CN104180812B - A kind of POI is sent to the Telematics systems and its control method of automobile - Google Patents
A kind of POI is sent to the Telematics systems and its control method of automobile Download PDFInfo
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- CN104180812B CN104180812B CN201410409519.5A CN201410409519A CN104180812B CN 104180812 B CN104180812 B CN 104180812B CN 201410409519 A CN201410409519 A CN 201410409519A CN 104180812 B CN104180812 B CN 104180812B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C21/00—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00
- G01C21/26—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00 specially adapted for navigation in a road network
Abstract
The present invention relates to the Telematics systems and its control method that a kind of POI is sent to automobile, including public's map terminal, public's management map platform, TSP high in the clouds management platform and on-vehicle host terminal, wherein, connection is communicated between public's map terminal and public's management map platform, connection is communicated between public's management map platform and TSP high in the clouds management platform, connection is communicated between TSP high in the clouds management platform and on-vehicle host terminal, the on-vehicle host terminal is used to judging, ask, receive and parsing POI.The system is by means of network map powerful in real time, based on high in the clouds and development of Mobile Internet technology, on the premise of supplementary payments map upgrade cost is not needed, can not only solve the problems, such as that map data update is brought more slowly, and can not only have been received by way of identifying ID car owner and but also can receive the POI that other users are sent, there is provided more convenient service.
Description
Technical field
The invention belongs to automotive electronics field of wireless communication, is related to a kind of onboard navigation system, more particularly to a kind of automobile
The Telematics systems that navigation and mobile Internet combine.
Background technology
With developing rapidly for industrial economy and communications and transportation, domestic road network and POI (Point Of Interest) are more
New frequency more and more higher, traditional onboard navigation system can not increasingly meet the basic navigation demand of user, so as to lead
Family of applying produces greatly complaint to the promptness of map datum, comprehensive and accuracy.How by newest POI application
In onboard navigation system, the information of real-time and precise is provided the user, will be big as the one of auto navigation and information entertainment
Challenge.
Way traditional at present is to be constantly customer upgrade map datum by offline mode to realize at utmost
Close to actual conditions.But the upgrading of the map of this mode is compiled into final map rejuvenation and issue from data acquisition, information
The cycle of 3-6 months is generally required, and upgrading needs user to pay certain expense, either real-time, or general every time
And rate is all not ideal enough.And the onboard navigation system of this mode and interacting for mobile Internet are less, it is impossible to preferably profit
With existing superior resources.And mobile Internet is introduced as automotive electronics, especially vehicle mounted guidance and information entertainment, carry
A kind of conveniently channel is supplied.
The content of the invention
It is an object of the invention to provide the Telematics systems and its control method that a kind of POI is sent to automobile, profit
With existing public network map platform (such as Baidu, high moral), the POI biography for being selected user by identifying vehicle ID information
The cloud server specified is transported to, satisfactory POI is issued to specified by cloud server by wireless communication networks
Vehicle, how the POI solved in public network map to be sent to automobile, and how high in the clouds identifies effective POI and issue
The problems such as to onboard system
I.e. present invention mainly solves three major issues：(1) how the POI in public's map is sent to the high in the clouds data specified
Storehouse；(2) how cloud database stores and handles POI；(3) how car-mounted terminal receives the POI of high in the clouds storage.
Concrete technical scheme is as follows：
A kind of POI is sent to the Telematics systems of automobile, including public's map terminal, public's management map platform,
TSP high in the clouds management platform and on-vehicle host terminal, wherein,
Connection is communicated between public's map terminal and public's management map platform, its be used to providing map datum and
POI, and the POI that user is selected to send is transmitted to public's management map platform；
Connection is communicated between public's management map platform and TSP high in the clouds management platform, it is used for user's selection
POI is sent to specified TSP high in the clouds management platform；
Connection is communicated between TSP high in the clouds management platform and on-vehicle host terminal, it is used to be responsible for collecting the different public
The POI that management map platform is sent, by effective POI classified and stored, and can issue POI according to the demand of user
Information is to on-vehicle host terminal；
The on-vehicle host terminal is used to judging, ask, receive and parsing POI.
Further, the communication connection between TSP high in the clouds management platform and on-vehicle host terminal uses wireless telecommunications
Module.
Further, in addition to wireless communication networks, it provides communication for wireless communication module and TSP high in the clouds management platform
Link.
Further, wireless communication module is used to send data to wireless communication networks and receive to come from wireless communication networks
Data.
Further, public's map terminal is public's map PC page ends or public's map cell phone application end.
Further, on-vehicle host terminal includes master control processing module, navigation engine and map office.
Further, in addition to information display module, it connects on-vehicle host terminal, and for showing POI.
Further, the POI includes POI titles and longitude and latitude, better address, phone and postcode, and/or, nothing
Line communication module is the either vehicle-mounted built-in communication module of user's on-line module.
Above-mentioned POI is sent to the control method of the Telematics systems of automobile, further, comprises the following steps：
1) car owner or other users are searched in internet public's map terminal and select corresponding POI, input unique use
ID selections in family are sent to the automobile specified；
2) network address of public's management map platform by internet using fixation, by POI, ID and transmission
Time is transmitted to specified TSP management platforms；
3) TSP management platforms receive the POI sent from different public's map platforms, after being parsed, then press
Sort out according to ID and time into cloud database；
4) after on-vehicle host terminal is successfully established data by wireless communication module with TSP to be connected, acquisition is sent automatically
POI is asked；
5) after TSP receives the request that on-vehicle host terminal obtains POI, after identification and matching ID, by a series of
Algorithm and decision logic transmit satisfactory POI to on-vehicle host terminal；
6) on-vehicle host terminal is parsed and shown after receiving POI and checks or navigate for user, is then back to result
To TSP platforms.
Further, in step 1), public's map sends POI and comprised the following steps：
User opens public's map terminal in PC or mobile phone terminal, searches for and selects to need the POI for being sent to automobile；
Input vehicle unique identification ID simultaneously confirms to send；
POI and id information are sent to its public's management map platform by public's map terminal；
As public's management map platform is successfully received POI and id information, then the TSP clouds of formulation can be sent this information to
End pipe platform；
POI as public's management map platform receives is invalid, or can not receive corresponding information, then can return to mistake
Information to public's map terminal, public's map terminal shows corresponding prompt message to user；
As TSP high in the clouds management platform receive the public's management map platform transmission information, then can carry out judging vehicle only
Whether one identification id is effective；
As TSP high in the clouds management platform can not receive the POI and id information of public management platform, then public's management map is put down
Platform can return to error message to public's map terminal, public's map terminal and show corresponding prompt message to user；
As TSP high in the clouds management platform judges that ID is effective, then can by its according to send the information classification such as time and ID store to
Cloud database, in case using；
As TSP high in the clouds management platform judges that ID is invalid, then ID invalid informations, the public can be returned to public's management map platform
Map terminal shows corresponding prompt message to user；
TSP high in the clouds management platform stores POI to database, then can be returned successfully to public's management map platform
Information, public's map terminal shows corresponding prompt message to user.
Compared with currently available technology, the present invention be based on development of Mobile Internet technology, by the public of powerful opening in real time
Figure platform, POI is timely and effectively transmitted to vehicle system, and do not need the upgrading of user's supplementary payments map and maintenance expense
With.There is the support of powerful high in the clouds platform and mobile Internet, onboard system is just not limited solely to vehicle system, and it can be provided
More colourful function and service, this is that orthodox car guidance entertainment system can not be reached.
Specifically：The system is by means of network map powerful in real time, based on high in the clouds and development of Mobile Internet technology, not
On the premise of needing supplementary payments map upgrade cost, can not only solve the problems, such as that map data update is brought more slowly, and
By way of identifying ID, vehicle device is set to receive car owner, and the POI that other users are sent, there is provided more
Add and conveniently service.
Brief description of the drawings
Fig. 1：POI is sent to vehicle-mounted terminal system schematic diagram；
Fig. 2：Public's map sends POI flow charts；
Fig. 3：Car-mounted terminal receives POI flow charts；
Fig. 4：TSP management platform matching judgment sub-process figures；
In figure：
1- public's map terminal；
2- public's map PC page ends；
3- public's map cell phone application end；
4- public's management map platform；
5-TSP high in the clouds management platform；
6- on-vehicle host terminals；
7- master control processing modules；
8- navigation engines；
9- map offices；
10- information display modules；
11- wireless communication modules；
12- wireless communication networks；
Embodiment
Below according to accompanying drawing, the present invention will be described in detail, and it is a kind of preferred real in numerous embodiments of the present invention
Apply example.
In an advantageous embodiment, there is provided a kind of POI is sent to the Telematics systems of automobile, including：
Public's map terminal 1：There is provided promptly and accurately and can real-time update map datum and POI, be responsible for search,
Display and POI that user needs is sent to public's management map platform；
Public's management map platform：It is responsible for for the POI that public's map terminal 1 is sent being forwarded to the TSP high in the clouds specified
Server, and receive the result of its return；
TSP (Telematics Service Provider) management platform：It is responsible for integrating different public's map platform hairs
The POI sent, storage and management cloud database, and can be issued according to the demand of user corresponding POI to specify
Car-mounted terminal；
On-vehicle host terminal：It is responsible for asking POI into TSP cloud databases, receives and parse POI, and
POI can be superimposed upon in local map；
Information display module：Responsible POI is shown and interface prompt；
Wireless communication module：Be responsible for send on-vehicle host terminal request information to wireless communication networks, and receive TSP from
The POI that wireless communication networks issue；
Wireless communication networks：Communication link is provided for wireless communication module and TSP cloud servers, is public's map platform
Communication link is provided with TSP cloud servers；
Wherein, POI is, it is necessary to include the information such as POI titles and longitude and latitude (essential), better address, phone and postcode；
Wherein, public's map terminal 1, can be PC ends webpage version public map or the mobile phone terminal APP version public
Figure；
Wherein, wireless communication module, can be user's on-line module (WiFi or mobile phone), or vehicle-mounted built-in communication mould
Block；
Wherein, on-vehicle host terminal, including master control processing module, map office and navigation engine.
The method that POI is sent to on-vehicle host terminal, including following step are realized the invention also discloses said system is used
Suddenly：
1) car owner or other users are searched in internet public's map terminal 1 and select corresponding POI, input unique use
ID selections in family are sent to the automobile specified；
2) network address of public's management map platform by internet using fixation, by POI, ID and transmission
Time is transmitted to specified TSP management platforms；
3) TSP management platforms receive the POI sent from different public's map platforms, after being parsed, then press
Sort out according to ID and time into cloud database；
4) after on-vehicle host terminal is successfully established data by wireless communication module with TSP to be connected, acquisition is sent automatically
POI is asked；
5) after TSP receives the request that on-vehicle host terminal obtains POI, after identification and matching ID, by a series of
Algorithm and decision logic transmit satisfactory POI to on-vehicle host terminal；
6) on-vehicle host terminal is parsed and shown after receiving POI and checks or navigate for user, is then back to result
To TSP platforms.
As shown in figure 1, the Telematics systems that the POI of the present invention is sent to automobile include：Public's map terminal 1, can
To be public map PC page ends 2 or public's map cell phone application end 3, main responsible offer map datum and POI are believed
Breath, and the POI that user is selected to send is transmitted to public's management map platform 4；Public's management map platform 4, it is main negative
Duty sends the POI of user's selection to specified TSP high in the clouds management platform 5；TSP high in the clouds management platform 5, it is responsible for collecting not
The POI sent with public's management map platform 4, by effective POI classified and stored, and can be according to the demand of user
POI is issued to on-vehicle host terminal 6；On-vehicle host terminal 6 is responsible for judging, ask, receive and parsing POI, and it is wrapped
Containing master control processing module 7, navigation engine 8 and map office 9；Information display module 10, it is responsible for display POI；Wireless telecommunications mould
Block 11 is responsible for sending data to wireless communication networks 12 and receives the data from wireless communication networks 12；Wireless communication networks
12, it is that wireless communication module 11 and TSP high in the clouds management platform 5 provide communication link.
Specific control strategy or control method are as follows：
First, public's map sends POI flows, as shown in Figure 2：
1) user opens public's map terminal 1 in PC or mobile phone terminal, searches for and selects to need the POI for being sent to automobile；
2) input vehicle unique identification ID and confirm to send；
3) POI and id information are sent to its public's management map platform 4 by public's map terminal 1；
4) a. such as public's management map platforms 4 are successfully received POI and id information, then can send this information to formulation
TSP high in the clouds management platform 5；
B. the POI that such as public's management map platform 4 receives is invalid, or can not receive corresponding information, then can return
Error message to public's map terminal 1, public's map terminal 1 shows corresponding prompt message to user；
5) a. such as TSP high in the clouds management platforms 5 receive the information of the transmission of public's management map platform 4, then can be judged
Whether vehicle unique identification ID is effective；
B. such as TSP high in the clouds management platform 5 can not receive the POI and id information of public management platform, then public's map pipe
Platform 4 can return to error message to public's map terminal 1, public's map terminal 1 and show corresponding prompt message to user；
6) a. such as TSP high in the clouds management platforms 5 judge that ID is effective, then can deposit it according to the information classification such as time and ID is sent
Storage is to cloud database, in case using；
B. such as TSP high in the clouds management platform 5 judges that ID is invalid, then can return to ID invalid informations to public's management map platform 4,
Public's map terminal 1 shows corresponding prompt message to user；
7) TSP high in the clouds management platform 5 stores POI to database, then can be returned to public's management map platform 4
Successful information, public's map terminal 1 show corresponding prompt message to user.
2nd, car-mounted terminal receives POI flows, as shown in Figure 3：
1) on-vehicle host terminal 6 is established data with TSP high in the clouds management platform 5 by the trial of wireless communication module 11 and is connected；
2) wireless communication module 11 and TSP high in the clouds management platform 5 are successfully established after data are connected, and on-vehicle host terminal 6 is sent out
Send and obtain POI requests；
3) after TSP high in the clouds management platform 5 receives acquisition POI requests, cloud database is searched, matching judgment is carried out and (judges
Logic is shown in " TSP management platform matching judgments sub-process ")；
4) there is the POI met in a. such as cloud database, TSP high in the clouds management platform 5 packs the POI of correlation
Send to on-vehicle host terminal 6；
B. as the POI not met in cloud database, TSP high in the clouds management platform 5 will send " no effective information "
To on-vehicle host terminal 6；
5) by wireless communication networks 12, effective POI that TSP high in the clouds management platform 5 is sent believes wireless communication module 11
Breath packet is transmitted to on-vehicle host terminal 6；
6) after if a. on-vehicle hosts terminal 6 receives the success of POI packet, it is parsed；
If b. on-vehicle host terminal 6 is within the defined time, POI packet can not be properly received, then TSP high in the clouds is managed
Platform 5 records this information, and this POI is masked as not descending photos and sending messages；
7) after on-vehicle host terminal 6 successfully parses POI, by information display module 10, effective POI is shown
Show to user；Also can by navigation engine by this information superposition into map, and navigation feature can be started；
8) on-vehicle host terminal 6 will return to the TSP clouds of the message of " POI receives successfully " by wireless communication module 11
This POI flag bit is descended photos and sending messages by end pipe platform 5, TSP high in the clouds management platform 5.
3rd, TSP management platforms matching judgment flow, as shown in Figure 4：
1) when TSP high in the clouds management platform 5, which receives, obtains POI request, parsing id information and transmission request time；
2) TSP high in the clouds management platform 5 in id information beyond the clouds database according to carrying out inquiring about whether the ID has what is do not sent
POI；
3) a. then continues to judge cloud database if the POI (comprising transmission but failed POI) not sent
In the POI quantity that does not send and time whether exceed limit value；
B. if without the POI (including the situation in the absence of POI) not sent in cloud database, then TSP high in the clouds is managed
Platform 5 is judged as " no effective information ", and sends " no effective information " prompting to on-vehicle host terminal 6；
4) if a. is not sent POI quantity or time, without departing from limit value, all POIs not sent were masked as
" effective POI "；
B. if the POI quantity not sent or time exceed limit value, then the POI letters in quantity or time effective range are extracted
Breath, and it is masked as " effective POI "；
5) TSP high in the clouds management platform 5 transmits " effective POI " to on-vehicle host terminal 6.
The system passes through on-vehicle host terminal built-in wireless communication module or the side by other on-line module shared datas
Formula accesses internet, using the powerful data storage and management ability of high in the clouds platform, realizes vehicle system and receives user in public affairs
POI is sent at many map ends, and can provide real-time accurate navigation feature.
The present invention is exemplarily described above in conjunction with accompanying drawing, it is clear that present invention specific implementation is not by aforesaid way
Limitation, as long as employ the inventive concept and technical scheme of the present invention progress various improvement, or it is not improved directly application
In other occasions, within protection scope of the present invention.
Claims (11)
1. a kind of POI is sent to the Telematics systems of automobile, it is characterised in that including public's map terminal, public's map
Management platform, TSP high in the clouds management platform and on-vehicle host terminal, wherein,
Connection is communicated between public's map terminal and public's management map platform, it is used to provide map datum and POI letters
Breath, and the POI that user is selected to send is transmitted to public's management map platform；
Connection is communicated between public's management map platform and TSP high in the clouds management platform, it is used to believe the POI of user's selection
Breath is sent to specified TSP high in the clouds management platform；
Connection is communicated between TSP high in the clouds management platform and on-vehicle host terminal, it is used to be responsible for collecting different public's maps
The POI that management platform is sent, by effective POI classified and stored, and can issue POI according to the demand of user
To on-vehicle host terminal；
The on-vehicle host terminal is used to judging, ask, receive and parsing POI；
Public's map terminal is public's map PC page ends or public's map cell phone application end；
The POI is sent to the control method of the Telematics systems of automobile：
1) car owner or other users are searched in internet public's map terminal and select corresponding POI, input unique ID
Selection is sent to the automobile specified；
2) public's management map platform by POI, ID and sends the time by internet using fixed network address
Transmit to specified TSP high in the clouds management platform；
3) TSP high in the clouds management platform receives the POI sent from different public's map platforms, after being parsed, then presses
Sort out according to ID and time into cloud database；
4) after on-vehicle host terminal is successfully established data by wireless communication module with TSP high in the clouds management platform to be connected, automatically
Send and obtain POI requests；
5) after TSP high in the clouds management platform receives the request that on-vehicle host terminal obtains POI, after identification and matching ID, lead to
Series of algorithms and decision logic is crossed to transmit satisfactory POI to on-vehicle host terminal；
6) on-vehicle host terminal is parsed and shown after receiving POI and checks or navigate for user, is then back to result to TSP
High in the clouds management platform；
It is described 5) in it is as follows using method by series of algorithms and decision logic：
When TSP high in the clouds, management platform receives acquisition POI request, parsing id information and transmission request time；
TSP high in the clouds management platform is according to carrying out inquiring about whether the ID has the POI that does not send in id information beyond the clouds database；
If the POI not sent, then continue to judge whether are the POI quantity that is not sent in cloud database and time
Beyond limit value；
If it is judged as " no effective information " without the POI letters not sent, TSP high in the clouds management platform in cloud database, and to
On-vehicle host terminal sends " no effective information " prompting；
If all POIs not sent without departing from limit value, are masked as " effective POI by the POI quantity not sent or time
Information "；
If the POI quantity not sent or time exceed limit value, the POI in quantity or time effective range is extracted, and
It is masked as " effective POI "；
TSP high in the clouds management platform transmits " effective POI " to on-vehicle host terminal.
2. POI as claimed in claim 1 is sent to the Telematics systems of automobile, it is characterised in that the TSP high in the clouds pipe
Communication connection between platform and on-vehicle host terminal uses wireless communication module.
3. POI as claimed in claim 2 is sent to the Telematics systems of automobile, it is characterised in that also including channel radio
Network is interrogated, it provides communication link for wireless communication module and TSP high in the clouds management platform.
4. POI as claimed in claim 3 is sent to the Telematics systems of automobile, it is characterised in that wireless communication module
For sending data to wireless communication networks and receiving the data from wireless communication networks.
5. the POI as any one of claim 1-4 is sent to the Telematics systems of automobile, it is characterised in that car
Carry host terminal and include master control processing module, navigation engine and map office.
6. the POI as any one of claim 1-4 is sent to the Telematics systems of automobile, it is characterised in that also
Including information display module, it connects on-vehicle host terminal, and for showing POI.
7. POI as claimed in claim 5 is sent to the Telematics systems of automobile, it is characterised in that also shows including information
Showing module, it connects on-vehicle host terminal, and for showing POI.
8. the POI as any one of claim 1-4 or 7 is sent to the Telematics systems of automobile, it is characterised in that
The POI includes POI titles and longitude and latitude, better address, phone and postcode, and, wireless communication module is user's online
The either vehicle-mounted built-in communication module of module.
9. POI as claimed in claim 5 is sent to the Telematics systems of automobile, it is characterised in that the POI bag
Title containing POI and longitude and latitude, better address, phone and postcode, and, wireless communication module is that user's on-line module is either vehicle-mounted
Built-in communication module.
10. POI as claimed in claim 6 is sent to the Telematics systems of automobile, it is characterised in that the POI
Comprising POI titles and longitude and latitude, better address, phone and postcode, and, wireless communication module is user's on-line module either car
Communication module built in load.
11. POI as claimed in claim 1 is sent to the Telematics systems of automobile, it is characterised in that in step 1), the public
Map sends POI and comprised the following steps：
User opens public's map terminal in PC or mobile phone terminal, searches for and selects to need the POI for being sent to automobile；
Input vehicle unique identification ID simultaneously confirms to send；
POI and id information are sent to its public's management map platform by public's map terminal；
As public's management map platform is successfully received POI and id information, then the TSP high in the clouds pipe of formulation can be sent this information to
Platform；
POI as public's management map platform receives is invalid, or can not receive corresponding information, then can return to error message
To public's map terminal, public's map terminal shows corresponding prompt message to user；
As TSP high in the clouds management platform receive the public's management map platform transmission information, then can carry out judging that vehicle is uniquely known
Whether other ID is effective；
As TSP high in the clouds management platform can not receive the POI and id information of public management platform, then public's management map platform meeting
Returning to error message to public's map terminal, public's map terminal shows corresponding prompt message to user；
, then can be by it according to sending time and id information classification storage to high in the clouds number as TSP high in the clouds management platform judges that ID is effective
According to storehouse, in case using；
As TSP high in the clouds management platform judges that ID is invalid, then ID invalid informations, public's map can be returned to public's management map platform
Terminal shows corresponding prompt message to user；
TSP high in the clouds management platform stores POI to database, then successfully letter can be returned to public's management map platform
Breath, public's map terminal show corresponding prompt message to user.
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| CN201410409519.5A CN104180812B (en) | 2014-08-19 | 2014-08-19 | A kind of POI is sent to the Telematics systems and its control method of automobile |
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| CN104539707A (en) * | 2014-12-31 | 2015-04-22 | 深圳市航盛电子股份有限公司 | Screen mapping method and system for in-vehicle infotainment device, mobile phone and PC terminal |
| CN105606114B (en) | 2016-02-23 | 2019-11-22 | 腾讯科技（深圳）有限公司 | A kind of navigation method, interactive system server, terminal and system |
| CN107203547B (en) * | 2016-03-17 | 2020-04-14 | 高德软件有限公司 | Method and device for auditing point of interest information |
| CN108270844A (en) * | 2017-11-30 | 2018-07-10 | 北京九五智驾信息技术股份有限公司 | Vehicle-mounted terminal equipment component |
| CN109936585A (en) * | 2017-12-15 | 2019-06-25 | 蔚来汽车有限公司 | The method for remotely controlling vehicle based on smart machine |
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| CN101677479A (en) * | 2008-09-19 | 2010-03-24 | 中国移动通信集团辽宁有限公司 | Long-distance navigation system and method |
| EP2267411A2 (en) * | 2009-06-26 | 2010-12-29 | Clarion Co., Ltd. | Car navigation system with map updating means, corresponding program and method for updating map data |
| CN102567440A (en) * | 2010-10-15 | 2012-07-11 | 通用汽车环球科技运作有限责任公司 | Method for creating and taking a driving tour |
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2014
- 2014-08-19 CN CN201410409519.5A patent/CN104180812B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101197077A (en) * | 2006-12-07 | 2008-06-11 | 厦门雅迅网络股份有限公司 | Analyzing and statistical method for vehicle running route |
| CN101677479A (en) * | 2008-09-19 | 2010-03-24 | 中国移动通信集团辽宁有限公司 | Long-distance navigation system and method |
| EP2267411A2 (en) * | 2009-06-26 | 2010-12-29 | Clarion Co., Ltd. | Car navigation system with map updating means, corresponding program and method for updating map data |
| CN102567440A (en) * | 2010-10-15 | 2012-07-11 | 通用汽车环球科技运作有限责任公司 | Method for creating and taking a driving tour |
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