CN105163359A - Network mode switching method and mobile communication terminal - Google Patents
Network mode switching method and mobile communication terminal Download PDFInfo
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- CN105163359A CN105163359A CN201510604206.XA CN201510604206A CN105163359A CN 105163359 A CN105163359 A CN 105163359A CN 201510604206 A CN201510604206 A CN 201510604206A CN 105163359 A CN105163359 A CN 105163359A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W36/00—Hand-off or reselection arrangements
- H04W36/14—Reselecting a network or an air interface
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
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Abstract
The invention provides a network mode switching method and a mobile communication terminal. The mobile communication terminal has a first network mode and a second network mode. The method comprises: determining a current network mode of the mobile communication terminal, and obtaining a first determination result; responding to the first determination result to indicate that the current network mode of the mobile communication terminal is the first network mode, determining whether the state or the current data service of the mobile communication terminal meets a first preset condition, and obtaining a second determination result; and responding to the second determination result to indicate that the state or the current data service of the mobile communication terminal meets the first preset condition, and switching the current network mode of the mobile communication terminal to the second network mode.
Description
Technical field
The present invention relates to the field of electronic equipment, more specifically, the present invention relates to network mode switching method and mobile communication terminal.
Background technology
At present, there is the 4G mobile communication terminal based on different schemes (e.g., CSFB scheme, SGLTE scheme etc.).
In the mobile terminal adopting CSFB scheme, data service uses LTE passage, and language service falls back to 2G/3G passage and carries out.Like this when mobile phone is paged under LTE pattern, a process falling back to 2G/3G that mobile phone is many, causes the other side's waits for too long.Such as, find at UNICOM's network test, mobile phone is paged under LTE pattern, and after needing for 7 ~ 8 seconds, mobile phone prompting bell sound just can ring; And mobile phone under 2G/3G after 2 ~ 3 seconds mobile phone prompting bell sound will ring.
In addition, in the mobile communication terminal adopting CSFB scheme, the network schemer of acquiescence is 4G network, causes higher power consumption.
In the mobile terminal adopting SGLTE scheme, PS (data service) territory is on protocol stack 1, and CS (speech business) territory is on protocol stack 2.When 4G is preferential, adopts two protocol stacks in the mobile terminal of SGLTE scheme to work simultaneously, two radio-frequency antennas will be made so simultaneously also to work.And 2G under 3G priority status, be all that a protocol stack and a radio-frequency antenna are in work.Under so just causing two states, stand-by power consumption has significant gap.
In addition, if not usage data business in some cases, mobile phone is preferential because preferred network is also configured to 4G, so mobile phone still resident 4GLTE network.Such as, when under mobile phone is in signal " almost " environment (such as: in subway, drive in, the weak area of coverage in base station etc.) or 3G and 4G network reselection region or start etc. situation under, search net/in network process at every turn, mobile phone also can first search 4G network, scanning 4G frequency range, final resident 4G network.This causes more 4G to search net/frequency sweep time and Geng Duo power consumption.
For this reason, expect to provide a kind of network mode switching method and mobile communication terminal, it according to the concrete condition automatically switching network pattern of the state of mobile communication terminal or data service, thus can reduce power consumption, and improves the experience of user.
Summary of the invention
According to the embodiment of the present invention, provide a kind of network mode switching method, be applied in mobile communication terminal, described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption, and described method comprises:
Determine the current network pattern of described mobile communication terminal, obtain the first determination result;
The current network pattern indicating described mobile communication terminal in response to described first determination result is first network pattern, determines the state of described mobile communication terminal or current data service whether first predetermined condition, obtains the second determination result; And
Indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern.
Preferably, described method also comprises:
Determine the preferred network pattern of described mobile communication terminal, obtain the 3rd determination result;
Indicate the preferred network pattern of described mobile communication terminal to be first network pattern in response to described 3rd determination result, determine the current network pattern of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine whether the data service of described mobile communication terminal is set to close;
When the data service of described mobile communication terminal is set to close, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine whether described mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network);
When described mobile communication terminal is connected to network by WLAN (wireless local area network), determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine current time;
When current time was in the time period pre-set, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Detect described mobile communication terminal whether to be operated;
When described mobile communication terminal is not by operation, determine the state first predetermined condition of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Detect described mobile communication terminal and whether produce data service flow within a predetermined period of time;
When described mobile communication terminal does not produce data service flow within a predetermined period of time, determine the state first predetermined condition of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Whether the vicinity utilizing sensing device to detect described mobile communication terminal exists user;
When there is not user near described mobile communication terminal, determine the state first predetermined condition of described mobile communication terminal.
Preferably, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Whether determine that described mobile communication terminal is current can usage data business;
When described mobile communication terminal can not usage data business time, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, when send to network side set up data service request and receive the permanent failure of instruction from network side time, determine that described mobile communication terminal can not usage data business; Or
When the data service of described mobile communication terminal is set to close, determine that described mobile communication terminal can not usage data business.
Preferably, described method also comprises:
When described mobile communication terminal can not usage data business time, the preferred network pattern of described mobile communication terminal is switched to second network pattern.
Preferably, described method also comprises:
The current network pattern indicating described mobile communication terminal in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result; And
In response to described 4th determination result instruction second predetermined condition, the current network pattern of described mobile communication terminal is switched to first network pattern.
Preferably, determine whether second predetermined condition also comprises for the current data service of described mobile communication terminal:
Determine whether the data service of described mobile communication terminal is set to open;
When the data service of described mobile communication terminal is set to open, determine the current data service second predetermined condition of described mobile communication terminal.
Preferably, determine whether second predetermined condition also comprises for the current data service of described mobile communication terminal:
Determine whether described mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network);
When described mobile communication terminal is not connected to network by WLAN (wireless local area network), determine the current data service second predetermined condition of described mobile communication terminal.
According to another embodiment of the present invention, provide a kind of mobile communication terminal, comprising:
Communication unit, has first network pattern and second network pattern, and described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption;
Pattern determining unit, be configured to the current network pattern determining described communication unit, obtain the first determination result, and indicate the current network pattern of described communication unit to be first network pattern in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result; And
Switch unit, is configured to indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described communication unit is switched to second network pattern.
Preferably, described pattern determining unit is further configured to:
Determine the preferred network pattern of described communication unit, obtain the 3rd determination result;
Indicate the preferred network pattern of described communication unit to be first network pattern in response to described 3rd determination result, determine the current network pattern of described communication unit.
Preferably, described pattern determining unit is further configured to:
Determine whether the data service of described communication unit is set to close;
When the data service of described communication unit is set to close, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Determine whether described communication unit is connected to external network to carry out data service by WLAN (wireless local area network);
When described communication unit is connected to network by WLAN (wireless local area network), determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Determine current time;
When current time was in the time period pre-set, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Detect described mobile communication terminal whether to be operated;
When described mobile communication terminal is not by operation, determine the state first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Detect described mobile communication terminal and whether produce data service flow within a predetermined period of time;
When described mobile communication terminal does not produce data service flow within a predetermined period of time, determine the state first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Whether the vicinity utilizing sensing device to detect described mobile communication terminal exists user;
When there is not user near described mobile communication terminal, determine the state first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Whether determine that described communication unit is current can usage data business;
When described communication unit can not usage data business time, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
When described communication unit to network side send set up data service request and receive the permanent failure of instruction from network side time, determine that described communication unit can not usage data business; Or
When the data service of described communication unit is set to close, determine that described communication unit can not usage data business.
Preferably, described switch unit is further configured to:
When described communication unit can not usage data business time, the preferred network pattern of described communication unit is switched to second network pattern.
Preferably, described pattern determining unit is further configured to:
The current network pattern indicating described communication unit in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result; And
Described switch unit is further configured to:
In response to described 4th determination result instruction second predetermined condition, the current network pattern of described communication unit is switched to first network pattern.
Preferably, described pattern determining unit is further configured to:
Determine whether the data service of described communication unit is set to open;
When the data service of described communication unit is set to open, determine the current data service second predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit is further configured to:
Determine whether described communication unit is connected to external network to carry out data service by WLAN (wireless local area network);
When described communication unit is not connected to network by WLAN (wireless local area network), determine the current data service second predetermined condition of described mobile communication terminal.
Therefore, according to network mode switching method and the mobile communication terminal of the embodiment of the present invention, according to the concrete condition automatically switching network pattern of the state of mobile communication terminal or data service, thus can reduce power consumption, and improve the experience of user.
Accompanying drawing explanation
Fig. 1 is the flow chart of the network mode switching method illustrated according to a first embodiment of the present invention;
Fig. 2 is the flow chart of the network mode switching method illustrated according to a second embodiment of the present invention;
Fig. 3 is the flow chart of the network mode switching method illustrated according to a third embodiment of the present invention;
Fig. 4 is the flow chart of the network mode switching method illustrated according to a fourth embodiment of the present invention;
Fig. 5 is the functional configuration block diagram of the mobile communication terminal illustrated according to a sixth embodiment of the present invention.
Embodiment
Below, describe in detail according to the network mode switching method of the embodiment of the present invention and mobile communication terminal with reference to accompanying drawing.Network mode switching method according to the embodiment of the present invention is applied in mobile communication terminal.Described mobile communication terminal can be any mobile communication terminal, as long as this mobile communication terminal has communication unit, and described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.Such as, this mobile communication terminal can be smart mobile phone, panel computer etc.In the present embodiment, will be that smart mobile phone is described for electronic equipment.
In an embodiment of the present invention, according to current technical development, first network pattern can be such as 4G network schemer, and second network pattern can be 3G/2G network schemer.But it should be noted that the division of such network schemer is not restrictive, along with the development of technology, first network pattern can be such as 5G or other more advanced network schemer, and second network pattern can be 4G/3G/2G network schemer etc.
< first embodiment >
Below, with reference to Fig. 1 description network mode switching method according to a first embodiment of the present invention.Described network mode switching method is applied in mobile communication terminal, described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
As shown in Figure 1, described network mode switching method 100 comprises:
Step S101: the current network pattern determining described mobile communication terminal, obtains the first determination result;
Step S102: indicate the current network pattern of described mobile communication terminal to be first network pattern in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result; And
Step S103: indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern.
Particularly, in step S101, first determine the current network pattern of described mobile communication terminal, obtain the first determination result.Namely, determine described mobile communication terminal current be first network pattern or second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
Then, in step s 102, the current network pattern indicating described mobile communication terminal in response to described first determination result is first network pattern, determines the state of described mobile communication terminal or current data service whether first predetermined condition, obtains the second determination result.
That is, according to the determination result obtained in step S101, if determine that the current network pattern of described mobile communication terminal is first network pattern, then continue to determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result.
Finally, in step s 103, indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern.
That is, in step s 103, if determine the state of described mobile communication terminal or current data service first predetermined condition, the current network pattern of described mobile communication terminal is switched to second network pattern.
Therefore, when state or the current data service first predetermined condition of described mobile communication terminal, can by the current network pattern of described mobile communication terminal (namely, first network pattern) be switched to second network pattern, thus can operate with the second network pattern of lower power consumption, thus save power.
< second embodiment >
Below, with reference to Fig. 2 description network mode switching method according to a second embodiment of the present invention.Described network mode switching method is applied in mobile communication terminal, described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
As shown in Figure 2, described network mode switching method 200 comprises:
Step S201: the preferred network pattern determining described mobile communication terminal, obtains the 3rd determination result;
Step S202: indicate the preferred network pattern of described mobile communication terminal to be first network pattern in response to described 3rd determination result, determine the current network pattern of described mobile communication terminal, obtain the first determination result;
Step S203: indicate the current network pattern of described mobile communication terminal to be first network pattern in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result; And
Step S204: indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern.
Particularly, with the mode switching method of the first embodiment unlike, in step s 201, first first determine whether the preferred network pattern of described mobile communication terminal is first network pattern, and obtain the 3rd determination result.
That is, whether the acquiescence preferred network pattern first determining to pre-set in mobile communication terminal is first network pattern.As well known to the skilled person, when mobile communication terminal when startup, the preferred network pattern that first search is pre-set.Usually, the network schemer that preferred network pattern is senior (advanced person) is given tacit consent to.Such as, when supporting 4G, 3G and 2G network schemer, acquiescence preferred network pattern is 4G network schemer.When supporting 3G and 2G network schemer, acquiescence preferred network pattern is 3G network pattern.
In some cases, be rudimentary network schemer if user arranges preferred network pattern and forgot that setting was gone back, then user may be caused cannot to use high-level network pattern.
Therefore, in a second embodiment, by first checking the preferred network pattern of described mobile communication terminal, when the preferred network pattern of mobile communication terminal is not first network pattern, the frequency range of first network pattern can not be scanned, thus save unnecessary first network pattern search the time in net that net/frequency sweep etc. takies, promote the speed and stability of staying net.
Then, in step S202, indicate the preferred network pattern of described mobile communication terminal to be first network pattern in response to described 3rd determination result, determine the current network pattern of described mobile communication terminal, obtain the first determination result.Namely, determine described mobile communication terminal current be first network pattern or second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
Then, in step S203, the current network pattern indicating described mobile communication terminal in response to described first determination result is first network pattern, determines the state of described mobile communication terminal or current data service whether first predetermined condition, obtains the second determination result.
That is, in step S203, according to the determination result obtained in step S202, if determine that the current network pattern of described mobile communication terminal is first network pattern, then continue to determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result.
Particularly, in one embodiment, suppose that mobile communication terminal adopts CSFB scheme.That is, data service uses LTE passage, and speech business is fallen back to 2G/3G passage and carried out.
In this embodiment, determine that state or the current data service first predetermined condition of described mobile communication terminal can comprise:
Determine whether the data service of described mobile communication terminal is set to close;
When the data service of described mobile communication terminal is set to close, determine the current data service first predetermined condition of described mobile communication terminal.
That is, in this embodiment, when determining that the data service of mobile communication terminal is set to close, can determine that first network pattern is dispensable.Because the advantage of first network pattern (such as, 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when the data service of mobile communication terminal is set to close, this shows that user only wishes to use the speech business of mobile communication terminal.Now, second network pattern is enough, and power consumption is lower.
In this case, the current data service first predetermined condition of described mobile communication terminal can be determined.Then, in step S204, the current network pattern of described mobile communication terminal can be switched to second network pattern.
Alternately, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine whether described mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network);
When described mobile communication terminal is connected to network by WLAN (wireless local area network), determine the current data service first predetermined condition of described mobile communication terminal.
That is, in this embodiment, when determining that mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network) (e.g., WiFi, hot spot networks etc.), can determine that first network pattern is dispensable.Because first network pattern (such as, advantage 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when mobile communication terminal can pass through WLAN (wireless local area network) (as, WiFi, hot spot networks etc.) when being connected to external network and not needing to use the first network pattern (such as, 4G) of mobile communication terminal itself to carry out data service, now can the speech business of only use mobile communication terminal.Now, second network pattern is enough, and power consumption is lower.
In this case, the current data service first predetermined condition of described mobile communication terminal can be determined.Then, in step S204, the current network pattern of described mobile communication terminal can be switched to second network pattern.
Therefore, in this embodiment, when judging that data service is closed or uses the network of such as WiFi etc. to carry out data service, mobile communication terminal automatic fall-back can be allowed to 2G/3G network (second network pattern), thus under greatly shortening CSFB scheme LTE mobile communication terminal answer the time delay with outbound calling.
In another embodiment, suppose that mobile communication terminal adopts SGLTE scheme.In this technical scheme, arranging under the preferential state of 4G, and the mobile communication terminal of SGLTE pattern has two protocol stacks works simultaneously, two radio-frequency antennas will be made so simultaneously also to work.On the other hand, and 2G under the preferential state of 3G, be all that a protocol stack and a radio-frequency antenna are in work.Under so just causing two states, stand-by power consumption has significance difference distance.Such as, mobile communication terminal places time in the evening, and under 4G state, average current will exceed about 3.8mA than under 2G/3G state, and this produces a very large impact stand-by time.
Therefore, in this embodiment, determine that state or the current data service first predetermined condition of described mobile communication terminal can also comprise:
Determine current time;
When current time was in the time period pre-set, determine the current data service first predetermined condition of described mobile communication terminal.
That is, when determining that the preferred network pattern of mobile communication terminal is set to first network pattern (such as, 4G) in step s 201, the predetermined amount of time of similar quarter-bell can be set, at such as 0 o'clock to 7 o'clock.
If current time is in this time period, suppose that user is in resting state, now can determine that first network pattern is dispensable.Because the advantage of first network pattern (such as, 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when user is in resting state, does not need to use data service at a high speed.Now, second network pattern is enough, and power consumption is lower.
In this case, the current data service first predetermined condition of described mobile communication terminal can be determined.Then, in step S204, the current network pattern of described mobile communication terminal can be switched to second network pattern.
Further or alternately, determine that the state of described mobile communication terminal or current data service first predetermined condition also comprise:
Detect described mobile communication terminal whether to be operated;
When described mobile communication terminal is not by operation, determine the state first predetermined condition of described mobile communication terminal.
That is, in this embodiment, when determining mobile communication terminal not by operation, can think that the current mobile communication terminal that do not use of user carries out data service, therefore determining that first network pattern is dispensable.Because the advantage of first network pattern (such as, 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when mobile communication terminal is not by operation, this shows that user only wishes to use the speech business of mobile communication terminal.Now, second network pattern is enough, and power consumption is lower.
Further or alternately, determine that the state of described mobile communication terminal or current data service first predetermined condition also comprise:
Whether the display unit detecting described mobile communication terminal is not lighted;
When the display unit of described mobile communication terminal is not lighted, determine the state first predetermined condition of described mobile communication terminal.
That is, in this embodiment, when determining that the display unit of mobile communication terminal is not lighted, can think that the current mobile communication terminal that do not use of user carries out data service, therefore determining that first network pattern is dispensable.Because the advantage of first network pattern (such as, 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when mobile communication terminal is not by operation, this shows that user only wishes to use the speech business of mobile communication terminal.Now, second network pattern is enough, and power consumption is lower.
Further or alternately, determine that the state of described mobile communication terminal or current data service first predetermined condition also comprise:
Detect described mobile communication terminal and whether produce data service flow within a predetermined period of time;
When described mobile communication terminal does not produce data service flow within a predetermined period of time, determine the state first predetermined condition of described mobile communication terminal.
That is, in this embodiment, when determining that mobile communication terminal does not produce data service flow within a predetermined period of time, can think that the current mobile communication terminal that do not use of user carries out data service, therefore determining that first network pattern is dispensable.Because first network pattern (such as, advantage 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when mobile communication terminal does not produce data service flow within a predetermined period of time, this shows that user only wishes to use the speech business of mobile communication terminal.Now, second network pattern is enough, and power consumption is lower.
Further or alternately, determine that the state of described mobile communication terminal or current data service first predetermined condition also comprise:
Whether the vicinity utilizing sensing device to detect described mobile communication terminal exists user;
When there is not user near described mobile communication terminal, determine the state first predetermined condition of described mobile communication terminal.
That is, in this embodiment, detect when to there is not user near described mobile communication terminal when utilizing sensing device, can think that user is current away from mobile communication terminal, therefore mobile communication terminal must do not used to carry out data service, therefore determine that first network pattern is dispensable.Because the advantage of first network pattern (such as, 4G) is data service at a high speed, shortcoming is that power consumption is higher, so when mobile communication terminal is not by operation, this shows that user only wishes to use the speech business of mobile communication terminal.Now, second network pattern is enough, and power consumption is lower.
In this case, the current data service first predetermined condition of described mobile communication terminal can be determined.Then, in step S204, the current network pattern of described mobile communication terminal can be switched to second network pattern.
Therefore, by presetting the first different predetermined conditions, when state or the current data service first predetermined condition of described mobile communication terminal, can by the current network pattern of described mobile communication terminal (namely, first network pattern) be switched to second network pattern, thus can operate with the second network pattern of lower power consumption, thus save power.
< the 3rd embodiment >
Below, with reference to Fig. 3 description network mode switching method according to a third embodiment of the present invention.Described network mode switching method is applied in mobile communication terminal, described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
As shown in Figure 3, described network mode switching method 300 comprises:
Step S301: the preferred network pattern determining described mobile communication terminal, obtains the 3rd determination result;
Step S302: indicate the preferred network pattern of described mobile communication terminal to be first network pattern in response to described 3rd determination result, determine the current network pattern of described mobile communication terminal, obtain the first determination result;
Step S303: indicate the current network pattern of described mobile communication terminal to be first network pattern in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result; And
Step S304: indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the preferred network pattern of described mobile communication terminal is switched to second network pattern.
Particularly, with the mode switching method of the second embodiment unlike, in step s 304, indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the preferred network pattern of described mobile communication terminal is switched to second network pattern.
That is, in step S303, the current network pattern indicating described mobile communication terminal in response to described first determination result is first network pattern, determines the state of described mobile communication terminal or current data service whether first predetermined condition, obtains the second determination result.
Particularly, determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Whether determine that described mobile communication terminal is current can usage data business;
When described mobile communication terminal can not usage data business time, determine the current data service first predetermined condition of described mobile communication terminal.
Such as, in one embodiment, can work as to network side send set up data service request and from network side receive instruction permanent failure time, determine that described mobile communication terminal can not usage data business.That is, PDP activation request can be initiated to network side in mobile communication equipment side, if network side is refused, and this reason for rejection be permanent error (such as, the reason that described permanent failed reason is determined based on 3GPP protocol specification), then mobile communication equipment side does not need again to attempt initiating PDP request.Permanent failed reason so such as comprises that arrearage, expense are expired, network is not supported etc.
In another embodiment, when the data service of described mobile communication terminal is set to close, can determine that described mobile communication terminal can not usage data business.Such as, be preset as when the data service of mobile communication terminal is dispatched from the factory and close or once closed by user, now can determine that described mobile communication terminal can not usage data business.
Therefore, under these circumstances, if continue the preferred network pattern of mobile communication equipment to be set to first network pattern (such as, 4G), then search net/in network process, mobile communication equipment also can first search 4G network at every turn, scanning 4G frequency range, final resident 4G network.If accurately can judge that user whether can usage data business, under user does not possess usage data professional ability situation, can be by preferred network pattern second network pattern (such as, 2G/3G) preferential, now can save unnecessary 4G and search the time in net that net/frequency sweep etc. takies, promoting the speed and stability of staying net, is the optimum pattern in net of user's Intelligent Matching.
In this case, in step s 304, the state of described mobile communication terminal or current data service first predetermined condition can be indicated in response to described second determination result, the preferred network pattern of described mobile communication terminal is switched to second network pattern.
That is, in step s 304, if determine the state of described mobile communication terminal or current data service first predetermined condition, the preferred network pattern of described mobile communication terminal is switched to second network pattern.
Subsequently, when user data service can be used, also the preferred network pattern of described mobile communication terminal can be switched to first network pattern, make user to use high-speed data service.
Therefore, when state or the current data service first predetermined condition of described mobile communication terminal, can by the preferred network pattern of described mobile communication terminal (namely, first network pattern) be switched to second network pattern, thus unnecessary 4G can be saved search the time in net that net/frequency sweep etc. takies, promote the speed and stability of staying net, and save power.
< the 4th embodiment >
Below, with reference to Fig. 4 description network mode switching method according to a fourth embodiment of the present invention.Described network mode switching method is applied in mobile communication terminal, described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
As shown in Figure 4, described network mode switching method 400 comprises:
Step S401: the current network pattern determining described mobile communication terminal, obtains the first determination result;
Step S402: indicate the current network pattern of described mobile communication terminal to be first network pattern in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result;
Step S403: indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern;
Step S404: the current network pattern indicating described mobile communication terminal in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result; And
Step S405: in response to described 4th determination result instruction second predetermined condition, the current network pattern of described mobile communication terminal is switched to first network pattern.
Particularly, in step S401, first determine the current network pattern of described mobile communication terminal, obtain the first determination result.Namely, determine described mobile communication terminal current be first network pattern or second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.
Then, in step S402, the current network pattern indicating described mobile communication terminal in response to described first determination result is first network pattern, determines the state of described mobile communication terminal or current data service whether first predetermined condition, obtains the second determination result.
That is, according to the determination result obtained in step S401, if determine that the current network pattern of described mobile communication terminal is first network pattern, then continue to determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result.
Then, in step S403, indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern.
That is, in step S403, if determine the state of described mobile communication terminal or current data service first predetermined condition, the current network pattern of described mobile communication terminal is switched to second network pattern.
Then, in step s 404, the current network pattern indicating described mobile communication terminal in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result.
That is, in step s 404, when current network pattern is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtain the 4th determination result.
Particularly, in one embodiment, determine whether second predetermined condition can also comprise for the current data service of described mobile communication terminal:
Determine whether the data service of described mobile communication terminal is set to open;
When the data service of described mobile communication terminal is set to open, determine the current data service second predetermined condition of described mobile communication terminal.
Alternately, determine whether second predetermined condition also comprises for the current data service of described mobile communication terminal:
Determine whether described mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network);
When described mobile communication terminal is not connected to network by WLAN (wireless local area network), determine the current data service second predetermined condition of described mobile communication terminal.
That is, if detect that the data service of mobile communication terminal is set to open or be not connected to network by WLAN (wireless local area network), then the current data service second predetermined condition of described mobile communication terminal is determined.
Therefore, in step S405, in response to described 4th determination result instruction second predetermined condition, the current network pattern of described mobile communication terminal is switched to first network pattern.
That is, if the current data service second predetermined condition of described mobile communication terminal, then the current network pattern of described mobile communication terminal can be switched to first network pattern, to use data service at a high speed.
Therefore, according to the method for the present embodiment, when state or the current data service first predetermined condition of described mobile communication terminal, can by the current network pattern of described mobile communication terminal (namely, first network pattern) be switched to second network pattern, thus can operate with the second network pattern of lower power consumption, thus save power.On the other hand, when the current data service second predetermined condition of described mobile communication terminal, the current network pattern of described mobile communication terminal can be switched to first network pattern, thus provide better experience to user.
< the 5th embodiment >
Below, the functional configuration block diagram of mobile communication terminal is according to a fifth embodiment of the present invention described with reference to Fig. 5.
Described mobile communication terminal can be any mobile communication terminal, as long as this mobile communication terminal has communication unit, and described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption.Such as, this mobile communication terminal can be smart mobile phone, panel computer etc.In the present embodiment, will be that smart mobile phone is described for electronic equipment.
Obviously, this mobile communication terminal can have the circuit unit of such as touch display screen, camera, microphone etc., does not illustrate at this.
Mobile communication terminal 500 according to a fifth embodiment of the present invention comprises:
Communication unit 501, there is first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption;
Pattern determining unit 502, be configured to the current network pattern determining described communication unit 501, obtain the first determination result, and indicate the current network pattern of described communication unit 501 to be first network patterns in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result; And
Switch unit 503, is configured to indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described communication unit 501 is switched to second network pattern.
Preferably, described pattern determining unit 502 is further configured to:
Determine the preferred network pattern of described communication unit 501, obtain the 3rd determination result;
Indicate the preferred network pattern of described communication unit 501 to be first network patterns in response to described 3rd determination result, determine the current network pattern of described communication unit 501.
Preferably, described pattern determining unit 502 is further configured to:
Determine whether the data service of described communication unit 501 is set to close;
When the data service of described communication unit 501 is set to close, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Determine whether described communication unit 501 is connected to external network to carry out data service by WLAN (wireless local area network);
When described communication unit 501 is connected to network by WLAN (wireless local area network), determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Determine current time;
When current time was in the time period pre-set, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Detect described mobile communication terminal whether to be operated;
When described mobile communication terminal is not by operation, determine the state first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Detect described mobile communication terminal and whether produce data service flow within a predetermined period of time;
When described mobile communication terminal does not produce data service flow within a predetermined period of time, determine the state first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Whether the vicinity utilizing sensing device to detect described mobile communication terminal exists user;
When there is not user near described mobile communication terminal, determine the state first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Whether determine that described communication unit 501 is current can usage data business;
When described communication unit 501 can not usage data business time, determine the current data service first predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
When described communication unit 501 to network side send set up data service request and receive the permanent failure of instruction from network side time, determine that described communication unit 501 can not usage data business; Or
When the data service of described communication unit 501 is set to close, determine that described communication unit 501 can not usage data business.
Preferably, described switch unit 503 is further configured to:
When described communication unit 501 can not usage data business time, the preferred network pattern of described communication unit 501 is switched to second network pattern.
Preferably, described pattern determining unit 502 is further configured to:
The current network pattern indicating described communication unit 501 in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result; And
Described switch unit 503 is further configured to:
In response to described 4th determination result instruction second predetermined condition, the current network pattern of described communication unit 501 is switched to first network pattern.
Preferably, described pattern determining unit 502 is further configured to:
Determine whether the data service of described communication unit 501 is set to open;
When the data service of described communication unit 501 is set to open, determine the current data service second predetermined condition of described mobile communication terminal.
Preferably, described pattern determining unit 502 is further configured to:
Determine whether described communication unit 501 is connected to external network to carry out data service by WLAN (wireless local area network);
When described communication unit 501 is not connected to network by WLAN (wireless local area network), determine the current data service second predetermined condition of described mobile communication terminal.
Therefore, according to the mobile communication terminal of the embodiment of the present invention, according to the concrete condition automatically switching network pattern of the state of mobile communication terminal or data service, thus can reduce power consumption, and improve the experience of user.
It should be noted that, its functional unit is illustrate only when illustrating the electronic equipment according to each embodiment, do not specifically describe the annexation of each functional unit, it will be understood by those skilled in the art that, each functional unit suitably can be connected by bus, internal connection line etc., and such connection is known to those skilled in the art.
It should be noted that, in this manual, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
Finally, also it should be noted that, above-mentioned a series of process not only comprises with the order described here temporally process that performs of sequence, and comprises process that is parallel or that perform respectively instead of in chronological order.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required hardware platform by software and realize, and can certainly all be implemented by hardware.Based on such understanding, what technical scheme of the present invention contributed to background technology can embody with the form of software product in whole or in part, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the present invention or embodiment.
Above to invention has been detailed introduction, applying specific case herein and setting forth principle of the present invention and execution mode, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (28)
1. a network mode switching method, be applied in mobile communication terminal, described mobile communication terminal has first network pattern and second network pattern, described first network pattern is used for carrying out high-speed data service and has the first power consumption, described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption, and described method comprises:
Determine the current network pattern of described mobile communication terminal, obtain the first determination result;
The current network pattern indicating described mobile communication terminal in response to described first determination result is first network pattern, determines the state of described mobile communication terminal or current data service whether first predetermined condition, obtains the second determination result; And
Indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described mobile communication terminal is switched to second network pattern.
2. the method for claim 1, also comprises:
Determine the preferred network pattern of described mobile communication terminal, obtain the 3rd determination result;
Indicate the preferred network pattern of described mobile communication terminal to be first network pattern in response to described 3rd determination result, determine the current network pattern of described mobile communication terminal.
3. the method for claim 1, wherein determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine whether the data service of described mobile communication terminal is set to close;
When the data service of described mobile communication terminal is set to close, determine the current data service first predetermined condition of described mobile communication terminal.
4. the method for claim 1, wherein determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine whether described mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network);
When described mobile communication terminal is connected to network by WLAN (wireless local area network), determine the current data service first predetermined condition of described mobile communication terminal.
5. the method for claim 1, wherein determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Determine current time;
When current time was in the time period pre-set, determine the current data service first predetermined condition of described mobile communication terminal.
6. the method for claim 1, wherein determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Detect described mobile communication terminal whether to be operated;
When described mobile communication terminal is not by operation, determine the state first predetermined condition of described mobile communication terminal.
7. the method for claim 1, wherein determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Detect described mobile communication terminal and whether produce data service flow within a predetermined period of time;
When described mobile communication terminal does not produce data service flow within a predetermined period of time, determine the state first predetermined condition of described mobile communication terminal.
8. the method for claim 1, wherein determine that state or the current data service first predetermined condition of described mobile communication terminal also comprise:
Whether the vicinity utilizing sensing device to detect described mobile communication terminal exists user;
When there is not user near described mobile communication terminal, determine the state first predetermined condition of described mobile communication terminal.
9. method as claimed in claim 2, wherein, determine that the state of described mobile communication terminal or current data service first predetermined condition also comprise:
Whether determine that described mobile communication terminal is current can usage data business;
When described mobile communication terminal can not usage data business time, determine the current data service first predetermined condition of described mobile communication terminal.
10. method as claimed in claim 9, wherein, when send to network side set up data service request and receive the permanent failure of instruction from network side time, determine that described mobile communication terminal can not usage data business; Or
When the data service of described mobile communication terminal is set to close, determine that described mobile communication terminal can not usage data business.
11. methods as claimed in claim 10, also comprise:
When described mobile communication terminal can not usage data business time, the preferred network pattern of described mobile communication terminal is switched to second network pattern.
12. methods as claimed in claim 2, also comprise:
The current network pattern indicating described mobile communication terminal in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result; And
In response to described 4th determination result instruction second predetermined condition, the current network pattern of described mobile communication terminal is switched to first network pattern.
13. methods as claimed in claim 12, wherein, determine whether second predetermined condition also comprises for the current data service of described mobile communication terminal:
Determine whether the data service of described mobile communication terminal is set to open;
When the data service of described mobile communication terminal is set to open, determine the current data service second predetermined condition of described mobile communication terminal.
14. methods as claimed in claim 12, wherein, determine whether second predetermined condition also comprises for the current data service of described mobile communication terminal:
Determine whether described mobile communication terminal is connected to external network to carry out data service by WLAN (wireless local area network);
When described mobile communication terminal is not connected to network by WLAN (wireless local area network), determine the current data service second predetermined condition of described mobile communication terminal.
15. 1 kinds of mobile communication terminals, comprising:
Communication unit, has first network pattern and second network pattern, and described first network pattern is used for carrying out high-speed data service and has the first power consumption, and described second network pattern is used for carrying out speech business and low-speed data service and has the second power consumption;
Pattern determining unit, be configured to the current network pattern determining described communication unit, obtain the first determination result, and indicate the current network pattern of described communication unit to be first network pattern in response to described first determination result, determine the state of described mobile communication terminal or current data service whether first predetermined condition, obtain the second determination result; And
Switch unit, is configured to indicate the state of described mobile communication terminal or current data service first predetermined condition in response to described second determination result, the current network pattern of described communication unit is switched to second network pattern.
16. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Determine the preferred network pattern of described communication unit, obtain the 3rd determination result;
Indicate the preferred network pattern of described communication unit to be first network pattern in response to described 3rd determination result, determine the current network pattern of described communication unit.
17. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Determine whether the data service of described communication unit is set to close;
When the data service of described communication unit is set to close, determine the current data service first predetermined condition of described mobile communication terminal.
18. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Determine whether described communication unit is connected to external network to carry out data service by WLAN (wireless local area network);
When described communication unit is connected to network by WLAN (wireless local area network), determine the current data service first predetermined condition of described mobile communication terminal.
19. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Determine current time;
When current time was in the time period pre-set, determine the current data service first predetermined condition of described mobile communication terminal.
20. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Detect described mobile communication terminal whether to be operated;
When described mobile communication terminal is not by operation, determine the state first predetermined condition of described mobile communication terminal.
21. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Detect described mobile communication terminal and whether produce data service flow within a predetermined period of time;
When described mobile communication terminal does not produce data service flow within a predetermined period of time, determine the state first predetermined condition of described mobile communication terminal.
22. mobile communication terminals as claimed in claim 15, wherein, described pattern determining unit is further configured to:
Whether the vicinity utilizing sensing device to detect described mobile communication terminal exists user;
When there is not user near described mobile communication terminal, determine the state first predetermined condition of described mobile communication terminal.
23. mobile communication terminals as claimed in claim 16, wherein, described pattern determining unit is further configured to:
Whether determine that described communication unit is current can usage data business;
When described communication unit can not usage data business time, determine the current data service first predetermined condition of described mobile communication terminal.
24. mobile communication terminals as claimed in claim 23, wherein, described pattern determining unit is further configured to:
When described communication unit to network side send set up data service request and receive the permanent failure of instruction from network side time, determine that described communication unit can not usage data business; Or
When the data service of described communication unit is set to close, determine that described communication unit can not usage data business.
25. mobile communication terminals as claimed in claim 24, wherein, described switch unit is further configured to:
When described communication unit can not usage data business time, the preferred network pattern of described communication unit is switched to second network pattern.
26. mobile communication terminals as claimed in claim 16, wherein, described pattern determining unit is further configured to:
The current network pattern indicating described communication unit in response to described first determination result is second network pattern, determines the current data service whether second predetermined condition of described mobile communication terminal, obtains the 4th determination result; And
Described switch unit is further configured to:
In response to described 4th determination result instruction second predetermined condition, the current network pattern of described communication unit is switched to first network pattern.
27. mobile communication terminals as claimed in claim 26, wherein, described pattern determining unit is further configured to:
Determine whether the data service of described communication unit is set to open;
When the data service of described communication unit is set to open, determine the current data service second predetermined condition of described mobile communication terminal.
28. mobile communication terminals as claimed in claim 26, wherein, described pattern determining unit is further configured to:
Determine whether described communication unit is connected to external network to carry out data service by WLAN (wireless local area network);
When described communication unit is not connected to network by WLAN (wireless local area network), determine the current data service second predetermined condition of described mobile communication terminal.
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