Abstract: A monitoring protecting system and a method of the same are provided. The monitoring protecting system includes a playing unit for outputting a warning signal generated when the playing unit is detected to exhibit an abnormal state and receiving a re-starting signal to cause the playing unit to turn off the power and then re-start; a first transmitting channel for transmitting the warning signal; a second transmitting channel for transmitting the re-starting signal; and a monitoring unit for receiving the warning signal via the first transmitting channel and outputting the re-starting signal via the second transmitting channel.

Abstract: A system for restarting an electric home appliance in an energy-saving manner includes an AV output unit, which outputs a warning signal under an abnormal condition thereof and is restarted on receiving a restart signal; a first communication line for transmitting the warning signal; a second communication line for transmitting the restart signal; a supervising unit for receiving the warning signal via the first communication line and then generating the restart signal; and a transmission unit for storing the restart signal generated by the supervising unit and then transmitting the restart signal to the AV output unit via the second communication line when the latter is electrically connected to the transmission unit. The transmission unit is located between the supervising unit and the second communication line and internally provided with a dialing program for electrically connecting the transmission unit to the second communication line.

Abstract: A protection system includes a multimedia unit, which is able to output a warning signal under an abnormal condition thereof and to restart on receipt of a restart signal, in which a phone number message for identifying a source of the restart signal is included; Ethernet for transmitting the warning signal output by the multimedia unit; a phoneline network for transmitting the restart signal to the multimedia unit; a supervising unit for receiving the warning signal sent via Ethernet and then outputting the restart signal via the phoneline network; and a filter unit located between the multimedia unit and the phoneline network for receiving the restart signal via the phoneline network, and being internally provided with a list of phones containing the phone number message included in the restart signal for determining whether to transmit the restart signal to the multimedia unit according to the source of the restart signal.

Abstract: A power adaptor of the present invention has a single power cable connecting between an adaptor body and an electric device. The power cable can be conveniently retrieved or dispensed by a cable winder for easy management. The plug for plugging into a power source is directly installed on the adaptor body. The prongs of the plug is mounted on a sliding rail inside the adaptor body so that the prongs can be stuck out for plugging or completely retracted inside the adaptor body for transportation or storage. Conducting plates are provided along the sliding rail so that the prongs are always in reliable contact with the conducting plates for the conduction of electricity to the electric member inside the adaptor body. When the prongs are fully exposed or when the prongs are completely concealed, the prongs are securely locked to the adaptor body.

Abstract: A power adaptor of the present invention has a single power cable connecting between an adaptor body and an electric device. The power cable can be conveniently retrieved or dispensed by a cable winder for easy management. The plug for plugging into a power source is directly installed on the adaptor body. The prongs of the plug is mounted on a sliding rail inside the adaptor body so that the prongs can be stuck out for plugging or completely retracted inside the adaptor body for transportation or storage. Conducting plates are provided along the sliding rail so that the prongs are always in reliable contact with the conducting plates for the conduction of electricity to the electric member inside the adaptor body. When the prongs are securely locked to the adaptor body.

Abstract: The subject invention relates to a resin composition having a high dielectric constant, comprising (a) an epoxy resin, (b) a curing agent, (c) a ceramic powder, and (d) a highly polar modifier. The subject invention further relates to a process for the manufacture of a printed circuit board comprising using the composition of the subject invention as a material for a capacitor material embedded in the printed circuit board.