CENTRAL STATION

Brand Owner (click to sort) Address Description
AMERICOM CENTRAL STATION AMERICOM CENTRAL STATION, INC. 1355 Fairfax Avenue, Suite C San Francisco CA 941241735 CENTRAL STATION;monitoring alarms;The lining shown in the drawing is a feature of the mark and not intended to indicate color.;
AMERICOM CENTRAL STATION Americom Central Station, L.P. 1355 Fairfax Avenue, Suite C San Francisco CA 941241735 CENTRAL STATION;monitoring alarms;The lining shown in the drawing is a feature of the mark and not intended to indicate color.;
CENTRALSTATION Lautsprecher Teufel GmbH Bikini Berlin Budapester Str. 44 Berlin 10787 Germany CENTRAL STATION;Advertising; direct mail advertising; advertising via radio, television, cinema, print, videotext and online media; teletext advertising; advertising in the nature of customer marketing; public relations; advertising on the Internet for others; advertising services provided in the field of sponsorship; online services of an e-commerce provider, namely, presentation of goods and services for advertising purposes; invoice management, namely, accounts receivable services; invoice management for electronic order placement systems, namely, order fulfillment services;
YOUR HOME TOWN CENTRAL STATION Lydia Security Monitoring, Inc. PO Box 836 Williamstown NJ 08094 CENTRAL STATION;alarm monitoring services, namely monitoring burglar and security alarms;
 

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

    
Technical Examples
  1. A spread-spectrum, code-division-multiple-access (CDMA), system with a remote station (RS) communicating with a first base station (BS). The remote station receives the first BS-packet signal, and transmits a first RS-packet signal to the first base station. The first RS-packet signal is spread by a first RS-chip-sequence signal at a second frequency. The first base station receives the first RS-packet signal. The first base station stores and forwards the despread first RS-packet signal to a central office (CO). The remote station monitors control and packet transmission channels of other base stations in geographic proximity to the remote station. Each of the base stations transmit BS-packet signals. The remote station determines, based on signal metrics and available capacity, when to change from the first base station to the second base station. The second base station stores and then forwards the despread second RS-packet signal to the central office. The despread second RS-packet signal includes a source address from the second base station and the source address from the remote station. For return communications from the central office, the central office reads the source address from the second base station, and routes return packet signals, denoted herein as CO-packet through the second base station to the remote station.