APPARATUS TELEPHONE BASED DATA TRANSPORT

Brand Owner (click to sort) Address Description
DCX VERSUS TECHNOLOGY, INC. 2600 Miller Creek Drive Traverse City MI 49684 apparatus for telephone-based data transport networks; namely, electronic signalling, receiving and verification units supplementing the conventional telephone system and adapted to provide additional functions beyond conventional telephone voice communication, namely remote surveillance of telephone subscriber premises and of equipment located on such premises and reading of gas, electric, and water meters;
DERIVED CHANNEL MULTIPLEX VERSUS TECHNOLOGY, INC. 2600 Miller Creek Drive Traverse City MI 49684 apparatus for telephone-based data transport networks; namely, electronic signalling, receiving and verification units supplementing the conventional telephone system and adapted to provide additional functions beyond conventional telephone voice communication, namely remote surveillance of telephone subscriber premises and of equipment located on such premises and reading of gas, electric, and water meters;
PRONET VERSUS TECHNOLOGY, INC. 2600 Miller Creek Drive Traverse City MI 49684 apparatus for telephone-based data transport networks using derived channel multiplexing, which can detect line faults in a telephone line, and for data signalling over a telephone line;PRO-NET;
SC-9000 VERSUS TECHNOLOGY, INC. 2600 Miller Creek Drive Traverse City MI 49684 apparatus for telephone-based data transport networks; namely, electronic signalling, receiving and verification units supplementing the conventional telephone system and adapted to provide additional functions beyond conventional telephone voice communication, including specifically remote surveillance of telephone subscriber premises and of equipment located on such premises, and apparatus for remotely reading meters;
 

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

    
Technical Examples
  1. A transport format determination apparatus and method determines, for each transport channel, transport formats to be used for supplying data every data-arrival-interval. A plurality of transport channels different in data-arrival-interval are free to be multiplexed with each other. A fault of data on the plurality of transport channels is detected. At least one first data-arrival-interval of at least one first transport channel is determined, based on a result of detecting fault of data on a second transport channel having a second data-arrival-interval shorter than the at least one first data-arrival-interval. A candidate of transport format combination indicators to be used for decoding post-received data and for isolating transfer blocks is restricted.