CN102231780A - Terminal mobile and control method - Google Patents
Terminal mobile and control method Download PDFInfo
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- CN102231780A CN102231780A CN2011102019653A CN201110201965A CN102231780A CN 102231780 A CN102231780 A CN 102231780A CN 2011102019653 A CN2011102019653 A CN 2011102019653A CN 201110201965 A CN201110201965 A CN 201110201965A CN 102231780 A CN102231780 A CN 102231780A
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Abstract
The invention provides a mobile terminal which comprising a plurality of communication modules for communicating between the mobile terminal and an external device and a control module for controlling the plurality of communication modules to change working states in sequence according to a preset arrangement sequence of the plurality of communication modules. Correspondingly, the invention further provides a control method. According to the technical scheme of the invention, stand-by time and use time for using the multimode mobile terminal by a user can be increased, meanwhile radio frequency interference of communication modules is reduced, and stability and reliability for using the multimode mobile terminal in on/off and use processes are further guaranteed.
Description
Technical field
The present invention relates to communication technical field, in particular to portable terminal and control method.
Background technology
Portable terminal for example mobile phone is that daily life offers convenience, multi-module mobile terminal has appearred after the single mode portable terminal, made full use of present communication mode, make the user can in mobile phone, insert many cards, can enjoy the service that different operators provides, it is more intelligent that portable terminal becomes.
Though multi-module mobile terminal has than the more advantage of single mode portable terminal, the shortcoming of himself is arranged also.Under the prior art scheme, multi-module mobile terminal is in start, standby and shutdown process, to the opening/closing of each communication module or the order that enters holding state is arbitrarily, and in the mutual transfer process of these states, any change of each communication module state can consume more electric weight; Simultaneously, the transmitting power difference of each communication module, in the mutual conversion of described different conditions, processor, power supply are caused interference, and the degree of disturbing mutually between the communication module is also different, may cause whole system generation false triggering when disturbed condition is serious, misoperation causes unnecessary trouble and loss to the user.
Therefore, need a kind of control technology, under the prerequisite that does not influence user's normal running and experience, make portable terminal more energy-conservation, standby and service time are longer; Eliminate simultaneously the phase mutual interference between each communication module as far as possible, make portable terminal more stable, reliable.
Summary of the invention
The present invention just is being based on the problems referred to above, has proposed a kind of new portable terminal and control method, under the prerequisite that does not influence user's normal running and experience, makes portable terminal more energy-conservation, and standby and service time are longer; Eliminate simultaneously the phase mutual interference between each communication module as far as possible, make portable terminal more stable, reliable.
According to portable terminal of the present invention, can comprise: a plurality of communication modules are used for communicating by letter of described portable terminal and external equipment; Control module is used for carrying out the change of operating state successively according to the described a plurality of communication modules of control that put in order of default described a plurality of communication modules.In this technical scheme, control module changes the operating state of each communication module by default order, makes portable terminal more energy-conservation, reliable, wherein, default order can be multiple, and for example the user can be provided with the order of each communication module or the order that adopts portable terminal to give tacit consent to voluntarily.
In technique scheme, preferably, the described order that puts in order and arrange for according to the size of the corresponding transmitting power of described a plurality of communication modules.In this technical scheme, the order of each communication module is to arrange according to the size of transmitting power, certainly, is not limited only to this sortord.
In technique scheme, preferably, when changing into when closed condition enters running status of described operating state, described control module is according to the transmitting power order from small to large of described a plurality of communication module correspondences, control described a plurality of communication module and enter described running status successively, in this case, because the communication module that transmitting power is big is bigger to the interference of other parts, therefore can the communication module that transmitting power is bigger put behind unlatchings, the little communication module of unlatching transmitting power earlier;
In technique scheme, preferably, when changing into when described running status enters holding state of described operating state, described control module is controlled described a plurality of communication module and is entered described holding state successively according to described transmitting power order from big to small, in this case, because the relatively power consumption of communication module that transmitting power is bigger is also bigger to the interference of other parts, therefore can make the bigger communication module of transmitting power enter holding state earlier, can economize on electricity, reduce and disturb;
In technique scheme, preferably, when changing into when described running status or described holding state enter closed condition of described operating state, described control module is according to described transmitting power order from big to small, control described a plurality of communication module and enter described closed condition successively, in this case, be the same with the consideration of the previous case.
In technique scheme, preferably, when each communication module enters other state by state of living in, change successively according to the transmitting power size sequence, reduce the time that high-power module is in running status as far as possible, the power and energy saving; Reduce communication module simultaneously processor, battery module are caused interference, influence the stability of a system.
In technique scheme, preferably, when described a plurality of communication modules are in holding state, if described control module detects communication module and receives information from the outside, then the control communication module that receives described information at first enters running status, and the communication module of controlling other enters the current described holding state of communication module that running status or maintenance do not have corresponding address card successively according to described default putting in order.In this technical scheme, be in each communication module under the holding state, if receive outside information, the communication module of then receiving information at first enters running status, other communication module (for example enters communication module that running status or maintenance do not have a corresponding address card successively, bluetooth communication) is in current holding state, when saving electric weight to greatest extent, reduces the radio frequency interference between each communication module.
In technique scheme, preferably, described a plurality of communication module comprises LTE communication module, gsm communication module, GPRS communication module, cdma communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module and/or WIFI communication module.In this technical scheme, described a plurality of communication module is understood to include communication modules such as above-mentioned LTE communication module, gsm communication module interior, and other has existed or later one or more in issuable all communication modules, that is to say, a plurality of communication modules can be the same, also can be different.
According to another aspect of the invention, also provide a kind of control method, having comprised: the described a plurality of communication modules of control that put in order according to default a plurality of communication modules are carried out the change of operating state successively.In this technical scheme, control module changes the operating state of each communication module by default order, makes portable terminal more energy-conservation, reliable, wherein, default order can be multiple, and for example the user can be provided with the order of each communication module or the order that adopts portable terminal to give tacit consent to voluntarily.
In technique scheme, preferably, the described order that puts in order and arrange for according to the size of the corresponding transmitting power of described a plurality of communication modules.In this technical scheme, the order of each communication module is to arrange according to the size of transmitting power, certainly, is not limited only to this sortord.
In technique scheme, preferably, when changing into when closed condition enters running status of described operating state, transmitting power order from small to large according to described a plurality of communication module correspondences, control described a plurality of communication module and enter described running status successively, in this case, the communication module big owing to transmitting power is bigger to the interference of other parts, therefore can the communication module that transmitting power is bigger put behind unlatchings, the little communication module of unlatching transmitting power earlier; When changing into when described running status enters holding state of described operating state, according to described transmitting power order from big to small, control described a plurality of communication module and enter described holding state successively, in this case, because the relatively power consumption of communication module that transmitting power is bigger is also bigger to the interference of other parts, therefore can make the bigger communication module of transmitting power enter holding state earlier, can economize on electricity, reduce and disturb; When changing into when described running status or described holding state enter closed condition of described operating state, according to described transmitting power order from big to small, controlling described a plurality of communication module and enter described closed condition successively, in this case, is the same with the consideration of the previous case.In this technical scheme, when each communication module enters other state by state of living in, change successively according to the transmitting power size sequence, reduce the time that high-power module is in running status as far as possible, the power and energy saving; Reduce communication module simultaneously processor, battery module are caused interference, influence the stability of a system.
In technique scheme, preferably, when described a plurality of communication modules are in holding state, receive information if detect communication module from the outside, then the control communication module that receives described information at first enters running status, and the communication module of controlling other enters the current described holding state of communication module that running status or maintenance do not have corresponding address card successively according to described default putting in order.In this technical scheme, be in each communication module under the holding state, if receive outside information, the communication module of then receiving information at first enters running status, other communication module (for example enters communication module that running status or maintenance do not have a corresponding address card successively, bluetooth communication) is in current holding state, when saving electric weight to greatest extent, reduces the radio frequency interference between each communication module.
In technique scheme, preferably, described a plurality of communication module comprises LTE communication module, gsm communication module, GPRS communication module, cdma communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module and/or WIFI communication module.In this technical scheme, described a plurality of communication module is understood to include communication modules such as above-mentioned LTE communication module, gsm communication module interior, and other has existed or later one or more in issuable all communication modules, that is to say, a plurality of communication modules can be identical, also can be different.
By above technical scheme, can realize a kind of portable terminal and a kind of control method, make each communication module in the described multi-module mobile terminal at opening/closing or when entering holding state, can change state successively according to default order, to reach the technique effect of saving electric weight, minimizing interference etc.
Description of drawings
Fig. 1 shows the block diagram of portable terminal according to an embodiment of the invention;
Fig. 2 shows the block diagram of portable terminal according to an embodiment of the invention;
Fig. 3 shows each the communication module radio frequency interference and the radio frequency mutual interference schematic diagram of portable terminal; And
Fig. 4 shows the flow chart of control method according to an embodiment of the invention.
Embodiment
In order more to be expressly understood above-mentioned purpose of the present invention, feature and advantage, the present invention is further described in detail below in conjunction with the drawings and specific embodiments.
Set forth a lot of details in the following description so that fully understand the present invention, still, the present invention can also adopt other to be different from alternate manner described here and implement, and therefore, the present invention is not limited to the restriction of following public specific embodiment.
Fig. 1 shows the block diagram of portable terminal according to an embodiment of the invention.
As shown in Figure 1, portable terminal 100 can comprise according to an embodiment of the invention: a plurality of communication module (104-1 ... 104-n), be used for communicating by letter of portable terminal 100 and external equipment; Control module 102 is used for according to the default a plurality of communication module (104-1 of control that put in order ... 104-n) carry out the change of operating state successively.In this technical scheme, have two or more a plurality of communication module (104-1 ... 104-n); Control module 102 changes each communication module (104-1 by default order ... operating state 104-n), make portable terminal 100 more energy-conservation, reliable, wherein, default order can be multiple, and for example the user can be provided with the order of each communication module or the order that adopts portable terminal to give tacit consent to voluntarily.In technique scheme, preferably, n is the positive integer smaller or equal to 4.
In technique scheme, preferably, put in order to according to a plurality of communication module (104-1 ... 104-n) the size of the corresponding transmitting power order of arranging.In this technical scheme, the order of each communication module is to arrange according to the size of transmitting power, certainly, is not limited only to this sortord.
In technique scheme, preferably, when changing into when closed condition enters running status of operating state, control module 102 is according to a plurality of communication module (104-1 ... 104-n) Dui Ying transmitting power order from small to large, control a plurality of communication module (104-1 ... 104-n) enter running status successively, in this case, because the communication module that transmitting power is big is bigger to the interference of other parts, therefore can the communication module that transmitting power is bigger put behind unlatchings, the little communication module of unlatching transmitting power earlier.
In technique scheme, preferably, when changing into when running status enters holding state of operating state, control module 102 is according to a plurality of communication module (104-1 ... 104-n) Dui Ying transmitting power order from big to small, control a plurality of communication module (104-1 ... 104-n) enter holding state successively, in this case, because the relatively power consumption of communication module that transmitting power is bigger, interference to other parts is also bigger, therefore can make the bigger communication module of transmitting power enter holding state earlier, can economize on electricity less interference.
In technique scheme, preferably, when changing into when running status or holding state enter closed condition of operating state, control module 102 is according to a plurality of communication module (104-1 ... 104-n) Dui Ying transmitting power order from big to small, control a plurality of communication modules 104 and enter closed condition successively, in this case, be the same with the consideration of the previous case.
In technique scheme, each communication module (104-1 ... when 104-n) entering other state, change successively, reduce the time that high-power module is in running status as far as possible, the power and energy saving according to the transmitting power size sequence by state of living in; Reduce communication module simultaneously control module 102 and battery module are caused interference, influence the stability of a system.
In technique scheme, preferably, as a plurality of communication module (104-1 ... when 104-n) being in holding state, if control module 102 (has for example detected communication module, 104-1) receive information from the outside, then the control communication module (104-1) that receives information at first enters running status, and the communication module of controlling other enters the current holding state of communication module that running status or maintenance do not have corresponding address card successively according to described default putting in order.In this technical scheme, be in each the communication module (104-1 under the holding state ... 104-n), if receive outside information, the communication module of then receiving information at first enters running status, other communication module (for example enters communication module that running status or maintenance do not have a corresponding address card successively, bluetooth communication) is in current holding state, when saving electric weight to greatest extent, reduces the radio frequency interference between each communication module.
In technique scheme, preferably, a plurality of communication module (104-1 ... 104-n) comprise LTE communication module, gsm communication module, GPRS communication module, cdma communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module and/or WIFI communication module.In this technical scheme, a plurality of communication module (104-1 ... 104-n) be understood to include communication modules such as above-mentioned LTE communication module, gsm communication module interior, and other has existed or later one or more in issuable all communication modules, that is to say, a plurality of communication modules can be the same, also can be different.
Fig. 2 shows the composition frame chart of portable terminal according to an embodiment of the invention.
As shown in Figure 2, portable terminal 200 according to still another embodiment of the invention can comprise: processor 202, be connected to power management module 206 and each communication module for example the LTE communication module 208 shown in the figure, cdma communication module 210, gsm communication module 212 etc., can carry out alternately with each communication module and power management module 202.
Wherein, battery 204 is used to whole system that power source is provided.Power management module 206, be connected to battery 204, processor 202, LTE communication module 208, cdma communication module 210 and gsm communication module 212, it obtains electric weight from battery 204, and electric weight offered processor 202, LTE communication module 208, cdma communication module 210 and gsm communication module 212 respectively, and rationally provide the electric power support for the other parts of portable terminal.Processor 202 can be controlled the order that each communication module enters open state, holding state or off-mode, and this processor 202 can comprise for example control module shown in Fig. 1 102, makes processor 202 have the effect as this control module 102.For example, when start, if the transmitting power of LTE communication module 208 is maximum relatively, can open this communication module at last so, if the transmitting power of gsm communication module 212 is minimum relatively, can open this communication module at first so, because the communication module that transmitting power is big is bigger to the radio frequency interference of other parts, and power consumption is big, therefore, and the order of open communication module like this, can effectively reduce communication module to the radio frequency interference of power supply and processor and the radio frequency mutual interference between the communication module, guarantee multi-module mobile terminal when start, each communication module can normally start, and does not produce false triggering, misoperation.
Similarly, when shutdown or when entering holding state, based on similar consideration, also these a plurality of communication modules can be entered in order off-mode or enter holding state, particularly, when entering holding state, because the communication module power consumption that transmitting power is bigger is big and bigger to the radio frequency interference of other parts, can control the bigger communication module of transmitting power so and at first enter holding state, the less communication module of control transmitting power enters holding state at last, when being in holding state, if one of them communication module is received note or calling, so at once, move this communication module, remaining communication module then enters operating state or keeps other communication module to be in holding state according to transmitting power order from small to large, such design can reduce the power consumption of portable terminal, reduces the radio frequency interference of communication module simultaneously.When holding state or operating state enter off-mode, each communication module also is to enter off-mode according to transmitting power order from big to small, does not repeat them here.
Should be appreciated that at this, these communication modules shown in Fig. 2 can also comprise other communication module, for example GPRS communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module, WIFI communication module and other communication module that may occur in the future, and, a plurality of communication modules can be with a kind of communication standard, also can be different communication standards, embodiment shown in Figure 2 be not limited to the present invention.Though consider that in the present embodiment controlling each communication module according to the transmitting power size of communication module carries out state variation in order, can also be according to the order of user oneself setting, for example often use cdma communication module and WIFI communication module, when start, the user can be provided with and at first open this two communication modules so.
Below in conjunction with Fig. 3 radio frequency interference and radio frequency mutual interference problem in the portable terminal are described.
Fig. 3 shows the radio frequency interference and the radio frequency mutual interference schematic diagram of each communication module of portable terminal.
On/Off or when entering holding state under random order such as the LTE communication module 208 in the portable terminal 200 shown in Fig. 3, cdma communication module 210, gsm communication module 212, because the communication module (for example cdma communication module) that need insert address card at portable terminal relatively need not have higher tranmitting frequency in the communication module (for example bluetooth communication) that portable terminal inserts address card, therefore can produce certain interference to power supply, processor or other communication module.As shown in Figure 3, when start, each communication module is LTE communication module 208 for example, cdma communication module 210, gsm communication module 212 grades can be to processor 202, battery 204 and power management module 206 produce radio frequency interference, for example when start, the communication module that radio frequency is bigger can cause bigger interference to electric current, because processor 202 comes work by detecting high-low level, therefore cause erroneous judgement disconnected easily, causing can not normal boot-strap, make system produce false triggering, misoperation, therefore, the opening sequence of controlling each communication module can reduce the situation generation of this false triggering, improves the stability of whole system; On the other hand, because each communication module is the tranmitting frequency of LTE communication module 208, cdma communication module 210, gsm communication module 212 etc. and inequality and numerical value is higher for example, the communication module that radio frequency is bigger is bigger to the interference of other communication module, therefore, control the state change order of each communication module according to the size order of radio frequency, can reduce disturbing mutually of each communication module, for example when start, can at first open the communication module of radio frequency minimum, reduce the radio frequency interference of the communication module of radio frequency maximum other communication module.
Radio frequency interference when shutdown and radio frequency mutual interference and similar when start, as shown in Figure 3, when shutdown, communication module is LTE communication module 208 for example, cdma communication module 210, gsm communication module 212 grades also have interference (similarly to power management module 206 and processor 202 etc., when start, communication module also can make a big impact to electric current, because processor 202 comes work by detecting high-low level, therefore cause the false triggering of processor 202, make system's instability), exist between each communication module simultaneously and disturb mutually, because the transmitting power of some communication module is bigger, can impact other parts inevitably, according to technical scheme of the present invention, by controlling the order that each communication module enters closed condition, can reduce interference as shown in Figure 3 and disturb mutually, the bigger communication module of radio frequency is to the interference maximum of other parts, can at first control it and enter closed condition, control other each communication module according to transmitting power order from big to small and enter closed condition, in addition, because the communication module power consumption that transmitting power is bigger is bigger, such design can reduce the power consumption of portable terminal, particularly from the holding state to the running status or from running status, entering holding state, the change of such state is very frequent, if allow the bigger communication module of transmitting power at first enter holding state or under the situation that does not receive external data, be in holding state always, can reduce power consumption to greatest extent.
Fig. 4 shows the flow chart of control method according to an embodiment of the invention.
As shown in Figure 4,, also provide a kind of control method, having comprised according to another aspect of the invention: step 402, carry out the change of operating state successively according to a plurality of communication modules of control that put in order of default a plurality of communication modules.In this technical scheme, control module changes the operating state of each communication module by default order, makes portable terminal more energy-conservation, reliable, wherein, default order can be multiple, and for example the user can be provided with the order of each communication module or the order that adopts portable terminal to give tacit consent to voluntarily.
In technique scheme, preferably, the order that puts in order and arrange for according to the size of the corresponding transmitting power of a plurality of communication modules.In this technical scheme, preferably, the order of each communication module is to arrange according to the size of transmitting power, certainly, is not limited only to this sortord.
In technique scheme, preferably, when changing into when closed condition enters running status of operating state, transmitting power order from small to large according to described a plurality of communication module correspondences, control described a plurality of communication module and enter described running status successively, in this case, the communication module big owing to transmitting power is bigger to the interference of other parts, therefore can the communication module that transmitting power is bigger put behind unlatchings, the little communication module of unlatching transmitting power earlier;
In technique scheme, preferably, when changing into when described running status enters holding state of described operating state,, control described a plurality of communication module and enter described holding state successively according to described transmitting power order from big to small, in this case, because the relatively power consumption of communication module that transmitting power is bigger is also bigger to the interference of other parts, therefore can make the bigger communication module of transmitting power enter holding state earlier, can economize on electricity, reduce and disturb;
In technique scheme, preferably, when changing into when described running status or described holding state enter closed condition of described operating state, according to described transmitting power order from big to small, control described a plurality of communication module and enter described closed condition successively, in this case, be the same with the consideration of the previous case.
In technique scheme, preferably, when each communication module enters other state by state of living in, change successively according to the transmitting power size sequence, reduce the time that high-power module is in running status as far as possible, the power and energy saving; Reduce communication module simultaneously processor, battery module are caused interference, influence the stability of a system.
In technique scheme, preferably, when a plurality of communication modules are in holding state, receive information if detect communication module from the outside, then the control communication module that receives information at first enters running status, and the communication module of controlling other enters the current described holding state of communication module that running status or maintenance do not have corresponding address card successively according to described default putting in order.In this technical scheme, be in each communication module under the holding state, if receive outside information, the communication module of then receiving information at first enters running status, other communication module (for example enters communication module that running status or maintenance do not have a corresponding address card successively, bluetooth communication) is in current holding state, when saving electric weight to greatest extent, reduces the radio frequency interference between each communication module.
In technique scheme, preferably, a plurality of communication modules comprise LTE communication module, gsm communication module, GPRS communication module, cdma communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module and/or WIFI communication module.In this technical scheme, described a plurality of communication module is understood to include communication modules such as above-mentioned LTE communication module, gsm communication module interior, and other has existed or later one or more in issuable all communication modules, that is to say, a plurality of communication modules can be identical, also can be different.
More than be described with reference to the accompanying drawings technical scheme of the present invention, the power consumption of considering the communication module that transmitting power is bigger is big and bigger to the radio frequency interference of other parts, control each communication module and carry out the change of state, thereby reach following technique effect according to a definite sequence:
1, can be a large amount of electric energy of multi-module mobile terminal saving, under the same case, increase the service time and the stand-by time of portable terminal;
2. reduce multi-module mobile terminal in the radio frequency interference of startup and shutdown process with disturb mutually, guarantee that portable terminal normal boot-strap, shutdown and each communication module of start back can operate as normal, improve the stability of system and also guarantee portable terminal energy next time normal boot-strap.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a portable terminal is characterized in that, comprising:
A plurality of communication modules are used for communicating by letter of described portable terminal and external equipment;
Control module is used for carrying out the change of operating state successively according to the described a plurality of communication modules of control that put in order of default described a plurality of communication modules.
2. portable terminal according to claim 1 is characterized in that, the described order that puts in order and arrange for according to the size of the corresponding transmitting power of described a plurality of communication modules.
3. portable terminal according to claim 1, it is characterized in that, when changing into when closed condition enters running status of described operating state, described control module is controlled described a plurality of communication module and is entered described running status successively according to the transmitting power order from small to large of described a plurality of communication module correspondences; And/or
When changing into when described running status enters holding state of described operating state, described control module is controlled described a plurality of communication module and is entered described holding state successively according to described transmitting power order from big to small; And/or
When changing into when described running status or described holding state enter closed condition of described operating state, described control module is controlled described a plurality of communication module and is entered described closed condition successively according to described transmitting power order from big to small.
4. portable terminal according to claim 1, it is characterized in that, when described a plurality of communication modules are in holding state, if described control module detects communication module and receives information from the outside, then the control communication module that receives described information at first enters running status, and the communication module of controlling other enters the current described holding state of communication module that running status or maintenance do not have corresponding address card successively according to described default putting in order.
5. according to each described portable terminal in the claim 1 to 4, it is characterized in that described a plurality of communication modules comprise LTE communication module, gsm communication module, GPRS communication module, cdma communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module and/or WIFI communication module.
6. a control method is characterized in that, comprising:
The described a plurality of communication modules of control that put in order according to default a plurality of communication modules are carried out the change of operating state successively.
7. control method according to claim 6 is characterized in that, the described order that puts in order and arrange for according to the size of the corresponding transmitting power of described a plurality of communication modules.
8. control method according to claim 6, it is characterized in that, when changing into when closed condition enters running status of described operating state,, control described a plurality of communication module and enter described running status successively according to the transmitting power order from small to large of described a plurality of communication module correspondences; And/or
When changing into when described running status enters holding state of described operating state,, control described a plurality of communication module and enter described holding state successively according to described transmitting power order from big to small; And/or
When changing into when described running status or described holding state enter closed condition of described operating state,, control described a plurality of communication module and enter described closed condition successively according to described transmitting power order from big to small.
9. control method according to claim 6, it is characterized in that, when described a plurality of communication modules are in holding state, receive information if detect communication module from the outside, then the control communication module that receives described information at first enters running status, and the communication module of controlling other enters the current described holding state of communication module that running status or maintenance do not have corresponding address card successively according to described default putting in order.
10. according to each described control method in the claim 6 to 9, it is characterized in that described a plurality of communication modules comprise LTE communication module, gsm communication module, GPRS communication module, cdma communication module, EDGE communication module, CDMA-2000 communication module, TD-SCDMA communication module, WCDMA communication module, bluetooth communication, GPS communication module, infrared communication module and/or WIFI communication module.
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