阅读说明：本技术 一种业务切换方法 (Service switching method ) 是由 叶潇 张雪瑞 罗永玲 王梦瑶 王攀 任丹 左航 艾科热木 于 2019-07-25 设计创作，主要内容包括：本发明属于业务切换技术领域,具体涉及一种业务切换方法,包括以下步骤：第一业务终端,同时向服务器和第二业务终端发送一次业务信息并单独向服务器发送业务切换请求；服务器收到业务切换请求和一次业务信息,并根据一次业务信息识别和判断业务切换请求所属类别；当服务器识别和判断该业务切换请求类型为动态业务切换请求时,第一业务终端再次向服务器发送二次业务信息,由服务器根据时间差异进行预估业务信息进度并调整后,再将预估调整后的业务信息发送至第二业务终端；当服务器识别和判断该业务切换请求类型为静态业务切换请求时,直接由服务器将业务信息发送至第二业务终端。(The invention belongs to the technical field of service switching, and particularly relates to a service switching method, which comprises the following steps: the first service terminal simultaneously sends service information to the server and the second service terminal once and independently sends a service switching request to the server; the server receives the service switching request and the primary service information, and identifies and judges the category of the service switching request according to the primary service information; when the server identifies and judges that the service switching request type is a dynamic service switching request, the first service terminal sends secondary service information to the server again, the server estimates the progress of the service information according to the time difference and adjusts the progress, and then sends the estimated and adjusted service information to the second service terminal; and when the server identifies and judges that the service switching request type is a static service switching request, directly sending the service information to the second service terminal by the server.)

1. A method for service switching, the method comprising the steps of:

a) the first service terminal in operation simultaneously sends service information to the server and the second service terminal once and independently sends a service switching request to the server;

b) the server receives the service switching request and the primary service information, and identifies and judges the category of the service switching request according to the primary service information;

c) when the server identifies and judges that the service switching request type is a dynamic service switching request related to time progress, the running first service terminal sends secondary service information to the server again, the server analyzes and judges time difference according to the primary service information and the secondary service information, the server estimates the service information progress according to the time difference and adjusts the service information, and then the estimated and adjusted service information is sent to a second service terminal;

d) and when the server identifies and judges that the service switching request type is a static service switching request, directly sending the service information to the second service terminal by the server.

2. The method for switching services according to claim 1, wherein: according to the method a, the first service terminal can inquire and identify the second service terminal available in the network and generate a list.

3. The method for switching services according to claim 1, wherein: according to the method a, the primary service information comprises a service type identifier, a service state identifier and a service time progress identifier.

4. The method for switching services according to claim 1, wherein: and according to the method c, the secondary service information comprises a service type identifier, a service state identifier and a service time progress identifier.

5. The method for switching services according to claim 1, wherein: according to the method c, after the server sends the estimated and adjusted service information to the second service terminal, the server stops sending the service information to the first service terminal.

6. The method for switching services according to claim 1, wherein: and d, after the server directly sends the service information to the second service terminal, the server stops sending the service information to the first service terminal.

7. The method for switching services according to claim 1, wherein: the server comprises a service switching request receiving module, a service information sending module, a service type identification module and a service time progress analyzing and estimating module.

8. The method of claim 7, wherein: the service switching request module can receive a service switching request sent by a first service terminal, the service information receiving module can receive service information sent by the first service terminal, and the service information sending module can send the processed service information to a second service terminal.

9. The method of claim 7, wherein: the service type identification module can extract the service type identification of the primary service information and carry out identification and judgment according to the service type identification.

10. The method of claim 7, wherein: the service time progress analysis and estimation module can respectively extract respective service time progress marks of the primary service information and the secondary service information, analyze time difference according to the service time progress marks, and estimate and adjust service information time progress.

Technical Field

The invention belongs to the technical field of service switching, and particularly relates to a service switching method.

Background

With the rapid increase of large-scale commercial and mobile communication bandwidth of 3G worldwide, the internet and telecommunication network are gradually merged, and the mobile internet is really becoming a reality.

Compared with the traditional internet, the most remarkable characteristic of the mobile internet is the richness and diversity of the terminal, and the terminal of the mobile internet not only comprises the traditional PC, the notebook computer, the mobile phone from the mobile communication system, the netbook, the tablet personal computer and the netbox which appear in recent years, but also comprises a palm game machine, a television, an mp4 player and the like which appear in new aspects after new technology is fused.

When a mobile internet user uses a service, the selection range of the equipment is very wide, a scene with multiple terminals exists, and the user can use the same service on different terminals. In the process of using the service, a user can switch the service on different terminals on the basis of ensuring the continuity of the service, and the service is not interrupted, so as to ensure the continuity of the service, and meanwhile, different from the static service switching such as a text service, when the dynamic services such as a video and audio switching service related to time schedule and a data uploading and downloading service are switched, a certain time difference exists in the switching process, if the time difference is ignored, the service switching is repeated, and network resources are wasted, so that different types of switching services need to be identified in the switching process, and the repetition is avoided on the basis of ensuring the continuity of the service.

Disclosure of Invention

The purpose of the invention is: the method aims to provide a service switching and issuing method to solve the problem that services need to be freely switched at different terminals, the switched services can be identified by service types when the services are switched, and the services are switched according to different service types.

In order to achieve the technical purpose, the technical scheme adopted by the invention is as follows:

a method of service switching, the method comprising the steps of:

a) the first service terminal in operation simultaneously sends service information to the server and the second service terminal once and independently sends a service switching request to the server;

b) the server receives the service switching request and the primary service information, and identifies and judges the category of the service switching request according to the primary service information;

c) when the server identifies and judges that the service switching request type is a dynamic service switching request related to time progress, the running first service terminal sends secondary service information to the server again, the server analyzes and judges time difference according to the primary service information and the secondary service information, the server estimates the service information progress according to the time difference and adjusts the service information, and then the estimated and adjusted service information is sent to a second service terminal;

d) and when the server identifies and judges that the service switching request type is a static service switching request, directly sending the service information to the second service terminal by the server.

Further defined, the first service terminal can query and identify second service terminals available in the network according to step a, and generate a list. In this way, the first service terminal can be enabled to transmit the primary service information to the selected second service terminal.

And c, further limiting, wherein the primary service information according to the step a comprises a service type identifier, a service state identifier and a service time progress identifier. Thus, the primary service information includes the service type, the state and the time schedule information.

And c, further limiting, wherein the secondary service information comprises a service type identifier, a service state identifier and a service time progress identifier according to the step c. Thus, the secondary service information includes the service type, state and time progress information.

And c, limiting further, after the server sends the estimated and adjusted service information to the second service terminal according to the step c, the server stops sending the service information to the first service terminal. Therefore, the problem that network resources and server resources are wasted due to the fact that the server continues to send service information to the first service terminal after the dynamic service is successfully switched can be avoided.

And d, further limiting, after the server directly sends the service information to the second service terminal according to the step d, the server stops sending the service information to the first service terminal. Therefore, the problem that network resources and server resources are wasted due to the fact that the server continues to send service information to the first service terminal after the static service is successfully switched can be avoided.

Further, the server includes a service switching request receiving module, a service information sending module, a service category identifying module, and a service time progress analyzing and estimating module. In this way, the server can respectively arrange and process the service information by different modules.

Further, it is limited that the service switching request module can receive a service switching request sent by a first service terminal, the service information receiving module can receive service information sent by the first service terminal, and the service information sending module can send the processed service information to a second service terminal. In this way, the service switching request sent by the first service terminal can be received by the server.

Further, the service type identification module can extract the service type identifier of the primary service information, and perform identification and judgment according to the service type identifier. In this way, the service class identifier of the primary service information sent by the first service terminal can be received and processed by the server service class identification module.

Further limiting, the service time progress analysis and estimation module can respectively extract respective service time progress identifications of the primary service information and the secondary service information, analyze time difference according to the service time progress identifications, and estimate and adjust the service information time progress. Therefore, the service time progress analyzing and estimating module can analyze and process the service time progress marks of the estimated primary service information and the estimated secondary service information.

Compared with the prior art, the invention has the following advantages:

1. different service classes can be identified and classified through the service class identification module, so that service switching requests of different classes can be intelligently adjusted;

2. the time progress of the primary service information and the time progress of the secondary service information can be analyzed and estimated through the service time progress analyzing and estimating module, so that the network resource waste caused by repetition of dynamic services such as video, audio and data uploading and downloading is avoided, meanwhile, the static service does not need to be analyzed and estimated in time progress, and can be directly sent to a second service terminal through the server, and the resource waste of the first service terminal and the server is avoided.

Drawings

The invention is further illustrated by the non-limiting examples given in the accompanying drawings;

fig. 1 is a schematic flowchart illustrating steps of an embodiment of a service switching method according to the present invention;

fig. 2 is a schematic view of a static service switching process according to an embodiment of a service switching method of the present invention;

fig. 3 is a schematic diagram of a dynamic service switching process according to an embodiment of a service switching method of the present invention;

fig. 4 is a schematic diagram of an internal flow of a server according to an embodiment of a service switching method of the present invention;

Detailed Description

In order that those skilled in the art can better understand the present invention, the following technical solutions are further described with reference to the accompanying drawings and examples.

As shown in fig. 1 to 4, a service switching method includes the following steps:

a) the first service terminal in operation simultaneously sends service information to the server and the second service terminal once and independently sends a service switching request to the server;

b) the server receives the service switching request and the primary service information, and identifies and judges the category of the service switching request according to the primary service information;

c) when the server identifies and judges that the service switching request type is a dynamic service switching request related to time progress, the running first service terminal sends secondary service information to the server again, the server analyzes and judges time difference according to the primary service information and the secondary service information, the server estimates the service information progress according to the time difference and adjusts the service information, and then the estimated and adjusted service information is sent to a second service terminal;

d) and when the server identifies and judges that the service switching request type is a static service switching request, directly sending the service information to the second service terminal by the server.

Preferably, the first service terminal is able to query and identify available second service terminals in the network according to step a and generate a list. In this way, the first service terminal can be enabled to transmit the primary service information to the selected second service terminal.

Preferably, the service information according to step a includes a service category identifier, a service state identifier and a service time progress identifier. Thus, the primary service information includes the service type, the state and the time schedule information.

Preferably, according to step c, the secondary service information includes a service type identifier, a service state identifier and a service time progress identifier. Thus, the secondary service information includes the service type, state and time progress information.

Preferably, after the server sends the estimated and adjusted service information to the second service terminal according to the step c, the server stops sending the service information to the first service terminal. Therefore, the problem that network resources and server resources are wasted due to the fact that the server continues to send service information to the first service terminal after the dynamic service is successfully switched can be avoided.

Preferably, after the server directly sends the service information to the second service terminal according to the step d, the server stops sending the service information to the first service terminal. Therefore, the problem that network resources and server resources are wasted due to the fact that the server continues to send service information to the first service terminal after the static service is successfully switched can be avoided.

Preferably, the server comprises a service switching request receiving module, a service information sending module, a service category identifying module and a service time progress analyzing and estimating module. In this way, the server can respectively arrange and process the service information by different modules.

Preferably, the service switching request module can receive a service switching request sent by the first service terminal, the service information receiving module can receive service information sent by the first service terminal, and the service information sending module can send the processed service information to the second service terminal. In this way, the service switching request sent by the first service terminal can be received by the server.

Preferably, the service type identification module can extract the service type identifier of the primary service information, and perform identification and judgment according to the service type identifier. In this way, the service class identifier of the primary service information sent by the first service terminal can be received and processed by the server service class identification module.

Preferably, the service time progress analysis and estimation module can respectively extract respective service time progress identifications of the primary service information and the secondary service information, analyze the time difference according to the service time progress identifications, and estimate and adjust the service information time progress later. Therefore, the service time progress analyzing and estimating module can analyze and process the service time progress marks of the estimated primary service information and the estimated secondary service information.

The foregoing embodiments are merely illustrative of the principles of the present invention and its efficacy, and are not to be construed as limiting the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.