CN105635472A - Mobile terminal, and wireless local area network and mobile network concurrent method of mobile terminal - Google Patents
Mobile terminal, and wireless local area network and mobile network concurrent method of mobile terminal Download PDFInfo
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- CN105635472A CN105635472A CN201610013183.XA CN201610013183A CN105635472A CN 105635472 A CN105635472 A CN 105635472A CN 201610013183 A CN201610013183 A CN 201610013183A CN 105635472 A CN105635472 A CN 105635472A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M3/00—Automatic or semi-automatic exchanges
- H04M3/42—Systems providing special services or facilities to subscribers
- H04M3/42229—Personal communication services, i.e. services related to one subscriber independent of his terminal and/or location
- H04M3/42246—Personal communication services, i.e. services related to one subscriber independent of his terminal and/or location where the subscriber uses a multi-mode terminal which moves and accesses different networks with at least one network having a wireline access including cordless PBX
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Abstract
The invention provides a mobile terminal, and a wireless local area network and mobile network concurrent method of the mobile terminal, wherein the concurrent method specifically comprises the following steps: S10, simultaneously opening a wireless local area network and a mobile network of the mobile terminal; S20, monitoring whether the mobile terminal sends/receives a data service request or not, if so, turning to the step S30, and otherwise, continuously monitoring; S30, further monitoring whether a current network request is a service request customized by the mobile terminal or not, if so, turning to the step S40, and otherwise, turning to the step S50; S40, sending/receiving a data service by using the mobile network; and S50, sending/receiving the data service by using the wireless local area network. In the process, two network links can be automatically switched; manual operation of users is unnecessary; the method is simple and easy to do; and better experience is provided for users.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of mobile terminal and WLAN thereof and mobile network's concurrent method.
Background technology
In the today pursuing efficiency, WLAN (WirelessLocalAreaNetworks, WLAN) becomes requisite instrument in people's daily life already, is no matter in life or at work, all brings many facilities to user.
But, in existing technological accumulation and inheritance, use WLAN time cannot receive mobile network (as, 3G network) custom service, and WLAN and mobile network incompatible, namely only allowed a kind of network state to use at synchronization, wanted to use another kind of network must carry out manual switching, such as want to use WLAN to be necessary for closing mobile network, otherwise be also same.
For multimedia message, owing to multimedia message can not be received by WLAN when using WLAN, therefore, if active user is in the state connecting WLAN, however it is necessary that reception multimedia message, then necessary first disconnection of wireless LAN, connect mobile network again, download multimedia message resource by mobile network's link (e.g., 3G network link), then turn off mobile network and open WLAN and normally surf the Net. It can be seen that in this process, it is necessary to switch frequently between WLAN and mobile network, and in the process of network switching, WLAN in use can interrupt, and brings inconvenience to the use of user.
Summary of the invention
For the problems referred to above, the invention provides a kind of mobile terminal and WLAN thereof and mobile network's concurrent method, its demand for experience according to user, it is achieved in mobile terminal, WLAN and mobile network's is concurrent.
Technical scheme provided by the invention is as follows:
A kind of WLAN based on mobile terminal and mobile network's concurrent method, described concurrent method specifically includes:
S10 opens WLAN and the mobile network of described mobile terminal simultaneously;
S20 monitors whether described mobile terminal sends/receive data service request, if so, jumps to step S30; If it is not, continue to monitor;
S30 monitors whether current network request is the request of mobile network's custom service further; If so, step S40 is jumped to; If it is not, jump to step S50;
S40 uses described mobile network to send/receive described data service;
S50 uses described WLAN to send/receive described data service.
It is further preferred that further comprising the steps of before step S10:
Logical relation between described WLAN and described mobile network is set;
Amendment current routing table information.
It is known that in existing mobile terminal, incompatible between WLAN and mobile network, namely only allow a kind of network state to use at synchronization, if user wants to use another kind of network must carry out manual switching. Thus, in order to allow two network coexisted, we are firstly the need of the logical relation between two networks being modified, then the information in current routing table is carried out adaptive amendment. Thus can guarantee that, mobile terminal receive mobile network's custom service request time adopt mobile network process, other time adopt WLAN process.
It is further preferred that the described logical relation arranged between described WLAN and described mobile network specifically includes:
Delete the mutual exclusion logical relation of described WLAN and described mobile network.
It is further preferred that amendment current routing table information specifically includes:
The newly-increased default route entry information based on described mobile network in current routing table, and the first via deleting mobile network described in current routing table is collectively forming default routing table by items for information, the default route bar road information of described mobile network and the secondary route items for information of described WLAN;
Described default route entry information includes: mobile network's link device title and the corresponding network address;
Described secondary route items for information includes: wireless local area network link device name and the corresponding network address.
In the technical program, we are newly-increased mobile network's custom route in current routing table, namely above-mentioned default route entry information, to guarantee to synchronize to receive mobile network's custom service.
It is further preferred that the network address of described mobile network is 10.0.0.172.
In the technical program, it is known that owing to the custom service of mobile network is all walk 10.0.0.172 proxy server, still set up this mobile network's custom route with this.
It is further preferred that in step slo, open WLAN and the mobile network of described mobile terminal simultaneously; Specifically include:
If connect mobile network when opening WLAN, the then newly-increased default route entry information based on described mobile network in current routing table, and the first via deleting mobile network described in current routing table is collectively forming default routing table by items for information, the default route bar road information of described mobile network and the secondary route items for information of described WLAN;
If connect WLAN when opening mobile network, the then newly-increased default route entry information based on described mobile network in current routing table, and the first via deleting mobile network described in current routing table is collectively forming default routing table by items for information, the default route bar road information of described mobile network and the secondary route items for information of described WLAN.
It is further preferred that in step s 30, monitor whether current network request is the request of mobile network's custom service further, specifically include:
By the original address of the data service that described mobile terminal receives, or the destination address of data service sent by described mobile terminal mates with the default route entry information in described default routing table or secondary route items for information, thus judging whether current network request is the request of mobile network's custom service.
It is further preferred that in step s 40, use described mobile network to send/receive described data service and specifically include:
Send/receive described data service according to default route entry information based on described mobile network in default routing table.
It is further preferred that further comprising the steps of after step S50:
S60 deletes route entry information of presetting described in described default routing table, to close described mobile network; Or, delete route entry information of presetting described in described default routing table, in the default routing table of recovery simultaneously, the first via of mobile network is by items for information, to close described WLAN.
In the technical program, if being currently at the state of two kinds of network concurrents, it is desirable to close one of them network, then the process having only to carry out in step S60 can return to normal.
Additionally providing a kind of WLAN and the concurrent mobile terminal of mobile network in the present invention, described mobile terminal includes:
For opening the management module of WLAN and mobile network simultaneously;
The first monitoring module of data service request whether is sent/receives for monitoring described mobile terminal;
For monitoring whether current network request is that module is monitored in the second of mobile network's custom service request further;
Send/receive described data service for controlling described mobile network or control described WLAN and send/receive the control module of described data service.
Mobile terminal provided by the invention and WLAN thereof and mobile network's concurrent method, it is possible to bring following beneficial effect:
In the present invention, by deleting the mutex relation between WLAN and mobile network network, a newly-increased default route entry information (i.e. newly-increased mobile network's custom route) in current routing table simultaneously, it is achieved the parallel processing of WLAN and mobile network.
This mobile terminal is in the course of the work: after opening WLAN switch and mobile network's switch, when user has common online demand, mobile terminal, after data service is identified, can use WLAN to surf the Net normally simultaneously; But when user wants to receive/send mobile network's custom service (e.g., receive/send multimedia message), then mobile terminal can process this custom service to mobile network by automatic adaptation. In this process, can automatically switch between two network links, it is not necessary to user's manual operation, simple, and bring better experience to user.
Accompanying drawing explanation
Below by the way of clearly understandable, accompanying drawings preferred implementation, above-mentioned characteristic, technical characteristic, advantage and implementation thereof are further described.
Fig. 1 is WLAN provided by the invention and mobile network's concurrent method one embodiment schematic flow sheet;
Fig. 2 is WLAN provided by the invention and mobile network's concurrent method another embodiment schematic flow sheet;
Fig. 3 is the structural representation of mobile terminal provided by the invention;
Drawing reference numeral illustrates:
100-mobile terminal, 110-manages module and connects, and 120-first monitors module and connects, and 130-second monitors module, and 140-controls module.
Detailed description of the invention
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below comparison accompanying drawing is illustrated the specific embodiment of the present invention. Apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the premise not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings, and obtain other embodiment.
It is illustrated in figure 1 the WLAN based on mobile terminal provided by the invention and mobile network's concurrent method one embodiment schematic flow sheet, it can be seen that specifically include following steps in this concurrent method: S10 opens WLAN and the mobile network of mobile terminal simultaneously; S20 monitors whether mobile terminal sends/receive data service request, if so, jumps to step S30; If it is not, continue to monitor; S30 monitors whether current network request is the request of mobile network's custom service further; If so, step S40 is jumped to; If it is not, jump to step S50; S40 uses mobile network to send/receive data service; Now, this data service is essentially mobile network's custom service. S50 uses WLAN to send/receive data service.
Specifically, further comprising the steps of before step S10: the logical relation between WLAN and mobile network and amendment current routing table information are set.
It is known that in existing mobile terminal, incompatible between WLAN and mobile network, namely only allow a kind of network state to use at synchronization, if user wants to use another kind of network must carry out manual switching. Thus, in order to it can coexist, we modify firstly the need of by the network concurrent logical relation between two networks, namely delete the mutual exclusion logical relation (being deleted by the correlative code of mutual exclusion logical relation between WLAN and mobile network) between WLAN and mobile network. Further, it is known that WLAN and mobile network individually control on an off, it is independent of each other each other, thus after the logical relation that have modified between two networks, as long as open the switch of two networks simultaneously, open while can be achieved with two networks.
Certainly, the logical relation that only have modified between two networks can not realize purpose, in addition it is also necessary to the information in current routing table is carried out adaptive amendment. Specifically include: the newly-increased default route entry information based on mobile network in current routing table, and delete in current routing table the first via of mobile network by items for information, so, the newly-increased default route entry information of mobile terminal and the secondary route items for information of WLAN are collectively forming default routing table. Further, preset route entry information to include: mobile network's link device title and the corresponding network address; Secondary route items for information includes: wireless local area network link device name and the corresponding network address. In a specific embodiment, it is understood that, owing to the custom service of China Mobile network is all walk 10.0.0.172 proxy server, still set up this mobile network's custom route with this, the network address of above-mentioned mobile network is set as 10.0.0.172, so, when mobile terminal receives the request of mobile network's custom service, can be achieved with the transmission/reception of data service. In other embodiments, mobile terminal can adjust the network address in this default route entry information automatically according to the type of mobile service provider.
Based on above description, in step slo, open in the WLAN of mobile terminal and the process of mobile network simultaneously, specifically include: if connect mobile network when opening WLAN, the newly-increased default route entry information based on mobile network in current routing table, and delete the first via of mobile network in current routing table and be collectively forming default routing table by items for information, the default route bar road information of mobile network and the secondary route items for information of WLAN; If connect WLAN when opening mobile network, the newly-increased default route entry information based on mobile network in current routing table, and delete the first via of mobile network in current routing table and be collectively forming default routing table by items for information, the default route bar road information of mobile network and the secondary route items for information of WLAN. Can be seen that, in this step, being simultaneously connected with of another network is realized whether based on mobile terminal being first connected to when WLAN is still first connected to mobile network, it is required for deleting in current routing table the first via of mobile network by items for information, add the custom route (i.e. above-mentioned default route entry information) based on mobile network, to realize the automatic switchover between two networks simultaneously.
Furthermore, in step s 30, monitor whether current network request is the request of mobile network's custom service further, specifically include: monitor whether current network request is the request of mobile network's custom service according to all route entry information included in default routing table. More particularly, when mobile terminal needs send or receive data service, by the original address of the data service that described mobile terminal receives, or the destination address of data service sent by described mobile terminal mates with the default route entry information in described default routing table or secondary route items for information, thus judging whether current network request is the request of mobile network's custom service. If the original address of the data service received have matched with the network address in default route entry information, then illustrate that this data service is for mobile network's custom service, namely this network request is asked for mobile network's custom service, otherwise, it is considered as general online request, uses WLAN to send/receive this data service. In step s 40, mobile network is used to send/receive data service and specifically include: to send/receive data service according to default route entry information based on mobile network in default routing table. Specifically, when mobile terminal sends/receives mobile network's custom service, then can pass through this default routing table information from mobile network's link, send/receive this request, thus forming the passage of the WLAN data service relevant with mobile network's concurrent processing.
In a specific embodiment, with mobile terminal be Android mobile phone, above-mentioned mobile network is for 3G (3rd-Generation, G mobile communication) network is example, WLAN provided by the invention and mobile network's concurrent method is described in detail:
Based on above description, in order to realize purpose, first the mutual exclusion logical relation between WLAN and 3G network is deleted by we; Subsequently current routing table is modified, specifically includes:
Assume: this Android mobile phone includes in wireless local routing table information off the net, the network segment: 192.168.199.0/24, device name: devwlan0; This Android mobile phone routing table information under 3G network includes, the network address and port information: 10.30.189.208/30, device name: rmnet_data0;
Then concurrent in order to realize WLAN and 3G network in this Android mobile phone, above-mentioned routing table is modified as described above rule and carries out the correspondingly default routing table of amendment generation by us, then the default routing table obtained after amendment includes:
1). the network address and port information: 10.0.0.172/80, device name: rmnet_data0;
2). the network segment: 192.168.199.0/24, device name: devwlan0.
The process revised from above routing table information it may be seen that, our newly-increased default route entry information based on mobile network in current routing table after the modification, namely to be 10.0.0.172, port be in the network address 80 default route entry information, the secondary route items for information that itself and the network segment are 192.168.199.0/24 is collectively forming default routing table. So, when this Android mobile phone judges whether to send/receive data service, if destination address or original address are 10.0.0.172, mobile network is then used to send/receive this data service, otherwise, all pass through network segment 192.168.199.0/24 (WLAN) and send/receive this data service, carry out common Internet data business.
Certainly, in the present embodiment, above-mentioned network address 10.0.0.172/80 and network segment 192.168.199.0/24 is only an example, in other embodiments, it can adjust the network address in this default route entry information according to the type of mobile service provider and the network segment according to current wireless Local Area Network adapts to voluntarily automatically. Additionally, in other embodiments, above-mentioned mobile network can also be 2G (2-Generationwirelesstelephonetechnology, second filial generation mobile communication technical specification) network, 4G (the4thGenerationmobilecommunicationtechnology, forth generation mobile communication technology) network etc. Above-mentioned mobile terminal can be the smart mobile phone etc. installing any system.
Above-mentioned embodiment is improved, obtains another embodiment, as in figure 2 it is shown, in the present embodiment, specifically include: S10 opens WLAN and the mobile network of mobile terminal simultaneously; S20 monitors whether mobile terminal sends/receive data service request, if so, jumps to step S30; If it is not, continue to monitor; S30 monitors whether current network request is the request of mobile network's custom service further; If so, step S40 is jumped to; If it is not, jump to step S50; S40 uses mobile network to send/receive data service; Now, this data service is essentially mobile network's custom service. S50 uses WLAN to send/receive data service; S60 deletes and presets route entry information of presetting in routing table, to close mobile network; Or, delete and preset route entry information of presetting in routing table, recover to preset the route entry information of mobile network in routing table, to close WLAN simultaneously.
Specifically, in the technical program, if mobile terminal is currently at the situation that dual network runs simultaneously, if then to close WLAN, the default route entry information (the mobile network's custom route namely added before) that the first via of mobile network that only need to recover to delete before is added before being deleted in default routing table by items for information simultaneously so that mobile terminal runs in normal mobile network. Further, now, if mobile terminal to close mobile network, then it is properly functioning in a wireless local area network that the default route entry information added between directly deleting in default routing table can recover mobile terminal.
As it is shown on figure 3, the present invention additionally provides a kind of WLAN and the concurrent mobile terminal 100 of mobile network, specifically, include at this mobile terminal: for opening the management module 110 of WLAN and mobile network simultaneously; The first monitoring module 120 of data service request whether is sent/receives for monitoring mobile terminal; For monitoring whether current network request is that module 130 is monitored in the second of mobile network's custom service request further; And send/receive data service for controlling mobile network or control WLAN and send/receive the control module 140 of data service, wherein, first monitors module 120 is connected with management module 110, second monitors module 130 is connected with the first monitoring module 120, controls module 140 and is connected with the second monitoring module 130. In the course of the work, after management module 110 opens two networks of mobile terminal 100, then the first monitoring module 120 starts the state of mobile terminal 100 is monitored immediately, when the request to send signal listening to transmission/reception data service monitors module 130 to second; Then the second monitoring module 130 begins listening for whether the network request in this data service request is the request of mobile network's custom service immediately, if, then control module 140 to control mobile network and send/receive this data service, otherwise, control module 140 to control WLAN and send/receive data service.
Furthermore, include in this management module 110, logical relation amending unit, routing iinformation adjustment unit and switch element, wherein logical relation amending unit is modified for the network concurrent logical relation revised between two networks, namely deletes the mutual exclusion logical relation between WLAN and mobile network. Routing iinformation adjustment unit is for carrying out adaptive amendment to the information in current routing table. Switch element is for individually controlling the on an off of WLAN and mobile network.
Furthermore, the newly-increased default route entry information based on mobile network in above-mentioned routing iinformation adjustment unit current routing table, and delete in current routing table that the first via of mobile network is by items for information, the secondary route items for information of this default route entry information and WLAN forms default routing table. Further, preset route entry information to include: mobile network's link device title and the corresponding network address; Secondary route items for information includes: wireless local area network link device name and the corresponding network address. In a specific embodiment, it is understood that, owing to the custom service of mobile network is all walk 10.0.0.172 proxy server, still set up this mobile network's custom route with this, the network address of above-mentioned mobile network is set as 10.0.0.172, so, when mobile terminal receives the request of mobile network's custom service, can be achieved with the transmission/reception of data service.
It should be noted that, above-described embodiment all can independent assortment as required. The above is only the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, under the premise without departing from the principles of the invention; can also making some improvements and modifications, these improvements and modifications also should be regarded as protection scope of the present invention.
Claims (10)
1. the WLAN based on mobile terminal and mobile network's concurrent method, it is characterised in that described concurrent method specifically includes:
S10 opens WLAN and the mobile network of described mobile terminal simultaneously;
S20 monitors whether described mobile terminal sends/receive data service request, if so, jumps to step S30; If it is not, continue to monitor;
S30 monitors whether current network request is the request of mobile network's custom service further; If so, step S40 is jumped to; If it is not, jump to step S50;
S40 uses described mobile network to send/receive described data service;
S50 uses described WLAN to send/receive described data service.
2. WLAN as claimed in claim 1 and mobile network's concurrent method, it is characterised in that further comprising the steps of before step S10:
Logical relation between described WLAN and described mobile network is set;
Amendment current routing table information.
3. WLAN as claimed in claim 2 and mobile network's concurrent method, it is characterised in that the described logical relation arranged between described WLAN and described mobile network specifically includes:
Delete the mutual exclusion logical relation of described WLAN and described mobile network.
4. WLAN as claimed in claim 2 and mobile network's concurrent method, it is characterised in that amendment current routing table information specifically includes:
The newly-increased default route entry information based on described mobile network in current routing table, and the first via deleting mobile network described in current routing table is collectively forming default routing table by items for information, the default route bar road information of described mobile network and the secondary route items for information of described WLAN;
Described default route entry information includes: mobile network's link device title and the corresponding network address;
Described secondary route items for information includes: wireless local area network link device name and the corresponding network address.
5. WLAN as claimed in claim 4 and mobile network's concurrent method, it is characterised in that the network address of described mobile network is 10.0.0.172.
6. WLAN as claimed in claim 4 and mobile network's concurrent method, it is characterised in that in step slo, simultaneously open WLAN and the mobile network of described mobile terminal; Specifically include:
If connect mobile network when opening WLAN, the then newly-increased default route entry information based on described mobile network in current routing table, and the first via deleting mobile network described in current routing table is collectively forming default routing table by items for information, the default route bar road information of described mobile network and the secondary route items for information of described WLAN;
If connect WLAN when opening mobile network, the then newly-increased default route entry information based on described mobile network in current routing table, and the first via deleting mobile network described in current routing table is collectively forming default routing table by items for information, the default route bar road information of described mobile network and the secondary route items for information of described WLAN.
7. WLAN as claimed in claim 4 and mobile network's concurrent method, it is characterised in that in step s 30, monitors whether current network request is the request of mobile network's custom service further, specifically includes:
By the original address of the data service that described mobile terminal receives, or the destination address of data service sent by described mobile terminal mates with the default route entry information in described default routing table or secondary route items for information, thus judging whether current network request is the request of mobile network's custom service.
8. WLAN as claimed in claim 4 and mobile network's concurrent method, it is characterised in that in step s 40, use described mobile network to send/receive described data service and specifically include:
Send/receive described data service according to default route entry information based on described mobile network in default routing table.
9. WLAN as described in claim 4-8 any one and mobile network's concurrent method, it is characterised in that further comprising the steps of after step S50:
S60 deletes route entry information of presetting described in described default routing table, to close described mobile network; Or, delete route entry information of presetting described in described default routing table, in the default routing table of recovery simultaneously, the first via of mobile network is by items for information, to close described WLAN.
10. a WLAN and the concurrent mobile terminal of mobile network, it is characterised in that described mobile terminal includes:
For opening the management module of WLAN and mobile network simultaneously;
The first monitoring module of data service request whether is sent/receives for monitoring described mobile terminal;
For monitoring whether current network request is that module is monitored in the second of mobile network's custom service request further;
Send/receive described data service for controlling described mobile network or control described WLAN and send/receive the control module of described data service;
Wherein, first monitors module is connected with management module, and second monitors module is connected with the first monitoring module, and control module is monitored module with second and is connected.
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| CN115296951A (en) * | 2022-07-05 | 2022-11-04 | 青岛海信移动通信技术股份有限公司 | Data packet sending method, device, equipment and medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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Application publication date: 20160601 |