Abstract: A network device is provided, which is connected to a receiver. The network device includes a signal processing unit and a transceiver unit. Prior to occurrence of a hardware interrupt event, the signal processing unit detects the connection configuration between the network device and the receiver and outputs a temporary signal corresponding to the configuration of connection. The transceiver unit, which is connected to the signal processing unit and the receiver, receives and stores the temporary signal so that, when a hardware interrupt event occurs, the transceiver unit generates a dying gasp corresponding to the temporary signal and transmits the dying gasp to the receiver.

Abstract: A network device is provided, which is connected to a receiver. The network device includes a signal processing unit and a transceiver unit. Prior to occurrence of a hardware interrupt event, the signal processing unit detects the connection configuration between the network device and the receiver and outputs a temporary signal corresponding to the configuration of connection. The transceiver unit, which is connected to the signal processing unit and the receiver, receives and stores the temporary signal so that, when a hardware interrupt event occurs, the transceiver unit generates a dying gasp corresponding to the temporary signal and transmits the dying gasp to the receiver.

Abstract: A fireproof, heat-insulating slat consists of a pair of slat members having the same structure and disposed in the opposite directions. An enclosed space is formed between the pair of slat members. A first upper shoulder and a first lower shoulder are formed on the top end of the slat from the left to the right, and a second lower shoulder and a second upper shoulder are formed on the bottom end of the slat from the left to the right. An upper hinge and a lower hinge part are formed on the first lower shoulder and the second lower shoulder, respectively, and the upper hinge part and the lower hinge part are bent toward the first upper shoulder and the second upper shoulder, respectively. The enclosed space is filled with a fireproof, heat-insulating material.

Abstract: A fireproof, heat-insulating slat consists of a pair of slat members having the same structure and disposed in the opposite directions. An enclosed space is formed between the pair of slat members. A first upper shoulder and a first lower shoulder are formed on the top end of the slat from the left to the right, and a second lower shoulder and a second upper shoulder are formed on the bottom end of the slat from the left to the right. An upper hinge and a lower hinge part are formed on the first lower shoulder and the second lower shoulder, respectively, and the upper hinge part and the lower hinge part are bent toward the first upper shoulder and the second upper shoulder, respectively. The enclosed space is filled with a fireproof, heat-insulating material.

Abstract: A PVC resin composition having high flame retardancy and low smoke generation comprises a formula including a PVC resin, inorganic powders, a additive, a toughening agent, a coupling agent and an initiator mixed by proportion, wherein the initiator cooperates with the coupling agent to improve a binding effect of the inorganic powders inside the PVC resin composition to endow a PVC product if made of the composition to provide with excellent tensile strength and elongation and enable the product to perform high flame retardancy and low smoke generation during combustion.

Abstract: A pad circuit includes a pad, a gate driving circuit, a voltage selection circuit, and an ESD detection/avoiding circuit. The gate driving circuit is used to discharge the ESD induced current. The ESD detection/avoiding circuit is used to isolate the ESD induced voltage. The voltage selection circuit selects a higher voltage from a power/ground terminal and the pad and outputs it to the gate driving circuit, so that the pad circuit can be used for the programming and 1/0 operations.