CN106056516B - monitoring method and system - Google Patents
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- CN106056516B CN106056516B CN201610380306.3A CN201610380306A CN106056516B CN 106056516 B CN106056516 B CN 106056516B CN 201610380306 A CN201610380306 A CN 201610380306A CN 106056516 B CN106056516 B CN 106056516B
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Abstract
The invention discloses a kind of monitoring method and systems, and wherein method includes: the ambient area information and history secure path information for receiving user setting;Location information, the location information of children under guardianship and the mobile message of children under guardianship of acquisition guardian in real time;According to the location information of guardian, the location information and ambient area information of children under guardianship, judge whether current monitoring is in preset Risk mode;If the current monitoring of judgement is in Risk mode, according to the location information of children under guardianship, the mobile message of children under guardianship and history secure path information, risk class assessment is carried out to the current location of children under guardianship;According to risk class assessment as a result, sending warning information to guardian.Monitoring method and system of the invention, overcome the monitoring of existing monitor device not comprehensively, information judgement not finely it is larger so as to cause error, can not timely and effectively realize the defect of active forewarning, can be realized timely, accurate monitoring.
Description
Technical field
The present invention relates to field of communication technology, in particular to a kind of monitoring method and system.
Background technique
Modern life rhythm is getting faster, and most of adult's all day rush about outside, accompanies the elderly and children
Time is fewer and fewer, and many elderlys and children, due to lacking monitoring, are deposited alone to go out at home or alone
In very big security risk.For example, for some old or weak and sickly old men, it is likely that lost, sudden onset occur
Etc. emergencies;For immature children, also it is easy to appear the situations wandered away or swindled.Once there is above-mentioned threaten
The situation of life safety, if guardian can not obtain the information of children under guardianship in time, it is possible to the machine much succoured can be missed
Meeting.
Therefore, the safety custody between kinsfolk becomes a big demand at present.Existing monitor device requires to be supervised
Shield people's is actively engaged in.For example, wearing mobile phone to children under guardianship, the shape of children under guardianship is understood by way of making a phone call
Condition.This mode of monitoring, on the one hand, the elderly and child resistant get up relatively difficult, once occurring unexpected, can not be successfully at all
It answers;On the other hand, if phone is lost or is damaged, children under guardianship is may cause and be no longer influenced by monitoring, and then not
The information that can learn children under guardianship, cannot achieve safety custody.
Summary of the invention
To realize safe and effective monitoring to children under guardianship, the present invention proposes a kind of human body monitoring method and system, passes through
Risk class assessment is carried out to the current location of guardian, and according to assessment result, actively sends warning information to guardian, from
And realize accurate monitoring.
Human body monitoring method provided by the invention, comprising the following steps:
Receive the ambient area information and history secure path information of user setting;
Location information, the location information of children under guardianship and the mobile message of children under guardianship of acquisition guardian in real time;
According to the location information of the guardian, the location information and ambient area information of children under guardianship, judgement is current
Whether monitoring is in preset Risk mode;
If the current monitoring of judgement is in the Risk mode, according to the location information of the children under guardianship, children under guardianship
Mobile message and the history secure path information, risk class assessment is carried out to the current location of the children under guardianship;
According to risk class assessment as a result, sending warning information to the guardian.
Correspondingly, the present invention also provides a kind of monitor systems, including information receiving module, information acquisition module, risk mould
Formula judgment module, risk class evaluation module and warning module;
The information receiving module, for receiving the ambient area information and history secure path information of user setting;
The information acquisition module, for acquire in real time the location information of guardian, children under guardianship location information and
The mobile message of children under guardianship;
The Risk mode judgment module, for the location information according to the location information of the guardian, children under guardianship
And ambient area information, judge whether current monitoring is in preset Risk mode;
The risk class evaluation module, if for judging that current monitoring is in the Risk mode, according to the quilt
The location information of guardian, the mobile message of children under guardianship and the history secure path information, to the children under guardianship's
Current location carries out risk class assessment;
The warning module, for according to the risk class assess as a result, to the guardian send warning information.
The beneficial effect of the present invention compared with the prior art is:
Human body monitoring method and system provided by the invention are pacified by the ambient area information and history that receive user setting
Complete trails information;Location information, the location information of children under guardianship and the mobile message of children under guardianship of acquisition guardian in real time;
According to the location information of guardian, the location information and ambient area information of children under guardianship, judge whether current monitoring is in
Preset Risk mode;If the current monitoring of judgement is in Risk mode, according to the location information of children under guardianship, children under guardianship
Mobile message and history secure path information carry out risk class assessment to the current location of children under guardianship;According to risk etc.
Grade assessment as a result, to guardian send warning information.
The present invention situation movable alone in risk zones for children under guardianship, according to the location information of children under guardianship,
Mobile message and history secure path information carry out real-time risk class assessment, and root to the current location of children under guardianship
Warning information actively is sent to guardian according to assessment result, to realize timely, accurately monitoring.Which overcome existing monitoring dresses
Set monitoring not comprehensively, information judgement not finely it is larger so as to cause error, can not timely and effectively realize the defect of active forewarning.
Detailed description of the invention
Fig. 1 is the flow diagram of an embodiment of monitoring method provided by the invention;
Fig. 2 is the structural schematic diagram of an embodiment of monitor system provided by the invention.
Specific embodiment
Below in conjunction with attached drawing, the technical characteristic and advantage above-mentioned and other to the present invention are clearly and completely described,
Obviously, described embodiment is only section Example of the invention, rather than whole embodiments.
The monitoring method provided referring to Fig. 1, one embodiment of the invention, comprising the following steps:
S100, the ambient area information and history secure path information for receiving user setting.
User can preset ambient area information and history secure path information, wherein ambient area information includes
The information of safety zone and the information of risk zones, safety zone can be the regions such as family, school, company, and area size is moderate,
When showing that children under guardianship are in this region, it is believed that its personal safety can be protected.And risk zones are except safety
Remaining region other than region usually may be configured as the daily most possible regional scope movable alone of children under guardianship.At this
In region, the personal safety of children under guardianship is most possibly threatened.
History secure path in the present invention refers to that children under guardianship leave from safety zone, enters risk zones alone,
Some safety zone is turned again to after a period of time, then the positioning track this time completely gone on a journey is known as the safe road of history
Diameter.
Location information, the location information of children under guardianship and the mobile letter of children under guardianship of S200, in real time acquisition guardian
Breath.
Guardian and children under guardianship can be built by the mobile terminals such as mobile phone, intelligent wearable device and cloud server
Vertical communication connection, to realize the acquisition of information.For example, the position of guardian can be acquired by the smart phone that guardian carries
Confidence breath, by the equipment such as smartwatch with positioning function that children under guardianship carry acquire the location information of children under guardianship with
Mobile message, collected information can uniformly be sent to cloud server and be stored.
S300, according to the location information of guardian, the location information of children under guardianship and ambient area information, judgement is current
Whether monitoring is in preset Risk mode.
Children under guardianship are under the accompanying of guardian, when into risk zones, since children under guardianship and guardian are closer,
Wearable device with children under guardianship can pass through near field communication devices interconnection technique (such as bluetooth etc.) and mobile phone of guardian etc.
Mobile terminal is directly connected to.In such a case, it is possible to think that children under guardianship are in nurse mode, although it is in risk area
Domain, but due to there is guardian to accompany, so the personal safety of children under guardianship is mainly responsible for by its guardian at one's side.Once monitoring
Position between people and children under guardianship exceeds certain distance, and near field communication devices interconnection will be interrupted, and children under guardianship are possible to separate
Guardian " is stolen " by people, and wearable device, the mobile phone etc. with children under guardianship and guardian actively discover at this time, and report
It accuses to cloud server, cloud server will would generally be switched at once Risk mode to the monitoring mode of children under guardianship, and main
The dynamic warning information that issues reminds its safety custody people to cooperate confirmation and check.
In the present embodiment, once judging that children under guardianship enter alone risk zones, then it is assumed that current monitoring is in risk mould
Formula.If in fact children under guardianship are to be accompanied by guardian outgoing, guardian can open the hand by system authentication
Monitoring APP (or the wearable device matched) on machine, by equipment interconnection technique (such as bluetooth etc.) with guarded
The wearable device connection that people carries, and cloud server is notified automatically, request is switched to nurse mode.Cloud server is according to prison
The location information of people, the location information and ambient area information of children under guardianship are protected, judges whether that strictly guardian accompanies, such as
It is then to be switched to nurse mode, risk is avoided to report by mistake;If it is not, then into Risk mode.
If S400, the current monitoring of judgement are in Risk mode, according to the location information of children under guardianship, the shifting of children under guardianship
Dynamic information and history secure path information carry out risk class assessment to the current location of children under guardianship;
S500, according to risk class assessment as a result, to guardian send warning information.
It is well known that the certain difference of movement track is sought when children under guardianship such as are swindled, kidnapped at the personal security violation
Often, it is almost very, so its motion profile is also unusual that children under guardianship, which are brought to a possibility that not haunt,.
Therefore, the present invention is according to the location information and mobile message of children under guardianship, in conjunction with a large amount of history secure path information, to being supervised
The current location for protecting people carries out risk class assessment, according to risk class assessment as a result, actively sending early warning letter to guardian
Breath is guarded accurately and in time to realize, is had the effect of in terms of the personal safety for ensureing children under guardianship particularly pertinent.
The present invention situation movable alone in risk zones aiming at children under guardianship, believes according to the position of children under guardianship
Breath, mobile message and history secure path information carry out real-time risk class assessment to the current location of children under guardianship, and
Warning information actively is sent to guardian according to assessment result, to realize timely, accurately monitoring.Which overcome existing monitoring
Device monitoring not comprehensively, information judgement not finely it is larger so as to cause error, can not timely and effectively realize active forewarning lack
It falls into.
Specifically, as an embodiment, S300 the following steps are included:
S310, location information and area information according to children under guardianship judge that children under guardianship are located in risk zones still
In safety zone;
If S320, children under guardianship are located in risk zones, according to the position of the location information of guardian and children under guardianship
Whether the current monitoring of information judgement is in Risk mode.
As described above, ambient area information includes the information of safety zone and the information of risk zones, if children under guardianship
Location information include then judging that current children under guardianship are located in risk zones in the information of risk zones.
It is possible to further judge currently to guard whether be in by calculating the distance between guardian and children under guardianship
Risk mode.Specifically, S320 the following steps are included:
S321, when children under guardianship are located in risk zones, according to the position of the location information of guardian and children under guardianship
Information calculates the distance between guardian and ward;
Whether S322, detection the distance between guardian and children under guardianship are more than preset effective monitoring distance;
If S321, detection the distance between guardian and children under guardianship have been more than preset effective monitoring distance, judge
Current monitoring is in Risk mode.
As an embodiment, S400 the following steps are included:
S410, when current monitoring is in Risk mode, believed according to the position of history secure path information, children under guardianship
It ceases, the mobile message of children under guardianship, calculates the block safety coefficient of children under guardianship's present position;
S420, the current location progress risk class assessment according to the size of block safety coefficient, to children under guardianship.
In the present invention, block refers to lesser region, and shapes and sizes are not fixed.For example, can be according to positioning number
It is generated according to radiation a certain range, a certain range can also be radiated according to positioning track to generate, be also possible to fixed geography
Area is possibly even exactly the point positioned.By carrying out block division to risk zones, can be provided for active forewarning more smart
True data analyze foundation.
Specifically, as an embodiment, S410 the following steps are included:
S411, according to the location information of children under guardianship and the mobile message of children under guardianship, calculate children under guardianship when Forward
Dynamic path;
S412, the current movement routine of children under guardianship is matched with history secure path information, and is tied according to matching
The block safety coefficient of fruit calculating children under guardianship's present position.
S420 the following steps are included:
S421, block safety coefficient is compared with preset risk assessment threshold, risk assessment threshold includes successively
First threshold, second threshold and the third threshold value of increase;
If S422, block safety coefficient are less than first threshold, judge that risk class assessment result is very high for risk;
If S423, block safety coefficient are greater than first threshold and are less than second threshold, risk class assessment result is judged
For there are risks;
If S424, block safety coefficient are greater than second threshold and are less than third threshold value, risk class assessment result is judged
It is comparatively safe.
Correspondingly, S500 the following steps are included:
If S510, risk class assessment result be it is comparatively safe, to guardian send prompt warning information, prompt monitoring
People guards children under guardianship;
If S520, risk class assessment result are to send Risk-warning information there are risk to guardian, prompt monitoring
The safe condition of people confirmation children under guardianship;
If S530, risk class assessment result are that risk is very high, continue to send simultaneously to third party and guardian high-risk
Warning information, until obtaining feedback acknowledgment.
The risk class of children under guardianship's present position can be understood as the risk etc. that children under guardianship are currently located block
Grade.It can be understood by means of colour system, for example, green indicates that safety, blue indicate comparatively safe, yellow indicates that there are wind
Danger, red indicate that risk is very high;Block in safety zone is green, and the block in danger zone is blue, yellow, red
Deng.Herein, risk class can also further be segmented according to information such as the residence times that can be tolerated, is not limited to above
It is several.For example, green indicates that safety, blue indicate comparatively safe, yellow indicates that there are risks, and orange expression risk is higher, red
Color table shows that risk is very high;Block in safety zone is green, the block in danger zone be it is orange, red, in risk zones
Block be blue, yellow etc..
Block safety coefficient can change the risk class of block, this safety coefficient is to work as Forward according to by children under guardianship
Dynamic path is matched with history secure path information and is obtained.For example, the original block for first obtaining each block is safely
Number (being arranged by guardian), the block that a history secure path covers, block safety coefficient can add 1 (to be also possible to it
He is worth), in this way, the safety coefficient of certain blocks also will continue to accumulate with the accumulation of history secure path.When block is safely
After number reaches certain threshold values, the risk class of the block will change.
Another embodiment of the present invention provides monitoring method, it is further comprising the steps of:
S610, according to the location information of children under guardianship and the mobile message of children under guardianship, calculate children under guardianship when Forward
Dynamic path;
S620, when children under guardianship leave from safety zone, turn again to safety zone after entering risk zones with Risk mode
When domain, the information of the current movement routine of children under guardianship is added in history secure path information.
Further, further comprising the steps of:
S700, according to the regulating time of the block safety coefficient or the mobile message of children under guardianship, the block is pacified
Overall coefficient is adjusted
Over time, history secure path will be more and more, and the block of history secure path covering also can be more next
More, the safety coefficient on these blocks can be increasing.The present embodiment passes through regulating time, the quilt according to block safety coefficient
Block safety coefficient is adjusted in mobile message of guardian etc., so that a part of block coefficient safely is deleted or reduces,
Risk class assessment can be made more accurate.
For example, screening according to the setting time, the block value of safety factor value adjusted before settable 3 months should be washed in a pan
It eliminates.But select in quantity, can be set in three months add up value of safety factor value be in end 20% (this threshold values only be act
Example) its safety coefficient of block zero.Children under guardianship can also be obtained on each block according to the mobile message of children under guardianship
Block safety coefficient is adjusted in the track closeness left.For example, apart from 20% farthest, (this threshold values is only with safety zone
Citing) block its safety coefficient can also be zeroed or reduce preset value.The continuous amendment of block safety coefficient, can make
Risk class assessment is more efficient and accurate.
The monitoring method that further embodiment of this invention provides, further comprising the steps of:
S810, according to the location information of children under guardianship and the mobile message of children under guardianship, calculate children under guardianship when Forward
Dynamic path;
S820, the characteristic information in history secure path information is extracted, by the history with same characteristic features information
Secure path is stored as secure path;
S830, the current movement routine of children under guardianship is matched with secure path, if it fails to match, to guardian
Send warning information.
Features described above packet includes row date, travel time section, departure place, destination, travel route and average speed
One of degree is a variety of.
Over time, history secure path can be more and more, and the present embodiment is mentioned from history secure path information
The characteristic information with certain rule is taken out, secure path is then analyzed.For example, children under guardianship are whenever workaday morning 7
O'clock between 9 points, from family, the path of school is gone to, for time-consuming about within 20 minutes, the frequency that such case occurs is non-
Chang Gao, the block safety coefficient that movement routine is related to is also very high, this paths can be stored as secure path, and
And it is named as " going to school " secure path.Same reason, moreover it is possible to extract other secure path, such as after-school safety path,
Weekend goes home secure path etc..
The had characteristic information of secure path can be trip day feature (for example whether festivals or holidays), the period, departure place,
One of information such as destination, travel time or average speed are a variety of.
It, can be according to the trip characteristics of user at this time when determining children under guardianship and leaving safety zone and enter risk zones
(time, date, departure place etc.), to attempt matching secure path, so that the destination that user's most probable is gone to is guessed, road
Normal speed, travel time, out line direction etc., so that more accurate carries out trip Risk Calculation.For example, with usually going to school
The movement track that path and guardian go to school now is compared, to ignore it classes are over path, festivals or holidays go on a tour the spies such as path
Reference ceases the track data not being inconsistent, and can be further improved the susceptibility of early warning in this way.
About the calculating of above-mentioned trip risk, multiple dimensions can be related in such a way that baseline risk adds increment risk
Carry out COMPREHENSIVE CALCULATING.Such as: the corresponding benchmark of the block safety coefficient (being equivalent to security level) of block locating for current location
Value-at-risk;On this basis, the minimum range for deviateing secure path in current location is calculated, if reaching default deflection path valve
Value, increment risk assessment level will increase;For another example, movement speed, if it find that acceleration deviates and acceleration is more than default
And speed deviations threshold values, risk assessment level also will do it superposition;Certainly there are also other elements, such as time of origin, high risk
Duration etc.;The assessment threshold values of each increment risk is different, also different to the weighing factor of overall trip risk.
For example, what children under guardianship usually most often went is school and recreation ground, but going to school is on weekdays, to go to travel
The field overwhelming majority is all festivals or holidays, is swindled if there is meeting in a ways for education in the sky, the direction of motion is but exactly recreation ground when being abducted.
If there is secure path, just it can be assumed that its destination is school, rather than recreation ground, then going to before its deviation
When the path certain distance in school, so that it may early warning is issued in advance, to improve the susceptibility and timeliness of early warning.
In addition, it is necessary to which explanation is a little that secure path can voluntarily analyze extraction in addition to system, can also be carried out by user
Setting.Difference is what the secure path of user setting can determine by setting validity period (for example winter and summer vacation is not applicable)
When expired, and the secure path that network analysis extracts, will automatically update and adjust with the adjusting of above-mentioned block safety coefficient
Section.
Based on the same inventive concept, the present invention also provides a kind of monitor system, the inventive principle of the system and the prisons
Maintaining method is identical, and specific implementation can refer to the realization process of the above method, and it is no longer redundant later to repeat place.
Correspondingly, referring to fig. 2, the monitor system that one embodiment of the invention provides, including information receiving module 100, information
Acquisition module 200, Risk mode judgment module 300, risk class evaluation module 400 and warning module 500;
Information receiving module 100 is used to receive the ambient area information and history secure path information of user setting;
Information acquisition module 200 for acquire in real time the location information of guardian, children under guardianship location information and by
The mobile message of guardian;
Risk mode judgment module 300 is used for according to the location information of guardian, the location information of children under guardianship and ring
Border area information, judges whether current monitoring is in preset Risk mode;
If risk class evaluation module 400 is for judging that current monitoring is in Risk mode, according to the position of children under guardianship
Confidence breath, the mobile message of children under guardianship and history secure path information carry out risk etc. to the current location of children under guardianship
Grade assessment;
Warning module 500 be used for according to risk class assess as a result, to guardian transmission warning information.
As an embodiment, above-mentioned ambient area information includes risk zones and safety zone;
Risk mode judgment module 300 includes risk zones judging unit and Risk mode judging unit;Risk zones are sentenced
Disconnected unit is used for location information and area information according to children under guardianship, and it is in risk zones or safe to judge that children under guardianship are located at
In region;If Risk mode judging unit is located in risk zones for children under guardianship, according to the location information of guardian with
Whether the current monitoring of location information judgement of children under guardianship is in Risk mode.
Further, Risk mode judging unit includes the first computation subunit, detection sub-unit and the first judgement
Unit;First computation subunit is used for when children under guardianship are located in risk zones, according to the location information of guardian and is supervised
Protect the distance between the positional information calculation guardian and ward of people;
Detection sub-unit for detect the distance between guardian and children under guardianship whether be more than it is preset it is effective monitoring away from
From;It is more than preset effective that first judgment sub-unit, which is used to detect the distance between guardian and children under guardianship in detection sub-unit,
Monitoring apart from when, judge that current monitoring is in Risk mode.
As an embodiment, risk class evaluation module 400 includes safety coefficient computing unit and risk class
Assessment unit;Safety coefficient computing unit is used for when current monitoring is in Risk mode, according to history secure path information, quilt
The location information of guardian, children under guardianship mobile message, calculate the block safety coefficient of children under guardianship's present position;Wind
Dangerous grade assessment unit is used for the size according to block safety coefficient, carries out risk class to the current location of children under guardianship and comments
Estimate.
Further, safety coefficient computing unit includes the second computation subunit and regulator unit;Second calculates son list
Member is for calculating the current movement routine of children under guardianship according to the location information of children under guardianship and the mobile message of children under guardianship;
Coupling subelement is tied for matching the current movement routine of children under guardianship with history secure path information, and according to matching
The block safety coefficient of children under guardianship's present position is adjusted in fruit.
Further, risk class assessment unit includes comparing subunit, the second judgment sub-unit, third judgement son list
Member and the 4th judgment sub-unit;Comparing subunit is for comparing block safety coefficient and preset risk assessment threshold
Compared with risk assessment threshold includes the first threshold being sequentially increased, second threshold and third threshold value;Second judgment sub-unit is used for
If block safety coefficient is less than first threshold, judge that risk class assessment result is very high for risk;Third judgment sub-unit is used
If being greater than first threshold in block safety coefficient and being less than second threshold, judge risk class assessment result for there are risks;
If the 4th judgment sub-unit is greater than second threshold for block safety coefficient and is less than third threshold value, judge that risk class is assessed
It as a result is comparatively safe.
As an embodiment, warning module 500 includes that the first prewarning unit, the second prewarning unit and third are pre-
Alert unit;If the first prewarning unit for risk class assessment result be it is comparatively safe, to guardian send prompt early warning letter
Breath prompts guardian to guard children under guardianship;If the second prewarning unit for risk class assessment result be there are risk,
Risk-warning information then is sent to guardian, guardian is prompted to confirm the safe condition of children under guardianship;Third prewarning unit is used for
If risk class assessment result is that risk is very high, continue to send high-risk warning information simultaneously to third party and guardian, until
Until obtaining feedback acknowledgment.
Another embodiment of the present invention provides monitor system, further include on the basis of the above embodiments risk zones judgement
Module and routing information update module;Risk zones judgment module is used for the location information according to the children under guardianship and is guarded
The mobile message of people calculates the current movement routine of the children under guardianship;Routing information update module be used for when children under guardianship from
Safety zone is left, and is entered when turning again to safety zone after risk zones with Risk mode, by the current movement of children under guardianship
The information in path is added in history secure path information.
Another embodiment of the present invention provides monitor system, on the basis of the above embodiments further include adjustment module;
Adjustment module is used for according to the setting time of history secure path, block safety coefficient or children under guardianship and safety
The distance in region carries out selective elimination to history secure path information.
Another embodiment of the present invention provides monitor system, further include on the basis of the above embodiments risk zones judgement
Module, secure path memory module and secure path early warning matching module;Risk zones judgment module is used for according to the quilt
The location information of guardian and the mobile message of children under guardianship calculate the current movement routine of the children under guardianship;Secure path
Memory module will pacify for extracting to the characteristic information in history secure path information with the history of same characteristic features information
Complete trails is stored as secure path;Secure path matching module is used for the current movement routine and safety of children under guardianship
Path is matched, if it fails to match, sends warning information to guardian.
Features described above packet includes row date, travel time section, departure place, destination, travel route and average speed
One of degree is a variety of.
Particular embodiments described above has carried out further the purpose of the present invention, technical scheme and beneficial effects
It is described in detail, it should be understood that the above is only a specific embodiment of the present invention, the protection being not intended to limit the present invention
Range.It particularly points out, to those skilled in the art, all within the spirits and principles of the present invention, that is done any repairs
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (22)
1. a kind of monitoring method, which comprises the following steps:
Receive the ambient area information and history secure path information of user setting;
The ambient area information includes the information of safety zone and the information of risk zones;
The history secure path refers to that children under guardianship leave from safety zone, enters risk zones alone, after a period of time
Turn again to the complete trip positioning track of some safety zone formation;
Location information, the location information of children under guardianship and the mobile message of children under guardianship of acquisition guardian in real time;
According to the location information of the guardian, the location information and ambient area information of children under guardianship, current monitoring is judged
Whether preset Risk mode is in;
If the current monitoring of judgement is in the Risk mode, according to the location information of the children under guardianship, the shifting of children under guardianship
Dynamic information and the history secure path information carry out risk class assessment to the current location of the children under guardianship;
Risk class includes block safety coefficient, the block that a history secure path covers, and block safety coefficient can increase
Add, with the accumulation of history secure path, the block safety coefficient for the block that history secure path covers also be will continue to accumulate,
After block safety coefficient reaches certain threshold values, the risk class of the block changes;
According to risk class assessment as a result, sending warning information to the guardian;
When children under guardianship leave from safety zone, entered when turning again to safety zone after risk zones with Risk mode, it will be by
The information of the current movement routine of guardian is added in history secure path information.
2. monitoring method according to claim 1, which is characterized in that according to the location information of the guardian, guarded
The location information and ambient area information of people, judges whether current monitoring is in preset Risk mode, comprising the following steps:
According to the location information and ambient area information of the children under guardianship, judge that the children under guardianship are located in risk zones also
It is in safety zone;
If the children under guardianship are located in the risk zones, according to the position of the location information of the guardian and children under guardianship
Whether the current monitoring of confidence breath judgement is in the Risk mode.
3. monitoring method according to claim 2, which is characterized in that if the children under guardianship are located at the risk zones
It is interior, then whether the risk is according to the location information of the guardian and the current monitoring of the location information of children under guardianship judgement
Mode, comprising the following steps:
When the children under guardianship are located in the risk zones, according to the position of the location information of the guardian and children under guardianship
Confidence breath calculates the distance between the guardian and the children under guardianship;
Detect whether the distance between the guardian and the children under guardianship are more than preset effective monitoring distance;
If so, judging the current monitoring in the Risk mode.
4. monitoring method according to claim 2, which is characterized in that if the current monitoring of the judgement is in the risk mould
Formula is right then according to the location information of the children under guardianship, the mobile message of children under guardianship and the history secure path information
The current location of the children under guardianship carries out risk class assessment, comprising the following steps:
When current monitoring is in the Risk mode, according to the history secure path information, children under guardianship location information,
The mobile message of children under guardianship calculates the block safety coefficient of children under guardianship's present position;
According to the size of the block safety coefficient, the risk class assessment is carried out to the current location of the children under guardianship.
5. monitoring method according to claim 4, which is characterized in that it is described according to history secure path information, guarded
The location information of people, children under guardianship mobile message, calculate the block safety coefficient of children under guardianship's present position, wrap
Include following steps:
According to the mobile message of the location information of the children under guardianship and children under guardianship, the current movement of the children under guardianship is calculated
Path;
The current movement routine of the children under guardianship is matched with the history secure path information, and according to matching result
Calculate the block safety coefficient of children under guardianship's present position.
6. monitoring method according to claim 4, which is characterized in that the size according to block safety coefficient, to institute
The current location for stating children under guardianship carries out the risk class assessment, comprising the following steps:
The block safety coefficient is compared with preset risk assessment threshold, the risk assessment threshold includes successively increasing
Big first threshold, second threshold and third threshold value;
If the block safety coefficient is less than the first threshold, judge that the risk class assessment result is very high for risk;
If the block safety coefficient is greater than the first threshold and is less than the second threshold, judge that the risk class is commented
Estimating result is that there are risks;
If the block safety coefficient is greater than the second threshold and is less than the third threshold value, judge that the risk class is commented
It is comparatively safe for estimating result.
7. monitoring method according to claim 6, which is characterized in that it is described according to risk class assessment as a result, to institute
It states guardian and sends warning information, comprising the following steps:
If the risk class assessment result be it is comparatively safe, prompt warning information is sent to the guardian, described in prompt
Guardian guards the children under guardianship;
If the risk class assessment result is Risk-warning information to be sent to the guardian, described in prompt there are risk
Guardian confirms the safe condition of the children under guardianship;
If the risk class assessment result is that risk is very high, continue to send simultaneously to third party and the guardian high-risk pre-
Alert information, until obtaining feedback acknowledgment.
8. monitoring method according to claim 2, which is characterized in that further comprising the steps of;
According to the mobile message of the location information of the children under guardianship and children under guardianship, the current movement of the children under guardianship is calculated
Path;
When the children under guardianship leave from safety zone, safety zone is turned again to after entering risk zones with the Risk mode
When, the information of the current movement routine of the children under guardianship is added in the history secure path information.
9. monitoring method according to claim 4, which is characterized in that further comprising the steps of;
According to the regulating time of the block safety coefficient or the mobile message of children under guardianship, the block safety coefficient is carried out
It adjusts.
10. monitoring method according to claim 2, which is characterized in that further comprising the steps of;
According to the mobile message of the location information of the children under guardianship and children under guardianship, the current movement of the children under guardianship is calculated
Path;
Characteristic information in the history secure path information is extracted, will be pacified with the history of the identical characteristic information
Complete trails is stored as secure path;
The current movement routine of the children under guardianship is matched with the secure path, if it fails to match, to the prison
Shield human hair send warning information.
11. monitoring method according to claim 10, which is characterized in that the characteristic information includes trip date, trip
One of period, departure place, destination, travel route, average speed and acceleration are a variety of.
12. a kind of monitor system, which is characterized in that judge mould including information receiving module, information acquisition module, Risk mode
Block, risk class evaluation module and warning module;
The information receiving module, for receiving the ambient area information and history secure path information of user setting;The ring
Border area information includes the information of safety zone and the information of risk zones;
The history secure path refers to that children under guardianship leave from safety zone, enters risk zones alone, after a period of time
Turn again to the complete trip positioning track of some safety zone formation;
The information acquisition module, for acquiring the location information of the location information of guardian, children under guardianship in real time and being supervised
Protect the mobile message of people;
The Risk mode judgment module, for according to the location information of the guardian, the location information of children under guardianship and
Ambient area information, judges whether current monitoring is in preset Risk mode;
The risk class evaluation module, if being guarded for judging that current monitoring is in the Risk mode according to described
The location information of people, the mobile message of children under guardianship and the history secure path information, to the current of the children under guardianship
Position carries out risk class assessment;Risk class includes block safety coefficient, the block that a history secure path covers,
Block safety coefficient will increase, with the accumulation of history secure path, the block safety for the block that history secure path covers
Coefficient also will continue to accumulate, and after block safety coefficient reaches certain threshold values, the risk class of the block changes;
The warning module, for according to the risk class assess as a result, to the guardian send warning information;
When children under guardianship leave from safety zone, entered when turning again to safety zone after risk zones with Risk mode, it will be by
The information of the current movement routine of guardian is added in history secure path information.
13. monitor system according to claim 12, which is characterized in that the Risk mode judgment module includes risk area
Domain judging unit and Risk mode judging unit;
The risk zones judging unit judges institute for the location information and ambient area information according to the children under guardianship
Children under guardianship are stated to be located in risk zones or in safety zone;
The Risk mode judging unit, if being located in the risk zones for the children under guardianship, according to the monitoring
Whether the current monitoring of location information judgement of the location information and children under guardianship of people is in the Risk mode.
14. monitor system according to claim 13, which is characterized in that the Risk mode judging unit includes the first meter
Operator unit, detection sub-unit and the first judgment sub-unit;
First computation subunit is used for when the children under guardianship are located in the risk zones, according to the guardian
Location information and children under guardianship positional information calculation described in the distance between guardian and the children under guardianship;
The detection sub-unit, for detecting whether the distance between the guardian and the children under guardianship are more than preset to have
Effect monitoring distance;
First judgment sub-unit, for being detected between the guardian and the children under guardianship in the detection sub-unit
Distance be more than it is preset it is effective monitoring apart from when, judge it is described it is current monitoring be in the Risk mode.
15. monitor system according to claim 13, which is characterized in that the risk class evaluation module includes safety system
Number computing unit and risk class assessment unit;
The safety coefficient computing unit is used for when current monitoring is in the Risk mode, according to the safe road of the history
Diameter information, the location information of children under guardianship, children under guardianship mobile message, calculate the area of children under guardianship's present position
Block safety coefficient;
The risk class assessment unit, for the size according to the block safety coefficient, to the current of the children under guardianship
Position carries out the risk class assessment.
16. monitor system according to claim 15, which is characterized in that the safety coefficient computing unit includes the second meter
Operator unit and coupling subelement;
Second computation subunit, for according to the location information of the children under guardianship and the mobile message of children under guardianship, meter
Calculate the current movement routine of the children under guardianship;
The coupling subelement, for carrying out the current movement routine of the children under guardianship and the history secure path information
It matches, and calculates the block safety coefficient of children under guardianship's present position according to matching result.
17. monitor system according to claim 15, which is characterized in that the risk class assessment unit includes more sub
Unit, the second judgment sub-unit, third judgment sub-unit and the 4th judgment sub-unit;
The comparing subunit, for the block safety coefficient to be compared with preset risk assessment threshold, the wind
Danger assessment threshold value includes the first threshold being sequentially increased, second threshold and third threshold value;
Second judgment sub-unit judges the risk if being less than the first threshold for the block safety coefficient
Grade assessment result is that risk is very high;
The third judgment sub-unit, if being greater than the first threshold for the block safety coefficient and being less than second threshold
Value, then judge the risk class assessment result for there are risks;
4th judgment sub-unit, if being greater than the second threshold for the block safety coefficient and being less than the third threshold
Value then judges the risk class assessment result to be comparatively safe.
18. monitor system according to claim 17, which is characterized in that the warning module include the first prewarning unit,
Second prewarning unit and third prewarning unit;
First prewarning unit, if for the risk class assessment result be it is comparatively safe, to the guardian send
Warning information is prompted, the guardian is prompted to guard the children under guardianship;
Second prewarning unit, if being to be sent there are risk to the guardian for the risk class assessment result
Risk-warning information prompts the guardian to confirm the safe condition of the children under guardianship;
The third prewarning unit continues if being that risk is very high for the risk class assessment result to third party and institute
It states guardian while sending high-risk warning information, until obtaining feedback acknowledgment.
19. monitor system according to claim 13, which is characterized in that further include risk zones judgment module and path letter
Cease update module;
The risk zones judgment module, for according to the location information of the children under guardianship and the mobile message of children under guardianship,
Calculate the current movement routine of the children under guardianship;
The routing information update module, for being left as the children under guardianship from safety zone, with Risk mode entrance
When turning again to safety zone after risk zones, the information of the current movement routine of the children under guardianship is added to the history
In secure path information.
20. monitor system according to claim 15, which is characterized in that further include adjustment module;
The adjustment module, for according to the regulating time of the block safety coefficient or the mobile message of children under guardianship, to institute
Block safety coefficient is stated to be adjusted.
21. monitor system according to claim 13, which is characterized in that further include risk zones judgment module, safe road
Diameter memory module and secure path early warning matching module;
The risk zones judgment module, for according to the location information of the children under guardianship and the mobile message of children under guardianship,
Calculate the current movement routine of the children under guardianship;
The secure path memory module will have for extracting to the characteristic information in the history secure path information
There is the history secure path of the identical characteristic information to be stored as secure path;
A secure path matching module, for carrying out the current movement routine of the children under guardianship and the secure path
Match, if it fails to match, sends warning information to the guardian.
22. monitor system according to claim 21, which is characterized in that the characteristic information includes trip date, trip
One of period, departure place, destination, travel route, average speed and acceleration are a variety of.
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