
 

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

    
Technical Examples
  1. A system and method for analysis for analysis of aerial photos is disclosed. The method comprises receiving an aerial photo, calculating complexity values of aerial photos received, sorting the complexity values of the aerial photo, and displaying the aerial photos and analysis of the complexity values. The system comprises an input device for receiving aerial photos, a computing device for calculating complexity values of captured aerial photos, a computing device for sorting complex values of aerial photos, a storage device for storing internal database, and a comparator device.