TWI525581B - Intelligent messaging method, apparatus and computer-readable storage device - Google Patents

Description

Intelligent message transmission method, device and computer readable storage device

An intelligent message transmitting method, device and computer readable storage device, in particular, a method and device for transmitting a message by integrating a communication program in a user device and a communication software used by each communication object.

The need to send a message to a large number of objects at a time is often common to marketing purposes or to the purpose of establishing a multi-person relationship (personality).

For example, when exchanging business cards with people in a specific social situation, the general way is to organize the exchanged business cards afterwards, transfer the content to the personal address book, or convert the content into the address book through a specific software program. For example, there is a conventional technique for automatically scanning a business card into an address book after scanning and identifying the information.

In the traditional way of finishing after the fact, most people may not follow up after changing the business card; they may also transmit the message to the other party through traditional communication methods, such as e-mail, newsletter, etc. Articles or blessings are sent to the majority; more people use software programs to automatically replace the recipient's name in the message, in this way to generate personalized content to the other party.

The prior art has proposed a variety of communication methods for the user to choose, such as the schematic diagram of the diversity communication technology shown in FIG. The illustrated communication device 10 is like a communication-capable electronic device, such as a smart phone or a tablet computer, which can transmit a Simple Message via a mobile communication network or transmit a network message through a network. interest.

The figure shows that the user can select one or more communication objects in the communication device 10, and then select a message to transmit the message to the selected communication object. For example, the email 101 can be used to transmit to the majority (the receiving end 120). The communication software 102 carried in the communication device 10 can also select one or more communication objects (receiver 120), and the communication software usually has WhatsApp, Line, WeChat, Viber, etc. to transmit messages through the network; or It is common to send a message to the receiving end 120 via the action message 103.

In view of the limitations of the prior art in order to deliver a message to a majority, and only one message can be transmitted at a time, the present disclosure describes an intelligent message delivery method, apparatus and computer readable storage device. The method specifically introduces a communication analysis program for judging the communication means corresponding to each communication object. The communication analysis program integrates the address book of the user device, and the communication software used by each of the communication objects, and specifically refers to the communication method of each communication object in the past. In addition, it will actively determine whether the communication mode is successful and automatically switch to another communication mode to continue transmission.

According to an embodiment of the intelligent message delivery method, the method step comprises: transmitting one or more messages according to a plurality of communication object settings selected from a communication device, and then determining the respective corresponding communication means according to the selected plurality of communication objects, and according to a transmission strategy And the step of simultaneously transmitting one or more messages to the plurality of communication objects by means of the communication means corresponding to each of the communication objects.

The plurality of communication objects selected by the communication device include selecting one or more groups, or selecting individual communication objects one by one, and applying a personalized information to individual messages when transmitting to each communication object.

The means for determining the communication object of each communication object is one of a plurality of communication means corresponding to each communication object, and these communication means may have a sequential selection order. The setting of the sequence may be set according to a preference, or according to the history record of each communication object, wherein the order of selection of the plurality of communication means determines that when the previous communication means is unsuccessful, the other communication is switched to the subsequent communication. Means to send messages.

According to one embodiment of the intelligent message passing device, including a memory carrying a program for performing intelligent message delivery, the program set at least includes an instruction for acquiring a plurality of communication objects selected in the intelligent message transmitting device; The communication target determines an instruction corresponding to the communication means for transmitting the message, and an instruction for simultaneously transmitting the message to the plurality of communication objects by means of the communication means corresponding to each of the communication objects.

According to still another embodiment, the program recorded in the memory further includes an instruction to determine whether the message is successfully sent after the confirmation message is transmitted, or an instruction to determine whether each of the communication objects is successfully received, or include recording each of the communication objects in the past. The message passes the instructions of the historical process.

The disclosure also discloses a computer readable storage device that describes a software program that performs the flow of the above method.

In order to further understand the technology, method and effect of the present invention in order to achieve the intended purpose, reference should be made to the detailed description and drawings of the present invention. The drawings and the annexed drawings are intended to be illustrative and not to limit the invention.

10‧‧‧Communication device

101‧‧‧Email

102‧‧‧Communication software

103‧‧‧Action Newsletter

120‧‧‧ receiving end

20‧‧‧Communication device

22‧‧‧Communication Analysis Module

201‧‧‧First means of communication

202‧‧‧Second communication means

203‧‧‧ Third means of communication

205,206,207‧‧‧Communication objects

30‧‧‧Communication analysis program

301‧‧‧Communication object acquisition module

302‧‧‧Communication means judgment module

303‧‧‧Transmission History Module

304‧‧‧Communication means start module

305‧‧‧Message response acquisition module

6‧‧‧Network

60‧‧‧Server

605‧‧ record

601,602,603‧‧‧Communication device

70‧‧‧Group page

Group G1, G2, G3‧‧‧

80‧‧‧Contact page

90‧‧‧Group selection page

901‧‧‧Add key

11‧‧‧Group

12 ‧ ‧ individuals

13‧‧‧New

Step S401~S411‧‧‧One of the communication method flow

Step S501~S511‧‧‧Communication Method Flow 2

Step S101~S106‧‧‧Communication Method Flow 3

Step S111~S127‧‧‧Mission Method Flow 4

1 is a schematic diagram showing a conventional technology diversity communication technology; FIG. 2 is a schematic diagram showing an embodiment of an intelligent message transmission apparatus incorporating a plurality of communication technologies according to the present invention; and FIG. 3 is a schematic diagram showing an embodiment of a software module used in the intelligent message transmission method of the present invention; The flow shown in FIG. 4 describes the steps of the embodiment of determining the communication means in the intelligent message delivery method of the present invention; FIG. 5 is a schematic diagram showing an embodiment of a cloud backup method used in the intelligent message delivery method of the present invention; FIG. 7 is a schematic diagram showing a cloud backup embodiment adopted by the intelligent message delivery method of the present invention; FIG. 8 shows a schematic diagram of a screen using the intelligent message transmission method of the present invention; FIG. 9 shows a schematic diagram of a screen using the intelligent message transmission method of the present invention; FIG. 10 shows a flow chart for describing the intelligent message transmission method of the present invention. One of the steps of the embodiment; the flow shown in FIG. 11 describes the second step of the embodiment of the intelligent message passing method of the present invention.

In the need to send multiple messages at the same time or in a short period of time, the prior art technology needs to select the corresponding communication software according to the receiving mode adopted by different communication objects, and the selected communication mode may not be effective. The reason for the instant transmission to the communication object is that if a large number of objects are transmitted at a time, a small number of undelivered messages are often ignored, or it is necessary to wait for a while to receive a message that the other party cannot receive. For example, the common way of e-mail communication, if the other party can not receive (such as invalid mail box, mail server can not provide services, network different conditions, etc.), it may take a while to receive a message that can not send messages.

The above-mentioned need to transmit a large number of messages at the same time or within a specific time, such as a marketing purpose message, or a need to widely distribute messages for the purpose of establishing association with a plurality of people, such as business personnel in various fields (including insurance, Securities, futures, automobiles, housing, science, etc.), sales personnel, business managers who need to expand their network. The disclosure thus discloses an intelligent messaging method, device and computer readable storage device, which provides a solution for transmitting information through software or hardware means, and can be used by each of the communication records by only one instruction for transmitting a message. Receiving pair The images are received by a specific communication method, in particular, each recipient can receive a personalized message.

At present, users often use smart phones or tablets to maintain the relationship between people, such as e-mail, mobile phone newsletters, and may include popular Internet newsletters such as Line, WhatsAPP, WeChat, etc. The invention provides an intelligent message transmission method, device and computer readable storage device according to the demand of the diversity communication, wherein a plurality of communication software programs are integrated through software or hardware, and the user selects the communication according to the user first. The object obtains the communication software used by each communication object through analysis, and then performs a custom content operation according to the name of each communication object when transmitting the message, and finally transmits the message in the corresponding communication manner. It is worth mentioning that when it is discovered that there is a situation in which the communication is unsuccessful, the relevant software or hardware means will actively transfer another communication method to send the message.

A schematic diagram of an embodiment of an intelligent message passing device of the present invention can be seen in FIG.

The intelligent message transmitting device is shown in the figure as a smart handheld phone, a tablet computer, or a communication device 20 having communication capabilities such as a general computer system. The communication device 20 can be implemented in a software program and carried in a specific communication software. The software module is used to perform the intelligent message transmission of the present invention. The related program set is stored in the memory in the communication device 20. The software module displays the communication analysis module 22 as shown in the figure. The software module can also be an independent The operating software program, such as a communication analysis program, is the main processing method for selecting the communication method of each communication object in the system.

After the content of the message is completed, the user selects a plurality of communication objects in the communication device 20, and the communication analysis module 22 analyzes the past communication mode of each communication object, the order of the communication mode preset by the system, or the user preference. In the manner of the communication, the communication means of each of the communication objects, such as the first communication means 201, the second communication means 202 and the third communication means 203, are determined.

According to an embodiment, various communication means such as traditional common e-mail, a common notification technology of a smart phone, a conventional mobile action message, and various network communication programs transmitted through the network, such as Skype, WhatsAPP, Line, WeChat, Viber, etc., the communication analysis module 22 contained in the communication device 20 can be integrated according to various communication programs installed in the communication device 20 to determine the communication mode of each communication object, and can transmit different communication means at one time. Send a message. These communication methods have different communication objects 205, 206, 207. Obviously, these communication objects 205, 206, 207 also support the communication means used by the transmitting end.

FIG. 3 specifically describes the software modules used in the aforementioned communication analysis module or program. The software modules are functionally separated and can be implemented by software instructions. The combination of these instructions forms a program set in a computer readable storage device.

The communication analysis program 30 can respectively have a communication object acquisition module 301, a communication means determination module 302, a communication history recording module 303, a communication means initiation module 304, and a message response acquisition module 305.

The communication target acquisition module 301 obtains an instruction for the communication analysis program 30 to select a communication target by the user through the address book described in the intelligent message transmission device of the present invention, and each of the plurality of communication objects selected may have an associated one or Multiple groups (by label setting), users can select one group at a time as a communication target, or select individual in one or more groups, directly select an individual, or decide to temporarily add a new communication object. Communication object.

The communication history module 303 in the communication analysis program 30 includes instructions for recording the history of past messaging of each of the communication objects, including the success or failure of the particular communication mode. The communication means is one of a plurality of communication means corresponding to each communication object, and each of the communication objects in the related communication device may have a sequence of selection of the communication means, and the setting principle may be set according to a preference. (preference), for example, according to the cost, speed, etc., or may be set according to user preferences, or may be based on the history analyzed by the communication analysis program 30.

The communication means determining module 302 in the communication analysis program 30 can transmit one or more messages according to the instructions of the plurality of communication objects selected to determine the respective corresponding communication means, and can be recorded according to the recording history record module 303. Recording and judging the appropriate communication method for each communication object, including the possibility of recording according to the communication device The method of the decision determines the method of communication; if one needs to choose one of a variety of communication methods, the past historical record is an important basis to determine the order of multiple communication methods.

The communication means start module 304 is a software module for initiating a corresponding communication means corresponding to each communication object, and includes an instruction for simultaneously transmitting a message to a plurality of communication objects by means of the communication means corresponding to each of the communication objects. When the message (which can be one or more) is completed, and all the communication objects have the initially determined communication means, the communication means start module 304 starts different communication software for each communication object, and is used to send the message once. Give most objects. If there is a need to retransmit the message, the messaging means initiation module 304 will still initiate the same messaging software, or initiate different messaging software in sequence.

The message response obtaining module 305 in the program is an instruction for determining whether the software program successfully sends the message after the confirmation message is transmitted, or may include an instruction for determining whether the message is successfully transmitted to each of the communication objects, wherein the specific method does not exclude It can be an instruction to judge whether each communication object is successfully received by obtaining a response message within a certain period of time, such as obtaining a message responded by the communication object, a failure or success message of a specific server response, and a message that the communication software itself determines whether the message is successfully sent. Then, according to this, the communication analysis program 30 will decide whether to retransmit or switch another communication mode to retransmit.

FIG. 4 is a diagram showing an embodiment of a flow of determining a communication means in the intelligent message delivery method of the present invention.

The embodiment of the process indicates that, in step S401, the foregoing communication analysis program or a software module specific to the communication software first confirms multiple communication means of each communication object according to the user's setting of the address book and the past communication history. The order, and based on the judgment whether the message can be completed.

In step S403, the program is used to determine whether to use the first communication means. The basis for the judgment is mainly based on whether the message is successfully transmitted by the first means of communication. For example, if the network connection of the communication device is normal, the means of transmitting through the network may be mainly used; if the communication object does not use the network communication Software receives messages and uses tradition Send a message in the form of a mobile newsletter; if the message is not immediacy, you can also consider e-mail, which is based on actual needs.

If the first communication means is supported by both parties (sender and receiver), and the environment (such as the network) is also applicable (yes), in step S405, the message is transmitted by the first communication means; if not, multiple communication is used. Another communication means in the means sends a message. In step S407, the program automatically switches to the judgment of the second communication means, and then determines whether the second communication means is used. The judgment basis can also be based on whether the second means of communication is supported by both parties, or whether the environment is supported.

If yes, in step S409, the message will be transmitted by using the second communication means; if not, the message may be sent by another one of the plurality of communication means, for example, step S411, and then actively switching to transmitting the message by the third communication means. . If the communication cannot be successfully carried out by different means of communication, the above steps can be repeated to reconfirm the means of communication; or, after repeated tests, the message cannot be successfully transmitted, and a message may be generated indicating that the communication failed.

For example, when determining the order of multiple communication means, the network communication software can be the preferred first communication means; and then another network communication software can be used as the next option, and the traditional short message may be set as the last option.

The flow shown in FIG. 5 describes an embodiment of the method for determining the communication means in the intelligent message delivery method of the present invention. This embodiment specifically exemplifies an example of a practical means for explaining the intelligent message delivery method of the present invention.

Beginning in step S501, the order of the communication means of each communication object is confirmed by software means, and the order may preferably be sorted according to the cost of the communication, and may be based on network communication, followed by an email or a motion message; and the order of the communication means It can also be based on the usage records of past communication objects.

In this example, the first communication means is a method for performing the communication after the online connection is required. In step S503, it is determined whether the communication object has exceeded the time threshold for the last login time of the first communication means. If not, it indicates that the time of the communication object is not too long from the last time of the online display, and the first communication means may be used frequently (NO). Therefore, in step S505, the system may transmit the message by the first communication means.

If the time interval from the last login time exceeds the time threshold, indicating that the first communication means is not commonly used by the communication object (Yes), the system automatically switches the second communication means, and then, as in step S507, continues to determine whether the communication object is preceded by The second means of communication was successfully transmitted?

In this embodiment, the second method of determining is to use the past history to determine the transmission status recorded by the communication object after the message is transmitted in the past, such as whether there is a history of successful communication by the second communication means, if any, as in step S509. The system transmits the message by using the second communication means; if not, indicating that the past communication mode fails, the message will be transmitted by the third communication means as shown in step S511.

The above steps are not intended to limit the manner in which the present invention can be implemented, wherein the pre- and post-judging steps and the used means of communication can be simply replaced as required.

In the embodiment, the cloud technology can be used as a method for backing up the communication history of the address book and the communication object of each communication device, in particular, by using the cloud technology, the user can use the cloud technology. Use different devices to deliver messages and still get synchronized content.

The schematic diagram shown in FIG. 6 is implemented, wherein the display terminal is provided with various communication devices 601, 602, 603, including a smart phone, a tablet, a general computer system, etc., and can be connected to a remote server 60 through the network 6, and the server 60 is mainly It is possible to record the address book (contact list) corresponding to each user, including the communication records of each contact, such as the means of communication, and the history of past failures or successes 605. In an embodiment, the server 60 can further record the backup of the message sent in the past, including the message content, the communication object, and the record of whether the object receives the message.

Due to the cloud of information, the user can directly manage the address book stored in the server 60 in different communication devices 601, 602, 603, including correction, addition, deletion, etc., and can also set labels for each contact to distinguish groups. A contact person can belong to one or more different groups. The record 605 further includes various communication modes supported by the respective contacts due to the hardware and software of the devices held.

7 , FIG. 8 and FIG. 9 are respectively represented by different schematic diagrams using the intelligent signal of the present invention. The operation screen of the interest transfer method, especially the selection and display of the communication object in the address book.

FIG. 7 shows a group page 70, which shows that there are multiple contacts in the group G1. If the user wants to send a group message to the group G1, the contact person of the group G1 can be directly communicated at the same time. In particular, the contacts of the same group may use different communication means respectively. Therefore, the intelligent message transmission method of the present invention can provide an automatic selection method and simultaneously send messages to different objects by different communication means. The sending policy can still be set when sending, please refer to the description of FIG. Moreover, each message can provide a function of replacing personalized information, as shown in the embodiment of FIG.

Figure 8 shows a contact page 80. The information of a contact person in the communication device may include the communication information of the contact person in different communication means, such as the code with the ID1 as the identification object when the APP1 is transmitted, and the communication with the APP2. ID2 is used as the identification code; if SMS (SMS) is used as the means of communication, it should be identified as the telephone number, which will be obtained when the communication analysis module/program determines the communication means of each communication object. . At the same time, a contact person may belong to multiple groups G1, G2, G3 according to their own classification, as a reference when selecting a communication object.

FIG. 9 shows a group selection page 90, which schematically indicates that the communication objects in the address book belong to one or more groups (G1, G2, G3) respectively. When the user selects the communication object, in this case, the group may be selected according to requirements. Groups G1 and G2, and can be deleted among them, or add other communication objects by adding key 901. In an example, when selecting a communication object, the objects in the groups G1 and G2 may be selected first, and then the excluded instructions may be added. For example, the logic operation may be added to select the groups G1 and G2 at the same time, but not in another group. A communication object within a group (such as G3). This step will also directly bring in the means of communication used by each communication object, or the individual sequential selection of multiple communication means.

The steps of the embodiment of the intelligent message passing method of the present invention can be seen in the flow shown in FIG. 10. The method mainly begins by transmitting one or more messages according to a plurality of communication object settings selected from a communication device, and then according to the selected The plurality of communication objects determine the respective corresponding communication means, and determine the respective communication object pairs according to the transmission strategy. The means of communication simultaneously initiates the step of transmitting a message to a plurality of communication objects.

According to the illustrated flow, when one or more messages are completed (step S101), at this time, as the program is guided or the user operates by itself, a plurality of communication objects are selected from the address book contained in the communication device (step S102), and the embodiment of the invention may transmit the same message or different messages to the communication objects simultaneously or according to the transmission policy, and the messages may be processed by the personalized program. According to an embodiment, a plurality of communication objects can be selected from the group (11) at a time, or each personal contact person (12) can be selected one by one, and the communication object (13) can be temporarily added. After this step, the communication is performed. The communication analysis program in the device or the analysis module contained in the specific communication program determines the corresponding communication mode according to the selected communication object (step S103).

The communication analysis program or the related software program module determines that the communication mode of each communication object can be based on a specific order preset in each address book, for example, the lower cost communication method is the first choice, such as the foregoing WhatsApp, Line, WeChat, Viber or other various means of network communication; the communication analysis program can be based on the past communication history of each communication object, such as the means with the most successful communication, the main communication method; or can be matched with historical records. Cost considerations are used as a means of sorting by means of communication; or user-defined priorities can still be provided.

Then, in step S104, the related communication software or module can apply the personalized information of each communication object to the related information in a specific implementation manner, such as the name of each object, the replacement title, the title, etc., even because of The means of communication used are different and have different versions of the message. Then in a specific embodiment, the sending policy can be set. In step S105, the policy is one of multiple ways or a combination thereof, such as transmitting one or more messages at a time, or transmitting one or more messages in batches, or transmitting them over time intervals. One or more messages, including sending the message without first time, but setting different messaging times for different messaging objects according to user preferences, delaying delivery to a specific time; or setting a time between messages Interval (adjustable) continuous transmission, this can prevent some communication servers from judging whether the message is blocked by advertising or spam messages; or can set different group reservations to be sent at different times; Or can be sent at different times according to different means of communication, even the same communication object can use different communication means to transmit messages sequentially; or, the relevant communication program can arrange communication according to the idle and busy state of the communication device, such as in the system (communication In-device system) continuously sends messages when idle. When the system is busy, it will arrange to not send continuously or stop transmission.

After confirming the communication means and the transmission policy of each communication object, the message can be started to be transmitted (step S106), including simultaneous transmission to a plurality of communication objects, but mainly the steps of simultaneously transmitting one or more messages to a plurality of communication objects. This is because, in addition to simultaneous transmission, it is transmitted according to the transmission policy. During the sending process, the relevant sending status can be recorded, including whether the specific communication means is successful, automatically remembers the current progress, and when there is a situation interruption, such as answering the phone, receiving the Internet, and the network signal is unstable, After a specific time interval, the system idle state of the communication device is automatically tested to determine the subsequent transmission, or if the order of selection of multiple communication means has been set, the order determines that the sequence is switched after the previous communication means is unsuccessful. The latter means of communication transmits the message.

Figure 11 shows a flow chart describing the second step of an embodiment of the intelligent message passing method of the present invention.

According to the flow chart shown in the figure, in step S111, when the preliminary setting is completed and the communication means of each communication object is determined, the message is started to be sent, and the message receiving end or the relay device (such as a server or a router) may be The result of the communication is fed back to the sender. For example, if the website is sent by e-mail, if the website is faulty, the network is disconnected, and the related server is unable to work, the sender software can obtain the message that the transmission failed. If the message is used as the means of communication The server responsible for the relevant mobile phone communication can respond to the unreachable object, indicating that the other party cannot receive the message; if the message is transmitted by the network communication program, if the message cannot be transmitted, the message indicates that the other party cannot receive the message, or the network The road is abnormal and cannot be communicated.

In step S113, the method will determine whether the transmission is successful. In addition to determining whether the communication object receives the message by the foregoing manner, the present invention does not exclude other The method of judging includes, for example, requesting the communication object to respond when receiving, etc., and determining whether the message is successfully sent. If the message has been successfully transmitted (Yes), in step S115, it indicates that the communication process of this stage has been completed, and this is The result is recorded (step S117). These records indicate that the message can be successfully transmitted, or that the message object can be successfully received by a specific communication means, so the next time the message is transmitted, the order of the object's communication mode is determined.

If it is judged that the communication is unsuccessful (No), in step S119, the message can be resent by the same means. If the message is resent by the same communication means, in step S121, it is determined again whether the message is successfully transmitted. For the method of judging whether the communication is successful, refer to the response of the above various communication methods. If the message is successfully transmitted in the same communication mode (Yes), the communication is also completed in step S115, and the communication result by the specific means is also recorded, as in step S117. .

If the communication fails in the same communication mode (No), in step S123, each failure will be counted. After the repeated number of times, if the number of failures has not exceeded a threshold number of times (No), the process returns to step S119 and repeats. The same means of submission, until the number of failures exceeds the number of thresholds (yes), the step will select another means of communication, or give up the communication (step S125). If another means of communication is selected, the process repeats the above steps, starting with step S113, and continuing the communication, recording and judgment by another means is continued by another new means of communication. These processes or results are recorded (step S127).

It is worth mentioning that the communication analysis program executed in the communication device will be responsible for the above-mentioned steps of judging the communication means, and can be responsible for recording the process and result of each communication object in each communication means, and these records become the next means of judging the communication means. Based on the record, the record may be stored in a memory in the communication device or in a database in the cloud according to the foregoing embodiment, so as to be available on various devices.

For example, at the beginning of sending a message, the relevant communication program will determine whether the communication object has not been logged into a specific network communication program for more than a time threshold (eg, 2 days). If the communication object has exceeded the threshold of this time, If you log in, you can switch to sending a newsletter, and you can automatically exclude the next time the carrier uses this judgment. The means of communication used, but changed by other means.

Therefore, through the intelligent message transmitting method, device and computer readable storage device of the present invention, a communication means for automatically determining each communication object can be provided under the demand of a large number of people to send a message to a majority, and the personalized application can be automatically applied. The message transmission method allows the user to analyze the records of various communication methods used by each communication object through the program contained in the communication device as a basis for judging the communication means, thereby providing the most marketing, contact, networking, and message sharing. An efficient way.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

20‧‧‧Communication device

22‧‧‧Communication Analysis Module

201‧‧‧First means of communication

202‧‧‧Second communication means

203‧‧‧ Third means of communication

205,206,207‧‧‧Communication objects

Claims (16)

An intelligent message delivery method includes: transmitting one or more messages according to a plurality of communication object settings selected from a communication device, determining individual communication means according to the selected plurality of communication objects; and according to a transmission strategy, Determining, by the communication means corresponding to each communication object, a step of simultaneously transmitting the one or more messages to the plurality of communication objects; wherein the communication means of each communication object is to determine each communication object recorded in the communication record in the communication device One of the plurality of communication means corresponding to the multiple communication means is provided with a sequence of successive selections, and the order of the successive selections is set according to the history records of the respective communication objects. The intelligent message delivery method of claim 1, wherein the plurality of communication objects selected from the communication device comprise selecting from one or more groups, or selecting individual communication objects one by one. The intelligent message delivery method of claim 2, wherein the individual message transmitted to each of the communication objects is personalized with a personalized message. The method of claim 1, wherein the sending policy is one of a plurality of ways or a combination thereof, comprising: transmitting the one or more messages at a time; transmitting the one or more messages in batches; The one or more messages are transmitted at a time interval; different communication objects are set to have different communication times; different groups are scheduled to send messages at different times; messages are sent at different times according to different communication means; the order of the same communication object is different The means of communication transmits the message; and the communication is performed according to the idle and busy state of the communication device. The intelligent message delivery method of claim 1, wherein the preference setting includes a fee level of the plurality of communication means. The intelligent message delivery method of claim 1, wherein the history of each of the communication objects includes a transmission status recorded after the message was transmitted in the past, including whether the message is successfully transmitted by the communication means. The method for transmitting intelligent information according to claim 6, wherein the sequential selection order of the plurality of communication means determines that when the prior communication means is unsuccessful, the message is switched to another communication means after the sequence to transmit the message. . The method for transmitting an intelligent message according to claim 7, wherein the manner of switching another communication means comprises first confirming an order of the plurality of communication means set by each communication object in the communication book in the communication device, and then comprising: Determining whether the first communication means is successful, wherein: if yes, transmitting the message by the first communication means; if not, transmitting the message by another communication means of the plurality of communication means. The intelligent message delivery method of claim 8, wherein when the number of failures transmitted by the first communication means exceeds a threshold, the message is sent by another communication means. The intelligent message delivery method of claim 8, wherein when the last time the first communication means is logged in for more than one time threshold, it is determined that the message is sent by another communication means. The method of claim 2, wherein the another communication means is a second communication means, and includes: determining whether the second communication means is successful, wherein: if yes, using the second communication means Send a message; if not, send a message using another means of communication of the plurality of means of communication. The intelligent message delivery method of claim 11, wherein the first communication means or the second communication means is a communication mode of the network communication software. An intelligent messaging device includes: a memory carrying a program that performs intelligent messaging, wherein the programming includes at least: Acquiring an instruction of a plurality of communication objects selected in the intelligent message transmitting device; determining, according to the selected plurality of communication objects, an instruction corresponding to the communication means for transmitting the message; and recording an instruction of a history process of past message transmission of each of the communication objects; And an instruction for simultaneously transmitting a message to the plurality of communication objects by means of the communication means corresponding to each of the communication objects; wherein the communication means of each communication object is to determine that the communication objects recorded in the communication record in the communication device correspond to more One of the means of communication, the plurality of communication means are provided with a sequence of successive selections, and the order of the successive selections is set according to the history of each communication object. The intelligent message transmitting apparatus according to claim 13, wherein the program set in the memory further includes: an instruction to confirm whether the message is successfully transmitted after the message is transmitted. The intelligent messaging device of claim 14, wherein the program is implemented as a stand-alone software program or a software module carried in a messaging software. A computer readable storage device, wherein the program for performing intelligent message transmission is recorded, comprising: obtaining an instruction of a plurality of communication objects selected in the intelligent message delivery device; and determining, according to the selected plurality of communication objects, individual corresponding transmission messages The instruction of the means of communication, wherein each of the communication means has a sequence of successive selections, and the order of the successive selections is set according to the history of each communication object; the history of the past message transmission of each communication object is recorded. An instruction of the process; and an instruction for simultaneously transmitting a message to the plurality of communication objects by means of the communication means corresponding to each of the communication objects, wherein the communication means of each of the communication objects is determined by each communication object recorded in the address book of the communication device Corresponding multiple transmissions One of the means of communication.