Method for conveying information

Abstract

An information communicating method provides a feedback mechanism, which transmits notice information to a client through a classified control server terminal. The notice information is transmitted to the client by the notice type of a preset lowest PRI and a client contact way corresponding to the notice type; simultaneously, a treatment state report of the notice information from a user is informed to a server terminal in real time by the feedback mechanism; if the client feeds back the treated information to the server terminal, the server terminal stops the information transmitting process; if not, the server terminal retransmits the notice information to the client by the notice type; if the client has no response in the preset time, the server terminal repeats the steps and informs the information report to the client by the notice type, the preset PRI of which is one grade higher than the notice type and repeats the steps until the server terminal receives the treated information fed back by the client or the PRI of the notice type reaches the highest preset level, thus improving the notice standard-reaching rate of the server terminal.

Description

technical field [0001] The present invention relates to an information transmission technology, and more specifically, relates to an information transmission method used for hierarchically controlling a server to send notification information to a client. Background technique [0002] With the rapid development of telecommunication and network, information exchange between people is increasingly dependent on communication tools such as e-mail (email), text messages, or voice calls. E-mail is the most commonly used by the public. The current e-mail is equipped with a letter feedback mechanism. When the server (that is, the notifying party) sends a notification message to the client (that is, the notified party), the client will be informed through this feedback mechanism. The processing status of the notification information is notified to the server in time. Usually, the server will receive two processing statuses: one is unread (that is, the notification information is dele...

AI Technical Summary

Problems solved by technology

However, when the client does not open the e-mail application such as outlook, then no processing status information is fed back to the server

[0003] At present, the server only understands the receiving status of the client through the above-mentioned feedback mechanism, and cannot automatically take any remedial measures (such as redoing the information transmission operation) corresponding to the processing status. conveyed remedies

For example, when the server receives the unread information from the client, it indicates that the client has not read the notification information sent, that is, the client has not received the information to be conveyed by the server. When the server artificially judges that it has received unread information, it can manually resend the notification information to the client through the e-mail. In the actual work communication process, the amount of e-mails is generally relatively large. If the event occurs, it will consume a lot of manpower and energy on information transmission; or, if the server does not receive any processing information fed back by the client within a long time after the notification message is sent, it means that the client has not yet Open the email application program, that is, the client has not received the information to be conveyed by the server. At this time, the server can notify the client of the notification information through other communication tools such as text messages or voice calls. In this way, a lot of manpower and energy will be spent on information transmission

In addition, due to human negligence, remedial measures such as resending notification information for some clients that were not notified by the email may be forgotten, which greatly affects the notification compliance rate

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