EQUIPMENT WIRELESS VOICE

Brand Owner (click to sort) Address Description
INSPAN ANDREW CORPORATION 2850 COLONNADES COURT NORCROSS GA 30071 equipment for wireless voice and data communications, namely, distributed antenna systems, composed of RF/microwave antennas, transmitters, repeaters, receivers, and optical fiber signal distribution units composed of electro-optical converters and RF/microwave signal conditioning circuitry;IN SPAN;
INSPAN InSpan Corporation 1580 Creek Drive San Jose CA 95125 equipment for wireless voice and data communications, namely, distributed antenna systems, composed of RF/microwave antennas, transmitters, repeaters, receivers, and optical fiber signal distribution units composed of electro-optical converters and RF/microwave signal conditioning circuitry;IN SPAN;
ROAMFORCE TELEHOP REBILLERS LIMITED 1039 MCNICOLL AVENUE TORONTO, ONTARIO M1W 3W6 Canada Equipment for wireless voice and data communications, namely, wireless telephones, SIM cards, PDAs, smartphones, laptop computers and wireless network access cards;Providing access to wireless voice and data communication networks through contractual arrangements with wireless network providers; leasing of equipment for wireless voice and data communications, namely, wireless telephones, SIM cards, PDAs, smartphones, and wireless network access cards;ROAM FORCE;On-line retail and wholesale store services featuring equipment for wireless voice and data communications, namely, wireless telephones, SIM cards, PDAs, smartphones, laptop computers and wireless network access cards;
 

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

    
Technical Examples
  1. Methods and apparatus for providing a seamless switching of voice calls between different wireless networks are disclosed. In one illustrative example, a mobile communication device has a processor and one or more wireless transceivers coupled to the processor. The one or more wireless transceivers include a first transceiver portion operative in accordance with a first wireless network (e.g. a GSM/GPRS cellular network) and a second transceiver portion operative in accordance with a second wireless network (e.g. an 802.11 wireless network). A voice call is maintained between the mobile device and a communication terminal through call control equipment. The processor of the mobile device is operative to maintain voice communications for the voice call over a traffic channel established between the mobile device and the first wireless network using the first transceiver portion; cause a connecting call to be established with the communication terminal through the call control equipment in response to a predetermined condition, where the connecting call involves a traffic channel established between the second wireless network and the mobile device using the second transceiver portion; and after the connecting call is established, maintain voice communications for the voice call over the traffic channel established between the second wireless network and the mobile device.