Instant communication system and communication method for electronic mailbox

Abstract

The invention relates to an instant communication system for an electronic mailbox. The instant communication system comprises a primary data communication network, secondary data communication networks, control terminals, a relay server, an electronic mailbox data server and a customer identification information verification server, wherein the primary data communication network is respectively interconnected with at least one secondary data communication network and a plurality of control terminals, and at least one of the electronic mailbox data server and the customer identification information verification server is respectively interconnected with the secondary data communication networks through the relay server. The communication method includes the following steps: building a communication network environment, building a server platform, and performing mailbox registration and instant communication. The scheme of the invention has the advantages of simple composition structure, flexible and convenient use, and high data communication stability and reliability, and has an active information push capability, so that the effects of effectively reducing the operation pressureof the electronic mailbox server and improving the operation stability and reliability of the electronic mailbox server while performing a large amount of data processing operations can be achieved.

Description

technical field [0001] The invention relates to an instant communication system and communication method of an electronic mailbox, belonging to the technical field of network communication. Background technique [0002] E-mail is currently an important platform and tool for network data communication, and it is widely used. However, in the actual use of e-mail, the current e-mail login method is often the server that users use directly on the e-mail platform through terminal equipment. Direct identification, e-mail information communication operations, etc. can meet the needs of use, but it is very easy to cause the server used by the e-mail platform to slow down and lose data due to misoperation or excessive data communication. In severe cases, it may even cause equipment failure. At the same time, the current e-mail system is often unable to effectively meet the needs of instant messaging during operation, which seriously affects the efficiency of communication operations....

AI Technical Summary

Problems solved by technology

[0002] E-mail is currently an important platform and tool for network data communication, and it is widely used. However, in the actual use of e-mail, the current e-mail login method is often the server that users use directly on the e-mail platform through terminal equipment. Direct identification, e-mail information communication operations, etc. can meet the needs of use, but it is very easy to cause the server used by the e-mail platform to slow down and lose data due to misoperation or excessive data communication. In severe cases, it may even cause equipment failure. At the same time, the current e-mail system is often unable to effectively meet the needs of instant messaging during operation, which seriously affects the efficiency of communication operations. In addition, due to the e-mail platform used The server capacity is relatively fixed, so it is very easy to cause the data communication capability and service capability expansion capability of the current e-mail server to be greatly restricted due to the excessive amount of data processing, and the flexibility of use is relatively poor, and the e-mail system expands and operates The cost is relatively high, which greatly affects the security and stability of the current e-mail system operation. In addition, it is also very easy to cause a failure of one of the communication network lines to connect to the network line. Each terminal device cannot normally and effectively access e-mail

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