Abstract: An exemplary earphone assembly includes an electrical connector, two earphones, and two cords electrically connecting the electrical connector with the earphones. Each of the cords includes two wires connecting the electrical connector with a corresponding earphone and a zip chain containing the wires. The zip chain of each cord includes an elongated main body, and a first latching part and a second latching part protruding from the main body towards the other cord. A receiving groove is defined between the first and second latching parts for receiving the second latching part of the other cord when the two cords are engaged with each other in such a manner that the first and second latching parts of one cord block the second latching part of the other cord from escaping from the receiving groove.

Abstract: An exemplary earphone assembly includes an electrical connector, two earphones, and two cords electrically connecting the electrical connector with the earphones. Each of the cords includes two wires connecting the electrical connector with a corresponding earphone and a zip chain containing the wires. The zip chain of each cord includes an elongated main body, and a first latching part and a second latching part protruding from the main body towards the other cord. A receiving groove is defined between the first and second latching parts for receiving the second latching part of the other cord when the two cords are engaged with each other in such a manner that the first and second latching parts of one cord block the second latching part of the other cord from escaping from the receiving groove.

Abstract: Disclosed is a networked transmission system and method for stream data. The system comprises a network, a streaming server and an ordered series of a first up to n-th cooperative-sharing groups. There is a cooperative relationship among all users' terminals in a cooperative-sharing group. The streaming server provides a plurality of programs with stream data, each program being divided into one or more audio/video clips by a time-slot unit. The streaming server transmits the one or more audio/video clips to the leader node of the first cooperative-sharing groups. The leader node of each cooperative-sharing group transmits the currently received audio/video clip to the users' terminals within the same cooperative-sharing group, and passes the received audio/video clip to the leader node of the next cooperative-sharing group after one time slot.

Abstract: Disclosed is a networked transmission system and method for stream data. The system comprises a network, a streaming server and an ordered series of a first up to n-th cooperative-sharing groups. There is a cooperative relationship among all users' terminals in a cooperative-sharing group. The streaming server provides a plurality of programs with stream data, each program being divided into one or more audio/video clips by a time-slot unit. The streaming server transmits the one or more audio/video clips to the leader node of the first cooperative-sharing groups. The leader node of each cooperative-sharing group transmits the currently received audio/video clip to the users' terminals within the same cooperative-sharing group, and passes the received audio/video clip to the leader node of the next cooperative-sharing group after one time slot.