CN206819541U - A kind of collecting vehicle information, reception system - Google Patents
A kind of collecting vehicle information, reception system Download PDFInfo
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- CN206819541U CN206819541U CN201720732660.8U CN201720732660U CN206819541U CN 206819541 U CN206819541 U CN 206819541U CN 201720732660 U CN201720732660 U CN 201720732660U CN 206819541 U CN206819541 U CN 206819541U
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Abstract
A kind of collecting vehicle information, reception system, including vehicle harvester, cloud platform and client；Vehicle harvester includes processor, drive recorder module, locating module, information acquisition module, CAN module, communication module；Image information is transferred to processor by drive recorder module, and CAN module reads the information that information acquisition module collects, and transfers information to processor, and the information of vehicles that image information and CAN module are read is transferred to cloud platform by processor；Processor receives the vehicle peccancy information that traffic control api interface is sent, and the vehicle peccancy information received is transferred to client by processor by cloud platform.The utility model includes vehicle harvester, cloud platform and client, vehicle harvester is used for collection vehicle information, cloud platform is used for the information of vehicles for receiving the collection of vehicle harvester, client receives the information that cloud platform is sent, the remote monitoring of vehicle is realized, ensure that the safe operation of vehicle.
Description
Technical field
The utility model belongs to collecting vehicle information field, and in particular to a kind of collecting vehicle information, reception system.
Background technology
Existing vehicle when in use, can not learn its running status, so as to the remote control of vehicle difficult to realize.
Such case is for utility car, insurance industry, Car Rental and school bus, it is impossible to recognizes that information of vehicles cannot be to vehicle
Running status is checked, so as to realize vehicle monitoring, and then can not ensure the safe operation of vehicle, and accident occurring
Shi Wufa divides responsibility, is unfavorable for the stable use of the type of vehicle such as utility car, insurance industry, Car Rental and school bus.
Utility model content
The utility model aims to provide the collecting vehicle information that a kind of integrated level is high, using effect is good, reception system.
In order to solve the above technical problems, the utility model provides following technical scheme：A kind of collecting vehicle information, connect
Receipts system, including vehicle harvester, cloud platform and client；
Vehicle harvester includes processor, drive recorder module, locating module, CAN module, communication module and is car
The power subsystem of harvester power supply；
Image information is transferred to processor by drive recorder module, and processor is transmitted image information by communication module
To cloud platform；
CAN module reads the information of vehicles that term vehicle internal sensors detect, information of vehicles is transferred to processing by CAN module
Device, wherein information of vehicles include car speed, door contact interrupter state, seat belt status, parking brake state；
Positional information is transferred to processor by locating module, and positional information is transferred to cloud by communication module and put down by processor
Positional information is transferred to client by platform, cloud platform；
The driver identity information transfer recognized to processor, processor are passed through communication by driver identity identification module
Driver information is transferred to cloud platform by module, and cloud platform is by driver identity information transfer to client；
Pressure sensor module includes pressure sensor, and pressure sensor is respectively provided with the Internal handle of each car door, each
The pressure information collected is transferred to processor by pressure sensor, and processor draws enabling information, and processor is by communicating mould
Block is by enabling information transfer to cloud platform, and cloud platform is by enabling information transfer to client.
Power subsystem includes battery, and the engine of vehicle is storage battery power supply, and battery is provided with USB charge ports；Store
Battery is provided with electric quantity acquisition module, and the information about power collected is transferred to processor by electric quantity acquisition module, and processor passes through
The information about power received is transferred to client by communication module.
Vehicle interior is provided with photoelectric sensor, photoelectric sensor by the information transfer of the battery collected to processor,
Processor is by communication module by the information transfer of the battery received to client.
Communication module includes wireless network module and GSM message module.
Real-time road receiving module is provided with inside locating module, real-time road receiving module receives traffic information, and will connect
The traffic information received is in navigation screen display.
The diagnostic message of CAN module also readout data bus diagnosis interface, CAN module transmit the diagnostic message read
To processor, diagnostic message is transferred to cloud platform by processor by communication module, and diagnostic message is transferred to client by cloud platform
End.
Vehicle harvester also includes the alarm module being connected with the signal output part of processor.
Driver identity identification module includes recognition of face device and Fingerprint Identification Unit, recognition of face device and Fingerprint Identification Unit point
The face information collected and finger print information processor is not transferred to, processor is known to face information and finger print information
, face information and finger print information are not transferred to cloud platform by simultaneous processor by communication module, cloud platform by face information and
Finger print information is transferred to client.
Vehicle harvester also includes overload monitoring module, and overload monitoring module includes the camera positioned at vehicle interior,
Camera will image information transfer and calculate passengers quantity according to the shooting information received to processor, processor, processor
Passengers quantity is transferred to by cloud platform by communication module.
Processor receives the vehicle peccancy information that traffic control api interface sends by communication module, and processor is by vehicle peccancy
Information is transferred to cloud platform by communication module, and cloud platform is by vehicle peccancy information transfer to client.
By above technical scheme, the beneficial effects of the utility model are：（1）The vehicle harvester of setting, cloud platform
The preservation of the remote monitoring and information in vehicle travel process of vehicle is realized with client；The drive recorder module of setting can
To record the influence information before accident occurs, strong evidence is provided for accident responsibility certification；The image of drive recorder module
Information transfer is stored to cloud platform, avoids the occupancy to processor memory space, and then at the data of raising processor
Manage speed；A length of 10 ~ 20s during image information, on the one hand facilitates the transmission of image information, on the other hand reduces image information
Network charges in transmitting procedure；The locating module of setting can be with the positional information of collection vehicle, when vehicle is stolen, fast quick checking
Look for vehicle position；Processor is easy to use by the real-time collection vehicle violation information of communication module, is advantageous to vehicle peccancy responsibility and draws
Point.（2）Communication module includes wireless network module and GSM message module, realizes body by GSM message module when in use
Part certification；The transmission of data is realized by wireless network module, it is convenient to realize, can effectively reduce the net in data transmission procedure
Network expense.（3）Real-time road receiving module is provided with inside locating module, traffic information is received in real time so that is driven
Member can avoid congested link, reduce drive time.（4）Driver identity identification module can be known to driver identity
Not, vehicle safety is ensured, the generation for the phenomenon that effectively avoids driving without a license.（5）The overload monitoring module of setting can be on vehicle
Passengers quantity be acquired, the in-car passengers quantity of remote monitoring, avoid the generation of overloading.（6）Alarm module can be with
Alarmed when vehicle breaks down, overload occurs in vehicle, so as to be warned to driver and passenger inside the vehicle.
Brief description of the drawings
Fig. 1 the utility model principle block diagrams.
Embodiment
Collecting vehicle information as shown in Figure 1, reception system, including vehicle harvester, cloud platform and client, it is described
Client is mobile client or computer client.User can use the type of client as needed when in use,
So as to facilitate the reception of information so that the reception of information is not limited by when and where.
Vehicle harvester is used for collection vehicle information, and cloud platform and client are used to receive information of vehicles.
Vehicle harvester include processor and be connected with processor drive recorder module, locating module, CAN
Module, communication module, driver identity identification module, overload monitoring module, pressure sensor module, temperature and humidity acquisition module and
Alarm module and power subsystem, power subsystem provide direct current for the work of vehicle harvester, to ensure vehicle collection dress
Each module and the normal work of processor put.When implementing, power subsystem can be powered from battery；Vehicle
Engine be storage battery power supply, while vehicle interior coordinate battery set USB charging inlets, pass through USB charging inlets
Battery is charged, easy to use, applicability is high.Powered by battery for power subsystem, the power supply in vehicle stall
Unit can still provide electric energy for processor, ensure the stable operation of vehicle harvester, the limit whether do not opened by vehicle
System.
In order to ensure the powered stable of processor, voltage-stablizer is connected with power subsystem；Battery is by voltage-stablizer
Drive recorder module, locating module, information acquisition module, CAN module, communication module, driver identity identification module, overload
Monitoring module, pressure sensor module and alarm module power supply.The voltage-stablizer of setting can ensure the stabilization of output voltage；In reality
When applying, the output voltage of voltage-stablizer is 12 ~ 36V, so as to adapt to various, improves the scope of application of device.
Battery is provided with electric quantity acquisition module, and the information about power collected is transferred to processor by electric quantity acquisition module,
The information about power received is transferred to cloud platform by processor by communication module, and cloud platform transmits the information about power received
To client, wherein, the electric quantity acquisition module of battery is ripe prior art, and it can gather the electricity letter of battery
Breath.
In order to ensure the safety of battery, photoelectric sensor is provided with battery closing on, photoelectric sensor is towards electric power storage
Pond is set, while the signal input part of the signal output part connection processor of photoelectric sensor, photoelectric sensor collection battery
Information, and by the information transfer of the battery collected to processor, when battery moves, processor receives the shifting
Dynamic signal, is checked battery, prevents the stolen situation of battery.
Processor is model AT89S51 single-chip microcomputer, and reception, analysis and the biography to data can be realized by single-chip microcomputer
It is defeated.
Communication module includes wireless network module and GSM message module, wherein, wireless network module is commercially available GPRS moulds
Block.The wireless transmission function of processor is realized by communication module.When implementing, GSM message module is only used for communicating
The authentication of module, wireless network module realize the transmission of data.Realize that authentication is ripe by GSM message module
Prior art.The transmission of data can be easily realized from wireless network module here, and expense is with passing through GSM message mould
Block is compared to have and is greatly reduced, so as to reduce cost of the system in implementation process.
Drive recorder module be used for gather image information, the image information can as the evidentiary material of accident certification,
Be advantageous to the division of accident responsibility.Image information is transferred to processor by drive recorder module, and processor passes through communication module
Image information is transferred into cloud platform to be preserved, so as to avoid the occupancy to the memory space of processor, improves processor
Arithmetic speed.When implementing, the when a length of 10 ~ 20s, preferably 15s of the image information of drive recorder module collection.
The duration of image information is defined here, on the one hand ensures the complete recording of image information before accident generation；The opposing party
Face, facilitate the transmission of image information, reduce the network charges in image information transmitting procedure.
What the information such as car speed, door contact interrupter state, seat belt status, parking brake state can be had by oneself by vehicle interior
Sensor assembly is acquired, and is prior art.By CAN module, the sensor assembly of vehicle interior on the one hand can be read
The data relevant with information of vehicles of upper output, on the other hand which raises the transmission speed of data.In addition, for the ease of vehicle
Remote diagnosis and vehicle trouble alarm, CAN module also readout data bus diagnosis interface diagnostic message, in order to vehicle
Failure situation remotely checked so that staff recognizes the fault message of vehicle the very first time, realize long-range
Guide maintenance, so as to reduce the maintenance cost of vehicle.CAN module reads information of vehicles and the data that information acquisition module collects
The diagnostic message of bus diagnostic interface, and information of vehicles and diagnostic message are transferred to processor, processor passes through communication module
Information of vehicles and diagnostic message are transferred to cloud platform；Information of vehicles and diagnostic message are transferred to client by cloud platform, so as to
Realize the remote monitoring of travel condition of vehicle.
Locating module is used to be acquired the positional information of vehicle, and locating module includes GPS location when implementing
Module and A-GPS auxiliary positioning modules.Realized in the presence of d GPS locating module and A-GPS auxiliary positioning modules to vehicle position
Accurate, the Quick Acquisition put.
Locating module connects the signal input part of processor, and the positional information of locating module collection vehicle is simultaneously transferred to processing
Positional information is transferred to cloud platform by device, processor by communication module, and positional information is transferred to client by cloud platform, is realized
The tracking of vehicle location, be advantageous to giving for change after vehicle is stolen.Simultaneously locating module by positional information navigation screen display, should
Navigation screen is the existing module of vehicle interior.Meanwhile for the ease of learning traffic information so that vehicle is timely when in use
Congested link is avoided, real-time road receiving module is provided with inside locating module.Real-time road receiving module receives traffic control department hair
The real-time road condition information of cloth, and the real-time road condition information received is transferred to processor, the real-time road that processor will receive
Condition information is in navigation screen display.By real-time road receiving module, driver is recognized that traffic information, avoids congestion road
Section, reduce the time consumed in driving procedure.Receive road conditions by the real-time road receiving module inside locating module to believe
Breath, and traffic information is shown as to ripe prior art on navigation screen.
In order to which the very first time grasps the violation information of vehicle in the process of moving, processor receives traffic control by communication module
The vehicle peccancy information that api interface is sent.The vehicle peccancy information received is transferred to cloud by communication module and put down by processor
Platform, cloud platform is by vehicle peccancy information transfer to client.Single-chip microcomputer by traffic control api interface receive vehicle violation information be
Ripe prior art.
Driver identity identification module is used to the identity of driver be identified, and driver identity identification module is located at car
Inside, including recognition of face device and Fingerprint Identification Unit.
Recognition of face device and Fingerprint Identification Unit are connected in the sidepiece compartment of operator's seat by support, left positioned at driver
Side.Recognition of face device and Fingerprint Identification Unit are all connected with the signal input part of processor, recognition of face device and Fingerprint Identification Unit difference
The face information collected and finger print information are transferred to processor, face information and finger print information are identified processor,
Face information and finger print information are transferred to cloud platform by simultaneous processor by communication module, and cloud platform believes the face received
Breath and finger print information are transferred to client.Monitoring of the driver identity identification module to vehicle has very big help to make with antitheft
With；Simultaneously when installing this driver identity identification module on school bus, it is ensured that the security in school bus driving procedure, avoid
Driver drives without a license.Realize person recognition for ripe prior art by Fingerprint Identification Unit and recognition of face device.
The overload monitoring module of setting is used to count the passengers quantity of vehicle interior, and overload monitoring module includes position
In the camera of vehicle interior, camera will image information transfer to processor, and processor is according to the shooting information meter received
Calculate passengers quantity；Processor is by communication module by passengers quantity information transfer to cloud platform.When implementing, in order to carry
The coverage rate of high camera, the angle between camera and vehicle roof are 30 ~ 45 °, preferably 45 °.This overload monitoring module is outstanding
It is applied to school bus and car, can effectively prevent vehicle interior from the phenomenon to overload occur, ensures traffic safety.Processor according to
Shooting information analysis goes out passengers quantity for ripe prior art.
Pressure sensor module includes pressure sensor at least equal with car door quantity, in each car door when implementation
Inside door handle on be respectively provided with pressure sensor, the pressure sensor can collect pressure information, so as to judge car door
Open signal, so as to provide foundation safely for guarantee vehicle bystander person.Pressure letter on pressure sensor collection door handle
Breath, and the pressure information collected is transferred to processor, processor by the pressure information compared with threshold value, when more than threshold
During value, illustrate there is enabling to be inclined to, then for processor by communication module by the enabling information transfer received to cloud platform, cloud is put down will
Enabling information transfer is to client.
Temperature and humidity acquisition module includes being arranged at the Temperature Humidity Sensor of vehicle interior（Model DHT11）, humiture biography
Humiture information inside sensor collection vehicle, and the humiture information transfer collected to processor, processor are passed through logical
Module is interrogated by the humiture information transfer received to cloud platform, cloud platform is by humiture information transfer to client.
Display screen is provided with vehicle interior, output signal of processor to display driver chip, display driver chip is defeated simultaneously
Go out in signal control display screen and show temperature-humidity signal.
Alarm module is used to when vehicle breaks down, overloaded remind driver and passenger, mould of alarming
Block connects the signal output part of processor, and the alarm of alarm module is located at vehicle interior.When feelings such as vehicle failure, overload
During condition, output signal of processor to alarm module, alarm sends alarm in the presence of alarm module, remind driver and
In-car passenger, and then ensure traffic safety.Alarm module is the existing warning circuit being connected with single-chip microcomputer, is showed for ripe
There is technology, will not be repeated here.
When in use, driver identity identification module reads driver information, and the driver that will be read first
Driver information is transferred to cloud platform by information transfer to processor, processor by communication module, and cloud platform believes driver
Breath is sent to client, so as to realize the remote monitoring of driver, the generation for the phenomenon that effectively prevents from driving without a license；Overload monitoring mould
Shooting information of the block to vehicle interior is acquired and is transferred to processor, and processor goes out ridership according to shooting information analysis
Amount, passengers quantity is transferred to cloud platform by communication module and carries out remote monitoring by processor, so as to prevent showing for overload
As.During vehicle travels, CAN module reads the information of vehicles of term vehicle internal sensors collection and data bus diagnostic connects
The diagnostic message of mouth, and the information of vehicles read and diagnostic message are transferred to processor, cloud platform and client successively.When
When vehicle breaks down, staff can recognize that simultaneous processor outputs signals to alarm module in time by client,
So that alarm sends alarm, driver is reminded, to ensure traffic safety.When pressure sensor module detects pressure
During force information, judge that car door has unlatching to be inclined to, provided safeguard for surrounding vehicles or pedestrains safety；Meanwhile in the mistake of vehicle traveling
Cheng Zhong, the humiture information inside temperature and humidity acquisition module moment collection vehicle, and show on a display screen.
The utility model includes vehicle harvester, cloud platform and client, and vehicle harvester is used for collection vehicle
Information, cloud platform are used for the information of vehicles for receiving the collection of vehicle harvester, and client receives the information that cloud platform is sent, realized
The remote monitoring of vehicle, ensure that the safety traffic of vehicle；The controllability of vehicle in the process of moving is also ensure that, it is especially suitable
For school bus, utility car and lease car etc..
Claims (10)
1. a kind of collecting vehicle information, reception system, it is characterised in that：Including vehicle harvester, cloud platform and client；
Vehicle harvester includes processor, drive recorder module, locating module, CAN module, communication module and adopted for vehicle
The power subsystem of acquisition means power supply；
Image information is transferred to processor by drive recorder module, and image information is transferred to cloud by processor by communication module
Platform；
CAN module reads the information of vehicles that term vehicle internal sensors detect, information of vehicles is transferred to processor by CAN module,
Wherein information of vehicles includes car speed, door contact interrupter state, seat belt status, parking brake state；
Positional information is transferred to processor by locating module, and positional information is transferred to cloud platform by processor by communication module,
Positional information is transferred to client by cloud platform；
The driver identity information transfer recognized is passed through communication module by driver identity identification module to processor, processor
Driver information is transferred to cloud platform, cloud platform is by driver identity information transfer to client；
Pressure sensor module includes pressure sensor, and pressure sensor, each pressure are respectively provided with the Internal handle of each car door
The pressure information collected is transferred to processor by sensor, and processor draws enabling information, and processor will by communication module
Enabling information transfer is to cloud platform, and cloud platform is by enabling information transfer to client.
2. collecting vehicle information as claimed in claim 1, reception system, it is characterised in that：Power subsystem includes battery, car
Engine be storage battery power supply, battery is provided with USB charge ports；Battery is provided with electric quantity acquisition module, and electricity is adopted
The information about power collected is transferred to processor by collection module, and processor is transmitted the information about power received by communication module
To client.
3. collecting vehicle information as claimed in claim 2, reception system, it is characterised in that：Vehicle interior is provided with photoelectric sensing
Device, by the information transfer of the battery collected to processor, processor will be received photoelectric sensor by communication module
The information transfer of battery is to client.
4. collecting vehicle information as claimed in claim 3, reception system, it is characterised in that：Communication module includes wireless network
Module and GSM message module.
5. collecting vehicle information as claimed in claim 4, reception system, it is characterised in that：It is provided with inside locating module real-time
Road conditions receiving module, real-time road receiving module receive traffic information, and by the traffic information received in navigation screen display.
6. collecting vehicle information as claimed in claim 5, reception system, it is characterised in that：CAN module also readout data bus
The diagnostic message of interface is diagnosed, the diagnostic message read is transferred to processor by CAN module, and processor will by communication module
Diagnostic message is transferred to cloud platform, and diagnostic message is transferred to client by cloud platform.
7. collecting vehicle information as claimed in claim 6, reception system, it is characterised in that：Vehicle harvester also include with
The alarm module of the signal output part connection of processor.
8. collecting vehicle information, reception system as described in claim 1 to 7 any one, it is characterised in that：Driver identity
Identification module includes recognition of face device and Fingerprint Identification Unit, and recognition of face device and Fingerprint Identification Unit respectively believe the face collected
Breath and finger print information are transferred to processor, and face information and finger print information are identified processor, and simultaneous processor passes through logical
Face information and finger print information are transferred to cloud platform by news module, and face information and finger print information are transferred to client by cloud platform
End.
9. collecting vehicle information as claimed in claim 8, reception system, it is characterised in that：Vehicle harvester also includes super
Monitoring module is carried, overload monitoring module includes the camera positioned at vehicle interior, and camera will image information transfer to processor,
Processor calculates passengers quantity according to the shooting information received, and passengers quantity is transferred to cloud by processor by communication module
Platform.
10. collecting vehicle information as claimed in claim 9, reception system, it is characterised in that：Processor is connect by communication module
The vehicle peccancy information that traffic control api interface is sent is received, vehicle peccancy information is transferred to cloud platform by processor by communication module,
Cloud platform is by vehicle peccancy information transfer to client.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201720732660.8U CN206819541U (en) | 2017-06-22 | 2017-06-22 | A kind of collecting vehicle information, reception system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720732660.8U CN206819541U (en) | 2017-06-22 | 2017-06-22 | A kind of collecting vehicle information, reception system |
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| Publication Number | Publication Date |
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| CN206819541U true CN206819541U (en) | 2017-12-29 |
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| CN201720732660.8U Expired - Fee Related CN206819541U (en) | 2017-06-22 | 2017-06-22 | A kind of collecting vehicle information, reception system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108549361A (en) * | 2018-03-30 | 2018-09-18 | 北京长城华冠汽车技术开发有限公司 | Remote diagnosis method for vehicle fault and diagnostic system |
| CN108596688A (en) * | 2018-05-09 | 2018-09-28 | 厦门卫星定位应用股份有限公司 | A kind of taxi passenger information acquisition methods and medium |
| CN108648089A (en) * | 2018-05-09 | 2018-10-12 | 爱驰汽车有限公司 | Generation method, system, equipment and the storage medium of vehicle insurance declaration form |
| CN109708695A (en) * | 2018-12-21 | 2019-05-03 | 杭州志远科技有限公司 | A kind of GIS data acquisition device |
| US10773668B1 (en) | 2019-05-10 | 2020-09-15 | Ford Global Technologies, Llc | Vehicle power network |
-
2017
- 2017-06-22 CN CN201720732660.8U patent/CN206819541U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108549361A (en) * | 2018-03-30 | 2018-09-18 | 北京长城华冠汽车技术开发有限公司 | Remote diagnosis method for vehicle fault and diagnostic system |
| CN108596688A (en) * | 2018-05-09 | 2018-09-28 | 厦门卫星定位应用股份有限公司 | A kind of taxi passenger information acquisition methods and medium |
| CN108648089A (en) * | 2018-05-09 | 2018-10-12 | 爱驰汽车有限公司 | Generation method, system, equipment and the storage medium of vehicle insurance declaration form |
| CN109708695A (en) * | 2018-12-21 | 2019-05-03 | 杭州志远科技有限公司 | A kind of GIS data acquisition device |
| US10773668B1 (en) | 2019-05-10 | 2020-09-15 | Ford Global Technologies, Llc | Vehicle power network |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190517 Address after: 523000 Jiansheng Building, No. 5 Shenghe Community Sports Road, Nancheng Street, Dongguan City, Guangdong Province, 1408 Patentee after: Dongguan Yibu Automobile Service Co., Ltd. Address before: Room 201, Building A, No. 1 Qianwan Road, Qianhai Shenzhen-Hong Kong Cooperation Zone, Shenzhen, Guangdong 523000 (Admitted to Shenzhen Qianhai Business Secretary Co., Ltd.) Patentee before: Youdao Automotive Service (Shenzhen) Co., Ltd. |
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| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171229 Termination date: 20200622 |
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| CF01 | Termination of patent right due to non-payment of annual fee |