CN107067666A - Overboard detection and the method and electronic installation of intelligent alarm - Google Patents
Overboard detection and the method and electronic installation of intelligent alarm Download PDFInfo
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- CN107067666A CN107067666A CN201611187553.8A CN201611187553A CN107067666A CN 107067666 A CN107067666 A CN 107067666A CN 201611187553 A CN201611187553 A CN 201611187553A CN 107067666 A CN107067666 A CN 107067666A
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/182—Level alarms, e.g. alarms responsive to variables exceeding a threshold
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Abstract
The present invention provides a kind of electronic installation with overboard detection and intelligent alarm function, it mainly judges whether current device enters water according to air pressure value changes, and obtain the latitude and longitude information residing for current device and be reported to a user preset address, after the latitude and longitude information does not have corresponding alarm, further according to the judgement to current device dump energy, the change of environment with reference to residing for it carries out comprehensive descision, according to judging to combine the corresponding alarm for sending out different frequency different modes, so as to effectively improve the efficiency that user searches current device.It provide the user the user experience of more hommization rationalization.
Description
Technical field
The present invention relates to technical field of electronic equipment, more particularly to a kind of electronic equipment and its overboard detection and intelligent alarms
Method.
Background technology
Increase with people to the favorable rating of outdoor exercises, current three proofings mobile phone is in occupation of increasing market part
Volume.Although three proofings mobile phone can cause user out of doors in motion process, fall to fall into the water even if mobile phone and be also not damaged,
But all there is an omission always for entering the detection function of water, that is to say, that how to judge current phone whether fall into
It is still one of three proofings mobile-phone manufacturers puzzlement to enter in water；If such as dirty in addition, when user is in complicated adverse circumstances
Situations such as water, night, deep water, even if mobile phone has powerful water-proof function, also the more difficult mobile phone that finds enters the position after water to user.
Based on this, it is necessary in the outdoor experience of user, whether monitoring mobile phone is in falling state or enter water state in real time
Etc. abnormality, and mobile phone current state judgement, and the varying environment with reference to residing for mobile phone are carried out immediately, go out in combination with mobile phone
Now dump energy during above abnormality, intelligently sends the alarms such as the different frequencys, the alarm song of different durations and flash lamp,
So as to be supplied to user's preferably outdoor experience, without worrying that the situation that mobile phone is lost because falling occurs.
The content of the invention
It is an object of the invention to provide a kind of electronic installation with overboard detection and intelligent alarm function, the electronics
When device can solve user open air experience in the prior art, mobile phone falls, enters when water etc. occurs extremely and can not detect in time simultaneously
The problem of sending alarm, and the solution mobile phone fall the problem of being difficult to find in adverse circumstances.
It is used for the method for the overboard detection of electronic installation and intelligent alarm, methods described it is an object of the invention to provide a kind of
Existing three proofings mobile phone can be solved to fall, enter the problem of can not in time detecting when water etc. occurs extremely and send alarm, and solution
Certainly described mobile phone falls the problem of being difficult to find in adverse circumstances.
In order to solve the above technical problems, the present invention provide have it is overboard detection and intelligent alarm electronic installation and its fall
Water detects that the technical scheme used with intelligent alarms method is：
A kind of electronic installation with overboard detection and intelligent alarm function, it includes：
One overboard detection module, the overboard detection module includes an air pressure detection module, and the air pressure detection module is supervised in real time
The atmospheric pressure value and reported data of current device local environment are surveyed,
One overboard judge module, the overboard judge module includes an air pressure judge module, according to the atmospheric pressure value continuously reported
Change judge whether current device overboard, a reporting position module, obtain current device residing for latitude and longitude information and report
To a user preset address,
Whether within a preset range one electricity judge module, judge the residual electric quantity of current device,
One environment judge module, judges the environment residing for current device,
One overboard alarm modules, default corresponding police is started with reference to electricity judge module to the judged result of environment judge module
Report.
A kind of to be used for the method for the overboard detection of electronic installation and intelligent alarm, it includes：
S1 starts overboard detection program；
The atmospheric pressure value and reported data of S2 sensing current device local environments, and according to continuously reporting the change of atmospheric pressure value to judge
Whether current device is overboard,
If so, then entering S3, obtain the latitude and longitude information residing for current device and be reported to a user preset address,
If it is not, then returning to S2；
S4 determines whether corresponding alarm command according to the feedback of preset address,
If so, correspondence alarm then is sent into S5,
If it is not, then entering step S6；
S7 user judges whether to sound all clear according to step S5 warning information,
If so, then enter S8 EPs (end of program),
If it is not, then return to step S4；
S6 judges whether it is higher than a preset value according to the dump energy of current device, and the preset value is more than 40%,
If so, then entering S9 starts high frequency audible and visible alarm pattern,
If it is not, then judge whether current device local environment is deep water or dark surrounds into S10,
If so, then judging whether current device dump energy is less than another preset value into S11, another preset value is not more than
20%,
If S11 is judged as YES, enters S12 and start low frequency alarm song optical mode,
If S11 is judged as NO, enters S13 and start normal frequency audible and visible alarm pattern；
If step S10 is judged as NO, into step S11,
If S11 is judged as YES, into S14, start low-frequency sound warning mode,
If S11 is judged as NO, into S15, start normal frequency audible alarm pattern；
Into step S9, S12, S13, S14 and S15, start after corresponding warning mode, into step S7, user judges whether solution
Except alarm.
Compared with prior art, present patent application has the technical effect that：
The present invention provides a kind of electronic installation with overboard detection and intelligent alarm function, it is contemplated that same electronic installation is entering
Atmospheric pressure value before and after water is had differences, thus the change of atmospheric pressure value is used to be made whether the judgement into water；Meanwhile, with reference to electronics
Whether device falls or entered after water residing environment severe, than such as whether in deep water or dark surrounds, and electronic installation
Dump energy, sends the alarm of different frequency different modes respectively, so as to efficiently solve user in the prior art entering
During the experience of row open air, if generation mobile phone falls, enters the abnormal cases such as water, disliked even mobile phone falls in such as dark or deep water etc.
In bad environment, still it just can easily find mobile phone by different frequency different modes type of alarms, save and largely search
Seek the time, and provide the user more preferable usage experience.
The present invention produce another have the technical effect that：
The present invention provides a kind of for the overboard detection of electronic installation and the method for intelligent alarm, and methods described is by the change of atmospheric pressure value
For judging whether electronic installation enters water；Meanwhile, fall with reference to electronic installation or enter after water whether residing environment is severe to be sentenced
Disconnected step, and the dump energy of electronic installation judgment step, the alarm side for sending different frequency different modes is corresponded to respectively
Formula so that when efficiently solving that user experiences out of doors in the prior art, occur mobile phone fall, enter water etc. it is abnormal when, even
Mobile phone falls in such as adverse circumstances such as dark or deep water, can relatively easily pass through the alarm side of different frequency different modes
Formula, judges the current location of mobile phone, easily finds mobile phone, a large amount of searches needed for saving under equivalent situations in the prior art
Time, and bring brand-new usage experience to user.
Brief description of the drawings
Fig. 1 has the high-level schematic functional block diagram of the electronic installation of overboard detection and intelligent alarm function for the present invention.
Fig. 2 is the functional block diagram of overboard detection module of the invention.
Fig. 3 is the functional block diagram of overboard judge module of the invention.
Fig. 4 is the functional block diagram of electricity judge module of the present invention.
Fig. 5 is the functional block diagram of environment judge module of the present invention.
Fig. 6 is the functional block diagram of overboard alarm modules of the invention.
Fig. 7 is the present invention for the overboard detection of electronic installation and the method and step diagram of intelligent alarm.
Embodiment
The electronic installation proposed by the present invention with overboard detection and intelligent alarm function is made more below with reference to accompanying drawing
For detailed description.
Fig. 1 is refer to, is the signal of a three proofings mobile phone main functional modules with overboard detection and intelligent alarm function
Figure, it include an overboard detection module 10, an overboard judge module 20, a reporting position module 30, an electricity judge module 40,
One environment judge module 50 and an overboard alarm modules 60.
Fig. 2 is refer to, is the submodule decomposing schematic representation of the overboard detection module 10 of the three proofings mobile phone.
The overboard detection module 10 includes an air pressure detection module 101, based on three proofings mobile phone overboard preceding in air
In, and it is overboard after be then in the difference of atmospheric pressure value caused by the environmental difference in water, the application is provided with air pressure detection mould
Block 101 monitors the atmospheric pressure value and reported data of current three proofings mobile phone local environment in real time；And 101 pairs of the air pressure detection module is worked as
The monitoring interval time of preceding three proofings mobile phone environment atmospheric pressure value is equal, that is, presets certain time interval, when each
Between interval node monitoring atmospheric pressure value and report.
Further, the overboard detection module 10 also includes an acceleration detection module 102, based on three proofings mobile phone certainly
Depart from user to during falling before water, the three proofings mobile phone is in air all the time, and the acceleration magnitude fallen is not
Disconnected change；In addition, it is contemplated that the three proofings mobile phone always first falls, after enter water, thus for acceleration detection prior to for gas
The detection of pressure value；Thus, the acceleration detection module 102 is used to monitor the operation acceleration magnitude of current device in real time and reported
Data, and the monitoring of the current three proofings mobile phone environment acceleration magnitude of 102 of the acceleration detection module is also provided with identical
Every the time, that is, certain time interval is preset, the acceleration magnitude of current device is monitored in each time interval node
And report.
Fig. 3 is refer to, is the submodule decomposing schematic representation of the overboard judge module 20 of the three proofings mobile phone.
The overboard judge module 20 includes an air pressure judge module 201, is monitored simultaneously based on the air pressure detection module 101
Interval time between the continuous data reported is equal, therefore, and the air pressure judge module 201 compares the continuous air pressure reported
Value, judges whether current device is overboard according to the change of atmospheric pressure value.
Further, the overboard judge module 20 also includes an acceleration judge module 202, and the acceleration judges mould
Judgement is compared in reported data of the block 202 based on the acceleration detection module 102, so as to infer whether current device is in
Pulldown conditions.
As previously described, because three proofings mobile phone always first falls, water is entered afterwards, therefore, the air pressure detection module
Judged result based on the acceleration judge module and trigger startup or do not start.
If the acceleration detection module 102 judges three proofings mobile phone to fall state, the air pressure detection module is triggered
101 be starting state, i.e., described air pressure detection module 101 is opened monitors the atmospheric pressure value of current three proofings mobile phone local environment simultaneously in real time
The function of reported data.
If the acceleration detection module 102 judges that acceleration magnitude does not change, i.e., current device falls state to be non-, then
Deduction current device is normal operating condition, and the air pressure detection module 101 is not starting state.
The reporting position module 30, obtains the longitude and latitude residing for current device by way of GPS or network base station
Information, and the latitude and longitude information residing for current device is reported into user's phone number set in advance or the network address.
Fig. 4 is refer to, is the submodule decomposing schematic representation of the three proofings mobile phone electricity judge module 40.
Whether within a preset range the electricity judge module 40 is essentially consisted in judges the residual electric quantity of current device, its
Including one first electricity judge module 401 and one second electricity judge module 402, the first electricity judge module 401 judges
Whether current device dump energy is higher than 40%, and whether the second electricity judge module 402 judges current device dump energy
Less than 20%.
The setting of the electricity judge module 40, is different alarms can be set by the number of dump energy,
Fall or enter the three proofings mobile phone of water so as to facilitate user to find.
Fig. 5 is refer to, is the submodule decomposing schematic representation of the three proofings mobile phone environment judge module 50.
The environment judge module 50, for judging that current device falls or entered environment residing after water；The environment is sentenced
Disconnected module 50 includes a brightness judge module 501 and a depth of water judge module 502, and the brightness judge module 501 judges currently
Whether equipment is in dark surrounds, and the depth of water judge module 502 then judges whether current device is in deepwater environment.
In the application, by the judgement to the environment judge module 50, be inferred to current device whether in deep water or
In dark adverse circumstances, so as on the basis of with reference to dump energy, further combined with the environment residing for current device, send
Corresponding alarm.
Fig. 6 is refer to, is the submodule decomposing schematic representation of the three proofings mobile phone environment judge module 60.
The overboard alarm modules 60, with reference to the electricity judge module 40 and the judgement knot of the environment judge module 50
Fruit starts default corresponding alarm.The overboard alarm modules 60 include a high frequency audible and visible alarm submodule 601, a normal frequency
Audible alarm submodule 602, a normal frequency audible and visible alarm submodule 603, a low-frequency sound alarm submodule 604 and a low frequency
Audible and visible alarm submodule 605.
According to more than have to present patent application it is overboard detection and intelligent alarm function electronic installation main functional modules and
In the introduction of its sub-function module, the present embodiment, the setting of the first electricity judge module 401 judges current device dump energy
Whether 60% is higher than, and the second electricity judge module 402 judges whether current device dump energy is less than 20%.The present embodiment
In, the electricity judge module 40 starts overboard 60 pairs of the alarm modules with reference to the judged result of the environment judge module 50
The corresponding relation for each alarm submodule answered is as follows：
When the first electricity judge module 401 judges that the dump energy of current device is more than 60%, it is contemplated that electricity is abundant, from
And the correspondence high frequency audible and visible alarm submodule 601；
The first electricity judge module 401 judges that the dump energy of current device is less than 60%, and the brightness judge module
When 501 or described depth of water judge modules 502 judge that current device is in dark or deep water, it is considered to which current device local environment is disliked
Bad, user's search current device difficulty is larger, thus employs sound and light alarm pattern, in addition, the also further root of present patent application
Judge whether current device dump energy is less than 20% according to the second electricity judge module 402, if it is, correspondence all-bottom sound
The warning mode of light alarm submodule 605；If it is not, then corresponding to the warning mode of normal frequency audible and visible alarm submodule 603.
The first electricity judge module 401 judges that the dump energy of current device is less than 60%, and the brightness judges mould
When block 501 and the depth of water judge module 502 judge that current device is not in dark or deep water, now residing for current device
For non-adverse circumstances, search difficulty less, thus employ audible alarm pattern, in addition, present patent application yet further still according to
The second electricity judge module 402 judges whether current device dump energy is less than 20%, if it is, correspondence low-frequency sound
The warning mode of alarm submodule 604；If it is not, then corresponding to the warning mode of normal frequency audible alarm submodule 602.
It will be apparent that based on the electronic installation for considering to carry during user's outdoor exercises in the prior art（The present embodiment is
Three proofings mobile phone）If fall or enter water, or in dark or deepwater environment, the problem of searching difficult and time consuming, this Shen
Judge to fall incorporated by reference to the real-time monitoring to Current electronic device acceleration and atmospheric pressure value or enter water, and combine Current electronic device
Dump energy and local environment judgement, the default different warning modes of different situations correspondence can solve easily and effectively
The problem of certainly searching difficult time-consuming present in prior art.
The method of overboard detection proposed by the present invention and intelligent alarm is described in more detail below with reference to accompanying drawing.
Refer to Fig. 7, be the present invention for electronic installation it is overboard detection and intelligent alarm method the step of illustrate, its wrap
Include：
S1 starts overboard detection alert program；
The atmospheric pressure value and reported data of S2 sensing current device local environments, and according to continuously reporting the change of atmospheric pressure value to judge
Whether current device is overboard；
If so, then entering S3, obtain the latitude and longitude information residing for current device and be reported to a user preset address,
If it is not, then returning to S2；
S4 determines whether corresponding alarm command according to the feedback of preset address,
If so, correspondence alarm then is sent into S5,
If it is not, then entering step S6；
S7 user judges whether to sound all clear according to step S5 warning information,
If so, then enter S8 EPs (end of program),
If it is not, then return to step S4；
S6 judges whether it is higher than a preset value according to the dump energy of current device, and the preset value is more than 40%,
If so, then entering S9 starts high frequency audible and visible alarm pattern,
If it is not, then judge whether current device local environment is deep water or dark surrounds into S10,
If so, then judging whether current device dump energy is less than another preset value into S11, another preset value is not more than
20%,
If S11 is judged as YES, enters S12 and start low frequency alarm song optical mode,
If S11 is judged as NO, enters S13 and start normal frequency audible and visible alarm pattern；
If step S10 is judged as NO, into step S11,
If S11 is judged as YES, into S14, start low-frequency sound warning mode,
If S11 is judged as NO, into S15, start normal frequency audible alarm pattern；
Into step S9, S12, S13, S14 and S15, start after corresponding warning mode, into step S7, user judges whether solution
Except alarm.
Overboard detection described in the present embodiment and in the method for intelligent alarm, when user carries out outdoor exercises, it is necessary to
Overboard detection program is opened using step S1 in advance, so as to start whole program function；And consider to examine by the change of atmospheric pressure value
Survey judges whether that overboard is to be based on following air pressure principle：The atmospheric pressure existed in atmosphere, and object equally can be by water
Increase to pressure and pressure from water with depth down；In step S3, the longitude and latitude obtained residing for current device
Degree information is obtained by way of GPS or network base station, and the phone number that the user preset address then sets for user
Or the network address, in addition, user also needs to set alarm command in current device in advance, when user is in cell-phone number set in advance
Code or the network address are received after the latitude and longitude information reported, and user is by S4 judgement and then passes through mobile phone set in advance
Number or the network address send alarm command to current device, and current device then triggers corresponding police after alarm command is received
Report；If without corresponding alarm command, the judgement and the judgement to environment of dump energy are carried out, so that according to the result of judgement
Send corresponding warning mode.
Thus, the application can help user according to the difference for the alarm heard, relatively accurately Current electronic is filled
The position put is judged, so as to effectively reduce the time that user searches equipment, is easy to user accurately and timely to find current electricity
Sub- equipment.
Further, step S2 is further comprising the steps of：
Step S201, senses the operation acceleration and reported data of current device, and according to the change of the acceleration continuously reported
Judge whether current device is in pulldown conditions,
If so, then enter S2,
If it is not, then current device is normal condition, repeat step S201.
Before step S2, add and whether current device is judged in the step S201 dropped according to acceleration change, and
After judging that current device meets certain time length in pulldown conditions, then carry out step S2 judgement, that is to say, that by accelerating
The change of degree judges whether to fall in advance, after further determined whether by air pressure change into water, so as to effectively lifting set
The standby correct judgement rate to current device unusual condition.
It is preferred that, in the present embodiment, preferable parameter is set in step S6, and the preset value is 60%, and in step S11
Preferable parameter is set to, and another preset value is 20%.
Further, step S10 includes sub-step S101, judges whether current device is in dark surrounds, if so, then
Into S11, S12 or S13 are respectively enterd according to S11 judgement,
Further, step S10 also includes sub-step S102, if S101 is judged as NO, into sub-step S102, further
Judge whether current device is in deepwater environment, if so, then entering S11, S12 or S13 respectively enterd according to S11 judgement,
If it is not, then entering S11, S14 or S15 are respectively enterd according to S11 judgement.
There is above step to understand, in the method for overboard detection described herein and intelligent alarm, five kinds have been preset altogether
Warning mode：
When S6 dump energies are judged as YES, correspondence S9 starts high frequency audible and visible alarm pattern；
When S6 dump energies judge not higher than 60%, the environment into S101 and S102 judges, when S101 or S102 is judged as YES
When, that is, current device is when being in dark or deepwater environment, now corresponds to audible and visible alarm pattern, and further basis simultaneously
The judgement of S11 electricity, sets correspondence warning mode for normal mode or low frequency mode, under such a situation, if S11 dump energies are low
In 20%, then S12 is corresponded to, start low frequency acousto-optic warning mode, and if S11 dump energies are not less than 20%, corresponding S13, startup
Normal frequency audible and visible alarm pattern；
When S6 dump energies judge not higher than 60%, the environment into S101 and S102 judges, when S101 and S102 is judged as
When no, that is, current device is when being not in dark or deepwater environment, now corresponds to audible alarm pattern, and also needs simultaneously
Correspondence warning mode is set for normal mode or low frequency mode further according to the judgement of S11 electricity, under such a situation, if
S11 dump energies be less than 20%, then correspond to S14, start low-frequency sound warning mode, and if S11 dump energies are not less than 20%,
Correspondence S15, starts normal frequency audible alarm pattern.
It is preferred that, when step S2 is judged as YES, i.e., when judging overboard by the change to current device atmospheric pressure value, now exist
Also include step S16 between step S2 and S3, close other applications, current device enters energy-saving mode.Thus currently set
Standby only overboard detection alert program is performed, and so as to effectively economize on electricity, is extended time of fire alarming, can be lifted user's fast searching
To the probability of current device.
It should be further stated that, when step S01 judges current device for pulldown conditions according to acceleration change, i.e.,
Make further judge S2 judgement do not enter water, now equipment still can continue S3 and afterwards the step of.That is, the application
In described overboard detection and the method for intelligent alarm, detection and alarm that equipment enters water were both covered, had been set while also having taken into account
The standby detection and alarm for falling and not entering water, and no matter which kind of situation is concrete condition be, all can be according to the remaining electricity of current device
The judgement of amount and local environment, sends corresponding alarm.
In the above embodiment of the present invention, there is the electronics dress of overboard detection and intelligent alarm function to the application respectively
Put, and the method for overboard detection and intelligent alarm is set forth, both descriptions emphasize particularly on different fields, and can combine associated description
Understood.
Described above is only some embodiments of the present invention, it is noted that for the ordinary skill people of the art
For member, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (12)
1. a kind of electronic installation with overboard detection and intelligent alarm function, it is characterised in that including：
One overboard detection module, the overboard detection module includes an air pressure detection module, and the air pressure detection module is supervised in real time
The atmospheric pressure value and reported data of current device local environment are surveyed,
One overboard judge module, the overboard judge module includes an air pressure judge module, according to the atmospheric pressure value continuously reported
Change judge whether current device overboard, a reporting position module, obtain current device residing for latitude and longitude information and report
To a user preset address,
Whether within a preset range one electricity judge module, judge the residual electric quantity of current device,
One environment judge module, judges the environment residing for current device,
One overboard alarm modules, default corresponding police is started with reference to electricity judge module to the judged result of environment judge module
Report.
2. electronic installation as claimed in claim 1, it is characterised in that：The overboard detection module also includes an acceleration detection
Module, operation acceleration and reported data for monitoring current device in real time, the overboard judge module also includes one and accelerated
Judge module is spent, the acceleration judge module judges whether current device is in down according to the change of the acceleration continuously reported
Fall state,
If so, air pressure detection module is then triggered,
If it is not, then judging current device normally to use.
3. electronic installation as claimed in claim 2, it is characterised in that：The reporting position module passes through GPS or network base
The mode stood obtains the latitude and longitude information residing for current device, and the user preset position is the phone number or net that user sets
Network address.
4. electronic installation as claimed in claim 3, it is characterised in that：The electricity judge module judges including one first electricity
Module and one second electricity judge module, the first electricity judge module judge whether current device dump energy is higher than 40%,
The second electricity judge module judges whether current device dump energy is less than 20%.
5. electronic installation as claimed in claim 4, it is characterised in that：The environment judge module includes a brightness judge module
And a depth of water judge module, the brightness judge module judges whether current device is in dark surrounds, and the depth of water judges
Module judges whether current device is in deepwater environment.
6. electronic installation as claimed in claim 5, it is characterised in that：The overboard alarm modules include a high frequency audible and visible alarm
Submodule, a normal frequency audible alarm submodule, a normal frequency audible and visible alarm submodule, a low-frequency sound alarm submodule
And a low frequency audible and visible alarm submodule.
7. a kind of be used for the method for the overboard detection of electronic installation and intelligent alarm, it is characterised in that including：
S1 starts overboard detection program；
The atmospheric pressure value and reported data of S2 sensing current device local environments, and according to continuously reporting the change of atmospheric pressure value to judge
Whether current device is overboard,
If so, then entering S3, obtain the latitude and longitude information residing for current device and be reported to a user preset address,
If it is not, then returning to S2；
S4 determines whether corresponding alarm command according to the feedback of preset address,
If so, correspondence alarm then is sent into S5,
If it is not, then entering step S6；
S7 user judges whether to sound all clear according to step S5 warning information,
If so, then enter S8 EPs (end of program),
If it is not, then return to step S4；
S6 judges whether it is higher than a preset value according to the dump energy of current device, and the preset value is more than 40%,
If so, then entering S9 starts high frequency audible and visible alarm pattern,
If it is not, then judge whether current device local environment is deep water or dark surrounds into S10,
If so, then judging whether current device dump energy is less than another preset value into S11, another preset value is not more than
20%,
If S11 is judged as YES, enters S12 and start low frequency alarm song optical mode,
If S11 is judged as NO, enters S13 and start normal frequency audible and visible alarm pattern；
If step S10 is judged as NO, into step S11,
If S11 is judged as YES, into S14, start low-frequency sound warning mode,
If S11 is judged as NO, into S15, start normal frequency audible alarm pattern；
Into step S9, S12, S13, S14 and S15, start after corresponding warning mode, into step S7, user judges whether solution
Except alarm.
8. overboard detection as claimed in claim 7 and intelligent alarm method, it is characterised in that：Step S2 also includes step
S201, senses the operation acceleration and reported data of current device, and judge current according to the change of the acceleration continuously reported
Whether equipment is in pulldown conditions,
If so, then enter S2,
If it is not, then current device is normal condition, repeat step S201.
9. overboard detection as claimed in claim 8 and intelligent alarm method, it is characterised in that：In step S3, the acquisition is worked as
Latitude and longitude information residing for preceding equipment is obtained by way of GPS or network base station, and the user preset address sets for user
Fixed phone number or the network address.
10. overboard detection as claimed in claim 9 and intelligent alarm method, it is characterised in that：In step S6, the preset value
For 60%, in step S11, another preset value is 20%.
11. overboard detection as claimed in claim 10 and intelligent alarm method, it is characterised in that：In step S10, including it is following
Sub-step：
S101, judges whether current device is in dark surrounds, if so, then entering S11, is respectively enterd according to S11 judgement
S12 or S13,
If it is not, then entering sub-step S102, determine whether whether current device is in deepwater environment, if so, then entering
S11, S12 or S13 are respectively enterd according to S11 judgement, if it is not, then enter S11, according to S11 judgement respectively enter S14 or
S15。
12. overboard detection as claimed in claim 11 and intelligent alarm method, it is characterised in that：When step S2 is judged as YES,
Also include step S16 between S2 and S3, close other applications, current device enters energy-saving mode.
Applications Claiming Priority (2)
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| CN2016108135078 | 2016-09-11 | ||
| CN201610813507 | 2016-09-11 |
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| CN107067666B CN107067666B (en) | 2019-03-26 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN114302329B (en) * | 2021-12-24 | 2023-09-05 | 深圳市现代牛仔科技有限公司 | Positioning method and system for three-proofing mobile terminal |
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