CN102413442A - Method for preventing loss of mobile phone and mobile phone - Google Patents
Method for preventing loss of mobile phone and mobile phone Download PDFInfo
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- CN102413442A CN102413442A CN2011103548033A CN201110354803A CN102413442A CN 102413442 A CN102413442 A CN 102413442A CN 2011103548033 A CN2011103548033 A CN 2011103548033A CN 201110354803 A CN201110354803 A CN 201110354803A CN 102413442 A CN102413442 A CN 102413442A
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Abstract
The invention is applied to the mobile terminal technology field, and provides a method for preventing loss of a mobile phone and the mobile phone. According to the method, through a G-sensor, a mobile phone state signal is detected in real time and an acquired signal is sent to a central processor; through the G-sensor, whether continuous weight loss time of the mobile phone exceeds first predetermined time or not is determined, if the continuous weight loss time exceeds the first predetermined time, falling of the mobile phone is determined, and simultaneously an alarm module is triggered to open a mobile phone loudspeaker with maximum volume and the loudspeaker plays alarm music to prompt a user; whether the fallen mobile phone is picked up within second predetermined time or not is determined, if so, alarm is stopped, and otherwise, a short message is automatically sent to a user preset number to prompt the user that the mobile phone is lost. By utilizing the method and the mobile phone, probability of losing the mobile phone of the user can be substantially reduced, design structure is simple, and user usage experience and user satisfaction are raised.
Description
Technical field
The invention belongs to technical field of mobile terminals, relate in particular to warning reminding user behind lost mobile phone, and send method and mobile phone that short message is given a kind of preventing handset from losing of user preset number automatically.
Background technology
In recent years; Continuous development along with portable terminal; Mobile phone is suitable popularizing in daily life; The design of mobile phone is also more and smaller and more exquisite, exquisite, is easy to lose, and cellphone subscriber's very most of reason of lost mobile phone in daily life causes owing to user mobile phone falls because of carelessness and mobile phone does not provide any prompting to the user after falling; So just brought very big inconvenience, how through judging that falling of mobile phone prevents that lost mobile phone from being the problem that the present invention need solve to the user.
So there is defective in prior art, need to improve.
Summary of the invention
The object of the present invention is to provide a kind of method and mobile phone of preventing handset from losing, being intended to solve does not have prompting function after mobile phone falls, and reaches the purpose that the user can obtain information of losing handset timely.
The present invention is achieved in that a kind of method of preventing handset from losing, it is characterized in that, said method comprises the steps:
A kind of method of preventing handset from losing, wherein, said method comprises the steps:
A, open said mobile phone alarm function, user preset number and short message are set;
B, gather in real time the status signal of said mobile phone through acceleration transducer; The said status signal of gathering is sent to the central processing unit that links to each other with said acceleration transducer; Whether the continuous zero-g time of judging said mobile phone through said central processing unit surpassed for first scheduled time, if surpass, judged that said mobile phone falls; Change step C over to, otherwise said mobile phone operate as normal;
C, triggering alarm module are reminded the user, and judge whether the said mobile phone that falls is picked up in second scheduled time, is, closes warning, otherwise, send said short message automatically and give said user preset number.
The method of described preventing handset from losing, wherein, said first scheduled time calculates according to following formula (1):
H=1/2gt
2 (1)
Wherein, H is the residing height of said mobile phone, and g is an acceleration of gravity, and t is used to first scheduled time of judging that the continuous weightlessness of said mobile phone is fallen.
The method of described preventing handset from losing; Wherein, Among the said step B the following mode of the continuous weightless employing of mobile phone is judged: said central processing unit whenever reads the D coordinates value of said acceleration transducer at a distance from the 3rd scheduled time, if the said acceleration transducer D coordinates value that continuous pre-determined number reads is similar to (0,0; 0), then is judged as said mobile phone zero-g time and surpasses said first scheduled time.
The method of described preventing handset from losing, wherein, said the 3rd scheduled time is 50 milliseconds, said pre-determined number is 9 times.
The method of described preventing handset from losing, wherein, said step C specifically comprises the steps:
C1, trigger alarm module, open mobile phone speaker and play the warning music with max volume through the control of said central processing unit;
C2, unlatching time-out time are the timer T2 of said second scheduled time, show the interface of the loss warning of said mobile phone;
Whether C3, judges press the confirming button at said interface, get into step C4 in this way, otherwise get into step C5;
C4, close said timer T2 and said alarm module;
C5, judge that whether said timer T2 surpasses said second scheduled time, changes step C6 over to if surpass said second scheduled time, otherwise returns step C3;
C6, send said short message automatically and give said user preset number.
A kind of mobile phone comprises central processing unit and memory module, and said memory module links to each other with said central processing unit; Wherein, Also comprise acceleration transducer, said acceleration transducer links to each other with said central processing unit through the I2C bus, is built in the said mobile phone; Said acceleration transducer is used to gather the status signal of said mobile phone, and the said status signal that will gather is sent to said central processing unit; Said central processing unit is used to judge whether the continuous zero-g time of said mobile phone surpassed for first scheduled time, and control triggers alarm module according to judged result, and sends SMS message automatically to the user preset number.
Described mobile phone; Wherein, also comprise module is set, fall detection module and alarm module; The said module that is provided with is used to point out the user to import user preset number and information; Whether the said detection module that falls is used to detect said mobile phone and falls, and said alarm module is used to remind the said mobile phone of user to fall to send warning, and sends said short message automatically and give said user preset number.
Beneficial effect of the present invention is: the method for a kind of preventing handset from losing provided by the present invention and mobile phone, and through at acceleration transducer of mobile phone set inside, the status signal of detection of handset in real time; After mobile phone falls; Trigger alarm module and in time remind the user, do not have the then automatic photos and sending messages of any operation like mobile phone in 10 seconds and give the user preset number, make the user can find the mobile phone of loss smoothly; Utilize the present invention can reduce the probability that the user loses mobile phone greatly; Project organization of the present invention is simple, can promote user's experience, improves user's satisfaction.
Description of drawings
Fig. 1 is the mobile phone theory diagram of the embodiment of the invention.
Fig. 2 is the cell phone software functions of modules block diagram of the embodiment of the invention.
Shown in Fig. 3 a-Fig. 3 c be respectively the user of the embodiment of the invention call the module menu sketch map is set.
Fig. 4 is an embodiment of the invention mobile phone coordinate sketch map.
Fig. 5 is that the detection module method flow diagram is fallen in the setting of the embodiment of the invention.
Fig. 6 be the embodiment of the invention the alarm module method flow diagram is set.
Fig. 7 is the interface sketch map that the demonstration lost mobile phone of the embodiment of the invention is reported to the police.
Fig. 8 is the flow chart of the preventing handset from losing of the embodiment of the invention.
Embodiment
The invention provides a kind of method and mobile phone of preventing handset from losing; In order in time to remind and send the number that note is given user preset for after solving the prior art mobile phone and falling the user; With the problem that the prompting user mobile phone has been lost, an acceleration transducer (G-sensor) has been installed in the present invention additional in mobile phone inside, and through on existing cell phone software, adding corresponding software function module; Comprise module be set, fall detection module, alarm module; Judge through these module settings whether mobile phone is in state of weightlessness, input user preset number and short message and mobile phone fall the back and trigger warning function, and these programs and parameter are stored in the memory cell; If continuous zero-g time surpasses the very first time of regulation from the sensor to the mobile phone; Mobile phone will trigger alarm module immediately and in time remind the user, and after mobile phone fell and reports to the police, mobile phone did not have the then automatic short-message sending of any operation to the user preset number in second scheduled time; The present invention calls and controls above-mentioned software module through central processing unit, realize the information of in time reminding user mobile phone to fall or lose.
For making the object of the invention, technical scheme and advantage clearer, clear and definite, below develop simultaneously embodiment to further explain of the present invention with reference to accompanying drawing.
Fig. 1 is a mobile phone theory diagram of the present invention; This mobile phone comprises acceleration transducer 10; Central processing unit 20 and memory module 30, acceleration transducer 10 links to each other with central processing unit 20 through the I2C bus, is built in the mobile phone; Acceleration transducer 10 is used to gather the mobile phone state signal, and the status signal of gathering is sent in the central processing unit 20; Judge through central processing unit 20 whether mobile phone is in state of weightlessness; Whether the weightless continuously time surpassed for first scheduled time, and whether control triggers alarm module according to judged result, and judged that mobile phone has no operation in second scheduled time; Automatically transmission information loses for user preset number notifying user mobile phone; Central processing unit 20 call with control command be through on existing cell phone software, adding corresponding software function module, as shown in Figure 2, central processing unit 20 comprises and module 31 is set, falls detection module 32 and alarm module 33; The instruction action of these software function modules and parameter are stored in the memory module 30; After mobile phone fell, central processing unit 20 triggers reported to the police, or in the mobile phone to user preset of sending SMS message.Wherein to the user window of input information is provided through module 31 is set, when the user selects to open in menu when of the present invention, will jumps out window and point out the user to import relevant information, the user can import user preset number and relevant short message; Fall detection module 32 and whether be used for the continuous zero-g time of detection of handset, judge whether mobile phone falls above first scheduled time; The foundation that is provided with of this time parameter is to calculate the weightless continuously time t of mobile phone through the acceleration of gravity formula; Central processing unit whenever at a distance from the 3rd scheduled time for example 50 milliseconds read acceleration transducer 10 D coordinates value; If all being similar to, the acceleration transducer D coordinates value that continuous pre-determined number for example reads for 9 times is (0,0,0); (this first scheduled time is relevant with the mobile phone height above first scheduled time to judge the continuous zero-g time of mobile phone; The present invention was 0.45 second first scheduled time when for example highly being 1 meter), then mobile phone falls, and triggers the alarm module function; Alarm module 33 is used to remind user mobile phone to fall to send warning, and sends SMS message automatically to the user preset number.Whether the setting of the 3rd scheduled time and pre-determined number will surpass or equal for first stipulated time at least certainly, only in this way could judge mobile phone comparatively exactly and fall.
Fig. 3 be the user of the embodiment of the invention call module 31 menu sketch mapes are set; At first when the user selects unlatching of the present invention in menu; The mobile phone window will be jumped out the demonstration inputting interface, and point out the user to import relevant information, shown in Fig. 3 a～Fig. 3 c; The user at first opens the lost mobile phone warning function in setup menu in Fig. 3 a; The user need edit when lost mobile phone a note of sending automatically in Fig. 3 b, and the cell-phone number of receiving information can be the people that user's relatives or friend etc. can relate to the machine master in the short period, if the user has two above mobile phones; Also can import the number of another mobile phone, the user among the figure (UI) interface only is provided with the interface use that module designs as explanation the present invention.
Fig. 4 is an embodiment of the invention mobile phone coordinate sketch map, and the present invention uses acceleration transducer 10, its design consideration acceleration of gravity principle, and formula capable of using (1) calculates the time t that the continuous weightlessness of mobile phone is fallen,
H=1/2gt
2? (1)
Wherein, H is the residing height of mobile phone, and g is an acceleration of gravity, and t is the time that the continuous weightlessness of said mobile phone is fallen.
One of them embodiment setting height H of the present invention is 1 meter, the g=9.80 meter per second
2, can design different height according to different needs in the practical application certainly, do not receive the restriction of this inventive embodiments; Just can calculate the weightless continuously time t of mobile phone according to said formula (1) and be about 0.45 second.
The present invention utilizes acceleration transducer (g-sensor) 10 detection of handset whether to be in state of weightlessness; Fall when the continuous weightlessness of mobile phone and to surpass time that calculates continuous weightlessness according to top formula when being 0.45 second (wherein 0.45 second to be object make the value that the required time of the movement of falling object gets 2 significant digits at 1 meter height; This time is first scheduled time that continuous weightlessness is fallen), judge that mobile phone falls; The present invention judges through falling detection module 32 whether mobile phone falls; It is every at a distance from 50 milliseconds of D coordinates value that read acceleration transducer in practical implementation, to set central processing unit; The g-sensor that uses in the mobile phone at present is when mobile phone is static, and along gravity direction a size can be arranged all is 1g (g=9.8m/s
2) acceleration of gravity, suppose that the mobile phone coordinate is x, the angle of three axle positive directions of y and z and gravity direction divides α, β respectively; γ, then acceleration transducer (g-sensor) is at x, and output is (g*cos α just on y and the z coordinate; G*cos β, g*cos γ), g is an acceleration of gravity.
When mobile phone is done the movement of falling object, be in state of weightlessness, the acceleration of gravity of this 1g just disappears; Calculate g-sensor coordinate output valve this moment in theory and just be (0,0,0); Therefore when keeping state of weightlessness to reach 0.45 second, mobile phone thinks that then mobile phone falls, in practical implementation, because be whenever at a distance from 50 milliseconds of values that read a g-sensor coordinate output; If being consecutively detected the value of 9 outputs is (0,0,0) and thinks that then detecting mobile phone falls; Consider the error of acceleration transducer 10 output coordinate values, regulation be set among the present invention detect the condition that mobile phone falls and be:
Central processing unit whenever reads (x, y, z) coordinate figure of axle at a distance from 50 milliseconds from acceleration transducer (g-sensor); If continuous 9 times are satisfied | x| 0.1g, | y| 0.1g, and | z| < 0.1g; That is to say when the continuous D coordinates value that reads for 9 times all satisfies to be similar to and be (0; During requiring 0,0), think that then detecting mobile phone falls.
According to top description, mobile phone drop signal characteristic parameter process step is set sees shown in the accompanying drawing 5 through falling detection module 32, specifically comprise the steps to describe:
S310, user lose warning function through the setup menu starting hand-set.
S311, F=0 is set, F is the number of times that reads acceleration transducer, is a variable.
S312, time-out time of unlatching are 50 milliseconds first scheduled time timer T1.
S313, judge whether timer T1 is overtime,, otherwise continue to wait for that T1 is overtime if then get into step S314.
S314, central processing unit 20 read three-dimensional coordinate (x, y, value z) from acceleration transducer 10.
S315, judge three-dimensional coordinate (whether value z) satisfies for x, y | x| 0.1g, | y| 0.1g, | < condition of 0.1g is if then get into step S316, if otherwise get into step S311 for z|.
The value of S316, F adds 1, i.e. F=F+1.
S317, judge whether F equals 9,, otherwise get into step S312 if then get into step S318.
S318, detect mobile phone and fall, trigger alarm module.
Fig. 6 be the embodiment of the invention alarm module 33 method control flow charts are set; After detecting mobile phone and falling; Carry out following control: promptly trigger warning function immediately, mobile phone is just opened loud speaker automatically with max volume and is play the warning music and remind the user to pick up mobile phone; If the user did not pick up mobile phone in 10 seconds; Think that then user mobile phone loses; Mobile phone sends the information of lost mobile phone at number and the short message content imported in advance in the module of being provided with provided by the invention according to the user with the form of short message; Let people's announcement machine master of the information of receiving, the machine master of making can know the situation of lost mobile phone as early as possible.
S321, detect mobile phone and fall, trigger this module and open by falling detection module 20.
S322, open mobile phone speaker and play the warning music with max volume.
S323, unlatching time-out time are the timer T2 of second scheduled time, and preferably, second scheduled time that timer T2 is set in the present embodiment is 10 seconds, and this second scheduled time was not limited to 10 seconds certainly, specifically can set according to user's requirement.
The interface (as shown in Figure 7) that S324, demonstration lost mobile phone are reported to the police, the interface among Fig. 7 only as explanation usefulness of the present invention, is not limited by this.
Whether S325, judges press " confirming " button in Fig. 7 interface, if then get into step S326, if otherwise get into step S328.
S326, timeing closing device T2.
S327, close alarm module.
S328, judge whether timer T2 is overtime, promptly whether surpassed for second scheduled time, if then get into step S329, if otherwise get into step S325.
S329, transmission user preset short message are to assigned number.
Information that for example in configuration module, is provided with and Subscriber Number, " hello, and this information is sent by mobile phone automatically, if you receive this information, explains that I lose by mobile phone, and please let me know as early as possible thanks for the information that the user imports in advance in Fig. 3 c." to 13888888888, certainly the hobby according to the user is provided with different short messages and telephone number.
Fig. 8 is the flow chart of the preventing handset from losing of the embodiment of the invention, and its concrete steps comprise as follows:
S100, open said mobile phone alarm function, user preset number and short message are set;
S101, judge that whether the continuous weightless drop-out time of mobile phone surpassed for first scheduled time;
Detect and gather mobile phone state in real time through acceleration transducer, the status signal of gathering is sent to the central processing unit 20 that links to each other with acceleration transducer 10; Wherein central processing unit is every at a distance from 50 milliseconds of D coordinates value that read acceleration transducer; If all being similar to, the continuous acceleration transducer D coordinates value that reads for 9 times is (0,0,0); The mobile phone zero-g time surpassed for first scheduled time; Judge that then mobile phone falls, change step S103 over to, otherwise change step S102 over to.
S102, mobile phone operate as normal.
S103, triggering alarm module remind user mobile phone to fall;
After judging that mobile phone falls, control mobile phone alarm module 33 control mobile phones through central processing unit 20 and open loud speaker and play the warning music with max volume.
Whether the mobile phone that S104, judgement are fallen is picked up in second scheduled time.
Just according in that alarm module is set is described, whether judges presses " confirming " button that mobile phone interface provides, and is, gets into step S106, otherwise entering step S105.
S105, send SMS message to the user preset number automatically.
S106, close warning, finish.
In sum, the present invention gathers the mobile phone state signal in real time through utilizing acceleration transducer, and the status signal of gathering is sent to central processing unit; Judge whether the continuous weightless drop-out time of mobile phone surpasses the scheduled time; And control the also automatic transmission information of triggering alarm module according to judged result and give the loss of user preset number notifying user mobile phone; After mobile phone falls, in time remind the user, utilize the present invention can reduce the probability that the user loses mobile phone greatly.
The above is merely preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of within spirit of the present invention and principle, being done, is equal to and replaces and improvement etc., all should be contained within protection scope of the present invention by Bao Yueda.
Claims (7)
1. the method for a preventing handset from losing is characterized in that, said method comprises the steps:
A, open said mobile phone alarm function, user preset number and short message are set;
B, gather in real time the status signal of said mobile phone through acceleration transducer; The said status signal of gathering is sent to the central processing unit that links to each other with said acceleration transducer; Whether the continuous zero-g time of judging said mobile phone through said central processing unit surpassed for first scheduled time, if surpass, judged that said mobile phone falls; Change step C over to, otherwise said mobile phone operate as normal;
C, triggering alarm module are reminded the user, and judge whether the said mobile phone that falls is picked up in second scheduled time, is, closes warning, otherwise, send said short message automatically and give said user preset number.
2. the method for preventing handset from losing according to claim 1 is characterized in that, said first scheduled time calculates according to following formula (1):
H=1/2gt
2 (1)
Wherein, H is the residing height of said mobile phone, and g is an acceleration of gravity, and t is used to first scheduled time of judging that the continuous weightlessness of said mobile phone is fallen.
3. the method for preventing handset from losing according to claim 2; It is characterized in that; Among the said step B the following mode of the continuous weightless employing of mobile phone is judged: said central processing unit whenever reads the D coordinates value of said acceleration transducer at a distance from the 3rd scheduled time, if the said acceleration transducer D coordinates value that continuous pre-determined number reads is similar to (0,0; 0), then is judged as said mobile phone zero-g time and surpasses said first scheduled time.
4. the method for preventing handset from losing according to claim 3 is characterized in that, said the 3rd scheduled time is 50 milliseconds, and said pre-determined number is 9 times.
5. the method for preventing handset from losing according to claim 1 is characterized in that, said step C specifically comprises the steps:
C1, trigger alarm module, open mobile phone speaker and play the warning music with max volume through the control of said central processing unit;
C2, unlatching time-out time are the timer T2 of said second scheduled time, show the interface of the loss warning of said mobile phone;
Whether C3, judges press the confirming button at said interface, get into step C4 in this way, otherwise get into step C5;
C4, close said timer T2 and said alarm module;
C5, judge that whether said timer T2 surpasses said second scheduled time,, otherwise return step C3 if surpass said second scheduled time then change step C6 over to;
C6, send said short message automatically and give said user preset number.
6. a mobile phone comprises central processing unit and memory module, and said memory module links to each other with said central processing unit; It is characterized in that; Also comprise acceleration transducer, said acceleration transducer links to each other with said central processing unit through the I2C bus, is built in the said mobile phone; Said acceleration transducer is used to gather the status signal of said mobile phone, and the said status signal that will gather is sent to said central processing unit; Said central processing unit is used to judge whether the continuous zero-g time of said mobile phone surpassed for first scheduled time, and control triggers alarm module according to judged result, and sends SMS message automatically to the user preset number.
7. mobile phone according to claim 6; It is characterized in that, also comprise module is set, fall detection module and alarm module; The said module that is provided with is used to point out the user to import user preset number and information; Whether the said detection module that falls is used to detect said mobile phone and falls, and said alarm module is used to remind the said mobile phone of user to fall to send warning, and sends said short message automatically and give said user preset number.
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| CN201110354803.3A CN102413442B (en) | 2011-11-10 | 2011-11-10 | Method for preventing loss of mobile phone and mobile phone |
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| CN201110354803.3A CN102413442B (en) | 2011-11-10 | 2011-11-10 | Method for preventing loss of mobile phone and mobile phone |
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