摘要:
A household gateway subsystem, the subsystem includes: a host device, for connecting an external network with the interior of the household, and controlling various information appliances in the household based on a digital bus; a user operating device, for communicating with the host device via a digital bus interface, and providing various user operating interfaces and control units. A digital household system is also provided, the system includes: a household gateway subsystem, connected with an external communicating network by IP access; the household gateway subsystem includes: a host device; a user operating device, for communicating with the host device via a digital bus interface; a number of wireless signal transceivers, connected with the host device of the household gateway subsystem.
摘要:
The invention provides a classified processing method for an event message of an information household appliance including: a house gateway server sends an event occurrence message to an information household appliance data management server; according to an event class and a policy of classified notification of event, the information household appliance data management server sends an event occurrence notification message to an instant communication terminal, or sends an event occurrence notification message to an instant communication terminal and notifies a communication device at a preset communication destination; according to an event class and a policy of classified prompt, the instant communication terminal performs an operation of prompting the user. The method in the invention, the user can obtain the current status of the information household appliances, and the user or the related department may know the emergency or abnormal events in time, thus reducing the potential threat against safety.
摘要:
The present invention relates to a message-based notifying method for notifying a waiting queue and an application server, wherein the method includes: sending, by a calling terminal, a call request to a called terminal; forwarding, by an application server, to the called terminal the call request sent from the calling terminal, and determining from a response message returned from the called terminal whether the called terminal is in an idle status; and if the called terminal is in a busy status, then adding by the application server the calling terminal into a waiting enqueuing queue of the called terminal, and sending to the calling terminal a waiting notification message containing a waiting queue value corresponding to the calling terminal; or if the called terminal is in an idle status, then establishing directly a communication connection between the calling terminal and the called terminal.
摘要:
The present invention relates to a home gateway device. The home gateway device comprises a main processor generate information process signals and control signals, a computer bus signal Ethernet adapter unit connected to the main processor to translate the signals between computer bus signals and Ethernet signals, an Ethernet frame process unit connected to the computer bus signal Ethernet adapter unit to forward the received Ethernet frame based on a prearranged policy, an inner interface unit connected to the Ethernet frame process unit to connect interior networking devices, and an outer communication module connected to the main processor and the Ethernet frame process unit. The centralized control of the home gateway device of the present invention can decrease the requirement that the household appliances should be intellectualized, thereby achieving more flexible control and reducing the cost. The uplink and downlink Ethernet signals are controlled by using the prearranged policy to separate the Ethernet signals for Internet access from the Ethernet signals of the household information appliances, and avoid the threat due to the unsafe factors.
摘要:
The present invention relates to an energy saving information appliance network and an energy saving control method. The energy saving information appliance network comprises a household network host and an intelligent information appliance. The household network host is provided with a signal interface module. The intelligent information appliance is provided with a signal processing module for communicating connection with the signal interface module. The signal processing module comprises a high frequency signal processing unit and a low frequency signal processing unit. The signal processing module is connected with an information processing and transceiving unit. The energy saving control method comprising sending, by a low frequency signal processing unit provided in an intelligent information appliance, an operation triggering signal to a high frequency signal processing unit provided in the intelligent information appliance upon receiving a low frequency triggering signal. The intelligent information appliance feeds back information which indicates that a hot standby state is to be assumed. The intelligent information appliance accomplishes information processing, and then switches from the hot standby state to a cold standby state. The present invention greatly reduces the power consumption of an information appliance network, reduces the probability of important components being damaged, and eliminates the fire safety risk.
摘要:
The present invention relates to a message-based notifying method for notifying a waiting queue and an application server, wherein the method includes: sending, by a calling terminal, a call request to a called terminal; forwarding, by an application server, to the called terminal the call request sent from the calling terminal, and determining from a response message returned from the called terminal whether the called terminal is in an idle status; and if the called terminal is in a busy status, then adding by the application server the calling terminal into a waiting enqueuing queue of the called terminal, and sending to the calling terminal a waiting notification message containing a waiting queue value corresponding to the calling terminal; or if the called terminal is in an idle status, then establishing directly a communication connection between the calling terminal and the called terminal.
摘要:
A method for allocating addresses to intelligent information appliances and their subordinate devices is provided. The network side of a household network sends down-link broadcast message, triggering intelligent information appliances newly connected to the network to return device connection information containing its MAC address to the network side. Alternatively, a newly connected information appliance sends broadcast message carrying device connection information to the network side. After the host at the network side receives the device connection information, the host allocates and stores an unused data bus address for the intelligent information appliance. The network side implements the allocation of data bus addresses to the intelligent information appliances by establishing corresponding relation between intelligent information appliances' MAC addresses and respective data bus addresses, without the need of using other higher layer protocols. The method allows simplifying the protocol stacks, turning the intelligent information appliance in the household network into an external device of the host in the household network, which is invisible to external networks, thus greatly improving safety of the household network, reducing complexity of the appliance, and reducing cost of the appliance.
摘要:
A household gateway subsystem, the subsystem comprises: a host device, for connecting an external network with the interior of the household, and controlling various information appliances in the household based on a digital bus; a user operating device, for communicating with the host device via a digital bus interface, and providing various user operating interfaces and control units. A digital household system is also provided, the system comprises: a household gateway subsystem, connected with an external communicating network by IP access; the household gateway subsystem comprises: a host device; a user operating device, for communicating with the host device via a digital bus interface; a number of wireless signal transceivers, connected with the host device of the household gateway subsystem.
摘要:
The present invention relates to a home gateway device. The home gateway device comprises a main processor to generate information process signals and control signals, a computer bus signal Ethernet adapter unit connected to the main processor to translate the signals between computer bus signals and Ethernet signals, an Ethernet frame process unit connected to the computer bus signal Ethernet adapter unit to forward the received Ethernet frame based on a prearranged policy, an inner interface unit connected to the Ethernet frame process unit to connect interior networking devices, and an outer communication module connected to the main processor and the Ethernet frame process unit. The centralized control of the home gateway device of the present invention can decrease the requirement that the household appliances should be intellectualized, thereby achieving more flexible control and reducing the cost. The uplink and downlink Ethernet signals are controlled by using the prearranged policy to separate the Ethernet signals for Internet access from the Ethernet signals of the household information appliances, and avoid the threat due to the unsafe factors.
摘要:
A method for allocating addresses to intelligent information appliances and their subordinate devices is provided. The network side of a household network sends down-link broadcast message, triggering intelligent information appliances newly connected to the network to return device connection information containing its MAC address to the network side. Alternatively, a newly connected information appliance sends broadcast message carrying device connection information to the network side. After the host at the network side receives the device connection information, the host allocates and stores an unused data bus address for the intelligent information appliance. The network side implements the allocation of data bus addresses to the intelligent information appliances by establishing corresponding relation between intelligent information appliances' MAC addresses and respective data bus addresses, without the need of using other higher layer protocols. The method allows simplifying the protocol stacks, turning the intelligent information appliance in the household network into an external device of the host in the household network, which is invisible to external networks, thus greatly improving safety of the household network, reducing complexity of the appliance, and reducing cost of the appliance.