CN100355304C - Electricity saving mobile phone and its micro-waking parameter setting method - Google Patents
Electricity saving mobile phone and its micro-waking parameter setting method Download PDFInfo
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- CN100355304C CN100355304C CNB2005100750545A CN200510075054A CN100355304C CN 100355304 C CN100355304 C CN 100355304C CN B2005100750545 A CNB2005100750545 A CN B2005100750545A CN 200510075054 A CN200510075054 A CN 200510075054A CN 100355304 C CN100355304 C CN 100355304C
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Abstract
The present invention discloses an electricity-saving mobile phone and a slight waking parameter setting method thereof, which is characterized in that a CPU in a logic control part extracts waking-up start time t1, sleeping start time t2, a slight waking period T1 and a waking-up time length T2 which are in a data memory by performing a program to combine with current time t to be calculated to obtain new t1 and t2, the t1 and the t2 in the data memory are replaced by the new t1 and t2 which are used to program a programmable timing switching on /off circuit. The present invention reduces electrical power consumption of a mobile phone which is in a stand-by state, and particularly is suitable for use in a roaming environment with large stand-by electrical power consumption and a poor charging condition.
Description
Technical field
The present invention relates to a kind of communication system, particularly a kind of mobile phone of power saving and micro-waking parameter setting method thereof.
Background technology
As everyone knows, existing hand phone is that mobile phone adopts button to carry out the machine open/close manual operation, and the part mobile phone is provided with self-timing machine open/close function, and its cycle is 24 hours.The power supply of mobile phone generally adopts chargeable battery, its finite capacity, and whenever filling once, the stand-by time of electricity is about 3 to 5 days.The mobile phone that has adopts high capacity cell, and stand-by time is prolonged, and still, the cost of mobile phone and weight are also corresponding have been increased.For common cellphone user, the number of times of conversation and the time of conversation are limited, and the electric energy of power supply is most of to be consumed at holding state, and therefore, the cost of mobile phone and weight perhaps make the frequent charging of mobile phone just become cellphone subscriber's added burden.
Summary of the invention
The objective of the invention is provides a kind of mobile phone and micro-waking parameter setting method thereof that makes a kind of power saving that the most of the time is in dormant state in order to reduce power consumption for the defective that overcomes prior art.
The object of the present invention is achieved like this:
A kind of mobile phone of power saving, this mobile phone comprise logic control part, audio-frequency unit, radio frequency part, power unit and programmable Timer machine open/close circuit, and wherein, following step is partly carried out in logic control:
When a) opening little awake functional switch, or under the condition that little awake functional switch has been arranged at out: during start or the time started t that revives
1Initial value, little awake period T
1With the duration T that revives
2Existing time t arrives t when being set or being set again or under the start situation
1The time according to original t
1Value and T
1, t determines new t
1, new t
1With by the last t that sets of artificial or network
1Any one t after reaching
1The time interval be T
1Integral multiple, new t
1With the relation of t be:
0＜t
1-t＜T
1, use new t
1Upgrade data storage R
T1In data, and use new t
1Programmable Timer machine open/close circuit is programmed;
When b) opening little awake functional switch, or under the condition that little awake functional switch has been arranged at out: during start or t
1Initial value, T
1And T
2When being set or being set again according to T
2Determine new dormancy time started t with the value of t
2, new t
2Value equal t and add T
2, use new t
2Upgrade data storage R
T2In data, and use new t
2Programmable Timer machine open/close circuit is programmed;
C) under the condition that little awake functional switch has been arranged at out, as mobile phone be in the conversation or other modes of operation, when t from t
2Reduce to Δ t
aThe time, t
2Increase a special value T
aThereby, produce new t
2, use new t
2Upgrade R
T2In data, and use new t
2Programmable Timer machine open/close circuit is programmed;
D) under the condition that little awake functional switch has been arranged at out, as mobile phone be in the conversation or other modes of operation, when t from t
1Reduce to Δ t
bThe time, t
1Add T
2Add a special value T again
bThereby, produce new t
2, use new t
2Upgrade R
T2In data, and use new t
2Programmable Timer machine open/close circuit is programmed;
E) under the condition that little awake functional switch has been arranged at out, as t from predetermined available machine time yt
2-T
2Preceding Δ t
cTo predetermined unused time yt
2Occur for the first time manual power-off operation during this time, mobile phone sends warning the tinkle of bells and text prompt, continues to keep open state, as for the second time manual power-off operation occurring, is then shut down.
Described Δ t
aValue be 1 minute, described T
aValue be 1 minute.
Described Δ t
bValue be 5 minutes, described T
bValue be 1 minute.
Described Δ t
cValue be 5 minutes.
A kind of micro-waking parameter setting method of mobile phone of power saving, this method comprises the steps:
A) judge whether the user sets little awake function and open, as set little awake function and drive into into b) step, otherwise enter C) step;
B) state information opened of little awake function deposits memory in, and the time started of reviving treats that adjusting information deposits memory in, returns original program then;
C) judge whether the user sets little awake function and close, as set little awake function close enter d) step, otherwise enter e) step;
D) little awake function state information of closing deposits memory in, returns original program then;
E) judge that whether the user sets little awake cycle and time, enters f as setting) step, otherwise return a) step;
F) judge whether the player moves setting means to the user, enter g as the moving setting means of player) step, otherwise enter h) step;
G) in the cycle of user's input, the duration of reviving, merit is waken up the time started derivative according to depositing memory in, and the manual setting means information of micro-waking parameter and the time started of reviving treat that adjusting information deposits memory in, return original program then;
H) judge whether network selection network method for automatically programing of user, if network selection network setting mode automatically enters i) step, otherwise return f) step;
I) micro-waking parameter network method for automatically programing information deposits memory in, returns original program then.
Describedly judge whether to set the step that little awake function opens and comprise:
If not setting little awake function opens, then operation judges whether to set the step that little awake function is closed;
Open if set little awake function, then move little awake switch sign F
aPut 1, move the time started t that revives then
1Adjust sign F
bPut 0 step.
The described step of setting little awake function pass that judges whether comprises:
Do not close if do not set little awake function, then operation judges whether to set the step of little awake cycle and time;
Close if set little awake function, then move little awake switch sign F
aPut 0 step.
The described step of setting little awake cycle and time that judges whether comprises:
If do not set little awake cycle and time, then operation judges whether to set the step that little awake function is opened;
If set little awake cycle and time, then operation judges whether to select the step of manual setting means.
Describedly judge whether to select the step of manual setting means to comprise:
If do not select manual setting means, then operation judges whether to select the step of network method for automatically programing;
If select manual setting means, then little awake period T is set in operation
1, set the duration T that revives
2, set the time started t that revives
1And deposit data storage R respectively in
T1, R
T2, R
T1Step, and micro-waking parameter setting mode sign F
cPut 1, time started t revives
1Adjust sign F
bPut 0 step.
Describedly judge whether to select the step of network method for automatically programing to comprise:
If do not select the network method for automatically programing, then operation judges whether to select the step of manual setting means;
If select the network method for automatically programing, then move micro-waking parameter setting mode sign F
cPut 0 step.
Mobile phone described in the present invention and mobile phone described below belong to identical concept.The present invention proposes the notion of called after " little waking up ", it has following certain sense: mobile phone periodically works in the dormancy (being equivalent to shutdown) and (the being equivalent to start) two states of reviving, dormant state accounts for the most of the time in one-period, and wake states accounts for the very short time.
Compared with prior art, advantage of the present invention and good effect are: the present invention greatly reduces the meaningless electrical source consumption of mobile phone under holding state, prolonged the service time after battery charges at every turn, this is particularly useful to the user under the roaming environments, because the electrical source consumption of the mobile phone under the roaming environments under holding state is than much bigger on network access ground, and charge condition is very different; For the user of periodic duty, rest, be not disturbed the requirement of Auto Power On during rest in the time that work can being satisfied.
Description of drawings
Fig. 1 is the little awake function sequential chart of the mobile phone of power saving of the present invention;
Fig. 2 is the mobile communication system pie graph of the mobile phone of power saving of the present invention;
Fig. 3 is the circuit block diagram of the mobile phone of power saving of the present invention;
Fig. 4 is the micro-waking parameter setting process flow diagram of the mobile phone of power saving of the present invention;
Fig. 5 is the little awake function running flow chart of the mobile phone of power saving of the present invention;
Fig. 6 is the little awake function shutdown process flow chart of the mobile phone of power saving of the present invention.
According to following description to accompanying drawing and most preferred embodiment, the features and advantages of the present invention are easy to understand more.
Embodiment
At first consult Fig. 1, to understand thinking of the present invention.Fig. 1 is little awake function sequential chart, transverse axis express time t, and the longitudinal axis is represented the state of mobile phone, state has revives (being equivalent to start) and dormancy (being equivalent to shutdown).t
1Be the time started of reviving, the coefficient before it is t
1Front and back ordinal number in each little awake cycle.Ht
1Be illustrated in the time of manually starting shooting between rest period.t
2Be the dormancy time started, the same t of its coefficient meaning
1Ht
2Be the unused time after the manually start, it can be the manual unused time, also can be automatic shutdown time.T
1It is little awake cycle.T
2It is the duration of reviving.Arrive 1t in the time
1The time, mobile phone enters wake states automatically by resting state, to receive calls or to receive the information that network provides.As at 1t
2Preceding mobile phone is in holding state, and then the time arrives 1t
2Shi Shouji enters resting state automatically to save electrical source consumption; As at 1t
2Preceding mobile phone is in conversation or other modes of operation, then 1t
2Automatically delay, and behind conversation or EO, keep one period available machine time and see if there is phone and squeeze into, because mobile phone was in just now " hurry " state has the phone of squeezing in wait.Lt
2To 2t
1During this time, as do not have manual start, then mobile phone is in resting state always, and the mobile phone state curve is at ht
1To ht
2Between pass through (lt during this from solid line
2To 2t
1) if any squeezing into phone, then can inform that the person of squeezing into oneself will be in 2t by the greeting of voice mail
1To 2t
2Being in recovery time during this time can answer the time, perhaps exhales the machine master of making to learn the person's of squeezing into information by mobile phone.As adopt the network support mode, can (inform 2t squeezing into again by the network indication person of squeezing into by network
1To 2t
2Time), etc. select in the mode such as the main reply of standby and Call Canceled.1t
2To 2t
1During this time as the machine master at ht
1Manually start and at ht
2Shutdown, then the mobile phone state curve is at ht
1To ht
2Between pass through from dotted line.Ht
2Can be manual shutdown, as not manually then shutdown automatically after EO is delayed time one period available machine time again of shutdown of machine master.Ht
2As from 2t
1Very near (within 5 minutes) are not then at 2t
2Preceding shutdown automatically.As t at any homology number
1And t
2Between have the operation of manual shutdown to take place (not comprise ht
1To ht
2Between), then mobile phone sends warning the tinkle of bells and text prompt, insists on shutting down as the machine master, must press closing key once more and could realize shutdown.As shown in Figure 2, Fig. 2 is the mobile communcations system pie graph.Mobile communication system generally is made of travelling carriage (MS) 1 and base station sub-system (BSS) 2, switching subsystem (SSS) 3.Travelling carriage (MS) the 1st, the movable part in the whole system, base station sub-system (BSS) 2 and switching subsystem (SSS) the 3rd, the ground fixed network part in the whole system.Base station sub-system (BSS) 2 is made of base station transceiver (BTS) 4 and base station controller (BSC) 5, and switching subsystem (SSS) 3 mainly is made of mobile services switching centre (MSC) 6.Travelling carriage (MS) 1 also claims mobile phone, and the use amount maximum is that hand phone is a mobile phone at present, and it is connected with base station transceiver (BTS) 4 by wave point.Base station transceiver (BTS) 4 connects with different interfaces with base station controller (BSC) 5 different mining as the case may be, and a base station controller (BSC) 5 can be controlled many base station transceivers (BTS) 4 simultaneously.Base station sub-system (BSS) 2 is connected by wireless or wireline interface with switching subsystem (SSS) 3.Mobile services switching centre (MSC) 6 in the switching subsystem (SSS) 3 can be connected with other mobile services switching centres (MSC) 7, realization travelling carriage (MS) 1 communicates by letter with other travelling carriages, switching subsystem (SSS) 3 also can be connected with public local network public networks 8 such as (PSTN), realizes the speech or the non-voice communication of travelling carriage (MS) 1 and landline telephone or other-end.As shown in Figure 3, mobile phone mainly is made of logic control part 9, audio-frequency unit 10, radio frequency part 11 and power unit 12.The data that central processing unit in the logic control part 9 (CPU) 13 provides audio-frequency unit 10, radio frequency part 11 and power unit 12 by executive program are handled and they are monitored or export, and the part work of central processing unit (CPU) 13 can be shared by application specific processor.Program storage in the logic control part 9 (ROM) 14 is used to deposit the program that central processing unit (CPU) 13 is carried out.Data storage in the logic control part 9 (RAM) 15 is used for depositing the data that central processing unit (CPU) 13 executive program processes need and the data of generation.Database 16 also is a kind of memory, is used to deposit fixed datas such as character library.Keyboard, display, digital interface 17, microphone 18, antenna 19 and loudspeaker 20 are input-output equipment or interface, are used for mobile phone and extraneous information interchange.When for example getting phone, audio-frequency unit 10 is launched from antenna 19 at last carrying out from the audio signal of microphone 18 inputs after audio base-band is handled the carrier frequency of radio frequency part 11 generations being modulated; When squeezing into phone, radio frequency part 11 is carried out demodulation to the radiofrequency signal that receives from antenna 19 and is obtained audio signal, carries out audio base-band through audio-frequency unit 10 and handles, amplifies rear drive loudspeaker 20 sounding.The mobile phone that has also has other input-output equipment or interfaces such as vibrator.Power unit 12 is made of one or several module except that battery, and major function is that the single power supply of battery is converted to the various device power supplies in machine of multiple power supply.Implementing mobile phone of the present invention also will have programmable Timer machine open/close circuit 21, and it can be an independent device, also can be integrated in other devices.The shutdown function of programmable Timer machine open/close circuit 21 can be kept the signal replacement by cancelling the start of keeping on the holding wire 22 of giving power unit 12 of starting shooting by logic control part 9, though but adopt which kind of timing shutdown mode, the narration of the relevant shutdown procedures of present specification is " shutdown circuit is programmed " without exception.Fig. 4 be used to realize the open/close setting of little awake function, micro-waking parameter by the machine master oneself still be network settings selection and selected manual setting means after to the manual setting of micro-waking parameter.Initial step 100:, enter step 105 by " selection " key then: do not set little awake function and drive into, set little awake function and drive into: little awake switch sign F into step 110 into step 120 by enter " little waking up " option by function key, shifting bond(s) (scroll key)
aPut 1, enter step 115 then: time started t revives
1Adjust sign F
bPut 0, enter step 175 then.Step 120: do not set little awake function pass and enter step 130, set little awake function pass and enter step 125: little awake switch sign F
aPut 0, enter step 175 then.Step 130: not setting little awake cycle and time enters step 105, sets little awake cycle and time to enter step 135: do not select manual setting means to enter step 165, the moving setting means of player enters step 140: the cellie imports little awake period T
1Numerical value (the number of minutes), the processor of mobile phone deposits these data in data storage R
T1, enter step 145 then: import the duration T that revives
2Numerical value (the number of minutes), these data are deposited in data storage R
T2, enter step 150 then: import the time started t that revives
1, this time is deposited in data storage R
T1, enter step 155 then: micro-waking parameter setting mode sign F
cPut 1, enter step 160 then: time started t revives
1Adjust sign F
bPut 0, enter step 175 then.Step 165: network selection network method for automatically programing does not enter step 135, and network selection network method for automatically programing enters step 170: micro-waking parameter setting mode sign F
cPut 0, enter step 175 then: this block finishes, and returns original program and carries out other operations.Supplementary notes: 1. the general sub-option as " phone setup " of " little waking up " option is placed.2. use for convenience, " little awake functional switch " should be set by the user " quick function key " to operate.3. as only press scroll key, then step 105,120,130 circulates and enters, as desire to withdraw from can be by " removing " key.Fig. 5 is little awake function running flow chart, and its effect is to make mobile phone state is set and actual operating position is determined the time started t that revives automatically according to existing
1With dormancy time started t
2, to realize Fig. 1 requirement.Enter step 205 after the initial step 200: be set at " little awake function is closed " (F as this machine
a=0) enters step 285, as be set at " opening " (F
a=1) enters step 210: the time started t that revives that provides as other steps
1Adjust sign F
b=1 enters step 250, as F
b=0 enters step 215 (for the ease of describing in conjunction with Fig. 1, supposes the 1t of time of implementation in Fig. 1 of step 215
1And 1t
1To 1t
2Between, or ht
1And ht
1To ht
2Between): from data storage R
T1The middle t that extracts
1Value compare with existing time t, as t
1(t after t
1＞t) enter step 240, otherwise (t
1≤ t) enter step 220:t
1Value add a little awake period T
1(t
1=t
1+ T
1), wouldn't deposit R in
T1, enter step 225:t then
1Compare with t once more, as t
1Still before t or equate (t
1≤ t), return step 220, as t
1(t after t
1＞t), t then
1Determined and enter step 230 by correct: t
1Deposit data storage R in
T1Preserve, and use t
1To boot-strap circuit programme (this moment t
1With the 2t among Fig. 1
1Corresponding), enter step 235 then: existing time t adds the duration T that revives
2, the value of gained is as dormancy time started t
2Deposit data storage Rt2 in, simultaneously with these data to shutdown circuit programme (this moment t
2Corresponding to the 1t among Fig. 1
2Or ht
2, enter step 245 then.Step 240:t
1Value deduct a little awake period T
1(t
1=t
1-T
1), the result deposits R in
T1, return step 215 then.Step 245: the time started t that revives
1Adjust sign F
bPut 1, enter step 250 then: as this moment this machine be in not talking state, or do not have the promptly idle holding state of other operations, enter step 285, as the in running order step 255 that enters: from data storage R
T2The middle dormancy time started t that takes out
2Compare with existing time t, as t
22 minutes or more (t after t
2〉=t+2) enter step 265, otherwise (t
2＜t+2) enter step 260:t
2Value increase by 1 minute and deposit R in
T2, and with these data shutdown circuit is programmed, enter step 265 then: referring to the 2t among Fig. 1
1And ht
2, as t
1At t
24 minutes afterwards or more (t
1-t
2〉=4) enter step 285, otherwise (t
1-t
2＜4) enter step 270: time started t revives
1Add the duration T that revives
2Added 1 minute, the gained data deposit data storage R in
T2, and with these data shutdown circuit is programmed (with the 2t among Fig. 1
2Corresponding), enter step 275 then: the existing time t and the time started t that revives
1Relatively, as the unequal step 285 that enters, as equate to enter step 280: time started t revives
1Delay 1 little awake period T
1Deposit data storage R in
T1, and with these data boot-strap circuit is programmed (with the 3t among Fig. 1
1Corresponding), enter step 285 then: this block finishes, and returns original program and carries out other operations.Supplementary notes: 1. step 215 all will be moved once in each start under the situation that little awake function is opened or after setting micro-waking parameter to 245, and function is to determine the time started t that revives next time
1, the algorithm of employing is to approach to the centre from existing former and later two directions of time t, to guarantee resetting Time of Day and long-term correctness of shutting down operation result under the complex conditions such as back start.2. in order to reduce program runtime, the program of programmer's establishment can make step 250 to 280 per minutes only move once.3. 2 minutes value in the step 255 can suitably strengthen and can not reduce again, otherwise striving unexpectedly can appear in the operation of automatic power-off operation and step 260; Equally, T in the step 270
2May be minimum value 1 minute, adding 1 minute also be the appearance of striving unexpectedly for fear of above-mentioned, although have monitoring program in the shutdown programm.It is possible squeeze into phone in addition at this machine of wait end of conversation when this machine is busy that step 255,260 setting also have a consideration, from this consideration, can suitably strengthen in 2 minutes in the step 255.4. 4 minutes in the step 265 can suitably be strengthened or reduce.This step cooperates with step 270, purpose is shutdown no longer automatically when making the dormancy time started closely arrive to a certain degree as the time started of reviving from next time, because in the process of each start of mobile phone or shutdown all will with network exchange information, power consumption during exchange message is much bigger than holding state, and shutting down in this case as again is unfavorable for saving electric energy on the contrary.Fig. 6 is little awake function shutdown process flow chart, and its main effect is (yt between predetermined waking
2-T
2≤ t≤yt
2) and front a period of time (for example 5 minutes, i.e. yt
2-T
2-5≤t≤yt
2-T
2) during as manually shutdown appears, mobile phone will send warning the tinkle of bells and text prompt (yt
2Be the predetermined unused time, numerical value equals R when start
T1In former t
1Add T
2, it does not change in whole start process).To be placed on the forward part of former shutdown programm according to the program of this flowcharting, make to enter under the situation of step 350 and do not restart other shutdown programms as program.Initial step 300 starts when off signal is arranged, and enters step 305 then: be set at little awake function as mobile phone and closed (F
a=0) enters step 335, as be set at out (F
a=1) enter step 310: existing time t is scheduled to unused time yt as arriving or surpassing
2(t 〉=yt
2) enter step 325, as less than predetermined unused time (t＜yt
2) entering step 315: existing time t is as from predetermined available machine time (yt
2-T
2) 5 minutes or (yt still less
2-T
2-t≤5) enter step 345, as from the predetermined available machine time greater than 5 minutes (yt
2-T
2-t＞5) enter step 320: the unused time meets predetermined flag F
aPut 0, enter step 330 then.Step 325: the unused time meets predetermined flag F
ePut 1, enter step 330 then: micro-waking parameter F
c, F
e, T
1, T
2, t
1Join the information flow that is transmitted to network, enter step 340 then.Step 335: micro-waking parameter does not add the information flow that is transmitted to network, enters step 340 then: return former shutdown programm and continue preparation routine and the operation of execution about shutdown.Step 345: this power-off operation is non-first time of (F
d=0) enters step 320, be (the F first time
d=1) enter step 350: this shutdown command will not be carried out, and enters step 355 then: power-off operation sign F for the first time
dPut 0, enter step 360 then: send the warning the tinkle of bells to the cellie, and show the text prompt in 3 seconds: ' be the agreement available machine time now! Please press closing key again as shutdown.' entering step 365 then: this block finishes, and mobile phone continues to keep open state.Supplementary notes: 1. be scheduled to the available machine time fibrous root in the step 315 according to yt
2Calculate, as use t
1, at 1t
1＜t＜1t
2Mistake can appear in the judgement of this step when manually shutting down during (referring to Fig. 1), because t
1By 1t
1Be updated to 2t
1Can suitably strengthen or reduce in 5 minutes in this step, effect is with identical to the supplementary notes 4 (to the explanation of step 265) in the narration of Fig. 5 step.2. step 360 also can change into by adopting by ' affirmations ' key rather than realizing shutting down by the mode of closing key once more.In addition, yt
2-T
2-5≤t＜yt
2-T
2The text prompt of this step is not too strict under the situation, can be divided into two kinds of situation: yt as the strictness statement
2-T
2≤ t＜yt
2Statement among the Shi Caiyong figure, yt
2-T
2-5≤t＜yt
2-T
2Shi Caiyong ' has only X minute from the predetermined available machine time now! Please press closing key again as shutdown.' statement.
Be to be understood that the front just understands principle of the present invention, those skilled in the art nothing depart from the scope of the present invention and the situation of essence under can carry out various changes.
Claims (5)
1. the mobile phone of a power saving, this mobile phone comprises logic control part (9), audio-frequency unit (10), radio frequency part (11), power unit (12) and programmable Timer machine open/close circuit (21), it is characterized in that logic control part (9) is carried out following step:
When a) opening little awake functional switch, or under the condition that little awake functional switch has been arranged at out: during start or the time started t that revives
1Initial value, little awake period T
1With the duration T that revives
2Existing time t arrives t when being set or being set again or under the start situation
1The time according to original t
1Value and T
1, t determines new t
1, new t
1With by the last t that sets of artificial or network
1Any one t after reaching
1The time interval be T
1Integral multiple, new t
1With the relation of t be: 0＜t1-t＜T
1, use new t
1Upgrade data storage R
T1In data, and use new t
1Programmable Timer machine open/close circuit (21) is programmed;
When b) opening little awake functional switch, or under the condition that little awake functional switch has been arranged at out: during start or t
1Initial value, T
1And T
2When being set or being set again according to T
2Determine new dormancy time started t with the value of t
2, new t
2Value equal t and add T
2, use new t
2Upgrade data storage R
T2In data, and use new t
2Programmable Timer machine open/close circuit (21) is programmed;
C) under the condition that little awake functional switch has been arranged at out, as mobile phone be in the conversation or other modes of operation, when t from t
2Reduce to Δ t
aThe time, i.e. t
2-t=Δ t
aThe time, t
2Increase a special value T
aThereby, produce new t
2, use new t
2Upgrade R
T2In data, and use new t
2Programmable Timer machine open/close circuit (21) is programmed, wherein Δ t
aIt is a particular time interval;
D) under the condition that little awake functional switch has been arranged at out, as mobile phone be in the conversation or other modes of operation, when t from t
1Reduce to Δ t
bThe time, i.e. t
1-t=Δ t
bThe time, t
1Add T
2Add a special value T
bThereby, produce new t
2, use new t
2Upgrade R
T2In data, and use new t
2Programmable Timer machine open/close circuit (21) is programmed, wherein Δ t
bIt is a particular time interval;
E) under the condition that little awake functional switch has been arranged at out, as t from predetermined available machine time yt
2-T
2Preceding Δ t
cBe yt
2-T
2-t=Δ t
cUp to predetermined unused time yt
2Occur for the first time manual power-off operation during this time, mobile phone sends warning the tinkle of bells and text prompt, continues to keep open state, as for the second time manual power-off operation occurring, is then shut down, wherein Δ t
cIt is a particular time interval.
2. mobile phone according to claim 1 is characterized in that: described Δ t
aValue be 1 minute, described T
aValue be 1 minute.
3. mobile phone according to claim 1 is characterized in that: described Δ t
bValue be 5 minutes, described T
bValue be 1 minute.
4. mobile phone according to claim 1 is characterized in that: described Δ t
cValue be 5 minutes.
5. the micro-waking parameter setting method of the mobile phone of a power saving, this method comprises the following steps:
A) judge whether the user sets little awake function and open, as set little awake function and drive into into b) step, otherwise enter c) step;
B) little awake switch sign puts 1, and the time started of reviving is adjusted sign and puts 0, returns then;
C) judge whether the user sets little awake function and close, as set little awake function close enter d) step, otherwise enter e) step;
D) little awake switch sign puts 0, returns then;
E) judge that whether the user sets little awake cycle and time, enters f as setting) step, otherwise return a) step;
F) judge whether the player moves setting means to the user, enter g as the moving setting means of player) step, otherwise enter h) step;
G) in the cycle of user's input, the duration of reviving, the time started of reviving deposits memory in, and micro-waking parameter setting mode sign puts 1, and the time started of reviving is adjusted sign and puts 0,, return then;
H) judge whether network selection network method for automatically programing of user, if network selection network setting mode automatically enters i) step, otherwise return f) step;
I) micro-waking parameter setting mode sign puts 0, returns then.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNB2005100750545A CN100355304C (en) | 2005-06-08 | 2005-06-08 | Electricity saving mobile phone and its micro-waking parameter setting method |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2005100750545A CN100355304C (en) | 2005-06-08 | 2005-06-08 | Electricity saving mobile phone and its micro-waking parameter setting method |
Publications (2)
| Publication Number | Publication Date |
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| CN1688172A CN1688172A (en) | 2005-10-26 |
| CN100355304C true CN100355304C (en) | 2007-12-12 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101917755A (en) * | 2010-08-10 | 2010-12-15 | 惠州Tcl移动通信有限公司 | Mobile terminal and power supply control method thereof |
| CN102300298A (en) * | 2011-09-16 | 2011-12-28 | 惠州Tcl移动通信有限公司 | Mobile phone and power saving method for mobile phone in sleep mode |
| CN104794782B (en) * | 2015-03-20 | 2017-04-12 | 宁波青大智能安防科技有限公司 | Control method of intelligent safe box |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1250298A (en) * | 1998-07-31 | 2000-04-12 | 三星电子株式会社 | Method for saving electric source power of mobile telephone set |
| US6463307B1 (en) * | 1998-08-14 | 2002-10-08 | Telefonaktiebolaget Lm Ericsson | Method and apparatus for power saving in a mobile terminal with established connections |
| CN1427638A (en) * | 2001-12-19 | 2003-07-02 | 英业达集团(上海)电子技术有限公司 | Automatic switch machine device and mehtod |
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2005
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1250298A (en) * | 1998-07-31 | 2000-04-12 | 三星电子株式会社 | Method for saving electric source power of mobile telephone set |
| US6463307B1 (en) * | 1998-08-14 | 2002-10-08 | Telefonaktiebolaget Lm Ericsson | Method and apparatus for power saving in a mobile terminal with established connections |
| CN1427638A (en) * | 2001-12-19 | 2003-07-02 | 英业达集团(上海)电子技术有限公司 | Automatic switch machine device and mehtod |
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| CN1688172A (en) | 2005-10-26 |
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