CN103139367A - Control method and communication device - Google Patents
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- CN103139367A CN103139367A CN2011103994994A CN201110399499A CN103139367A CN 103139367 A CN103139367 A CN 103139367A CN 2011103994994 A CN2011103994994 A CN 2011103994994A CN 201110399499 A CN201110399499 A CN 201110399499A CN 103139367 A CN103139367 A CN 103139367A
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Abstract
The invention discloses a control method and a communication device. The communication device comprises a data communication unit and a specific function unit. The data communication unit is provided with a first working mode and a second working mode. The specific function unit is provided with a third working mode and a fourth working mode. The control method comprises the following steps: detecting the working modes of the data communication unit, and obtaining a first detection result; and setting the specific function unit as the fourth working mode when the first detection result indicates that the data communication unit is in the first working mode, and setting the specific function unit as the third working mode when the first detection result indicates that the data communication unit is in the second working mode.
Description
Technical field
The present invention relates to the field of communication equipment, more specifically, the communication equipment that the present invention relates to a kind of control method and use this control method.
Background technology
In recent years, except basic data communication function, more and more such as the specific function of the communication equipment of mobile phone.For example, mobile phone has camera model usually, and camera model has photoflash lamp, and the user may issue other user with the photo of taking simultaneously using mobile phone photograph, and perhaps the user has the phone incoming call when using mobile phone to take pictures.At this moment, if camera model uses photoflash lamp, the immediate current of photoflash lamp may be high, and if receive calls this moment, also might cause the immediate current of power amplifier unit of mobile phone high, both work simultaneously and will cause the immediate current of system excessive, cause thus the pressure drop of battery excessive, thereby cause the system failure.
In the prior art, common way is to close the photoflash lamp of camera model under communications status.Yet in the actual use of mobile phone, the electric current that the most of the time consumes under communications status is little, and this situation also can be forbidden the photoflash lamp of camera model, has therefore affected user's experience.
Summary of the invention
Because above-mentioned situation is desirable to provide a kind of control method and communication equipment, can normally uses specific functional units when carrying out data communication, thereby improve user's experience.
According to the embodiment of the present invention, a kind of processing method is provided, be applied to communication equipment, described communication equipment comprises data communication units and specific functional units, described data communication units has the first mode of operation and the second mode of operation, when described the first mode of operation, the maximum of the first parameter of described data communication units is the first value, when described the second mode of operation, the maximum of described first parameter of described data communication units is the second value, wherein, described the first value is greater than described the second value; Described specific functional units has the 3rd mode of operation and the 4th mode of operation, when described the 3rd mode of operation, the maximum of the second parameter of described specific functional units is the 3rd value, when described the 4th mode of operation, the maximum of described second parameter of described specific functional units is the 4th value, wherein said the 3rd value is greater than described the 4th value, and described the first parameter is identical with described the second parameter type, and described method comprises:
When described data communication units was in described the first mode of operation, described specific functional units was set to the 4th mode of operation; And
When described data communication units was in described the second mode of operation, described specific functional units was set to the 3rd mode of operation,
Wherein, described the first value and described the 3rd value sum are greater than predetermined threshold value, and described the first value and described the 4th value sum are less than described predetermined threshold value.
Described method also comprises:
Detect the mode of operation of described data communication units, obtain the first testing result;
When described the first testing result shows, when described data communication units is in described the first mode of operation, described specific functional units is set to the 4th mode of operation, and show when described the first testing result, when described data communication units was in described the second mode of operation, described specific functional units was set to the 3rd mode of operation.
Preferably, described method also comprises: before the mode of operation that detects described data communication units,
Index signal according to receiving from the outside switches to described data communication units described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation; Perhaps
According to user's operation, described data communication units is switched to described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation.
Preferably, described method also comprises:
Before described data communication units is switched to described the first mode of operation from described the second mode of operation, detect described specific functional units and whether work;
If described specific functional units is work not, directly described data communication units is switched to described the first mode of operation from described the second mode of operation; And
If described specific functional units is worked, detect the second parameter of described specific functional units, with five value of acquisition as the currency of the second parameter of described specific functional units.
Preferably, when described the first value and the described the 5th that be worth and during greater than described predetermined threshold value, control described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value; And
When described the first value and described the 5th value and when being less than or equal to described predetermined threshold value, do not control described second parameter of described specific functional units.
Preferably, described second parameter of the described specific functional units of control comprises:
Reduce described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value; Perhaps
Close described specific functional units, thereby make the second parameter be reduced to zero.
Preferably, described specific functional units comprises photoflash lamp.
Preferably, described method also comprises:
When by first actuator-activated during with application that described specific functional units is corresponding, make described specific functional units with the mode of operation work of setting.
Preferably, described method also comprises:
After activating the application corresponding with described specific functional units, detect the application corresponding with described specific functional units and whether satisfy predetermined condition, obtain the second testing result,
When described the second testing result shows, when predetermined condition is satisfied in the application corresponding with described specific functional units, close described specific functional units, thereby make the second parameter be reduced to zero; And
When described the second testing result shows, when the application corresponding with described specific functional units do not satisfied predetermined condition, control described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter and be not more than described predetermined threshold value.
Preferably, the first parameter and the second parameter comprise: electric current, voltage or power.
Preferably, the first mode of operation is high gain mode, and described the second mode of operation be low gain mode or in/low gain mode.
According to another embodiment of the present invention, a kind of communication equipment is provided, comprising:
Data communication units, be configured to have the first mode of operation and the second mode of operation, when described the first mode of operation, the maximum of the first parameter of described data communication units is the first value, when described the second mode of operation, the maximum of described first parameter of described data communication units is the second value, and wherein, described the first value is greater than described the second value; And
Specific functional units, be configured to have the 3rd mode of operation and the 4th mode of operation, when described the 3rd mode of operation, the maximum of the second parameter of described specific functional units is the 3rd value, when described the 4th mode of operation, the maximum of described second parameter of described specific functional units is the 4th value, and wherein said the 3rd value is greater than described the 4th value, and described the first parameter is identical with described the second parameter type;
Control unit, be configured to when described data communication units is in described the first mode of operation, described specific functional units is set to the 4th mode of operation, and when described data communication units is in described the second mode of operation, described specific functional units is set to the 3rd mode of operation
Wherein, described the first value and described the 3rd value sum are greater than predetermined threshold value, and described the first value and described the 4th value sum are less than described predetermined threshold value.
Described communication equipment also comprises:
Detecting unit is configured to detect the mode of operation of described data communication units, obtains the first testing result;
When described the first testing result shows, when described data communication units is in described the first mode of operation, the described specific functional units of described control unit is set to the 4th mode of operation, and show when described the first testing result, when described data communication units was in described the second mode of operation, the described specific functional units of described control unit was set to the 3rd mode of operation.
Preferably, described control unit also is configured to: the index signal according to receiving from the outside switches to described data communication units described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation; Perhaps
According to user's operation, described data communication units is switched to described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation.
Preferably, described detecting unit also is configured to:
Before described data communication units is switched to described the first mode of operation from described the second mode of operation, detect described specific functional units and whether work;
If described specific functional units is work not, described control unit directly switches to described the first mode of operation with described data communication units from described the second mode of operation; And
If described specific functional units is worked, described detecting unit detects the second parameter of described specific functional units, with five value of acquisition as the currency of the second parameter of described specific functional units.
Preferably, when described the first value and the described the 5th that be worth and during greater than described predetermined threshold value, described control unit is controlled described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value be not more than described predetermined threshold value; And
When described the first value and described the 5th value and when being less than or equal to described predetermined threshold value, described control unit is not controlled described second parameter of described specific functional units.
Preferably, described second parameter of the described specific functional units of control comprises:
Reduce described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value; Perhaps
Close described specific functional units, thereby make the second parameter be reduced to zero.
Preferably, described specific functional units comprises photoflash lamp.
Preferably, described communication equipment also comprises the activation unit, is configured to make described specific functional units with the mode of operation work of setting when by first actuator-activated during with application that described specific functional units is corresponding.
Preferably, described detecting unit also is configured to:
After activating the application corresponding with described specific functional units, detect the application corresponding with described specific functional units and whether satisfy predetermined condition, obtain the second testing result,
When described the second testing result shows, when predetermined condition was satisfied in the application corresponding with described specific functional units, described control unit was closed described specific functional units, thereby made the second parameter be reduced to zero; And
When described the second testing result shows, when the application corresponding with described specific functional units do not satisfied predetermined condition, described control unit is controlled described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter be not more than described predetermined threshold value.
Preferably, the first parameter and the second parameter comprise: electric current, voltage or power.
Preferably, the first mode of operation is high gain mode, and described the second mode of operation be low gain mode or in/low gain mode.
According to processing method and the communication equipment of the embodiment of the present invention, can control the running parameter of specific functional units, thereby make data communication units and specific functional units to work simultaneously, thereby improve user's experience.
Description of drawings
Fig. 1 is the flow chart that illustrates according to the processing method of the embodiment of the present invention; And
Fig. 2 is the block diagram that illustrates according to the configuration of the communication equipment of the embodiment of the present invention.
Embodiment
Below, describe with reference to the accompanying drawings embodiments of the invention in detail.
At first, with reference to the processing method of Fig. 1 description according to first embodiment of the invention.Fig. 1 is the flow chart that illustrates according to the processing method of the embodiment of the present invention, can be applicable to any communication equipment (as mobile phone, personal digital assistant etc.) with specific functional units (as camera unit, flashlight function unit, back light unit, loudspeaker unit etc.) according to the processing method of the embodiment of the present invention.Below, will describe as an example of mobile phone with camera model example, this camera model has photoflash lamp.
As well known to those skilled in the art, the photoflash lamp of the camera model in mobile phone in use, immediate current can be up to 2A.In addition, mobile phone needs to use radio frequency power amplification modules when carrying out data communication, and in the prior art, radio frequency power amplification modules mainly is divided into two classes: 2 grades of pattern power amplifier modules, comprising high gain mode and low gain mode; And 3 grades of pattern power amplifier modules, comprising high gain mode, middle gain mode and low gain mode.The power stage of radio frequency power amplification modules depends on base station distribution.When using mobile phone in the area of signal difference, the radio frequency power amplification modules of mobile phone is operated in high gain mode, wherein the maximum power transmission immediate current of the radio frequency power amplification modules of GSM standard can be up to 2A, and the maximum power transmission immediate current of the radio frequency power amplification modules of WCDMA standard also can be up to 600mA.Therefore, can cause the electric current of system excessive when both work simultaneously, the battery pressure drop is excessive, thereby causes the system failure.For this reason, in the prior art, as long as mobile phone is communicating, just forbid simply the use of photoflash lamp.Yet in real network, radio frequency power amplification modules is usually operated in low gain mode or in middle low gain mode, and this moment, the electric current of radio frequency power amplification modules was little, can this situation also forbids the use of photoflash lamp, and this has greatly reduced user's experience.
Be applied to communication equipment according to the processing method of the embodiment of the present invention, described communication equipment comprises data communication units and specific functional units, described data communication units has the first mode of operation and the second mode of operation, when described the first mode of operation, the maximum of the first parameter of described data communication units is the first value, and when described the second mode of operation, the maximum of described first parameter of described data communication units is the second value, wherein, described the first value is greater than described the second value; Described specific functional units has the 3rd mode of operation and the 4th mode of operation, when described the 3rd mode of operation, the maximum of the second parameter of described specific functional units is the 3rd value, when described the 4th mode of operation, the maximum of described second parameter of described specific functional units is the 4th value, wherein said the 3rd value is greater than described the 4th value, and described the first parameter is identical with described the second parameter type, is the electric parameters such as electric current, voltage or power such as the first parameter and the second parameter.To be electric current take this first parameter and the second parameter describe as example the below, and as is known to the person skilled in the art, it is also feasible adopting the electric parameters such as voltage or power during practical operation.
Specifically, the mode of operation of data communication units mainly is divided into the first mode of operation and the second mode of operation.Described the first mode of operation is corresponding to this high gain mode, and this second mode of operation is according to the radio frequency power amplification modules that uses in mobile phone, correspond respectively to this low gain mode or should in/low gain mode.In the first mode of operation, that is to say in high gain mode, the operating current of data communication units is always larger, and for example 1.5-1.8A, and the maximum that may reach is the first value, for example 2A.In the second mode of operation, that is to say in low gain mode or middle low gain mode, the operating current of data communication units always less (for example 0.1-0.3A), and the maximum that may reach is the second value, for example 0.5A.
In addition, the mode of operation of specific functional units (as functional units such as camera model, photoflash lamp, flashlight, backlight, loud speakers) mainly is divided into the 3rd mode of operation and the 4th mode of operation.Described the 3rd mode of operation refers to such mode of operation, and specific functional units wherein is set, and makes this specific functional units to operate with maximum current, and wherein maximum current is the 3rd value, for example 2A.Described the 4th mode of operation refers to such mode of operation, specific functional units wherein is set, make this specific functional units to operate with maximum current, and can only operate with lower electric current, or the operation that is under an embargo, and in this pattern, maximum current is the 4th value, for example 0.8A.
Usually, the maximum current threshold value that the battery of mobile phone can provide for example is 3A, therefore, battery of mobile phone can not surpass 3A for the electric current that data communication units and specific functional units provide simultaneously, if surpass this threshold value, battery will break down, thereby cause the system failure.
Described control method comprises:
Step S101: when described data communication units was in described the first mode of operation, described specific functional units was set to the 4th mode of operation.
Step S102: when described data communication units is in described the second mode of operation, described specific functional units is set to the 3rd mode of operation, wherein, described the first value and described the 3rd value sum are greater than predetermined threshold value, and described the first value and described the 4th value sum are less than described predetermined threshold value.
In this step S101 and S102, according to the mode of operation of data communication units, the mode of operation of specific functional units is set.No matter guarantee like this data communication units be high gain mode or low gain or in/low gain mode, can guarantee that specific functional units can work.
For example, can by detecting the mode of operation of described data communication units, obtain the first testing result.When described the first testing result shows, when described data communication units is in described the first mode of operation, described specific functional units is set to the 4th mode of operation, and show when described the first testing result, when described data communication units was in described the second mode of operation, described specific functional units was set to the 3rd mode of operation.
As previously described, the mode of operation of data communication units is to determine according to the power of signal, and therefore variation at any time detects the work at present pattern of data communication unit according to signal is strong and weak, and obtains the first testing result.
wherein, when the first testing result that obtains shows, when data communication units is in the first mode of operation, that is to say, when data communication units is worked with high gain mode, can determine that the electric current of the radio frequency power amplification modules of data communication units is larger at this moment, for fear of the system failure, specific functional units is made as the 4th mode of operation, even the electric current of the radio frequency power amplification modules of data communication units and the electric current of specific functional units all reach maximum at this moment, be 2A+0.8A=2.8A, also can not surpass the threshold current 3A of battery of mobile phone, therefore can guarantee the normal use of mobile phone, guarantee that simultaneously data communication units and specific functional units can use simultaneously.
In addition, when described the first testing result shows, when described data communication units is in described the second mode of operation, that is to say, when data communication units is worked with low gain mode or middle low gain mode, can determine the electric current less (maximum is 0.5A) of the radio frequency power amplification modules of data communication units this moment, at this moment, even data communication units and specific functional units are all with maximum current work, namely, 0.5A+2A=2.5A, also can not cause the total current of system to surpass the threshold current 3A of battery, so can guarantee the normal use of mobile phone.For this reason, specific functional units can be made as the 3rd mode of operation, to guarantee the optimal performance of specific functional units.
That is to say, the situation that only need to avoid data communication units and specific functional units to be operated in simultaneously maximum current occurs, i.e. 2A+2A=4A, and the threshold current 3A that it has surpassed battery just can avoid the system failure.Thereby, can guarantee that data communication units and specific functional units under any circumstance can use simultaneously.
Alternately, the mode of operation of data communication units can also be determined by outside index signal.Specifically, the mode of operation of data communication units can be determined according to current communication network status.For example, for example, the index signal (that is, according to communication network status) according to receiving from the base station shows when current demand signal is poor, determines that current mode of operation should be the first mode of operation.Perhaps, the index signal (that is, according to communication network status) according to receiving from the base station shows when current demand signal is strong, determines that current mode of operation should be the second mode of operation.
In addition, before the mode of operation that detects described data communication units, can also according to the index signal that receives from the outside, described data communication units be switched to described the second mode of operation or switch to described the first mode of operation from described the second mode of operation from described the first mode of operation.For example, the index signal (that is, according to communication network status) according to receiving from the base station shows when current demand signal is poor, if current second mode of operation that is in needs to switch to the first mode of operation.Perhaps, the index signal (that is, according to communication network status) according to receiving from the base station shows when current demand signal is strong, if current first mode of operation that is in needs to switch to the second mode of operation.
In addition, also can operate according to the user, described data communication units is switched to described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation.
In addition, before described data communication units is switched to described the first mode of operation from described the second mode of operation, detect described specific functional units and whether work.That is to say, if described data communication units is switched to described the first mode of operation from described the second mode of operation, consider in data communication units described in the first mode of operation and will consume larger electric current, or even maximum current, therefore must first detect described specific functional units and whether work, cause the situation of the system failure to avoid described data communication units and described specific functional units to consume maximum current simultaneously.
If described specific functional units is work not, directly described data communication units is switched to described the first mode of operation from described the second mode of operation, if and described specific functional units is being worked, detect the second parameter of described specific functional units, with five value of acquisition as the currency of the second parameter of described specific functional units.That is to say, do not work if described specific functional units is current, do not need the situation of taking into account system electric current, can directly described data communication units be switched to described the first mode of operation from described the second mode of operation.If described specific functional units is worked, the value that must detect the current operating current of described specific functional units is worth as the 5th.
In addition, when described the first value and the described the 5th that be worth and during greater than described predetermined threshold value, control described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value.That is to say, when the currency of the maximum of data communication units and the specific functional units of working and when surpassing threshold current, because must preferentially guarantee the work of data communication units, therefore, need to control the current electric current of specific functional units, make the lowest high-current value of data communication units and specific functional units current current value and be no more than scheduled current, with the normal operation of assurance system.
When described the first value and described the 5th value and when being less than or equal to described predetermined threshold value, do not control described second parameter of described specific functional units.That is to say, when the current electric current of the maximum current of data communication units and the specific functional units of working and when being no more than threshold current, this moment, battery can guarantee data communication units and the required electric current of specific functional units, did not need to control the electric current of specific functional units.
In addition, described the second parameter of controlling described specific functional units comprises: described the second parameter that reduces described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value, perhaps close described specific functional units, thereby make the second parameter be reduced to zero.That is to say, the electric current of controlling specific functional units comprises dual mode: a kind of is the electric current that reduces specific functional units, for example reduces the brightness of photoflash lamp; A kind of is to close specific functional units, for example close photoflash lamp, thereby this specific functional units can current sinking.
In addition, when by first actuator-activated during with application that described specific functional units is corresponding, make described specific functional units with the mode of operation work of setting.That is to say, when taking pictures on operate by the user, Activating Phone used, comprise the mode of operation work that the camera model of photoflash lamp will arrange with system this moment.For example, when data communication units is operated in high gain mode lower time at this moment, camera model has been made as the 4th mode of operation, the photoflash lamp in the camera model that activates this moment will or be closed with the brightness work that reduces.
In addition, after activating the application corresponding with described specific functional units, can also detect the application corresponding with described specific functional units and whether satisfy predetermined condition, obtain the second testing result.For example, taking pictures when using on Activating Phone can detect camera application and whether satisfy predetermined condition, and for example current ambient brightness is enough bright, thereby does not need to use photoflash lamp, and perhaps the user arranges positive closing photoflash lamp etc. in the application of taking pictures.
When described the second testing result shows, when predetermined condition is satisfied in the application corresponding with described specific functional units, close described specific functional units, thereby make the second parameter be reduced to zero.That is to say, if for example current ambient brightness is enough bright, thereby do not need to use photoflash lamp, perhaps the user arranges the positive closing photoflash lamp in the application of taking pictures, and can close photoflash lamp, thereby make not current sinking of photoflash lamp.
When described the second testing result shows, when the application corresponding with described specific functional units do not satisfied predetermined condition, control described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter and be not more than described predetermined threshold value.That is to say, if for example current ambient brightness is bright not, need to use photoflash lamp, perhaps the user does not arrange in the application of taking pictures and forces to use photoflash lamp, needs to use photoflash lamp.At this moment, need to control the electric current of photoflash lamp, make the electric current of data communication units and photoflash lamp and be no more than threshold current.
Below with reference to the block diagram of Fig. 2 description according to the communication equipment of the embodiment of the present invention.
Comprise according to the communication equipment 200 of the embodiment of the present invention:
Specific functional units 202, be configured to have the 3rd mode of operation and the 4th mode of operation, when described the 3rd mode of operation, the maximum of the second parameter of described specific functional units 202 is the 3rd value, when described the 4th mode of operation, the maximum of described second parameter of described specific functional units 202 is the 4th value, and wherein said the 3rd value is greater than described the 4th value, and described the first parameter is identical with described the second parameter type; And
In addition, described communication equipment 200 can also comprise detecting unit 204, is configured to detect the mode of operation of described data communication units, obtains the first testing result.
When described the first testing result shows, when described data communication units 201 is in described the first mode of operation, described control unit 203 is set to the 4th mode of operation with described specific functional units 202, and show when described the first testing result, when described data communication units 201 was in described the second mode of operation, described control unit 203 was set to the 3rd mode of operation with described specific functional units 202.
In addition, described control unit 203 also is configured to: before the mode of operation that detects described data communication units 201, index signal according to receiving from the outside switches to described data communication units 201 described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation; Perhaps according to user's operation, described data communication units 201 is switched to described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation.
Whether in addition, described detecting unit 203 also is configured to: before described data communication units is switched to described the first mode of operation from described the second mode of operation, detect described specific functional units 202 and work.If the not work of described specific functional units 202, described control unit 203 directly switches to described the first mode of operation with described data communication units 201 from described the second mode of operation.If described specific functional units 202 is being worked, described detecting unit 203 detects the second parameter of described specific functional units 202, with five value of acquisition as the currency of the second parameter of described specific functional units 202.
When described the first value and the described the 5th that be worth and during greater than described predetermined threshold value, described control unit 203 is controlled described second parameter of described specific functional units 202, make described first value of described the first parameter and described the second parameter the 5th value be not more than described predetermined threshold value.When described the first value and described the 5th value and when being less than or equal to described predetermined threshold value, described control unit 203 is not controlled described second parameter of described specific functional units.
In addition, described the second parameter of controlling described specific functional units comprises: reduces described second parameter of described specific functional units 202, make described first value of described the first parameter and described the second parameter the 5th value be not more than described predetermined threshold value.Perhaps close described specific functional units 202, thereby make the second parameter be reduced to zero.
Described specific functional units 202 comprises photoflash lamp.
Described communication equipment can also comprise and activate unit 205, is configured to make described specific functional units 202 with the mode of operation work of setting when by application corresponding to the first actuator-activated and described specific functional units 202.
In addition, described detecting unit 203 also is configured to: after activating the application corresponding with described specific functional units 202, detect the application corresponding with described specific functional units 202 and whether satisfy predetermined condition, obtain the second testing result.When described the second testing result shows, when predetermined condition was satisfied in the application corresponding with described specific functional units 202, described control unit 203 was closed described specific functional units 202, thereby made the second parameter be reduced to zero.When described the second testing result shows, when the application corresponding with described specific functional units 202 do not satisfied predetermined condition, described control unit 203 is controlled described second parameter of described specific functional units 202, make described first value of described the first parameter and described the second parameter be not more than described predetermined threshold value.
Above, describe control method and communication equipment according to the embodiment of the present invention with reference to the accompanying drawings.
Need to prove, in this manual, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby make the process, method, article or the equipment that comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or also be included as the intrinsic key element of this process, method, article or equipment.In the situation that not more restrictions, the key element that is limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
At last, also need to prove, above-mentioned a series of processing not only comprise the processing of carrying out by the time sequence with order described here, and comprise parallel or respectively rather than the processing of carrying out in chronological order.
Through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential hardware platform, can certainly all implement by hardware.Based on such understanding, technical scheme of the present invention is to can embodying with the form of software product in whole or in part that background technology contributes, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described communication equipment of some part of each embodiment of the present invention or embodiment.
Above the present invention is described in detail, has used specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, 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 (22)
1. processing method, be applied to communication equipment, described communication equipment comprises data communication units and specific functional units, described data communication units has the first mode of operation and the second mode of operation, and when described the first mode of operation, the maximum of the first parameter of described data communication units is the first value, when described the second mode of operation, the maximum of described first parameter of described data communication units is the second value, and wherein, described the first value is greater than described the second value; Described specific functional units has the 3rd mode of operation and the 4th mode of operation, when described the 3rd mode of operation, the maximum of the second parameter of described specific functional units is the 3rd value, when described the 4th mode of operation, the maximum of described second parameter of described specific functional units is the 4th value, wherein said the 3rd value is greater than described the 4th value, and described the first parameter is identical with described the second parameter type, and described method comprises:
When described data communication units was in described the first mode of operation, described specific functional units was set to the 4th mode of operation; And
When described data communication units was in described the second mode of operation, described specific functional units was set to the 3rd mode of operation,
Wherein, described the first value and described the 3rd value sum are greater than predetermined threshold value, and described the first value and described the 4th value sum are less than described predetermined threshold value.
2. the method for claim 1 also comprises:
Detect the mode of operation of described data communication units, obtain the first testing result;
When described the first testing result shows, when described data communication units is in described the first mode of operation, described specific functional units is set to the 4th mode of operation, and show when described the first testing result, when described data communication units was in described the second mode of operation, described specific functional units was set to the 3rd mode of operation.
3. the method for claim 1 also comprises:
Index signal according to receiving from the outside switches to described data communication units described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation; Perhaps
According to user's operation, described data communication units is switched to described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation.
4. method as claimed in claim 3 also comprises:
Before described data communication units is switched to described the first mode of operation from described the second mode of operation, detect described specific functional units and whether work;
If described specific functional units is work not, directly described data communication units is switched to described the first mode of operation from described the second mode of operation; And
If described specific functional units is worked, detect the second parameter of described specific functional units, with five value of acquisition as the currency of the second parameter of described specific functional units.
5. method as claimed in claim 4, wherein when described the first value and the described the 5th that be worth and during greater than described predetermined threshold value, control described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value; And
When described the first value and described the 5th value and when being less than or equal to described predetermined threshold value, do not control described second parameter of described specific functional units.
6. method as claimed in claim 5, described the second parameter of wherein controlling described specific functional units comprises:
Reduce described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value; Perhaps
Close described specific functional units, thereby make the second parameter be reduced to zero.
7. the method for claim 1, wherein said specific functional units comprises photoflash lamp.
8. the method for claim 1 also comprises:
When by first actuator-activated during with application that described specific functional units is corresponding, make described specific functional units with the mode of operation work of setting.
9. method as claimed in claim 8 also comprises:
After activating the application corresponding with described specific functional units, detect the application corresponding with described specific functional units and whether satisfy predetermined condition, obtain the second testing result,
When described the second testing result shows, when predetermined condition is satisfied in the application corresponding with described specific functional units, close described specific functional units, thereby make the second parameter be reduced to zero; And
When described the second testing result shows, when the application corresponding with described specific functional units do not satisfied predetermined condition, control described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter and be not more than described predetermined threshold value.
10. the method for claim 1, wherein the first parameter and the second parameter comprise: electric current, voltage or power.
11. the method for claim 1, wherein the first mode of operation is high gain mode, and described the second mode of operation be low gain mode or in/low gain mode.
12. a communication equipment comprises:
Data communication units, be configured to have the first mode of operation and the second mode of operation, when described the first mode of operation, the maximum of the first parameter of described data communication units is the first value, when described the second mode of operation, the maximum of described first parameter of described data communication units is the second value, and wherein, described the first value is greater than described the second value; And
Specific functional units, be configured to have the 3rd mode of operation and the 4th mode of operation, when described the 3rd mode of operation, the maximum of the second parameter of described specific functional units is the 3rd value, when described the 4th mode of operation, the maximum of described second parameter of described specific functional units is the 4th value, and wherein said the 3rd value is greater than described the 4th value, and described the first parameter is identical with described the second parameter type;
Control unit, be configured to when described data communication units is in described the first mode of operation, described specific functional units is set to the 4th mode of operation, and when described data communication units is in described the second mode of operation, described specific functional units is set to the 3rd mode of operation
Wherein, described the first value and described the 3rd value sum are greater than predetermined threshold value, and described the first value and described the 4th value sum are less than described predetermined threshold value.
13. communication equipment as claimed in claim 12 also comprises:
Detecting unit is configured to detect the mode of operation of described data communication units, obtains the first testing result;
When described the first testing result shows, when described data communication units is in described the first mode of operation, the described specific functional units of described control unit is set to the 4th mode of operation, and show when described the first testing result, when described data communication units was in described the second mode of operation, the described specific functional units of described control unit was set to the 3rd mode of operation.
14. communication equipment as claimed in claim 12, wherein said control unit also is configured to:
Index signal according to receiving from the outside switches to described data communication units described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation; Perhaps
According to user's operation, described data communication units is switched to described the second mode of operation or switches to described the first mode of operation from described the second mode of operation from described the first mode of operation.
15. communication equipment as claimed in claim 14, wherein said detecting unit also is configured to:
Before described data communication units is switched to described the first mode of operation from described the second mode of operation, detect described specific functional units and whether work;
If described specific functional units is work not, described control unit directly switches to described the first mode of operation with described data communication units from described the second mode of operation; And
If described specific functional units is worked, described detecting unit detects the second parameter of described specific functional units, with five value of acquisition as the currency of the second parameter of described specific functional units.
16. communication equipment as claimed in claim 15, wherein when described the first value and the described the 5th that be worth and during greater than described predetermined threshold value, described control unit is controlled described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value be not more than described predetermined threshold value; And
When described the first value and described the 5th value and when being less than or equal to described predetermined threshold value, described control unit is not controlled described second parameter of described specific functional units.
17. communication equipment as claimed in claim 16, described the second parameter of wherein controlling described specific functional units comprises:
Reduce described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter the 5th value and be not more than described predetermined threshold value; Perhaps
Close described specific functional units, thereby make the second parameter be reduced to zero.
18. communication equipment as claimed in claim 12, wherein said specific functional units comprises photoflash lamp.
19. communication equipment as claimed in claim 12 also comprises the activation unit, is configured to make described specific functional units with the mode of operation work of setting when by first actuator-activated during with application that described specific functional units is corresponding.
20. communication equipment as claimed in claim 19, wherein said detecting unit also is configured to:
After activating the application corresponding with described specific functional units, detect the application corresponding with described specific functional units and whether satisfy predetermined condition, obtain the second testing result,
When described the second testing result shows, when predetermined condition was satisfied in the application corresponding with described specific functional units, described control unit was closed described specific functional units, thereby made the second parameter be reduced to zero; And
When described the second testing result shows, when the application corresponding with described specific functional units do not satisfied predetermined condition, described control unit is controlled described second parameter of described specific functional units, make described first value of described the first parameter and described the second parameter be not more than described predetermined threshold value.
21. communication equipment as claimed in claim 12, wherein the first parameter and the second parameter comprise: electric current, voltage or power.
22. communication equipment as claimed in claim 12, wherein the first mode of operation is high gain mode, and described the second mode of operation be low gain mode or in/low gain mode.
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| CN103139367B (en) | 2015-06-03 |
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