CN101309303B - PC side and wireless terminal equipment combined multimedia message sending method - Google Patents
PC side and wireless terminal equipment combined multimedia message sending method Download PDFInfo
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- CN101309303B CN101309303B CN2008101324271A CN200810132427A CN101309303B CN 101309303 B CN101309303 B CN 101309303B CN 2008101324271 A CN2008101324271 A CN 2008101324271A CN 200810132427 A CN200810132427 A CN 200810132427A CN 101309303 B CN101309303 B CN 101309303B
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Abstract
The invention discloses an MMS sending method which combines the PC side with the wireless terminal device and includes that in the PC side, the protocol data unit PDU encoding used for sending the MMS is generated according to the content of the MMS; the PDU encoding contains the server configuration of the wireless data card; the PDU encoding is sent to the MMS center MMSC through the WAP mode according to the server configuration; when the sending of the MMS in the PC end is over, the MMSC receives the sent MMS and replies the PC side through the same WAP connection. Compared with the prior art, the MMS sending method fulfills the requirements of PC resources and the network speed for the MMS service, explores the resources of the MMS service commendably and fulfills the network speed requirement.
Description
Technical field
The present invention relates to a kind of method for sending color message, specifically, relate to the method for sending color message that a kind of PC side combines with wireless terminal device.
Background technology
Multimedia message is that MMS (Multimedia Message Service) business (MMS:multimedia messaging service) is further developing of short message service (SMS:short message service) and enhanced short message (EMS:enhancedmessage service), the characteristic of its maximum is supported multimedia function exactly, can comprehensive content of propagation function and information, comprise multimedia messagess such as transitive graph picture, audio frequency, video, data and animation.MMS can realize that instant mobile phone is end-to-end, mobile phone terminal to the Internet, the Internet transmits to the multimedia messages of mobile phone terminal.The multimedia resource of mobile phone terminal is more limited, uses the mutual multimedia resource of PC external member can break through this bottleneck by connecting the PC side.
Development along with mobile communication, mobile radio terminal is very universal in the whole world, people are when using speech business, wireless data service is also had higher requirement, therefore a kind of so that wireless data service to be provided, also provide the mobile radio terminal-wireless data card product of business such as voice and note to arise at the historic moment simultaneously.Wireless data card realizes that these business all are to be connected on the PC by USB port, realize on desktop system by supporting PC side software.Along with popularizing of 3G wireless network, PC can realize high-speed wireless access by wireless data card, and this also brings opportunity for the development of MMS that network speed is had certain requirements.
Summary of the invention
The technical problem to be solved in the present invention provides the method for sending color message that a kind of PC side combines with wireless terminal device, has expanded the resource of MMS.
In order to address the above problem, the invention provides the method for sending color message that a kind of PC side combines with wireless terminal device, comprising:
In the PC side, generate the protocol Data Unit PDU coding that sends multimedia message according to MMS content, described PDU encoded packets contains the server setting of wireless data card;
According to described server setting, described PDU coding is sent to MMS center MMSC by the WAP mode;
After the multimedia message of described PC side sent end, described MMSC received described transmission multimedia message and connects the described PC side of answer by identical WAP.
Further, to send multimedia message be to connect the PDU coding that will include described MMS content by WAP to send on the multimedia message server to the PC side that connects described wireless data card; After receiving successfully, described multimedia message server returns acknowledge message by same WAP connection.
Further, described PDU coding also includes transmission setting, and the content of described transmission setting comprises: priority setting, effective time, delay time, full-size, transmission report or reading report.
Further, described MMS content comprises: title, picture, sound, literal or video.
Further, the server setting of described wireless data card comprises: the setting of MMS center address, WAP gateway IP address, WAP gateway port, gateway user name, cipher gateway and access point.
Further, the generative process of the PDU of described transmission multimedia message coding comprises:
Generation is used to describe the multimedia message structure of described MMS content component, adds described MMS content to described multimedia message structure;
The PDU coding that generates described transmission multimedia message is set according to described multimedia message structure, MMS content, server setting and transmission.
Further, the process of described transmission multimedia message being delivered to MMSC in the WAP mode comprises:
After being connected to the Internet, when the wap protocol stack is in idle condition, according to described server initialization wap protocol stack is set, the WAP that is established to multimedia message server connects;
After described WAP successful connection, the PDU of described transmission multimedia message coding is sent to multimedia message server.
Further, after being connected to the Internet, check whether described wap protocol stack is idle, if described wap protocol stack just in use, discharge the described wap protocol stack that is using earlier, server after described wap protocol stack is in idle condition during according to described transmission editing multimedia messages is provided with the described wap protocol stack of initialization, and the WAP that is established to described multimedia message server connects.
Further, resolve answer for to send successfully, then discharge the wap protocol stack, and disconnect the network connection by the data function of described wireless data card when described PC side.
Further, target mobile phones connects the multimedia message that obtains from described MMSC by WAP, and described target mobile phones is used identical WAP to connect and replied, and then, multimedia message server informs that the described transmission multimedia message of described PC side receives.
Compared with prior art, the present invention has satisfied the needs of MMS for PC resource and network speed, has expanded the resource of MMS well, and has satisfied the requirement to network speed.
Description of drawings
Fig. 1 is a PC side MMS coding schematic flow sheet of the present invention;
Fig. 2 is multimedia message transmission flow figure of the present invention;
Fig. 3 is that schematic diagram is handled in the multimedia message based on the WAP mode of the present invention.
Embodiment
The present invention combines with wireless data card by the PC side software, on the original PC external member of wireless data card basis, expanded MMS, can utilize the function that expands to provide MMS for the user, realization utilizes PC side resource edit, sends multimedia message to the mobile phone terminal by the wireless data card high speed Internet access.
Concrete embodiment to technical solution of the present invention is described in further detail below.
1, PC side MMS coding.
As shown in Figure 1, be PC side MMS coding schematic flow sheet of the present invention, PC side MMS coding step is as follows:
Step S101: generate a new multimedia message structure, this structure has been described the concrete condition of MMS content component.
Step S102: the current page to this multimedia message structure adds MMS content then.
MMS content comprises following several situation or combination:
A, title;
B, picture, form comprise bmp, jpeg, gif, png etc.;
C, sound, form comprise amr, wav, mid, mp3 etc.;
D, literal;
E, video contain sound.
After the current page Edition Contains is finished, can add the new page to multimedia message, the multimedia message size of transmission is 300KB to the maximum under the TD-SCDMA network, be 100KB to the maximum under GPRS network.
Step S103: generate the PDU coding according to multimedia message structure and MMS content thereof.
Behind the editor who finishes the multimedia message structure, PC side multimedia message software generates PDU (Protocol Data Unit, the protocol Data Unit) coding of corresponding SMIL description document and the merging of multimedia message resource with this multimedia message resource.
Step S104: generate and send multimedia message PDU coding, comprise the server setting and send being provided with.
Before sending, multimedia message needs the server setting of being correlated with and sends to be provided with.Concrete server setting comprises: MMS center (MMSC) address (for example: http: // 192.200.55.180:8000), the setting of WAP gateway IP address, WAP gateway port, gateway user name, cipher gateway, access point.These parameters are to be provided by the employed Virtual network operator of wireless data card.
Concrete transmission setting comprises: priority setting (in being defaulted as), effective time (being defaulted as the network maximum duration), delay time (being defaulted as immediately), full-size (being defaulted as 100K), transmission report (being defaulted as requirement), reading report contents such as (being defaulted as requirement).
The final multimedia message PDU coding that contains the server setting and send configuration information that generates of editing multimedia messages.
2, based on the WAP mode multimedia message that edits is sent to MMSC.This step mainly is to build network environment, and the data function by wireless data card PC external member is connected to the Internet, according to the relevant information of MMSC that configuration comprises, creates a WAP connection, and the multimedia message bag is sent to MMSC as the content of WSP POST.
As shown in Figure 2, be multimedia message transmission flow figure of the present invention, the multimedia message send mode that the present invention relates to be transmission multimedia message that the PC side is editted based on the WAP mode, send to the mobile phone end by the Internet.Though MMS is similar to the SMS business in the business performance of giving the user, what adopt on the implementation method of reality is the handling process of WAP incident, initiatively from the multimedia message server breath of winning the confidence, is equivalent to browsing or downloading mode of WAP by the recipient.
Enter sending mode after editing multimedia messages is finished, at first judge whether to connect the Internet, if the data function that does not have to connect then pass through the supporting PC external member of wireless data card connects the Internet.After being connected to the Internet, check whether the wap protocol stack is idle,, discharge the wap protocol stack that is using earlier if the wap protocol stack just in use, server when guaranteeing after the wap protocol stack idle condition according to editing multimedia messages is provided with initialization wap protocol stack, and the WAP that is established to multimedia message server connects.After the WAP successful connection, will send MMS coding and send to multimedia message server with WSP POST, PC side interface display multimedia message progress bar, multimedia message server receive multimedia message and connect answer PC side transmit status by same WAP.Transmission is failed if the PC side is resolved answer, then again MMS coding is sent to multimedia message server with WSP POST, and does accumulative total, retransmits above 3 times and then closes the transmission progress bar at PC side interface, demonstration multimedia message transmission failure.If the PC side is resolved to reply and sent successfully, multimedia message sends progress bar and finishes, and shows that multimedia message sends successfully.After interface state showed the transmission result, multimedia message program backstage discharged the wap protocol stack, and connected by the data function disconnection network of the supporting PC external member of wireless data card.
3, MMSC receives multimedia message.
After the multimedia message of PC side sent and finishes, MMSC received multimedia message and responds the sender by identical WAP connection.The PC side software shows " multimedia message sends ", discharges WAP and connects, by the data function disconnection network connection of wireless data card PC external member.
As shown in Figure 3, be that schematic diagram is handled in the multimedia message based on the WAP mode of the present invention, as follows based on the multimedia message processing procedure of WAP mode:
The PC side transmission multimedia message that connects wireless data card is will send MMS content earlier by the WAP connection to send on the MMS server; After receiving successfully, MMS server returns acknowledge message by same WAP connection.The hypothetical target mobile phone is configured to " terminal automatic reception MMS ", and it can create a WAP connection, and use WSP GET fetches the MMS message from MMSC.MMS message sends to target mobile phones as the content of WSP GET RESPONSE by identical WAP connection, and target mobile phones can show " message is received ".Target mobile phones can be used WSP POST message to inform and receive, remains by identical WAP to connect.MMS server uses WAP Push to inform that the sender of the message is that the wireless data card multimedia message receives, and the PC external member is resolved the back in PC side interface display " message receives ".
Because the method for the invention and technology have bigger versatility, at the wireless data terminal product of expanding PC side MMS demand is arranged, all can on original PC external member basis, realize exploitation with the present invention, and simple.Should be understood that; concerning the those of ordinary skill in field, the technology of the present invention place; can be equal to accordingly according to technical scheme of the present invention and design thereof and change or replace, and all these changes or replacement, all should belong to the protection range of claims of the present invention.
Claims (9)
1. the method for sending color message that the PC side combines with wireless terminal device is characterized in that, comprising:
In the PC side, generate the protocol Data Unit PDU coding that sends multimedia message according to MMS content, described PDU encoded packets contains the server setting of wireless data card and sends setting;
According to described server setting, by the WAP mode described PDU coding is sent to MMS center MMSC, specifically comprise: after being connected to the Internet, when the wap protocol stack is in idle condition, according to described server initialization wap protocol stack is set, the WAP that is established to multimedia message server connects; After described WAP successful connection, the PDU of described transmission multimedia message coding is sent to multimedia message server;
After the multimedia message of described PC side sent end, described MMSC received described transmission multimedia message and connects the described PC side of answer by identical WAP.
2. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device, it is characterized in that the PC side transmission multimedia message that connects described wireless data card is to connect the PDU coding that will include described MMS content by WAP to send on the multimedia message server; After receiving successfully, described multimedia message server returns acknowledge message by same WAP connection.
3. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device is characterized in that, the content of described transmission setting comprises: priority setting, effective time, delay time, full-size, transmission report or reading report.
4. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device is characterized in that, described MMS content comprises: title, picture, sound, literal or video.
5. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device, it is characterized in that the server setting of described wireless data card comprises: the setting of MMS center address, WAP gateway IP address, WAP gateway port, gateway user name, cipher gateway and access point.
6. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device is characterized in that, the generative process of the PDU coding of described transmission multimedia message comprises:
Generation is used to describe the multimedia message structure of described MMS content component, adds described MMS content to described multimedia message structure;
The PDU coding that generates described transmission multimedia message is set according to described multimedia message structure, MMS content, server setting and transmission.
7. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device, it is characterized in that, after being connected to the Internet, check whether described wap protocol stack is idle, if described wap protocol stack just in use, discharge earlier the described wap protocol stack that is using, the server after described wap protocol stack is in idle condition during according to described transmission editing multimedia messages is provided with the described wap protocol stack of initialization, and the WAP that is established to described multimedia message server connects.
8. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device is characterized in that, resolves when described PC side and replys to send successfully, then discharges the wap protocol stack, and disconnects the network connection by the data function of described wireless data card.
9. the method for sending color message that PC side as claimed in claim 1 combines with wireless terminal device, it is characterized in that, target mobile phones connects the multimedia message that obtains from described MMSC by WAP, and, described target mobile phones is used identical WAP to connect and is replied, then, multimedia message server informs that the described transmission multimedia message of described PC side receives.
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| CN2008101324271A CN101309303B (en) | 2008-07-15 | 2008-07-15 | PC side and wireless terminal equipment combined multimedia message sending method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102685691A (en) * | 2011-03-10 | 2012-09-19 | 中兴通讯股份有限公司 | Method and system for achieving multimedia messages based on video server |
| CN103002413B (en) * | 2012-12-03 | 2015-11-25 | 小米科技有限责任公司 | A kind of multimedia message transmission schedule display packing and device |
| CN105722041B (en) * | 2016-03-02 | 2020-03-27 | 青岛海信移动通信技术股份有限公司 | Method and terminal for connecting multimedia message agent |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101193338A (en) * | 2006-11-20 | 2008-06-04 | 中兴通讯股份有限公司 | MMS coding and transmission system |
| CN101193337A (en) * | 2006-11-20 | 2008-06-04 | 中兴通讯股份有限公司 | MMS coding device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101193338A (en) * | 2006-11-20 | 2008-06-04 | 中兴通讯股份有限公司 | MMS coding and transmission system |
| CN101193337A (en) * | 2006-11-20 | 2008-06-04 | 中兴通讯股份有限公司 | MMS coding device |
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