CELLULAR ANTENNAS

Brand Owner (click to sort) Address Description
ACE Ace Technology 329-9, Songnae-dong, Sosa-gu, Puchon-shi Kyunggi-do Republic of Korea cellular antennas, cordless telephone antennas, cb transceiver antennas, hand-held radio antennas, land mobile radio antennas, PCN antennas, pager antennas, aerospace antennas, marine antennas, booster antennas, telecommunications equipment, namely, band pass filters, combiners, band reject filters, satellite-spike antennas, arrestors, automobile boosters, cellular RF band power amplifiers, power dividers, automobile cellular repeaters, wireless cellular and pager repeaters, bi-directional amplifiers, coaxial circulators, HYB couplers, broad band amplifiers, ferrite isolators, bi-directional amplifiers, low noise amplifiers and low noise block down converters;
ACE ACE TECHNOLOGY Ace Technology 329-9, Songnae-dong, Sosa-gu, Puchon-shi Kyunggi-do Republic of Korea cellular antennas, cordless telephone antennas, cb transceiver antennas, hand-held radio antennas, land mobile radio antennas, PCN antennas, pager antennas, aerospace antennas, marine antennas, booster antennas, telecommunications equipment, namely, band pass filters, combiners, band reject filters, satellite-spike antennas, arrestors, automobile boosters, cellular RF band power amplifiers, power dividers, automobile cellular repeaters, wireless cellular and pager repeaters, bi-directional amplifiers, coaxial circulators, HYB couplers, broad band amplifiers, ferrite isolators, bi-directional amplifiers, low noise amplifiers and low noise block down converters;TECHNOLOGY;
ACE ANTENNA Ace Antenna Company 21010 Superior Street Chatsworth CA 91311 cellular antennas, cordless telephone antennas, c.b. transceiver antennas, hand-held radio antennas, land mobile radio antennas, PCN antennas, pager antennas, aerospace antennas, marine antennas, booster antennas, band pass filters, combiners, band reject filters, satellite-spike antennas, arrestors, automobile boosters, cellular RF band power amplifiers, power dividers, automobile celluar repeaters, wireless cellular and pager repeaters, bi-directional amplifiers, coaxial circulators, HYB couplers, broad band amplifiers, ferrite isolators, bi-directional amplifiers, low noise amplifiers and low noise block down coverters;ANTENNA;
ACE ANTENNAA Ace Antenna Company, Inc. 16181 Scientific Way #3 Irvine CA 92618 cellular antennas, cordless telephone antennas, cb transceiver antennas, hand-held radio antennas, land mobile radio antennas, PCN antennas, pager antennas, aerospace antennas, marine antennas, booster antennas, telecommunications equipment, namely, band pass filters, RF combiners for connecting signals from multiple sources to a single antenna, band reject filters, satellite-spike antennas, cellular RF band power amplifiers, automobile cellular repeaters, wireless cellular and pager repeaters, bi-directional amplifiers, coaxial circulators, hybrid couplers for combining RF signals, broad band amplifiers, ferrite isolators, bi-directional amplifiers, low noise amplifiers and low noise block down converters;ACE ANTENNA;Color is not claimed as a feature of the mark.;
ACE TECHNOLOGY Ace Antenna Company 21010 Superior Street Chatsworth CA 91311 cellular antennas, cordless telephone antennas, cb transceiver antennas, hand-held radio antennas, land mobile radio antennas, PCN antennas, pager antennas, aerospace antennas, marine antennas, booster antennas, telecommunications equipment, namely, band pass filters, combiners, band reject filters, satellite-spike antennas, arrestors, automobile boosters, cellular RF band power amplifiers, power dividers, automobile cellular repeaters, wireless cellular and pager repeaters, bi-directional amplifiers, coaxial circulators, HYB couplers, broad band amplifiers, ferrite isolators, bi-directional amplifiers, low noise amplifiers and low noise block down converters;In the statement, Column 2, lines 16 and 17, 5-0-1997 is deleted, and, 01-31-1994 is inserted.;In the heading, Class 42 should be deleted; and In the statement, column 2, lines 5 and 6 should be deleted.;TECHNOLOGY;
ACE TECHNOLOGYA Ace Antenna Company, Inc. 16181 Scientific Way #3 Irvine CA 92618 cellular antennas, cordless telephone antennas, cb transceiver antennas, hand-held radio antennas, land mobile radio antennas, PCN antennas, pager antennas, aerospace antennas, marine antennas, booster antennas, telecommunications equipment, namely, band pass filters, RF combiners for connecting signals from multiple sources to a single antenna, band reject filters, satellite-spike antennas, cellular RF band power amplifiers, automobile cellular repeaters, wireless cellular and pager repeaters, bi-directional amplifiers, coaxial circulators, hybrid couplers for combining RF signals, broad band amplifiers, ferrite isolators, bi-directional amplifiers, low noise amplifiers and low noise block down converters;ACE TECHNOLOGY A;
HARADA HARADA INDUSTRY CO., LTD. 17-13, Minamiohi 4-chome Shinagawa-Ku, Tokyo Japan cellular antennas, and accessories, namely, extension cables, connectors and replacement masts, antennas for remote engine starter, door opener and alarm applications, and power actuators, namely, door lock actuators, and parts for the foregoing;remote engine starters comprised of keyless entry mechanisms, starter disablers, and anti-theft alarms for vehicles, and parts for the foregoing;
K2+ KLIP Antenna Company, The 2525 Braga Drive Broadview IL 60153 cellular antennas;K2 CLIP;CLIP;
MAXIM ANDREW CORPORATION 2850 COLONNADES COURT NORCROSS GA 30071 cellular antennas;
MIGHTYMINI ANDREW CORPORATION 2850 COLONNADES COURT NORCROSS GA 30071 cellular antennas;MIGHTY MINI;
THE PORTABLE EDGE Antenna Company, The 2525 Braga Drive Broadview IL 60153 cellular antennas;PORTABLE;
 

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

    
Technical Examples
  1. A base station device provided with a plurality of antennas has a mode, in which all the antennas are used, and a mode, in which the plurality of antennas are divided into a plurality of groups each including two or more antennas to be used independently. An array antenna pattern is formed selectively in these modes. When the array antenna pattern is to be formed in the mode of using all the antennas, a signal of one synthesizer is applied to transmission/reception circuits of all the antennas. In the mode of using antennas divided into the plurality of groups, signals of different synthesizers are supplied to the transmission/reception circuits of the antennas.