Remote information communication system and linking method thereof

Abstract

A remote information communication system and a linking method thereof are provided. The remote information communication system comprises a management server, at least one linking server and at least remote equipment. The method involves detecting specified remote devices e.g. security alarm equipments, by Internet. Administration servers e.g. electrical household appliances, are provided with an address of connection servers responding to a proximate device. The remote devices are registered with the connection servers, and connection is formed between the proximate device and a remote server according to the responded address. A link is formed between the proximate and remote devices according to the request of the proximate device by the connection servers. An independent claim is also included for a distant information communication system comprising an administration server.

Description

technical field [0001] A remote information communication system and its connection method, especially a system and a connection method that use a management server to guide at least one remote device, a connection server and a near-end device to connect to a target. Background technique [0002] Due to the rapid development of network technology, many electronic products can have remote monitoring, online update or other online service functions provided by the industry by connecting to the network. For example, US Pat. No. 6,373,851 discloses a technology for controlling electronic devices using an Ethernet network. A communication system is disclosed that includes a first communicating medium, an ethernet polling server, and a plurality of ethernet client stations. Wherein the Ethernet server includes a transmitter connected to the first transmission medium, and the transmitter and the first transmission medium transmit signals bidirectionally. And a plurality of Ethern...

AI Technical Summary

Problems solved by technology

However, there are still the following problems in the implementation of remote monitoring: First, through the known network connection means, these electrical equipment are assigned an IP (may be a fixed IP or a floating IP) through a router (router), and then a server needs to be built Accept the exchange of data between the electrical equipment terminal and the monitoring terminal (user terminal) in the server

The problem faced by the known architecture is that the monitoring terminal needs to memorize the domain name (Domainname) or IP address of the electrical equipment or server before connecting. Or when changing the address, all domain names or IP addresses need to be updated by the user, which is very troublesome and causes trouble when the system expands

Furthermore, because the domain names or IP addresses of electrical equipment or servers are public, they are vulnerable to skimming or damage by hackers, and the security is insufficient.

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