CN106394488A - Antitheft system of automobile - Google Patents
Antitheft system of automobile Download PDFInfo
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- CN106394488A CN106394488A CN201610803104.5A CN201610803104A CN106394488A CN 106394488 A CN106394488 A CN 106394488A CN 201610803104 A CN201610803104 A CN 201610803104A CN 106394488 A CN106394488 A CN 106394488A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/20—Means to switch the anti-theft system on or off
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/10—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles actuating a signalling device
- B60R25/102—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles actuating a signalling device a signal being sent to a remote location, e.g. a radio signal being transmitted to a police station, a security company or the owner
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/30—Detection related to theft or to other events relevant to anti-theft systems
- B60R25/33—Detection related to theft or to other events relevant to anti-theft systems of global position, e.g. by providing GPS coordinates
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/52—Network services specially adapted for the location of the user terminal
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Health & Medical Sciences (AREA)
- Computing Systems (AREA)
- General Health & Medical Sciences (AREA)
- Medical Informatics (AREA)
- Radar, Positioning & Navigation (AREA)
- Remote Sensing (AREA)
- Alarm Systems (AREA)
Abstract
The invention relates to an antitheft system of an automobile. The antitheft system of the automobile comprises an automobile and a server; the automobile comprises an identity checking module, a behavior detecting module, a positioning module and a first communication module; the server comprises a monitoring module; the identity checking module is used for checking the identity of a user; the behavior detecting module is used for detecting behaviors of the user; the automobile can be started according to the operation of the user if the behavior of the user is the same as a preset behavior, and the positioning module can be started if the behavior of the user is not the same as the preset behavior; the positioning module is used for positioning the automobile and generating positioning data; the first communication module is used for transmitting the positioning data generated by the positioning module to the server; the behavior detecting module is also used for building communication connection with the monitoring module through the first communication module; the monitoring module is used for giving an alarm after failing to build communication connection with the behavior detecting module. According to the antitheft system provided by the invention, whether the behavior of the user is the same as the preset behavior is detected to determine whether to start the positioning device, so the automobile owner can still obtain the automobile location in time after the automobile is stolen.
Description
Technical field
The present invention relates to car networking, more particularly to automobile anti-theft theft system.
Background technology
With the continuous improvement of China's car owning amount, car clout case also happens occasionally, and this does not mean only that ours
Social security should be strengthened, and car owner should improve the precaution consciousness, it should be further noted that to be that the theft protection technology of vehicle should obtain
To change or development.Certainly, with scientific and technological continuous development, increasing sensor and intelligent chip are used in automobile and prevent
On robber, the anti-theft technique of auto vendor is also improving constantly, but theft means are also improving constantly, alarm system also frequent quilt
Crack.How to make effectively antitheft, prevent situation about being cracked, be institute of current auto vendor urgent need to resolve.
Chinese invention patent ZL 201410126299.5 discloses a kind of automotive theft proof system and automobile anti-theft method.Should
Automotive theft proof system includes：One automobile component, an electrocardiogram sensor, one first depositor, a remote control and a microcontroller
Device；This electrocardiogram sensor is in order to sense a current ECG information；This first depositor is in order to store this current electrocardiogram letter
Breath；This remote control includes：One second depositor, this second depositor is pre-recorded ECG information in order to store one；This microcontroller
In order to be consistent with this ECG information of pre-recording when this current ECG information, this automobile component is controlled to be changed into by a first state
One second state, this first state is different from this second state.The present invention to recognize car owner's identity by ECG information, so
It is avoided that and lose vehicle because losing key chip；If additionally, remote control does not leave car owner, can be fast as key chip
Unlock fastly or start engine, and then improve operational convenience.Although this method can effectively prevent beyond car owner
People drives a car, but the palmic rate of people is not remain unchanged, when there is accident or driver's burst disease, due to
Palmic rate changes and leads to electrocardiographic abnormality, and such vehicle is possible to therefore and changes state, and then leads to accident,
In addition the heart beating being also possible to should be driver changes and leads to automobile cannot start.
Content of the invention
Based on this it is necessary to more single for existing automobile burglar means, and there is safety wind in new theft preventing method
The defect of danger, provides a kind of safe and reliable, effectively reduces due to identification failure and lead to the automobile of unexpected risk probability
Anti-theft theft system.
A kind of automobile anti-theft theft system, including：Vehicle server, described vehicle includes authentication module, behavior
Detection module, locating module and first communication module；Described server includes monitoring module；
Described authentication module is used for verifying user identity, after subscriber authentication success, is opened according to user operation
Move described vehicle；
Described behavioral value module is used for, after subscriber authentication success, detecting user behavior, when user behavior and in advance
If then described vehicle is started according to user operation when behavior is consistent, when user behavior is inconsistent with default behavior, start described
Locating module positions to vehicle；
Described locating module is used for vehicle being positioned and being produced location data；
Described first communication module is used for the location data after described locating module starts, described locating module being produced
Send to described server；
Described behavioral value module is additionally operable to set up communication connection by described first communication module with described monitoring module；
Described monitoring module is used for producing after communicating to connect unsuccessfully with the foundation of described behavioral value module reports to the police.
In one embodiment, described monitoring module be additionally operable to described behavioral value module detect user behavior with pre-
If starting when behavior is inconsistent.
In one embodiment, described server also includes SMS module, and described SMS module is used in described monitoring mould
Block produces after reporting to the police and sends note.
In one embodiment, described monitoring module is specifically for setting up and described behavior inspection at interval of the second Preset Time
Survey module communication connection.
In one embodiment, described monitoring module also sets up time adjustment unit, when presetting for adjusting described second
Between.
In one embodiment, described monitoring module is additionally operable to not set up and described behavioral value in the 3rd Preset Time
The communication connection of module, then produce and report to the police.
In one embodiment, described time adjustment unit is additionally operable to adjust described 3rd Preset Time.
In one embodiment, described locating module includes GPS module.
In one embodiment, described locating module includes architecture module.
In one embodiment, described server also includes default behavioral module, and described default behavioral module is stored with use
The default behavior at family；
Described behavioral value module specifically for after subscriber authentication success, detection user behavior whether with described clothes
Whether the default behavior of the described default behavioral module of business device is consistent, when user behavior is consistent with default behavior then according to user
Operation starts described vehicle, when user behavior is inconsistent with default behavior, starts described locating module and vehicle is positioned.
Above-mentioned automobile anti-theft theft system, determines whether to open by detecting whether user behavior is consistent with default behavior
Positioning, after positioning starting to vehicle, after vehicle is stolen, car owner still can obtain vehicle location in time, such that it is able to quick
Give vehicle for change, thus be prevented effectively from vehicle being tampered, and because vehicle will lead to the vehicle cannot due to identification failure
Start or change running status, thus avoiding unexpected generation.
Brief description
Fig. 1 is the attachment structure schematic diagram of the automobile anti-theft theft system of one embodiment of the invention；
Fig. 2 is the functional module structure block diagram of the automobile anti-theft theft system of one embodiment of the invention；
Fig. 3 is the functional module structure block diagram of the automobile anti-theft theft system of another embodiment of the present invention；
Fig. 4 is the functional module structure block diagram of the automobile anti-theft theft system of another embodiment of the present invention；
Fig. 5 is the functional module structure block diagram of the automobile anti-theft theft system of another embodiment of the present invention；
Fig. 6 is the attachment structure schematic diagram of the automobile anti-theft theft system of another embodiment of the present invention.
Specific embodiment
For the ease of understanding the present invention, below with reference to relevant drawings, the present invention is described more fully.In accompanying drawing
Give the better embodiment of the present invention.But, the present invention can realize however it is not limited to herein in many different forms
Described embodiment.On the contrary, providing the purpose of these embodiments to be to make the disclosure is understood more
Plus it is thoroughly comprehensive.
It should be noted that when element is referred to as " being arranged at " another element, it can be directly on another element
Or can also there is element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or may be simultaneously present centering elements.Term as used herein " vertical ", " level ", " left ",
For illustrative purposes only, being not offered as is unique embodiment for " right " and similar statement.
Unless otherwise defined, all of technology used herein and scientific terminology and the technical field belonging to the present invention
The implication that technical staff is generally understood that is identical.The term being used in the description of the invention herein is intended merely to description tool
The purpose of the embodiment of body is it is not intended that in limiting the present invention.Term as used herein " and/or " include one or more
The arbitrary and all of combination of related Listed Items.
For example, a kind of automobile anti-theft theft system, including：Vehicle server, described vehicle includes authentication module, OK
For detection module, locating module and first communication module；Described authentication module is used for verifying user identity, works as user identity
After being proved to be successful, described vehicle is started according to user operation；Described behavioral value module is used for after subscriber authentication success,
Detection user behavior, then starts described vehicle according to user operation when user behavior is consistent with default behavior, works as user behavior
When inconsistent with default behavior, start described locating module and vehicle is positioned；Described locating module is used for vehicle is carried out
Position and produce location data；Described first communication module is used for, after described locating module starts, described locating module being produced
Raw location data sends to described server.
As depicted in figs. 1 and 2, it is the automobile anti-theft theft system 10 of a preferred embodiment of the present invention, including：Vehicle 100
Server 200, described vehicle 100 includes authentication module 110, behavioral value module 120, locating module 130 and first
Communication module 140；Described behavioral value module 120 is connected with described locating module 130, described locating module 130 and described the
One communication module 140 connects, and described first communication module 140 is connected with described server 200 by wireless network, described identity
Authentication module 110 is used for verifying user identity, after subscriber authentication success, starts described vehicle 100 according to user operation；
Described behavioral value module 120 is used for, after subscriber authentication success, detecting user behavior, when user behavior and default behavior
Then described vehicle 100 is started according to user operation when consistent, when user behavior is inconsistent with default behavior, start described positioning
Module 130 positions to vehicle 100；Described locating module 130 is used for vehicle 100 being positioned and being produced location data；
Described first communication module 140 is used for the positioning number after described locating module 130 starts, described locating module 130 being produced
According to transmission to described server 200.
It is noted that the user in the following example of the present invention is car owner, embodiments of the invention pass through detection
Whether user behavior consistent with default behavior to determine whether to open positioning, after positioning starting to vehicle 100, vehicle
After 100 is stolen, car owner still can obtain the position of vehicle 100 in time by access server 200, such that it is able to quickly give car for change
100, thus be prevented effectively from vehicle 100 being tampered, and because vehicle 100 will not lead to vehicle due to identification failure
100 cannot start or change running status, thus avoiding unexpected generation.
It should be understood that the authentication module 110 of the present invention is the remote-control key control system of prior art, example
As described authentication module 110 includes remote-control key, and remote-control key is used for authentication, for example, described remote-control key is used for
When release tab is passed through authentication with this by when hitting so that vehicle 100 unlocks.And described behavioral value module 120 is concrete
For verifying the behavioural habits of user, for example, user is unlocked after vehicle 100 by remote-control key, the operation that vehicle 100 is done
Order can be considered as user behavior it should be understood that the different user operation to vehicle 100 after unblock automobile respectively has
Difference, including the seat belt that pulls the hand brake, detains, steps on service brake and ignition trigger etc., the operation order of different users differs, and user is permissible
By being entered into default behavior in behavioral value module 120 or server 200, for example, default behavior is once recorded by pre-operation
Enter to behavioral value module 120, such typing is preset behavior and had uniqueness, and only car owner knows, certainly, above-mentioned is default
Behavior should not violate the safe working practice of vehicle 100, otherwise will produce unexpected；It is noted that default behavior not only limits
In the above-mentioned operation to automobile, also include in vehicle 100, controlling the slip gesture of screen or click on gesture, by detecting user's centering control
Whether the slip gesture of screen or click gesture are consistent with default gesture, thus controlling whether described locating module 130 starts.
It should be understood that the present invention is dual by described authentication module 110 and described behavioral value module 120
Checking, with guarantee described vehicle 100 driver as car owner, and authentication module 110 be used for checking user identity lose
After losing, do not start described vehicle 100 so that thief cannot steal, and described behavioral value module 120 is used in checking user
After behavior failure, vehicle 100 is positioned, rather than vehicle 100 cannot be started, so can avoid car owner in checking
After user behavior failure, still can normally start vehicle 100, without leading to vehicle 100 cannot start, thus improving vehicle
100 reliability, it is to avoid vehicle 100 occurs unexpected after starting；On the other hand, even if vehicle 100 is stolen, also still can rely on
Locating module 130 positions to vehicle 100.It should be understood that the locating module 130 of the present invention is independent of vehicle 100 certainly
Band have outside the navigation system of positioning function, that is, the locating module 130 of the present invention be not vehicle 100 carry there is positioning
The navigation system of function, so, the locating module 130 of the present invention starts according only to the control of described behavioral value module 120
Or close, and it is not subject to the control of driver to start or close, so, substantially increase the reliability of described locating module 130,
Make the location data of described vehicle 100 more accurate, after vehicle 100 is stolen, described locating module 130 is not because thief's
Operate and close, thus improve the reliability of the present invention, further, since the work of described locating module 130 has no effect on car
100 traveling, therefore can position to vehicle 100 in the case that thief knows nothing, and improve car owner and give car for change
100 probability.
In order to improve the reliability of location data, improve the positioning precision to described vehicle 100 for the described server 200, example
If, described first communication module 140 is specifically for after described locating module 130 starts, at interval of the first Preset Time by institute
The location data stating locating module 130 generation sends to described server 200, and for example, described first Preset Time is less than 10 seconds,
For example, described first Preset Time is 3 seconds, and so, described first communication module 140 can be more densely by described positioning mould
The location data of block 130 sends to server 200 so that described server 200 forms the positioning route completing, can be clearly anti-
Reflect the travel route of vehicle 100.
Give the probability of vehicle 100 in order to improve car owner further for change so that stolen vehicle 100 has marked feature, for example,
Described behavioral value module 120 is additionally operable to, when user behavior is inconsistent with default behavior, described vehicle 100 state is locked as
First state, for example, described vehicle 100 has the state features different from normally travel in said first condition, and it is main
Purpose is to enable stolen vehicle 100 to cause other people attentions, so that stolen vehicle 100 can be given for change easily.
For example, double flashing lights opened in said first condition by described vehicle 100, and for example, described vehicle 100 is described first
Normally opened pair of flashing light under state；For example, described vehicle 100, in described first state, opens double sudden strain of a muscle at interval of the second Preset Time
Lamp, and close double flashing lights after the 3rd Preset Time after unlatching；So, for example, described vehicle 100 is in described first state
Under, double flashing lights are not subject to controlling of double flashing light button of vehicle 100, and that is, in the first state, double flashing lights of vehicle 100 are not driven
Person controls.So, after vehicle 100 is stolen, because vehicle 100 is under first state, double flashing lights are persistently lighted or interval
Property light so that described vehicle 100 tool bear obvious signs, so that vehicle 100 is easily closed by pedestrian or vehicular traffic 100
Note, improves the probability that vehicle 100 is retrieved.
For example, trunk opened in said first condition by described vehicle 100, and for example, described vehicle 100 is in described
Open after the 4th Preset Time after boot is closed in the rear under one state, for example, described vehicle 100 is in described first state
Lower unlatching loudspeaker, for example, described vehicle 100 opens loudspeaker, for example, institute at interval of the 5th Preset Time in said first condition
State vehicle 100 and open brake lamp in said first condition, by above-mentioned unlatching trunk, open loudspeaker or open brake
Lamp so that stolen vehicle 100 tool bear obvious signs, easily paid close attention to by pedestrian or vehicular traffic 100, and due to vehicle 100 at
Under first state, vehicle 100 travels has certain danger, and such as, frequently the brake lamp opened or loudspeaker easily make
Other car or rear car error in judgement, therefore, it can have certain probability so that thief stops driving stolen vehicle 100 and far goes.
In order to avoid car owner is in normal driving, because operation leads to vehicle 100 to be in first with default behavior is inconsistent
State and affect car owner drive, for example, described behavioral value module 120 is additionally operable to be locked as first in described vehicle 100 state
Detect user behavior after state again, when user behavior is consistent with default behavior, release the first state to described vehicle 100
Locking, otherwise keep for described vehicle 100 being locked as first state, for example, described behavioral value module 120 is additionally operable in institute
State after vehicle 100 state is locked as first state and user behavior detected again according to the control instruction of user, when user behavior with
When default behavior is consistent, release the locking of the first state to described vehicle 100, otherwise keep being locked as described vehicle 100
First state, so, even if car owner is after user behavior detects unsuccessfully first, leads to described vehicle 100 to be locked as first state,
Car owner still can carry out the detection of user behavior, thus vehicle 100 is solved from first state by inputting control instruction again
Lock, thus be prevented effectively from lead to vehicle 100 abnormal state due to the maloperation of car owner, it is to avoid the accident in travelling.
For example, described behavioral value module 120 is additionally operable to detect user's row again after described locating module 130 starts
For when user behavior is consistent with default behavior, closing described locating module 130；For example, described behavioral value module 120 is gone back
For user behavior being detected again according to the control instruction of user after described locating module 130 starts, when user behavior and in advance
If behavior is consistent, close described locating module 130.When maloperation occurring in car owner's user behavior detection first, lead to vehicle
100 are positioned, and now the location data of described locating module 130 is invalid data, in order to avoid server 200 receives invalid number
According to user can carry out user behavior detection again by operation, when user behavior is consistent with default behavior, closes described
Locating module 130 is so that described locating module 130 stops sending location data to server 200.
For example, described behavioral value module 120 is additionally operable to detect that user behaviors are inconsistent with default behavior at continuous three times
When, stop carrying out user behavior detection, for example, when described behavioral value module 120 detect for continuous three times user behavior with pre-
If behavior is inconsistent, it is not turned off described locating module 130 so that described locating module 130 continuous firing, persistently to described
Vehicle 100 is positioned, so that thief attempts to close described locating module after behavioral value fails multiple
130, for example, described behavioral value module 120 is additionally operable to when continuous three times detection user behaviors are inconsistent with default behavior, will
Described vehicle 100 state is locked as first state, if likewise, repeated detection user behavior is inconsistent with default behavior, meaning
Taste driver not car owner, now vehicle 100 state is locked as first state so that vehicle 100 has notable labelling.
As shown in figure 3, it is the automobile anti-theft theft system 10 of another preferred embodiment of the present invention, including：Vehicle 100 kimonos
Business device 200, on described vehicle 100, inclusion authentication module 110, behavioral value module 120, locating module 130 and first are logical
Letter module 140；Described server 200 includes monitoring module 210；Described behavioral value module 120 is with described locating module 130 even
Connect, described locating module 130 is connected with described first communication module 140, described first communication module 140 pass through wireless network with
Described server 200 connects, and described authentication module 110 is used for verifying user identity, after subscriber authentication success, root
Start described vehicle 100 according to user operation；Described behavioral value module 120 is used for after subscriber authentication success, and detection is used
Family behavior, then starts described vehicle 100 according to user operation when user behavior is consistent with default behavior, when user behavior and in advance
If behavior is inconsistent, starts described locating module 130 and vehicle 100 is positioned；Described locating module 130 is used for vehicle
100 are positioned and are produced location data；Described first communication module 140 is used for after described locating module 130 starts, by institute
The location data stating locating module 130 generation sends to described server 200；Described behavioral value module 120 is additionally operable to pass through
Described first communication module 140 sets up communication connection with described monitoring module 210；Described monitoring module 210 be used for described
Behavioral value module 120 is set up to produce after communicating to connect unsuccessfully and is reported to the police.
In the present embodiment, not only stolen vehicle 100 is positioned, also reported to the police after vehicle 100 is stolen, for example,
After described behavioral value module 120 person thefted destroys, described monitoring module 210 is set up with described behavioral value module 120
Produce after communicating to connect unsuccessfully and report to the police, even if after described behavioral value module 120 lost efficacy, car owner still can be notified in time.So, lead to
Cross monitoring module 210 and can effectively obtain described behavioral value module 120 and the working condition of described first communication module 140 is
No normal.In the present embodiment, by authentication module 110, behavioral value module 120 and the monitoring being arranged on server 200
The double authentication of module 210 and status monitoring, effectively not only can verify driver status moreover it is possible to listen to car in time
100 whether working properly so that car owner can look for vehicle 100 with the vehicle 100 stolen rear very first time.
Due to described monitoring module 210 be arranged in server 200, therefore described monitoring module 210 can with continuous firing,
But because vehicle 100 is after flame-out, internal electronic element does not work, so, described monitoring module 210 is led to cannot connect to institute
State first communication module 140 or described behavioral value module 120, therefore in order to avoid described monitoring module 210 is reported by mistake, for example,
Described monitoring module 210 is additionally operable to start after described vehicle 100 starts, and for example, described first communication module 140 is additionally operable to
Described vehicle 100 sends enabled instruction to described monitoring module 210 after starting, described monitoring module 210 is additionally operable to receiving
Start after described enabled instruction, for example, described monitoring module 210 is additionally operable to user is detected in described behavioral value module 120
Start when behavior is inconsistent with default behavior.So, described monitoring module 210 can be after vehicle 100 starts, or user behavior
Start when abnormal, now the monitoring to vehicle 100 is more accurate, can avoid reporting by mistake, simultaneously as described monitoring module 210
Still need not set up after vehicle 100 stops working connect so that vehicle 100 stop working after need not for described first communication module 140 or
Described behavioral value module 120 is powered, more save resources.
Although so that more accurate to the snoop results of vehicle 100, also more saving provides above-mentioned monitoring module 210
Source, but described first communication module 140 or described behavioral value module cannot be destroyed before vehicle 100 starts in thief
Monitor after 120, because described monitoring module 210 is that the startup receiving described first communication module 140 refers in the above-described embodiments
Start after order, therefore described monitoring module 210 cannot start, and leads to not monitor described first communication module 140 and described row
For the working condition of detection module 120, in order to avoid above-mentioned situation, for example, described first communication module 140 and described behavior are examined
Survey module 120 continuous firing also after described vehicle 100 stops working, for example, described first communication module 140 and described behavioral value
Module 120 is also powered and continuous firing by stand-by power supply after described vehicle 100 stops working, and for example, described monitoring module 210 is also
Report to the police for producing after disconnecting communication connection with described behavioral value module 120, so, described first communication module 140 He
Described behavioral value module 120, after described vehicle 100 stops working, remains to keep and the described communication monitoring module 210, once institute
After stating monitoring module 210 and the communication disconnection of described first communication module 140, then produce and report to the police, i.e. institute on described vehicle 100
State after first communication module 140 or described behavioral value module 120 be destroyed, described monitoring module 210 just produces reports to the police.
For save resources, communication connection, example are set up with described behavioral value module 120 in described monitoring module 210 interval
As described monitoring module 210 is communicated to connect with described behavioral value module 120 specifically for setting up at interval of the 6th Preset Time
So that reduce the electric energy that described behavioral value module 120 consumes when vehicle 100 extinguishes, thus save resources；Described monitoring
Module 210 also sets up time adjustment unit, for adjusting described second Preset Time.For example, described monitoring module 210 is additionally operable to
Do not set up the communication connection with described behavioral value module 120 in the 7th Preset Time, then produce and report to the police, described time adjustment
Unit is additionally operable to adjust described 3rd Preset Time.It should be understood that not setting up in the 7th Preset Time and described behavior inspection
The communication connection of survey module 120 can be considered as being disconnected the communication connection with described behavioral value module 120, therefore, now institute
State monitoring module 210 and produce warning.
In order to allow car owner can obtain vehicle 100 status information as early as possible after vehicle 100 is stolen, for example, as shown in figure 4,
Described server 200 also includes SMS module 220, and described SMS module 220 is used for after described monitoring module 210 produces and reports to the police
Send note, host vehicle 100 state can be notified as soon as possible by note, so that car owner can look for stolen vehicle as early as possible
100.
In order to accurately obtain the position of described vehicle 100, for example, described locating module 130 includes GPS (Global
Positioning System, global positioning system) module, when vehicle 100 is in underground parking or parking garage,
GPS module normally cannot obtain gps signal, so that still can carry out to vehicle 100 determining in the case of not having gps signal
Position, for example, described locating module 130 includes architecture module 130, by architecture mode, vehicle 100 is positioned,
Can indoors or underground there is no gps signal in the case of vehicle 100 is positioned, thus more accurately obtaining described
The position of vehicle 100.
It should be understood that the default behavior of user if in described behavioral value module 120, that is, is stored in institute
State in the store-memory carrier in vehicle 100, the default behavior so prestoring easily is destroyed and loses, in order to avoid described
Default behavior is tampered or destroyed, for example, referring again to Fig. 4, described server 200 also includes default behavioral module 230,
Described default behavioral module 230 is stored with the default behavior of user；Described behavioral value module 120 is specifically in user identity
After being proved to be successful, with the default behavior of the described default behavioral module 230 of described server 200 whether whether detection user behavior
Unanimously, then described vehicle 100 is started according to user operation when user behavior is consistent with default behavior, when user behavior with default
When behavior is inconsistent, starts described locating module 130 and vehicle 100 is positioned.So, because described default behavior is storage
Default behavioral module 230 on server 200, can avoid described default behavior to be tampered, or due to described behavior inspection
Survey module 120 to be destroyed and lead to described default behavior to be lost.
As shown in figure 5, it is the automobile anti-theft theft system 10 of another preferred embodiment of the present invention, including：Vehicle 100 kimonos
Business device 200, on described vehicle 100, inclusion authentication module 110, behavioral value module 120, locating module 130 and first are logical
Letter module 140；Described behavioral value module 120 is connected with described locating module 130, described locating module 130 and described first
Communication module 140 connects, and described first communication module 140 is connected with described server 200 by wireless network, described server
200 include district management module 240；Described authentication module 110 is used for verifying user identity, when subscriber authentication success
Afterwards, described vehicle 100 is started according to user operation；Described behavioral value module 120 is used for after subscriber authentication success, inspection
Survey user behavior, then described vehicle 100 is started according to user operation when user behavior is consistent with default behavior, work as user behavior
When inconsistent with default behavior, start described locating module 130 and described vehicle 100 is positioned；Described locating module 130 is used
In being positioned to vehicle 100 and produced location data；Described first communication module 140 is used for opening in described locating module 130
After dynamic, the location data that described locating module 130 is produced sends to described server 200；Described district management module 240 is used
In daily region is generated according to the daily driving range of described vehicle 100, when the location data detecting described locating module 130 does not exist
Produce when in described daily region and report to the police.
It should be understood that user is in routine work or life, its drive range is often more fixed, and vehicle
After 100 is stolen, the driving range of vehicle 100 is just completely different with daily driving range, now, when vehicle 100 is detected
After stolen, because vehicle 100 scope is beyond daily driving range, vehicle 100 driving range occurs extremely, therefore, described area
Domain management module 240 produces reports to the police, so that car owner can be known in time.It should be understood that due to described daily region
It is to be generated according to the daily driving range of vehicle 100, the daily driving range occasional due to vehicle 100 changes, therefore
The daily region generating has inaccuracy, in order to improve the accuracy in described daily region, for example, described district management module
240 daily region is that user sets, and user by setting or can change described daily region so that described daily region
Accuracy be improved.
In order to avoid described behavioral value module 120 is destroyed by thief, for example, as shown in fig. 6, the present invention includes
Multiple described vehicles 100, behavioral value module 120 described in each vehicle 100 setting one, each described behavioral value module 120
It is arranged at the identical or different predeterminated position of described vehicle 100；For example, vehicle 100, when dispatching from the factory, needs to install behavioral value
Module 120, behavioral value module 120 installation site of each vehicle 100 is different, because the yield of vehicle 100 is very big, then
The installation position necessarily making described behavioral value module 120 is equipped with repetition, then, described predeterminated position can arrange 20 to 30
Individual, it is to avoid described behavioral value module 120 is arranged on the destruction that same position causes thief, specifically, described behavior inspection
Survey module 120 and be arranged on different predeterminated positions on vehicle 100, such that it is able to avoid thief to find described behavioral value module
120 and described behavioral value module 120 is destroyed.
It should be understood that car owner rolls daily region away from normal driving also results in generation warning, so that car
Master can release warning, and for example, described behavioral value module 120 is additionally operable to after described district management module 240 produces and reports to the police,
User behavior is detected again according to the first control instruction, then releases warning when user behavior is consistent with default behavior, so, when
After car owner rolls daily region away from, can pass through to input the first control instruction to described behavioral value module 120, so that described row
Detect user behavior again for detection module 120, then release warning, so, car owner when user behavior is consistent with default behavior
Warning can be released in the case of normal driving, for example, described behavioral value module 120 is additionally operable in described district management mould
Block 240 produces after reporting to the police, and detects user behavior again according to the first control instruction, when user behavior is consistent with default behavior then
Close described locating module 130, car owner, except releasing warning, can also stop the positioning to vehicle 100.
For example, described behavioral value module 120 is additionally operable to after described district management module 240 produces and reports to the police, according to the
One control instruction detects user behavior again, when user behavior is inconsistent with default behavior, then controls described locating module 130
Persistently described vehicle 100 is positioned；Described district management module 240 is additionally operable to continue in described behavioral value module 120
When described vehicle 100 is positioned, produce when detecting that the location data of described locating module 130 is not in described daily region
Raw warning.When, again or after multiple user behavior detects unsuccessfully, described locating module 130 persistently positions to vehicle 100,
Described district management module 240 persistently produces warning, so that after vehicle 100 is stolen, car owner can obtain vehicle in time
100 states, and accurately obtain the position of described vehicle 100.
If it should be understood that the long-term work of described behavioral value module 120, also car owner will be caused with puzzlement so that
Car owner drives or operation inconvenience, so that car owner can close described behavioral value module 120, for example, described behavioral value
Module 120 is additionally operable to be quit work according to the second control instruction when user behavior is consistent with default behavior, and said process is permissible
It is interpreted as, when car owner is after user behavior detection, actively closing described behavioral value module 120, and in user behavior detection
It is impossible to close described behavioral value module 120 after failure, it is to avoid thief closes described behavioral value module 120.
In order to improve the convenience of user operation, improve the reliability of the present invention, for example, as shown in fig. 6, the present invention also wraps
Include client 300, described client 300 is connected with described server 200, described client 300 is used for by map denotation institute
State the location data of locating module 130.So, user can be by described client 300 access server 200, thus obtaining
The location information of vehicle 100, for example, described client 300 is additionally operable to receive the warning that described district management module 240 produces,
So, user can easily obtain vehicle 100 information by client 300, thus improve the convenience of operation, and for example,
Described client 300 is additionally operable to close described district management module 240 by described server 200, and described client 300 is also used
In closing described closing behavior detection module 120 by described server 200, so, user is in normal driving vehicle 100,
In order to avoid due to user behavior detection error or the warning rolling daily region away from and lead to, user can pass through client 300
Directly described district management module 240 or described behavioral value module 120 are closed.For example, described client 300 is mobile whole
End, for example, described mobile terminal is mobile phone, and for example, described mobile terminal includes fingerprint authentication module, described fingerprint authentication module
For verifying user identity, so can improve the safety and reliability of the present invention further, it is to avoid because mobile terminal is lost
Lose and lead to vehicle 100 information leakage.In order to improve simple operation, for example, described client 300 is additionally operable to described behavior
Detection module 120 sends the second control instruction, and so, user need not carry out user behavior detection in vehicle 100 just can be
Remotely directly close described behavioral value module 120, it is to avoid user needs in normal driving to carry out behavior checking loaded down with trivial detailsly,
Improve the availability of the present invention.
It should be noted that in above-described embodiment, included modules are simply divided according to function logic,
But it is not limited to above-mentioned division, as long as being capable of corresponding function；In addition, the specific name of each functional module
Only to facilitate mutual distinguish, it is not limited to protection scope of the present invention.
In addition, one of ordinary skill in the art will appreciate that realizing all or part of module in the various embodiments described above method
Function can be by program come to instruct correlation hardware to complete, corresponding program can be stored in read/write memory medium
In.
Each technical characteristic of embodiment described above can arbitrarily be combined, for making description succinct, not to above-mentioned reality
The all possible combination of each technical characteristic applied in example is all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all it is considered to be the scope of this specification record.
Embodiment described above only have expressed the several embodiments of the present invention, and its description is more concrete and detailed, but simultaneously
Can not therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
Say, without departing from the inventive concept of the premise, some deformation can also be made and improve, these broadly fall into the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be defined by claims.
Claims (10)
1. a kind of automobile anti-theft theft system is it is characterised in that include：Vehicle server, described vehicle includes authentication
Module, behavioral value module, locating module and first communication module；Described server includes monitoring module；
Described authentication module is used for verifying user identity, after subscriber authentication success, starts institute according to user operation
State vehicle；
Described behavioral value module is used for, after subscriber authentication success, detecting user behavior, when user behavior and default row
For consistent when then described vehicle is started according to user operation, when user behavior and default behavior are inconsistent, start described positioning
Module positions to vehicle；
Described locating module is used for vehicle being positioned and being produced location data；
Described first communication module is used for after described locating module starts, and the location data that described locating module is produced sends
To described server；
Described behavioral value module is additionally operable to set up communication connection by described first communication module with described monitoring module；
Described monitoring module is used for producing after communicating to connect unsuccessfully with the foundation of described behavioral value module reports to the police.
2. automobile anti-theft theft system according to claim 1 is it is characterised in that described monitoring module is additionally operable in described row
User behavior is detected for detection module and default behavior starts when inconsistent.
3. automobile anti-theft theft system according to claim 1 is it is characterised in that described server also includes SMS module,
Described SMS module is used for sending note after described monitoring module produces and reports to the police.
4. automobile anti-theft theft system according to claim 1 it is characterised in that described monitoring module specifically at interval of
Second Preset Time is set up and described behavioral value module communication connection.
5. automobile anti-theft theft system according to claim 4 is it is characterised in that described monitoring module also sets up time adjustment
Unit, for adjusting described second Preset Time.
6. automobile anti-theft theft system according to claim 5 it is characterised in that described monitoring module be additionally operable to pre- the 3rd
If not setting up the communication connection with described behavioral value module in the time, then produce and report to the police.
7. automobile anti-theft theft system according to claim 6 is it is characterised in that described time adjustment unit is additionally operable to adjust
Described 3rd Preset Time.
8. automobile anti-theft theft system according to claim 1 is it is characterised in that described locating module includes GPS module.
9. automobile anti-theft theft system according to claim 1 is it is characterised in that described locating module includes architecture mould
Block.
10. automobile anti-theft theft system according to claim 1 is it is characterised in that described server also includes default behavior
Module, described default behavioral module is stored with the default behavior of user；
Described behavioral value module specifically for after subscriber authentication success, detection user behavior whether with described server
Described default behavioral module default behavior whether consistent, when user behavior is consistent with default behavior then according to user operation
Start described vehicle, when user behavior is inconsistent with default behavior, starts described locating module and vehicle is positioned.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610803104.5A CN106394488B (en) | 2016-09-05 | 2016-09-05 | Automobile anti-theft theft system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610803104.5A CN106394488B (en) | 2016-09-05 | 2016-09-05 | Automobile anti-theft theft system |
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| CN106394488B (en) | 2019-04-02 |
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